pipe-flo professional version 8 testing
TRANSCRIPT
PIPE-FLO PROFESSIONAL TESTING AND VERIFICATION PLAN
The testing outlined in this plan is designed to ensure that PIPE-FLO Professional version 8.0 produces accurate and reproducible results in accordance with the Hydraulic Institute Standards, ANSI/ISA Standard S75.01-1985 (R 1995), ASME MFC-3M-1989, ASME MFC-14M-1995, and standard engineering principles. This plan has been reviewed and approved by software development and engineering personnel.
Software Testing During the software testing, the PIPE-FLO program and its pump selection, control valve selection, and flow meter sizing modules are run through a variety of predefined test procedures. The testing phase activities ensure adherence to the program requirements and that correct results are produced for the test cases. To evaluate technical adequacy, the software test case results are compared with:
• Analysis outside of PIPE-FLO (calculations performed with spreadsheets and by
hand)
• The previously verified version of the software (maintenance releases only) After the completion of PIPE-FLO Professional version 8.0 software testing, future releases of the software are tested using this test procedure prior to distribution. When new program features are added that did not exist in the previous release, the software testing plan is modified to include these new features.
Final Software Acceptance Once the final program testing has started, no changes, even minor ones, can be made to the program executable files (*.exe) and supporting code modules (*.dll). If changes must be made to the program, the testing in progress is stopped and declared void.
Addendums to Software Testing Between maintenance releases, updates to the program executable files and supporting code modules may be released on a periodic basis to correct minor problems. These interim releases are identified by the program CD volume label. To verify an interim release, tests are performed to exercise the areas of the program that are affected by the update. An addendum to the software testing documentation is then issued which contains a description of the changes made to the program as well as the tests that were performed in the software verification.
Scope of Software Testing To ensure that the program correctly performs all calculations and data manipulations in accordance with standard engineering principles and the program documentation, a wide range of tests are performed that cover the areas of program operation listed below: PIPE-FLO
• File operations
• Design file creation and use
• DXF import
• Color gradient
• Importing files from previous versions
• Transferring data to the pump selection, control valve selection, and flow meter sizing modules
PIPE-FLO Professional v. 8.0 Testing
PIPE-FLO (cont.)
• Viewing results/design data; creating PIPE-FLO Viewer files
• Pipe specifications
• Fluid zones
• Pipeline head loss / pressure drop calculations
• Alteration of pipeline pipe and fluid properties in the Graph Window
• Pipeline sizing using pipe specification sizing criteria
• Valve/Fitting K value calculations
• Catalog pump selection and operation
• Manual pump modeling and performance data copy
• Pump viscosity corrections
• Import of pump performance data from pump selection module .ufs file
• Component modeling and performance data copy
• Control operation
• Control valve catalog data import and calculations
• FLO-Links
• FLO-Sheet operations
o Copying
o Editing
o Zooming
o Text editing
o Tagging
o Undo/Redo
o Symbols
o Pipeline splitting
• System calculations
o HVAC benchmark system
o Lube Oil benchmark system
o Fly-by viewer
o Lineup creation and modification
o System volume
o System resistance curves Pump Selection Module
• File operations
• Catalog search and select
• User defined curves
• Selection list
PIPE-FLO Professional v. 8.0 Testing
Pump Selection Module (cont.)
• Calculation of impeller diameter
• Generation of performance curve data
• Adjustable and variable speed operation
• Calculation of NPSHa
• Motor sizing
• Multi-stage pumps
• Viscosity corrections
• Hydraulic corrections
• Minimum flow
• Operating load profiles
• Resistance curves
• Cost calculations
• Multiple pump operation
• Multiple speeds
• Design notes
• Warning flags
• Design guides
• Display options
• Specifications
• Online catalog
Control Valve Selection Module
• File operations
• Catalog search and select
• Selection list
• Resistance curves
• Pressure curves
• Valve position and differential pressure calculations
• System graph calculations
• Alternate fluid analysis
• Design guides
• Online catalog
Flow Meter Sizing Module
• File operations
• Temperature limits for pipe and meter materials
• Pipe size limits
PIPE-FLO Professional v. 8.0 Testing
Flow Meter Sizing Module (cont.)
• Flow meter sizing and differential pressure calculations
• Meter resizing
• Alternate fluid analysis
The PIPE-FLO Professional program files generated during the performance of the above tests are provided on the test documentation CD. The test files are located in individual test folders that are organized by program module.
Rational Visual Test
All PIPE-FLO Testing is performed with automated test scripts that are run using Rational Visual Test, an automated functional testing tool. The use of automated test scripts provides extensive program code coverage and ensures that the tests are performed consistently.
PIPE-FLO Spreadsheet Macros
To aid in the verification of the calculated piping system results, two spreadsheet macros are used. These macros are described below:
PFSystemCalculator.xls
This macro calculates results for the items listed below. It then computes the percent difference between these calculated results and the results calculated in PIPE-FLO. Pipelines: Calculates the velocity, pressure drop, total head loss, pipe HL, minor HL, Reynolds number, and friction factor. Equations for the calculations are from the Crane Technical Paper No. 410. Nodes: Calculates pressure and hydraulic grade. The calculations are performed as follows: Pnode = [ Σ Popposite node ± (dPpipe) ] / Npipes {EQ 1}
Where, dPpipe is added if the flow is leaving the node and subtracted if the flow is entering the node. Npipes is the number of attached pipelines with nonzero flow.
HG = Pnode / [ρaverage] {EQ 2} Where,
ρaverage is the weighted (based on flow) average density: ρaverage = (W1ρ1 + W2ρ2 + … Wnρn) / (W1 + W2 + … Wn) W = mass flow rate
PIPE-FLO Professional v. 8.0 Testing
Demands: Calculates pressure (for flow demands) and hydraulic grade using equations 1 and 2 (shown above). If the demand is a pressure demand, it is verified that the flow rate listed is the same as the flow rate listed for the attached pipeline. Pumps: Calculates suction and discharge pressures using equation 1. The flow, dP, TDH, and NPSHa are calculated using the equations shown below:
W = (Wsuction + Wdischarge) / 2 dP = Psuction – Pdischarge - dPelev
Where,
dPelev = (Zdischarge – Zsuction) ρsuction
TDH = dP / ρsuction
NPSHa = (Psuction - Pv) / ρ Where, Psuction is the suction pressure in absolute pressure units
Pv is the vapor pressure in absolute units
Components: Calculates inlet and outlet pressures using equation 1. The flow, dP, and HL are calculated using the equations shown below:
W = (Winlet + Woutlet) / 2 dP = Pinlet – Poutlet - dPelev
Where,
dPelev = (Zoutlet – Zinlet) ρinlet
HL = dP / ρinlet Controls: Calculates inlet and outlet pressures using equation 1. The flow, dP, and HL are calculated using the equations shown below:
W = (Winlet + Woutlet) / 2 dP = Pinlet – Poutlet
HL = dP / ρinlet
PIPE-FLO Professional v. 8.0 Testing
PFSystemSummation.xls
This macro verifies that Kirchoff's laws are satisfied:
1) The algebraic sum of the flow into and out of all nodes must equal zero. 2) The algebraic sum of the pressure drops around a loop must equal zero.
To verify Law 1: The flow into and out of each node is converted to a mass flow rate unit (lb/hr) and the flows are then summed. Flows into the node are positive, flows out of the node are negative. If the summation results in a nonzero flow value, the percentage that this "leftover" flow is of the total flow entering the node is computed. A flow summation is also calculated for the total flow leaving and entering the system. If the summation results in a nonzero flow value, the percentage that this "leftover" flow is of the total flow entering the system is computed. To verify Law 2: The pressure drop around a selected loop is calculated as follows:
• A starting node is selected and the pressure of this node is taken as the initial pressure.
• The pressure drop across the connecting pipeline is then subtracted from the initial pressure.
o If the connecting pipeline has a node or a flow demand at its other endpoint, the pressure is calculated at that node or flow demand.
o If the connecting pipeline has a pump or component at its other endpoint, the dP across that device is calculated as dP = dPdevice + dPelev.
o If the connecting pipeline has a control at its other endpoint, the dP is the dP across the control.
This process continues until the loop circles back to the starting node or until a designated terminal point is reached. The pressure calculated for each node in the loop is compared to the pressure calculated for the node in PIPE-FLO. The difference between the starting and ending point pressures is also computed. If the loop is a closed loop, this difference should be equal to zero.
Format of Testing Documentation
All of the testing documentation is provided in PDF (Portable Document Format) files. These files can be opened using the Adobe Acrobat Reader program that is provided with your PIPE-FLO software. The Acrobat Reader program provides toolbar buttons, keyboard shortcuts, and menu commands for paging through PDF documents. Consult the Reader Guide for information on how to use these features. The test documentation PDF files contain a complete table of contents, are fully searchable, and can also be printed. Each test section contains a test description as well as a Test Table of Contents, which includes a list of the PIPE-FLO program reports and the supporting documents that are used to verify the test results. Blue text within the test documentation indicates a link to another area of the document. Click on these links to quickly navigate through the document.
PIPE-FLO Professional v. 8.0 Testing
HVAC System Test Test Description The HVAC system is a closed loop HVAC system. It is one of the benchmark systems used in the verification of PIPE-FLO's calculated results. The system has two lineups, one with flow control valves fully open (the Design Case lineup) and one with the flow control valves controlling (HVAC Lineup #1). The program results are compared to results calculated using the PFSystemCalculator.xls macro. The PFSystemSummation.xls macro is used to verify that (1) Kirchoff's first law (Σ Flow IN/OUT = 0) is satisfied for each system node; (2) Kirchoff's second law (Σ dPLOOP = 0) is satisfied for three of the system loops. FLO-Sheets can be printed in a tiled format, from a single sheet to sixteen sheets (4 sheets x 4 sheets). To test the tiled printing feature, every tiled FLO-Sheet combination is printed for the Design Case lineup. Test Table of Contents 1) PIPE-FLO List Report with design data 2) PIPE-FLO Materials Report 3) PIPE-FLO List Report with results for the Design Case lineup (hydraulic
grades printed) 4) PIPE-FLO List Report with results for the Design Case lineup (hydraulic
grades not printed) 5) PIPE-FLO tiled FLO-Sheet Reports (Design Case lineup) 6) PIPE-FLO List Report with results for HVAC Lineup #1 7) Spreadsheets verifying the calculated results for the Design Case lineup 8) Spreadsheets verifying Kirchoff's 1st Law is satisfied for the Design Case
lineup 9) Spreadsheets verifying Kirchoff's 2nd Law is satisfied for the Design Case
lineup 10) Spreadsheets verifying the calculated results for HVAC Lineup #1 11) Spreadsheets verifying Kirchoff's 1st Law is satisfied for HVAC Lineup #1 12) Spreadsheets verifying Kirchoff's 2nd Law is satisfied for HVAC Lineup #1
08/17/03 9:03 am
Company: Engineered Software, Inc.Project: PIPE-FLO Testing
by: J. A. Byron/K. M. Byron
System: HVAC systemLineup: <Design Case>
rev: 08/17/03 9:03 am
Atm pressure: 14.7 psi a
LIST REPORT
HVAC Benchmark Test System
SPECIFICATIONS
Specification Material / Schedule Roughness Sizing Design Limits
Specification #1 Steel / 40 0.0018 in 6 ft/sec 0 to 20 ft/secValves: standard 0 to 60 psi g
FLUID ZONES
Fluid Zone Fluid Temp Pressure Density Viscosity Pv / Pc or k(°F) (psi g) (lb/ft³) cP (psi a)
Cool Side 35°F DT4000-5W 35 0 68.21 7.002 0.08786 / 3198
Cool Side 40°F DT4000-5W 40 0 68.12 6.279 0.1082 / 3198
Warm Side DT4000-5W 60 0 67.77 4.258 0.2123 / 3198
PIPELINES
Pipeline Specification Fluid Zone Size Length K(in) (ft)
HVAC01 Specification #1 Warm Side 14 20 0.7635
HVAC02 Specification #1 Warm Side 10 20 0
HVAC03 Specification #1 Warm Side 8 20 0.1969
HVAC04A Specification #1 Warm Side 10 7.5 11.28
HVAC04B Specification #1 Warm Side 10 7.5 0
HVAC05A Specification #1 Warm Side 10 7.5 11.28
HVAC05B Specification #1 Warm Side 10 7.5 0
HVAC06A Specification #1 Warm Side 10 7.5 11.28
HVAC06B Specification #1 Warm Side 10 7.5 0
HVAC07 Specification #1 Cool Side 35°F 8 10 1.069
HVAC08 Specification #1 Cool Side 35°F 8 10 1.069
HVAC09 Specification #1 Cool Side 35°F 8 10 0.4219
HVAC10 Specification #1 Cool Side 35°F 8 20 0
HVAC11 Specification #1 Cool Side 35°F 10 20 0
HVAC12 Specification #1 Cool Side 35°F 14 20 0
HVAC13 Specification #1 Cool Side 40°F 16 20 0
HVAC14 Specification #1 Cool Side 40°F 16 20 0
HVAC15A Specification #1 Cool Side 40°F 20 12.5 1.211
HVAC15B Specification #1 Cool Side 40°F 20 12.5 0
HVAC16A Specification #1 Cool Side 40°F 20 12.5 0.4987
HVAC16B Specification #1 Cool Side 40°F 20 12.5 0
HVAC17 Specification #1 Cool Side 40°F 16 150 0.1736
HVAC18 Specification #1 Cool Side 40°F 14 100 0
HVAC19 Specification #1 Cool Side 40°F 8 100 0
HVAC20 Specification #1 Cool Side 40°F 8 15 0.8438
HVAC21A Specification #1 Cool Side 40°F 5 5 0.8985
HVAC21B Specification #1 Warm Side 5 5 0
HVAC22 Specification #1 Warm Side 5 12 0.8675
PIPE-FLO 8.0 pg 1HVAC System
PIPELINES 08/17/03 9:03 am
Pipeline Specification Fluid Zone Size Length K(in) (ft)
HVAC23 Specification #1 Cool Side 40°F 6 30 0.8936
HVAC24A Specification #1 Cool Side 40°F 3.5 5 1.976
HVAC24B Specification #1 Warm Side 3.5 5 0
HVAC25 Specification #1 Warm Side 3.5 12 1.942
HVAC26 Specification #1 Cool Side 40°F 5 30 0
HVAC27A Specification #1 Cool Side 40°F 3.5 5 1.976
HVAC27B Specification #1 Warm Side 3.5 5 0
HVAC28 Specification #1 Warm Side 3.5 12 1.942
HVAC29 Specification #1 Cool Side 40°F 3.5 30 0.2344
HVAC30A Specification #1 Cool Side 40°F 3.5 5 0.9711
HVAC30B Specification #1 Warm Side 3.5 5 0
HVAC31 Specification #1 Warm Side 3.5 12 1.172
HVAC32 Specification #1 Warm Side 3.5 30 0
HVAC33 Specification #1 Warm Side 5 30 0
HVAC34 Specification #1 Warm Side 6 30 0.8936
HVAC35 Specification #1 Warm Side 8 5 0.8438
HVAC36 Specification #1 Cool Side 40°F 10 15 0.8056
HVAC37A Specification #1 Cool Side 40°F 8 5 0.8157
HVAC37B Specification #1 Warm Side 8 5 0
HVAC38 Specification #1 Warm Side 8 12 0.7875
HVAC39 Specification #1 Cool Side 40°F 8 30 0.8438
HVAC40A Specification #1 Cool Side 40°F 5 5 1.828
HVAC40B Specification #1 Warm Side 5 5 0
HVAC41 Specification #1 Warm Side 5 12 1.797
HVAC42 Specification #1 Cool Side 40°F 5 30 0
HVAC43A Specification #1 Cool Side 40°F 4 5 1.921
HVAC43B Specification #1 Warm Side 4 5 0
HVAC44 Specification #1 Warm Side 4 12 1.888
HVAC45 Specification #1 Cool Side 40°F 4 30 0.2279
HVAC46A Specification #1 Cool Side 40°F 4 5 0.9441
HVAC46B Specification #1 Warm Side 4 5 0
HVAC47 Specification #1 Warm Side 4 12 1.139
HVAC48 Specification #1 Warm Side 4 30 0
HVAC49 Specification #1 Warm Side 5 30 0
HVAC50 Specification #1 Warm Side 8 30 0.8438
HVAC51 Specification #1 Warm Side 10 5 0.8056
HVAC52 Specification #1 Cool Side 40°F 8 15 0.1969
HVAC53A Specification #1 Cool Side 40°F 5 5 0.8985
HVAC53B Specification #1 Warm Side 5 5 0
HVAC54 Specification #1 Warm Side 5 12 0.8675
HVAC55 Specification #1 Cool Side 40°F 6 30 0.8936
HVAC56A Specification #1 Cool Side 40°F 3.5 5 1.976
HVAC56B Specification #1 Warm Side 3.5 5 0
HVAC57 Specification #1 Warm Side 3.5 12 1.942
HVAC58 Specification #1 Cool Side 40°F 5 30 0
HVAC59A Specification #1 Cool Side 40°F 3.5 5 1.976
PIPE-FLO 8.0 pg 2HVAC System
PIPELINES 08/17/03 9:03 am
Pipeline Specification Fluid Zone Size Length K(in) (ft)
HVAC59B Specification #1 Warm Side 3.5 5 0
HVAC60 Specification #1 Warm Side 3.5 12 1.942
HVAC61 Specification #1 Cool Side 40°F 3.5 30 0.2344
HVAC62A Specification #1 Cool Side 40°F 3.5 5 0.9711
HVAC62B Specification #1 Warm Side 3.5 5 0
HVAC63 Specification #1 Warm Side 3.5 12 1.172
HVAC64 Specification #1 Warm Side 3.5 30 0
HVAC65 Specification #1 Warm Side 5 30 0
HVAC66 Specification #1 Warm Side 6 30 0.8936
HVAC67 Specification #1 Warm Side 8 105 0.1969
HVAC68 Specification #1 Warm Side 14 100 0
HVAC69 Specification #1 Warm Side 16 120 0.5208
HVAC70 Specification #1 Warm Side 8 15 0
HVAC71 Specification #1 Cool Side 40°F 12 20 0.7779
HVAC72 Specification #1 Cool Side 40°F 14 25 0.7635
NODES
Node Elev(ft)
A 100A1 100A2 100A3 100A4 115A5 115A6 115A7 115B1 100B2 100B4-B 100B5-B 100C1 130C1A 130C1C 130C1D 130C1F 130C1G 130C1I 130C1J 130C1L 130C2 145C2A 145C2C 145C2D 145C2F 145C2G 145C2I 145C2J 145C2L 145C3 160
PIPE-FLO 8.0 pg 3HVAC System
NODES 08/17/03 9:03 am
Node Elev(ft)
C3A 160C3C 160C3D 160C3F 160C3G 160C3I 160C3J 160C3L 160D1 145D2 130
PUMPS
Pump Suction Discharge(ft) (ft)
Chiller Pump #1 100 100 Operate: on curve<no catalog data available>
Chiller Pump #2 100 100 Operate: on curve<no catalog data available>
Chiller Pump #3 100 100 Operate: on curve<no catalog data available>
Circulation Pump #1 100 100 Operate: on curve<no catalog data available>
Circulation Pump #2 100 100 Operate: on curve<no catalog data available>
COMPONENTS
Component Elev Performance Data
Air Handler - D Inlet: 130 ft US gpm: 0 200 400Outlet: 130 ft ft: 0 10 40
eqn: H = 0.00025 Q ^ 2
Air Handler - E Inlet: 130 ft US gpm: 0 100 200Outlet: 130 ft ft: 0 8.75 35
eqn: H = 0.000875 Q ^ 2
Air Handler - F Inlet: 130 ft US gpm: 0 100 200Outlet: 130 ft ft: 0 10 40
eqn: H = 0.001 Q ^ 2
Air Handler - G Inlet: 130 ft US gpm: 0 100 200Outlet: 130 ft ft: 0 12.5 50
eqn: H = 0.00125 Q ^ 2
Air Handler - H Inlet: 145 ft US gpm: 0 125 250Outlet: 145 ft ft: 0 11.25 45
eqn: H = 0.00072 Q ^ 2
Air Handler - I Inlet: 145 ft US gpm: 0 125 250Outlet: 145 ft ft: 0 10 40
eqn: H = 0.00064 Q ^ 2
PIPE-FLO 8.0 pg 4HVAC System
COMPONENTS 08/17/03 9:03 am
Component Elev Performance Data
Air Handler - J Inlet: 160 ft US gpm: 0 200 400Outlet: 160 ft ft: 0 11.25 45
eqn: H = 0.0002812 Q ^ 2
Air Handler - K Inlet: 160 ft US gpm: 0 100 200Outlet: 160 ft ft: 0 12.5 50
eqn: H = 0.00125 Q ^ 2
Air Handler - L Inlet: 160 ft US gpm: 0 100 200Outlet: 160 ft ft: 0 8.75 35
eqn: H = 0.000875 Q ^ 2
Air Handler - M Inlet: 160 ft US gpm: 0 100 200Outlet: 160 ft ft: 0 10 40
eqn: H = 0.001 Q ^ 2
Air Handler - N Inlet: 145 ft US gpm: 0 500 1000Outlet: 145 ft ft: 0 10 40
eqn: H = 4e-005 Q ^ 2
Air Handler - O Inlet: 145 ft US gpm: 0 250 500Outlet: 145 ft ft: 0 8.75 35
eqn: H = 0.00014 Q ^ 2
Chiller #1 Inlet: 100 ft US gpm: 0 1500 3000Outlet: 100 ft ft: 0 15 60
eqn: H = 6.667e-006 Q ^ 2
Chiller #2 Inlet: 100 ft US gpm: 0 1500 3000Outlet: 100 ft ft: 0 15 60
eqn: H = 6.667e-006 Q ^ 2
Chiller #3 Inlet: 100 ft US gpm: 0 1500 3000Outlet: 100 ft ft: 0 15 60
eqn: H = 6.667e-006 Q ^ 2
CONTROLS
Control Set Value Elev(ft)
C1B-B FCV: Fully open 130<no catalog data available>
C1E-B FCV: Fully open 130<no catalog data available>
C1H-B FCV: Fully open 130<no catalog data available>
C1K-B FCV: Fully open 130<no catalog data available>
C2B-B FCV: Fully open 145<no catalog data available>
C2E-B FCV: Fully open 145<no catalog data available>
C2H-B FCV: Fully open 145<no catalog data available>
PIPE-FLO 8.0 pg 5HVAC System
CONTROLS 08/17/03 9:03 am
Control Set Value Elev(ft)
C2K-B FCV: Fully open 145<no catalog data available>
C3B-B FCV: Fully open 160<no catalog data available>
C3E-B FCV: Fully open 160<no catalog data available>
C3H-B FCV: Fully open 160<no catalog data available>
C3K-B FCV: Fully open 160<no catalog data available>
TANKS
Tank Surface Level Elev(psi g) (ft) (ft)
FG1 37.64 0 100
DEMANDS
NOTES
SPECIFICATIONS
FLUID ZONES
PIPELINES
NODES
PUMPS
COMPONENTS
CONTROLS
TANKS
DEMANDS
PIPE-FLO 8.0 pg 6HVAC System
08/17/03 9:03 am
Company: Engineered Software, Inc.Project: PIPE-FLO Testing
by: J. A. Byron/K. M. Byron
System: HVAC systemrev: 08/17/03 9:03 am
Atm pressure: 14.7 psi a
MATERIALS REPORT
Pipeline Specification Size Length Valves & Fittings(in) (ft)
HVAC01 Specification #1 14 20 1 x Tee - Flow Thru BranchHVAC02 Specification #1 10 20HVAC03 Specification #1 8 20 1 x Pipe Bend - r/d 1.5 (90°)HVAC04A Specification #1 10 7.5 1 x Tee - Flow Thru Branch
1 x Swing Check - Angled2 x Globe
HVAC04B Specification #1 10 7.5HVAC05A Specification #1 10 7.5 1 x Tee - Flow Thru Branch
1 x Swing Check - Angled2 x Globe
HVAC05B Specification #1 10 7.5HVAC06A Specification #1 10 7.5 1 x Tee - Flow Thru Branch
1 x Swing Check - Angled2 x Globe
HVAC06B Specification #1 10 7.5HVAC07 Specification #1 8 10 1 x Tee - Flow Thru Branch
2 x Gate - Wedge DiscHVAC08 Specification #1 8 10 1 x Tee - Flow Thru Branch
2 x Gate - Wedge DiscHVAC09 Specification #1 8 10 1 x Pipe Bend - r/d 1.5 (90°)
2 x Gate - Wedge DiscHVAC10 Specification #1 8 20HVAC11 Specification #1 10 20HVAC12 Specification #1 14 20HVAC13 Specification #1 16 20HVAC14 Specification #1 16 20HVAC15A Specification #1 20 12.5 1 x Tee - Flow Thru Branch
3 x Pipe Bend - r/d 1.5 (90°)HVAC15B Specification #1 20 12.5HVAC16A Specification #1 20 12.5 3 x Pipe Bend - r/d 1.5 (90°)HVAC16B Specification #1 20 12.5HVAC17 Specification #1 16 150 1 x Pipe Bend - r/d 1.5 (90°)HVAC18 Specification #1 14 100HVAC19 Specification #1 8 100HVAC20 Specification #1 8 15 1 x Tee - Flow Thru BranchHVAC21A Specification #1 5 5 2 x Gate - Wedge Disc
3 x Pipe Bend - r/d 1.5 (90°)HVAC21B Specification #1 5 5HVAC22 Specification #1 5 12 4 x Pipe Bend - r/d 1.5 (90°)HVAC23 Specification #1 6 30 1 x Tee - Flow Thru BranchHVAC24A Specification #1 3.5 5 1 x Tee - Flow Thru Branch
3 x Pipe Bend - r/d 1.5 (90°)2 x Gate - Wedge Disc
HVAC24B Specification #1 3.5 5HVAC25 Specification #1 3.5 12 1 x Tee - Flow Thru Branch
4 x Pipe Bend - r/d 1.5 (90°)HVAC26 Specification #1 5 30HVAC27A Specification #1 3.5 5 1 x Tee - Flow Thru Branch
3 x Pipe Bend - r/d 1.5 (90°)2 x Gate - Wedge Disc
HVAC27B Specification #1 3.5 5HVAC28 Specification #1 3.5 12 1 x Tee - Flow Thru Branch
4 x Pipe Bend - r/d 1.5 (90°)HVAC29 Specification #1 3.5 30 1 x Pipe Bend - r/d 1.5 (90°)
PIPE-FLO 8.0 pg 1Pipeline Materials for HVAC system
MATERIALS REPORT 08/17/03 9:03 am
Pipeline Specification Size Length Valves & Fittings(in) (ft)
HVAC30A Specification #1 3.5 5 3 x Pipe Bend - r/d 1.5 (90°)2 x Gate - Wedge Disc
HVAC30B Specification #1 3.5 5HVAC31 Specification #1 3.5 12 5 x Pipe Bend - r/d 1.5 (90°)HVAC32 Specification #1 3.5 30HVAC33 Specification #1 5 30HVAC34 Specification #1 6 30 1 x Tee - Flow Thru BranchHVAC35 Specification #1 8 5 1 x Tee - Flow Thru BranchHVAC36 Specification #1 10 15 1 x Tee - Flow Thru BranchHVAC37A Specification #1 8 5 2 x Gate - Wedge Disc
3 x Pipe Bend - r/d 1.5 (90°)HVAC37B Specification #1 8 5HVAC38 Specification #1 8 12 4 x Pipe Bend - r/d 1.5 (90°)HVAC39 Specification #1 8 30 1 x Tee - Flow Thru BranchHVAC40A Specification #1 5 5 1 x Tee - Flow Thru Branch
3 x Pipe Bend - r/d 1.5 (90°)2 x Gate - Wedge Disc
HVAC40B Specification #1 5 5HVAC41 Specification #1 5 12 1 x Tee - Flow Thru Branch
4 x Pipe Bend - r/d 1.5 (90°)HVAC42 Specification #1 5 30HVAC43A Specification #1 4 5 1 x Tee - Flow Thru Branch
3 x Pipe Bend - r/d 1.5 (90°)2 x Gate - Wedge Disc
HVAC43B Specification #1 4 5HVAC44 Specification #1 4 12 1 x Tee - Flow Thru Branch
4 x Pipe Bend - r/d 1.5 (90°)HVAC45 Specification #1 4 30 1 x Pipe Bend - r/d 1.5 (90°)HVAC46A Specification #1 4 5 3 x Pipe Bend - r/d 1.5 (90°)
2 x Gate - Wedge DiscHVAC46B Specification #1 4 5HVAC47 Specification #1 4 12 5 x Pipe Bend - r/d 1.5 (90°)HVAC48 Specification #1 4 30HVAC49 Specification #1 5 30HVAC50 Specification #1 8 30 1 x Tee - Flow Thru BranchHVAC51 Specification #1 10 5 1 x Tee - Flow Thru BranchHVAC52 Specification #1 8 15 1 x Pipe Bend - r/d 1.5 (90°)HVAC53A Specification #1 5 5 2 x Gate - Wedge Disc
3 x Pipe Bend - r/d 1.5 (90°)HVAC53B Specification #1 5 5HVAC54 Specification #1 5 12 4 x Pipe Bend - r/d 1.5 (90°)HVAC55 Specification #1 6 30 1 x Tee - Flow Thru BranchHVAC56A Specification #1 3.5 5 1 x Tee - Flow Thru Branch
3 x Pipe Bend - r/d 1.5 (90°)2 x Gate - Wedge Disc
HVAC56B Specification #1 3.5 5HVAC57 Specification #1 3.5 12 1 x Tee - Flow Thru Branch
4 x Pipe Bend - r/d 1.5 (90°)HVAC58 Specification #1 5 30HVAC59A Specification #1 3.5 5 1 x Tee - Flow Thru Branch
3 x Pipe Bend - r/d 1.5 (90°)2 x Gate - Wedge Disc
HVAC59B Specification #1 3.5 5HVAC60 Specification #1 3.5 12 1 x Tee - Flow Thru Branch
4 x Pipe Bend - r/d 1.5 (90°)HVAC61 Specification #1 3.5 30 1 x Pipe Bend - r/d 1.5 (90°)HVAC62A Specification #1 3.5 5 3 x Pipe Bend - r/d 1.5 (90°)
PIPE-FLO 8.0 pg 2Pipeline Materials for HVAC system
MATERIALS REPORT 08/17/03 9:03 am
Pipeline Specification Size Length Valves & Fittings(in) (ft)
HVAC62A 2 x Gate - Wedge DiscHVAC62B Specification #1 3.5 5HVAC63 Specification #1 3.5 12 5 x Pipe Bend - r/d 1.5 (90°)HVAC64 Specification #1 3.5 30HVAC65 Specification #1 5 30HVAC66 Specification #1 6 30 1 x Tee - Flow Thru BranchHVAC67 Specification #1 8 105 1 x Pipe Bend - r/d 1.5 (90°)HVAC68 Specification #1 14 100HVAC69 Specification #1 16 120 3 x Pipe Bend - r/d 1.5 (90°)HVAC70 Specification #1 8 15HVAC71 Specification #1 12 20 1 x Tee - Flow Thru BranchHVAC72 Specification #1 14 25 1 x Tee - Flow Thru Branch
PIPE-FLO 8.0 pg 3Pipeline Materials for HVAC system
PUMPS 08/17/03 9:03 am
PumpChiller Pump #1 <no catalog data available>
Chiller Pump #2 <no catalog data available>
Chiller Pump #3 <no catalog data available>
Circulation Pump #1 <no catalog data available>
Circulation Pump #2 <no catalog data available>
COMPONENTS
Component
Air Handler - D
Air Handler - E
Air Handler - F
Air Handler - G
Air Handler - H
Air Handler - I
Air Handler - J
Air Handler - K
Air Handler - L
Air Handler - M
Air Handler - N
Air Handler - O
Chiller #1
Chiller #2
Chiller #3
CONTROLS
Control Valve Type
C1B-B FCV: Fully open<no catalog data available>
C1E-B FCV: Fully open<no catalog data available>
C1H-B FCV: Fully open<no catalog data available>
C1K-B FCV: Fully open<no catalog data available>
C2B-B FCV: Fully open<no catalog data available>
C2E-B FCV: Fully open<no catalog data available>
C2H-B FCV: Fully open<no catalog data available>
C2K-B FCV: Fully open<no catalog data available>
C3B-B FCV: Fully open<no catalog data available>
PIPE-FLO 8.0 pg 4Pipeline Materials for HVAC system
CONTROLS 08/17/03 9:03 am
Control Valve Type
C3E-B FCV: Fully open<no catalog data available>
C3H-B FCV: Fully open<no catalog data available>
C3K-B FCV: Fully open<no catalog data available>
PIPE-FLO 8.0 pg 5Pipeline Materials for HVAC system
MATERIALS SUMMARY 08/17/03 9:03 am
Specification Material Size Length Valves & Fittings(in) (ft)
Specification #1 Steel 3.5 252 12 x Gate - Wedge DiscSch: 40 46 x Pipe Bend - r/d 1.5 (90°)
8 x Tee - Flow Thru Branch
Specification #1 Steel 4 104 4 x Gate - Wedge DiscSch: 40 16 x Pipe Bend - r/d 1.5 (90°)
2 x Tee - Flow Thru Branch
Specification #1 Steel 5 246 6 x Gate - Wedge DiscSch: 40 21 x Pipe Bend - r/d 1.5 (90°)
2 x Tee - Flow Thru Branch
Specification #1 Steel 6 120 4 x Tee - Flow Thru BranchSch: 40
Specification #1 Steel 8 407 8 x Gate - Wedge DiscSch: 40 11 x Pipe Bend - r/d 1.5 (90°)
6 x Tee - Flow Thru Branch
Specification #1 Steel 10 105 6 x GlobeSch: 40 3 x Swing Check - Angled
5 x Tee - Flow Thru Branch
Specification #1 Steel 12 20 1 x Tee - Flow Thru BranchSch: 40
Specification #1 Steel 14 265 2 x Tee - Flow Thru BranchSch: 40
Specification #1 Steel 16 310 4 x Pipe Bend - r/d 1.5 (90°)Sch: 40
Specification #1 Steel 20 50 6 x Pipe Bend - r/d 1.5 (90°)Sch: 40 1 x Tee - Flow Thru Branch
TOTAL PIPE VOLUME: 7668 gallons
PIPE-FLO 8.0 pg 6Pipeline Materials for HVAC system
08/17/03 9:03 am
Company: Engineered Software, Inc.Project: PIPE-FLO Testing
by: J. A. Byron/K. M. Byron
System: HVAC systemLineup: <Design Case>
rev: 08/17/03 9:03 am
Atm pressure: 14.7 psi a
LIST REPORT
Calculated: 7 iterations Avg Deviation: 0.0003238 %
SPECIFICATIONS
Specification Material / Schedule Roughness Sizing Design Limits
Specification #1 Steel / 40 0.0018 in 6 ft/sec 0 to 20 ft/secValves: standard 0 to 60 psi g
FLUID ZONES
Fluid Zone Fluid Temp Pressure Density Viscosity Pv / Pc or k(°F) (psi g) (lb/ft³) cP (psi a)
Cool Side 35°F DT4000-5W 35 0 68.21 7.002 0.08786 / 3198
Cool Side 40°F DT4000-5W 40 0 68.12 6.279 0.1082 / 3198
Warm Side DT4000-5W 60 0 67.77 4.258 0.2123 / 3198
PIPELINES
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
HVAC01 A A1 4366 10.36 0.828 1.76
HVAC02 A1 A2 4366 17.78 0.876 1.862
HVAC03 A2 A3 2167 13.91 1.004 2.134
HVAC04A A1 Chiller Pump #1 0 0 0 0
HVAC04B Chiller Pump #1 Chiller #1 XXX --- --- --- ---
HVAC05A A2 Chiller Pump #2 2199 8.956 6.692 14.23
HVAC05B Chiller Pump #2 Chiller #2 2199 8.956 0.091 0.193
HVAC06A A3 Chiller Pump #3 2167 8.824 6.496 13.81
HVAC06B Chiller Pump #3 Chiller #3 2167 8.824 0.088 0.188
HVAC07 Chiller #1 A6 XXX --- --- --- ---
HVAC08 Chiller #2 A5 2185 14.03 9.042 4.099
HVAC09 Chiller #3 A4 2153 13.82 8.078 2.064
HVAC10 A4 A5 2153 13.82 0.771 1.629
HVAC11 A5 A6 4338 17.67 0.924 1.951
HVAC12 A6 A7 4338 10.3 0.245 0.517
HVAC13 A7 B1 4630 8.412 (6.951) 0.298
HVAC14 B1 B2 2353 4.275 0.041 0.087
HVAC15A B1 Circulation Pump #1 2277 2.63 0.070 0.147
HVAC15B Circulation Pump #1 B4-B 2277 2.63 0.008 0.017
HVAC16A B2 Circulation Pump #2 2353 2.718 0.036 0.075
HVAC16B Circulation Pump #2 B5-B 2353 2.718 0.009 0.018
HVAC17 B5-B C1 4630 8.412 15.33 2.425
HVAC18 C1 C2 3445 8.177 7.878 1.662
HVAC19 C2 C3 1094 7.019 8.181 2.305
HVAC20 C1 C1A 1185 7.604 0.547 1.157
HVAC21A C1A Air Handler - D 497.5 7.985 0.541 1.145
HVAC21B Air Handler - D C1B-B 500.1 8.026 0.114 0.243
PIPE-FLO 8.0 pg 1HVAC System - Valves Fully Open
PIPELINES 08/17/03 9:03 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
HVAC22 C1B-B C1C 500.1 8.026 0.682 1.45
HVAC23 C1A C1D 687.3 7.638 0.917 1.939
HVAC24A C1D Air Handler - E 251 8.151 1.158 2.448
HVAC24B Air Handler - E C1E-B 252.3 8.193 0.183 0.390
HVAC25 C1E-B C1F 252.3 8.193 1.391 2.958
HVAC26 C1D C1G 436.3 7.002 0.573 1.211
HVAC27A C1G Air Handler - F 231.5 7.519 0.988 2.089
HVAC27B Air Handler - F C1H-B 232.7 7.558 0.158 0.336
HVAC28 C1H-B C1I 232.7 7.558 1.189 2.528
HVAC29 C1G C1J 204.8 6.65 0.885 1.871
HVAC30A C1J Air Handler - G 204.8 6.65 0.450 0.951
HVAC30B Air Handler - G C1K-B 205.8 6.684 0.126 0.268
HVAC31 C1K-B C1L 205.8 6.684 0.685 1.456
HVAC32 C1L C1I 205.8 6.684 0.757 1.61
HVAC33 C1I C1F 438.5 7.038 0.538 1.144
HVAC34 C1F C1C 690.8 7.678 0.888 1.888
HVAC35 C1C D2 1191 7.644 0.419 0.891
HVAC36 C2 C2A 2351 9.574 0.760 1.608
HVAC37A C2A Air Handler - N 1209 7.759 0.426 0.900
HVAC37B Air Handler - N C2B-B 1215 7.799 0.062 0.131
HVAC38 C2B-B C2C 1215 7.799 0.498 1.058
HVAC39 C2A C2D 1142 7.332 0.687 1.453
HVAC40A C2D Air Handler - O 602.7 9.674 1.427 3.018
HVAC40B Air Handler - O C2E-B 605.8 9.723 0.163 0.346
HVAC41 C2E-B C2F 605.8 9.723 1.63 3.466
HVAC42 C2D C2G 539.7 8.662 0.844 1.784
HVAC43A C2G Air Handler - H 264.9 6.682 0.745 1.576
HVAC43B Air Handler - H C2H-B 266.3 6.716 0.109 0.231
HVAC44 C2H-B C2I 266.3 6.716 0.883 1.877
HVAC45 C2G C2J 274.8 6.931 0.825 1.744
HVAC46A C2J Air Handler - I 274.8 6.931 0.457 0.966
HVAC46B Air Handler - I C2K-B 276.2 6.966 0.116 0.247
HVAC47 C2K-B C2L 276.2 6.966 0.683 1.452
HVAC48 C2L C2I 276.2 6.966 0.698 1.484
HVAC49 C2I C2F 542.5 8.707 0.796 1.693
HVAC50 C2F C2C 1148 7.37 0.668 1.421
HVAC51 C2C D1 2363 9.624 0.614 1.304
HVAC52 C3 C3A 1094 7.019 0.235 0.496
HVAC53A C3A Air Handler - J 445.6 7.152 0.436 0.923
HVAC53B Air Handler - J C3B-B 447.9 7.189 0.093 0.198
HVAC54 C3B-B C3C 447.9 7.189 0.551 1.171
HVAC55 C3A C3D 648 7.201 0.820 1.734
HVAC56A C3D Air Handler - K 201.9 6.556 0.754 1.595
HVAC56B Air Handler - K C3E-B 202.9 6.59 0.123 0.261
HVAC57 C3E-B C3F 202.9 6.59 0.911 1.936
PIPE-FLO 8.0 pg 2HVAC System - Valves Fully Open
PIPELINES 08/17/03 9:03 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
HVAC58 C3D C3G 446.1 7.16 0.596 1.261
HVAC59A C3G Air Handler - L 232.5 7.55 0.996 2.106
HVAC59B Air Handler - L C3H-B 233.7 7.589 0.159 0.339
HVAC60 C3H-B C3I 233.7 7.589 1.199 2.548
HVAC61 C3G C3J 213.6 6.937 0.956 2.021
HVAC62A C3J Air Handler - M 213.6 6.937 0.488 1.033
HVAC62B Air Handler - M C3K-B 214.7 6.973 0.136 0.290
HVAC63 C3K-B C3L 214.7 6.973 0.743 1.58
HVAC64 C3L C3I 214.7 6.973 0.818 1.74
HVAC65 C3I C3F 448.4 7.197 0.560 1.192
HVAC66 C3F C3C 651.3 7.239 0.794 1.687
HVAC67 C3C D1 1099 7.055 (5.906) 2.444
HVAC68 D1 D2 3463 8.219 (6.311) 1.583
HVAC69 D2 A 4653 8.455 (13.04) 2.282
HVAC70 FG1 A 0 0 0 0
HVAC71 B4-B B5-B 2277 6.531 0.360 0.762
HVAC72 A A7 <---> 285.6 0.678 7.097 0.010
NODES
Node Elev Status Pressure Grade(ft) (psi g) (ft)
A 100 37.64 180A1 100 36.81 178.3A2 100 35.94 176.4A3 100 34.93 174.3A4 115 32.48 183.6A5 115 31.71 182A6 115 30.79 180A7 115 30.54 179.6B1 100 37.49 179.3B2 100 37.45 179.2B4-B 100 Limit 71.85 252B5-B 100 Limit 71.49 251.2C1 130 56.16 248.8C1A 130 55.62 247.6C1C 130 25.02 183.2C1D 130 54.7 245.7C1F 130 25.91 185.1C1G 130 54.13 244.5C1I 130 26.45 186.2C1J 130 53.24 242.6C1L 130 27.21 187.8C2 145 48.29 247.1C2A 145 47.53 245.5C2C 145 18.91 185.2C2D 145 46.84 244.1C2F 145 19.57 186.6C2G 145 45.99 242.3C2I 145 20.37 188.3C2J 145 45.17 240.5
PIPE-FLO 8.0 pg 3HVAC System - Valves Fully Open
NODES 08/17/03 9:03 am
Node Elev Status Pressure Grade(ft) (psi g) (ft)
C2L 145 21.07 189.8C3 160 40.1 244.8C3A 160 39.87 244.3C3C 160 12.39 186.3C3D 160 39.05 242.6C3F 160 13.18 188C3G 160 38.45 241.3C3I 160 13.74 189.2C3J 160 37.5 239.3C3L 160 14.56 191D1 145 18.29 183.9D2 130 24.6 182.3
PUMPS
Pump Flow Status TDH dP NPSHa Suction Discharge Suction Discharge(US gpm) (ft) (psi) (ft) (psi g) (psi g) (ft) (ft)
Chiller Pump #1 --- Off --- --- --- --- --- 100 100
Chiller Pump #2 2199 Range (56.91) (26.77) 92.98 29.24 56.01 100 100
Chiller Pump #3 2167 Range (57.27) (26.94) 91.26 28.44 55.37 100 100
Circulation Pump #1 2277 Range (72.84) (34.44) 110 37.42 71.86 100 100
Circulation Pump #2 2353 Range (72.09) (34.08) 110 37.42 71.5 100 100
COMPONENTS
Component Flow Status Head Loss dP Inlet Outlet Inlet Outlet(US gpm) (ft) (psi) (psi g) (psi g) (ft) (ft)
Air Handler - D 497.5 Range 61.88 29.26 55.07 25.82 130 130
Air Handler - E 251 Range 55.11 26.06 53.54 27.48 130 130
Air Handler - F 231.5 Range 53.61 25.34 53.14 27.8 130 130
Air Handler - G 204.8 Range 52.4 24.78 52.79 28.02 130 130
Air Handler - H 264.9 Range 50.53 23.89 45.25 21.36 145 145
Air Handler - I 274.8 Range 48.32 22.85 44.71 21.87 145 145
Air Handler - J 445.6 Range 55.85 26.4 39.43 13.03 160 160
Air Handler - K 201.9 Range 50.94 24.08 38.3 14.21 160 160
Air Handler - L 232.5 Range 47.29 22.36 37.46 15.1 160 160
Air Handler - M 213.6 Range 45.63 21.57 37.01 15.44 160 160
Air Handler - N 1209 Range 58.45 27.63 47.1 19.46 145 145
Air Handler - O 602.7 Range 50.86 24.04 45.41 21.37 145 145
Chiller #2 2199 32.25 15.17 55.92 40.75 100 100
Chiller #3 2167 31.31 14.72 55.29 40.56 100 100
CONTROLS
Control Set Value Elev Flow Status dP HL Inlet Outlet(ft) (US gpm) (psi) (ft) (psi g) (psi g)
C1B-B FCV: Fully open 130 500.1 0 0 25.7 25.7C1E-B FCV: Fully open 130 252.3 0 0 27.3 27.3C1H-B FCV: Fully open 130 232.7 0 0 27.64 27.64C1K-B FCV: Fully open 130 205.8 0 0 27.89 27.89C2B-B FCV: Fully open 145 1215 0 0 19.4 19.4
PIPE-FLO 8.0 pg 4HVAC System - Valves Fully Open
CONTROLS 08/17/03 9:03 am
Control Set Value Elev Flow Status dP HL Inlet Outlet(ft) (US gpm) (psi) (ft) (psi g) (psi g)
C2E-B FCV: Fully open 145 605.8 0 0 21.2 21.2C2H-B FCV: Fully open 145 266.3 0 0 21.25 21.25C2K-B FCV: Fully open 145 276.2 0 0 21.75 21.75C3B-B FCV: Fully open 160 447.9 0 0 12.94 12.94C3E-B FCV: Fully open 160 202.9 0 0 14.09 14.09C3H-B FCV: Fully open 160 233.7 0 0 14.94 14.94C3K-B FCV: Fully open 160 214.7 0 0 15.3 15.3
TANKS
Tank Surface Level Elev Status Flow Pressure Grade(psi g) (ft) (ft) (US gpm) (psi g) (ft)
FG1 37.64 0 100 0 37.64 180
DEMANDS
NOTES
SPECIFICATIONS
FLUID ZONES
PIPELINES
NODES
PUMPS
COMPONENTS
CONTROLS
TANKS
DEMANDS
PIPE-FLO 8.0 pg 5HVAC System - Valves Fully Open
08/17/03 9:03 am
Company: Engineered Software, Inc.Project: PIPE-FLO Testing
by: J. A. Byron/K. M. Byron
System: HVAC systemLineup: <Design Case>
rev: 08/17/03 9:03 am
Atm pressure: 14.7 psi a
LIST REPORT
HVAC Benchmark Test System
Calculated: 7 iterations Avg Deviation: 0.0003238 %
SPECIFICATIONS
Specification Material / Schedule Roughness Sizing Design Limits
Specification #1 Steel / 40 0.0018 in 6 ft/sec 0 to 20 ft/secValves: standard 0 to 60 psi g
FLUID ZONES
Fluid Zone Fluid Temp Pressure Density Viscosity Pv / Pc or k(°F) (psi g) (lb/ft³) cP (psi a)
Cool Side 35°F DT4000-5W 35 0 68.21 7.002 0.08786 / 3198
Cool Side 40°F DT4000-5W 40 0 68.12 6.279 0.1082 / 3198
Warm Side DT4000-5W 60 0 67.77 4.258 0.2123 / 3198
PIPELINES
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
Specification Fluid Zone Size Length K(in) (ft)
HVAC01 A A1 4366 10.36 0.828 1.76Specification #1 Warm Side 14 20 0.7635
HVAC02 A1 A2 4366 17.78 0.876 1.862Specification #1 Warm Side 10 20 0
HVAC03 A2 A3 2167 13.91 1.004 2.134Specification #1 Warm Side 8 20 0.1969
HVAC04A A1 Chiller Pump #1 0 0 0 0Specification #1 Warm Side 10 7.5 11.28
HVAC04B Chiller Pump #1 Chiller #1 XXX --- --- --- ---Specification #1 Warm Side 10 7.5 0
HVAC05A A2 Chiller Pump #2 2199 8.956 6.692 14.23Specification #1 Warm Side 10 7.5 11.28
HVAC05B Chiller Pump #2 Chiller #2 2199 8.956 0.091 0.193Specification #1 Warm Side 10 7.5 0
HVAC06A A3 Chiller Pump #3 2167 8.824 6.496 13.81Specification #1 Warm Side 10 7.5 11.28
HVAC06B Chiller Pump #3 Chiller #3 2167 8.824 0.088 0.188Specification #1 Warm Side 10 7.5 0
HVAC07 Chiller #1 A6 XXX --- --- --- ---Specification #1 Cool Side 35°F 8 10 1.069
HVAC08 Chiller #2 A5 2185 14.03 9.042 4.099Specification #1 Cool Side 35°F 8 10 1.069
HVAC09 Chiller #3 A4 2153 13.82 8.078 2.064Specification #1 Cool Side 35°F 8 10 0.4219
HVAC10 A4 A5 2153 13.82 0.771 1.629Specification #1 Cool Side 35°F 8 20 0
PIPE-FLO 8.0 pg 1HVAC System - Valves Fully Open (no hydraulic grades shown)
PIPELINES 08/17/03 9:03 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
Specification Fluid Zone Size Length K(in) (ft)
HVAC11 A5 A6 4338 17.67 0.924 1.951Specification #1 Cool Side 35°F 10 20 0
HVAC12 A6 A7 4338 10.3 0.245 0.517Specification #1 Cool Side 35°F 14 20 0
HVAC13 A7 B1 4630 8.412 (6.951) 0.298Specification #1 Cool Side 40°F 16 20 0
HVAC14 B1 B2 2353 4.275 0.041 0.087Specification #1 Cool Side 40°F 16 20 0
HVAC15A B1 Circulation Pump #1 2277 2.63 0.070 0.147Specification #1 Cool Side 40°F 20 12.5 1.211
HVAC15B Circulation Pump #1 B4-B 2277 2.63 0.008 0.017Specification #1 Cool Side 40°F 20 12.5 0
HVAC16A B2 Circulation Pump #2 2353 2.718 0.036 0.075Specification #1 Cool Side 40°F 20 12.5 0.4987
HVAC16B Circulation Pump #2 B5-B 2353 2.718 0.009 0.018Specification #1 Cool Side 40°F 20 12.5 0
HVAC17 B5-B C1 4630 8.412 15.33 2.425Specification #1 Cool Side 40°F 16 150 0.1736
HVAC18 C1 C2 3445 8.177 7.878 1.662Specification #1 Cool Side 40°F 14 100 0
HVAC19 C2 C3 1094 7.019 8.181 2.305Specification #1 Cool Side 40°F 8 100 0
HVAC20 C1 C1A 1185 7.604 0.547 1.157Specification #1 Cool Side 40°F 8 15 0.8438
HVAC21A C1A Air Handler - D 497.5 7.985 0.541 1.145Specification #1 Cool Side 40°F 5 5 0.8985
HVAC21B Air Handler - D C1B-B 500.1 8.026 0.114 0.243Specification #1 Warm Side 5 5 0
HVAC22 C1B-B C1C 500.1 8.026 0.682 1.45Specification #1 Warm Side 5 12 0.8675
HVAC23 C1A C1D 687.3 7.638 0.917 1.939Specification #1 Cool Side 40°F 6 30 0.8936
HVAC24A C1D Air Handler - E 251 8.151 1.158 2.448Specification #1 Cool Side 40°F 3.5 5 1.976
HVAC24B Air Handler - E C1E-B 252.3 8.193 0.183 0.390Specification #1 Warm Side 3.5 5 0
HVAC25 C1E-B C1F 252.3 8.193 1.391 2.958Specification #1 Warm Side 3.5 12 1.942
HVAC26 C1D C1G 436.3 7.002 0.573 1.211Specification #1 Cool Side 40°F 5 30 0
HVAC27A C1G Air Handler - F 231.5 7.519 0.988 2.089Specification #1 Cool Side 40°F 3.5 5 1.976
HVAC27B Air Handler - F C1H-B 232.7 7.558 0.158 0.336Specification #1 Warm Side 3.5 5 0
HVAC28 C1H-B C1I 232.7 7.558 1.189 2.528Specification #1 Warm Side 3.5 12 1.942
HVAC29 C1G C1J 204.8 6.65 0.885 1.871Specification #1 Cool Side 40°F 3.5 30 0.2344
PIPE-FLO 8.0 pg 2HVAC System - Valves Fully Open (no hydraulic grades shown)
PIPELINES 08/17/03 9:03 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
Specification Fluid Zone Size Length K(in) (ft)
HVAC30A C1J Air Handler - G 204.8 6.65 0.450 0.951Specification #1 Cool Side 40°F 3.5 5 0.9711
HVAC30B Air Handler - G C1K-B 205.8 6.684 0.126 0.268Specification #1 Warm Side 3.5 5 0
HVAC31 C1K-B C1L 205.8 6.684 0.685 1.456Specification #1 Warm Side 3.5 12 1.172
HVAC32 C1L C1I 205.8 6.684 0.757 1.61Specification #1 Warm Side 3.5 30 0
HVAC33 C1I C1F 438.5 7.038 0.538 1.144Specification #1 Warm Side 5 30 0
HVAC34 C1F C1C 690.8 7.678 0.888 1.888Specification #1 Warm Side 6 30 0.8936
HVAC35 C1C D2 1191 7.644 0.419 0.891Specification #1 Warm Side 8 5 0.8438
HVAC36 C2 C2A 2351 9.574 0.760 1.608Specification #1 Cool Side 40°F 10 15 0.8056
HVAC37A C2A Air Handler - N 1209 7.759 0.426 0.900Specification #1 Cool Side 40°F 8 5 0.8157
HVAC37B Air Handler - N C2B-B 1215 7.799 0.062 0.131Specification #1 Warm Side 8 5 0
HVAC38 C2B-B C2C 1215 7.799 0.498 1.058Specification #1 Warm Side 8 12 0.7875
HVAC39 C2A C2D 1142 7.332 0.687 1.453Specification #1 Cool Side 40°F 8 30 0.8438
HVAC40A C2D Air Handler - O 602.7 9.674 1.427 3.018Specification #1 Cool Side 40°F 5 5 1.828
HVAC40B Air Handler - O C2E-B 605.8 9.723 0.163 0.346Specification #1 Warm Side 5 5 0
HVAC41 C2E-B C2F 605.8 9.723 1.63 3.466Specification #1 Warm Side 5 12 1.797
HVAC42 C2D C2G 539.7 8.662 0.844 1.784Specification #1 Cool Side 40°F 5 30 0
HVAC43A C2G Air Handler - H 264.9 6.682 0.745 1.576Specification #1 Cool Side 40°F 4 5 1.921
HVAC43B Air Handler - H C2H-B 266.3 6.716 0.109 0.231Specification #1 Warm Side 4 5 0
HVAC44 C2H-B C2I 266.3 6.716 0.883 1.877Specification #1 Warm Side 4 12 1.888
HVAC45 C2G C2J 274.8 6.931 0.825 1.744Specification #1 Cool Side 40°F 4 30 0.2279
HVAC46A C2J Air Handler - I 274.8 6.931 0.457 0.966Specification #1 Cool Side 40°F 4 5 0.9441
HVAC46B Air Handler - I C2K-B 276.2 6.966 0.116 0.247Specification #1 Warm Side 4 5 0
HVAC47 C2K-B C2L 276.2 6.966 0.683 1.452Specification #1 Warm Side 4 12 1.139
HVAC48 C2L C2I 276.2 6.966 0.698 1.484Specification #1 Warm Side 4 30 0
PIPE-FLO 8.0 pg 3HVAC System - Valves Fully Open (no hydraulic grades shown)
PIPELINES 08/17/03 9:03 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
Specification Fluid Zone Size Length K(in) (ft)
HVAC49 C2I C2F 542.5 8.707 0.796 1.693Specification #1 Warm Side 5 30 0
HVAC50 C2F C2C 1148 7.37 0.668 1.421Specification #1 Warm Side 8 30 0.8438
HVAC51 C2C D1 2363 9.624 0.614 1.304Specification #1 Warm Side 10 5 0.8056
HVAC52 C3 C3A 1094 7.019 0.235 0.496Specification #1 Cool Side 40°F 8 15 0.1969
HVAC53A C3A Air Handler - J 445.6 7.152 0.436 0.923Specification #1 Cool Side 40°F 5 5 0.8985
HVAC53B Air Handler - J C3B-B 447.9 7.189 0.093 0.198Specification #1 Warm Side 5 5 0
HVAC54 C3B-B C3C 447.9 7.189 0.551 1.171Specification #1 Warm Side 5 12 0.8675
HVAC55 C3A C3D 648 7.201 0.820 1.734Specification #1 Cool Side 40°F 6 30 0.8936
HVAC56A C3D Air Handler - K 201.9 6.556 0.754 1.595Specification #1 Cool Side 40°F 3.5 5 1.976
HVAC56B Air Handler - K C3E-B 202.9 6.59 0.123 0.261Specification #1 Warm Side 3.5 5 0
HVAC57 C3E-B C3F 202.9 6.59 0.911 1.936Specification #1 Warm Side 3.5 12 1.942
HVAC58 C3D C3G 446.1 7.16 0.596 1.261Specification #1 Cool Side 40°F 5 30 0
HVAC59A C3G Air Handler - L 232.5 7.55 0.996 2.106Specification #1 Cool Side 40°F 3.5 5 1.976
HVAC59B Air Handler - L C3H-B 233.7 7.589 0.159 0.339Specification #1 Warm Side 3.5 5 0
HVAC60 C3H-B C3I 233.7 7.589 1.199 2.548Specification #1 Warm Side 3.5 12 1.942
HVAC61 C3G C3J 213.6 6.937 0.956 2.021Specification #1 Cool Side 40°F 3.5 30 0.2344
HVAC62A C3J Air Handler - M 213.6 6.937 0.488 1.033Specification #1 Cool Side 40°F 3.5 5 0.9711
HVAC62B Air Handler - M C3K-B 214.7 6.973 0.136 0.290Specification #1 Warm Side 3.5 5 0
HVAC63 C3K-B C3L 214.7 6.973 0.743 1.58Specification #1 Warm Side 3.5 12 1.172
HVAC64 C3L C3I 214.7 6.973 0.818 1.74Specification #1 Warm Side 3.5 30 0
HVAC65 C3I C3F 448.4 7.197 0.560 1.192Specification #1 Warm Side 5 30 0
HVAC66 C3F C3C 651.3 7.239 0.794 1.687Specification #1 Warm Side 6 30 0.8936
HVAC67 C3C D1 1099 7.055 (5.906) 2.444Specification #1 Warm Side 8 105 0.1969
HVAC68 D1 D2 3463 8.219 (6.311) 1.583Specification #1 Warm Side 14 100 0
PIPE-FLO 8.0 pg 4HVAC System - Valves Fully Open (no hydraulic grades shown)
PIPELINES 08/17/03 9:03 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
Specification Fluid Zone Size Length K(in) (ft)
HVAC69 D2 A 4653 8.455 (13.04) 2.282Specification #1 Warm Side 16 120 0.5208
HVAC70 FG1 A 0 0 0 0Specification #1 Warm Side 8 15 0
HVAC71 B4-B B5-B 2277 6.531 0.360 0.762Specification #1 Cool Side 40°F 12 20 0.7779
HVAC72 A A7 <---> 285.6 0.678 7.097 0.010Specification #1 Cool Side 40°F 14 25 0.7635
NODES
Node Elev Status Pressure(ft) (psi g)
A 100 37.64A1 100 36.81A2 100 35.94A3 100 34.93A4 115 32.48A5 115 31.71A6 115 30.79A7 115 30.54B1 100 37.49B2 100 37.45B4-B 100 Limit 71.85B5-B 100 Limit 71.49C1 130 56.16C1A 130 55.62C1C 130 25.02C1D 130 54.7C1F 130 25.91C1G 130 54.13C1I 130 26.45C1J 130 53.24C1L 130 27.21C2 145 48.29C2A 145 47.53C2C 145 18.91C2D 145 46.84C2F 145 19.57C2G 145 45.99C2I 145 20.37C2J 145 45.17C2L 145 21.07C3 160 40.1C3A 160 39.87C3C 160 12.39C3D 160 39.05C3F 160 13.18C3G 160 38.45C3I 160 13.74C3J 160 37.5C3L 160 14.56
PIPE-FLO 8.0 pg 5HVAC System - Valves Fully Open (no hydraulic grades shown)
NODES 08/17/03 9:03 am
Node Elev Status Pressure(ft) (psi g)
D1 145 18.29D2 130 24.6
PUMPS
Pump Flow Status TDH dP NPSHa Suction Discharge Suction Discharge(US gpm) (ft) (psi) (ft) (psi g) (psi g) (ft) (ft)
Chiller Pump #1 --- Off --- --- --- --- --- 100 100<no catalog data available>
Chiller Pump #2 2199 Range (56.91) (26.77) 92.98 29.24 56.01 100 100<no catalog data available>
Chiller Pump #3 2167 Range (57.27) (26.94) 91.26 28.44 55.37 100 100<no catalog data available>
Circulation Pump #1 2277 Range (72.84) (34.44) 110 37.42 71.86 100 100<no catalog data available>
Circulation Pump #2 2353 Range (72.09) (34.08) 110 37.42 71.5 100 100<no catalog data available>
COMPONENTS
Component Flow Status Head Loss dP Inlet Outlet Inlet Outlet(US gpm) (ft) (psi) (psi g) (psi g) (ft) (ft)
Air Handler - D 497.5 Range 61.88 29.26 55.07 25.82 130 130Performance: US gpm: 0 200 400
ft: 0 10 40eqn: H = 0.00025 Q ^ 2
Air Handler - E 251 Range 55.11 26.06 53.54 27.48 130 130Performance: US gpm: 0 100 200
ft: 0 8.75 35eqn: H = 0.000875 Q ^ 2
Air Handler - F 231.5 Range 53.61 25.34 53.14 27.8 130 130Performance: US gpm: 0 100 200
ft: 0 10 40eqn: H = 0.001 Q ^ 2
Air Handler - G 204.8 Range 52.4 24.78 52.79 28.02 130 130Performance: US gpm: 0 100 200
ft: 0 12.5 50eqn: H = 0.00125 Q ^ 2
Air Handler - H 264.9 Range 50.53 23.89 45.25 21.36 145 145Performance: US gpm: 0 125 250
ft: 0 11.25 45eqn: H = 0.00072 Q ^ 2
Air Handler - I 274.8 Range 48.32 22.85 44.71 21.87 145 145Performance: US gpm: 0 125 250
ft: 0 10 40eqn: H = 0.00064 Q ^ 2
PIPE-FLO 8.0 pg 6HVAC System - Valves Fully Open (no hydraulic grades shown)
COMPONENTS 08/17/03 9:03 am
Component Flow Status Head Loss dP Inlet Outlet Inlet Outlet(US gpm) (ft) (psi) (psi g) (psi g) (ft) (ft)
Air Handler - J 445.6 Range 55.85 26.4 39.43 13.03 160 160Performance: US gpm: 0 200 400
ft: 0 11.25 45eqn: H = 0.0002812 Q ^ 2
Air Handler - K 201.9 Range 50.94 24.08 38.3 14.21 160 160Performance: US gpm: 0 100 200
ft: 0 12.5 50eqn: H = 0.00125 Q ^ 2
Air Handler - L 232.5 Range 47.29 22.36 37.46 15.1 160 160Performance: US gpm: 0 100 200
ft: 0 8.75 35eqn: H = 0.000875 Q ^ 2
Air Handler - M 213.6 Range 45.63 21.57 37.01 15.44 160 160Performance: US gpm: 0 100 200
ft: 0 10 40eqn: H = 0.001 Q ^ 2
Air Handler - N 1209 Range 58.45 27.63 47.1 19.46 145 145Performance: US gpm: 0 500 1000
ft: 0 10 40eqn: H = 4e-005 Q ^ 2
Air Handler - O 602.7 Range 50.86 24.04 45.41 21.37 145 145Performance: US gpm: 0 250 500
ft: 0 8.75 35eqn: H = 0.00014 Q ^ 2
Chiller #2 2199 32.25 15.17 55.92 40.75 100 100Performance: US gpm: 0 1500 3000
ft: 0 15 60eqn: H = 6.667e-006 Q ^ 2
Chiller #3 2167 31.31 14.72 55.29 40.56 100 100Performance: US gpm: 0 1500 3000
ft: 0 15 60eqn: H = 6.667e-006 Q ^ 2
CONTROLS
Control Set Value Elev Flow Status dP HL Inlet Outlet(ft) (US gpm) (psi) (ft) (psi g) (psi g)
C1B-B FCV: Fully open 130 500.1 0 0 25.7 25.7<no catalog data available>
C1E-B FCV: Fully open 130 252.3 0 0 27.3 27.3<no catalog data available>
C1H-B FCV: Fully open 130 232.7 0 0 27.64 27.64<no catalog data available>
C1K-B FCV: Fully open 130 205.8 0 0 27.89 27.89<no catalog data available>
PIPE-FLO 8.0 pg 7HVAC System - Valves Fully Open (no hydraulic grades shown)
CONTROLS 08/17/03 9:03 am
Control Set Value Elev Flow Status dP HL Inlet Outlet(ft) (US gpm) (psi) (ft) (psi g) (psi g)
C2B-B FCV: Fully open 145 1215 0 0 19.4 19.4<no catalog data available>
C2E-B FCV: Fully open 145 605.8 0 0 21.2 21.2<no catalog data available>
C2H-B FCV: Fully open 145 266.3 0 0 21.25 21.25<no catalog data available>
C2K-B FCV: Fully open 145 276.2 0 0 21.75 21.75<no catalog data available>
C3B-B FCV: Fully open 160 447.9 0 0 12.94 12.94<no catalog data available>
C3E-B FCV: Fully open 160 202.9 0 0 14.09 14.09<no catalog data available>
C3H-B FCV: Fully open 160 233.7 0 0 14.94 14.94<no catalog data available>
C3K-B FCV: Fully open 160 214.7 0 0 15.3 15.3<no catalog data available>
TANKS
Tank Surface Level Elev Status Flow Pressure(psi g) (ft) (ft) (US gpm) (psi g)
FG1 37.64 0 100 0 37.64
DEMANDS
NOTES
SPECIFICATIONS
FLUID ZONES
PIPELINES
NODES
PUMPS
COMPONENTS
CONTROLS
TANKS
DEMANDS
PIPE-FLO 8.0 pg 8HVAC System - Valves Fully Open (no hydraulic grades shown)
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63H
VA
C67
: Ø
810
99
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
19 :
Ø 8
1094
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38H
VA
C11
: Ø
10
4338
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1A
235
.94
A3
34.9
3
A6
30.7
9A
531
.71
A4
32.4
8A
730
.54
B1
37.4
9B
237
.45
B4-
B71
.85
B5-
B71
.49
C1
56.1
6C
248
.29
C3
40.1
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
C1G
54.1
3
C1I
26.4
5
C1J
53.2
4
C1L
27.2
1
D2
24.6
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
C2G
45.9
9
C2I
20.3
7
C2J
45.1
7
C2L
21.0
7
D1
18.2
9
C3A
39.8
7
C3C
12.3
9
C3D
39.0
5
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6A
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
FG
1 : 3
7.64
@ 0
37.6
4
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nC
2E-B
: F
CV
Ful
ly o
pen
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:03
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
67 :
Ø 8
1099
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC 60
HV
AC
4 60
HV
AC
4 60
HV
AC
19 :
Ø 8
1094
HV
AC
11 :
Ø 1
043
38H
VA
C10
: Ø
821
53
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4A
334
.93
A6
30.7
9A
531
.71
A4
32.4
8
C3
40.1
C 46C 19
C2G
45.9
9
C2I
20.3
7
C2J
45.1
7
C2L
21.0
7
C3A
39.8
7
C3C
12.3
9
C3D
39.0
5
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
Air
Ha 50
Air
Han
dler
- H
50.5
3A
ir H
andl
er -
I48
.32
Air
Han
dler
- J
55.8
5A
ir H
andl
er -
K50
.94
Air
Han
dler
- L
47.2
9A
ir H
andl
er -
M45
.63
C2E
-B :
FC
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38
HV
AC
01 :
Ø 1
443
66A
37.6
4
A7
30.5
4B
137
.49
B2
37.4
5
B4-
B71
.85
B5-
B71
.49
C1
56.1
6C
248
.29
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
C1G
54.1
3
C1I
26.4
5
C1J
53.2
4
C1L
27.2
1
D2
24.6
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
D1
18.2
9
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6
FG
1 : 3
7.64
@ 0
37.6
4
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
n2E
-B :
FC
V F
ully
ope
n
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:03
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (2
x1).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63H
VA
C67
: Ø
810
99
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
19 :
Ø 8
1094
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38H
VA
C11
: Ø
10
4338
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1A
235
.94
A3
34.9
3
A6
30.7
9A
531
.71
A4
32.4
8A
730
.54
B1
37.4
9B
237
.45
B4-
B71
.85
B5-
B71
.49
C1
56.1
6C
248
.29
C3
40.1
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
C1G
54.1
3
C1I
26.4
5
C1J
53.2
4
C1L
27.2
1
D2
24.6
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
C2G
45.9
9
C2I
20.3
7
C2J
45.1
7
C2L
21.0
7
D1
18.2
9
C3A
39.8
7
C3C
12.3
9
C3D
39.0
5
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6A
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
FG
1 : 3
7.64
@ 0
37.6
4
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nC
2E-B
: F
CV
Ful
ly o
pen
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:03
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (3
x1).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
67 :
Ø 8
1099
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC 60
HV
AC
4 60
HV
AC
4 60
HV
AC
19 :
Ø 8
1094
HV
AC
11 :
Ø 1
043
38H
VA
C10
: Ø
821
53
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4A
334
.93
A6
30.7
9A
531
.71
A4
32.4
8
C3
40.1
C 46C 19
C2G
45.9
9
C2I
20.3
7
C2J
45.1
7
C2L
21.0
7
C3A
39.8
7
C3C
12.3
9
C3D
39.0
5
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
Air
Ha 50
Air
Han
dler
- H
50.5
3A
ir H
andl
er -
I48
.32
Air
Han
dler
- J
55.8
5A
ir H
andl
er -
K50
.94
Air
Han
dler
- L
47.2
9A
ir H
andl
er -
M45
.63
C2E
-B :
FC
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38
HV
AC
01 :
Ø 1
443
66A
37.6
4
A7
30.5
4B
137
.49
B2
37.4
5
B4-
B71
.85
B5-
B71
.49
C1
56.1
6C
248
.29
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
C1G
54.1
3
C1I
26.4
5
C1J
53.2
4
C1L
27.2
1
D2
24.6
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
D1
18.2
9
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6
FG
1 : 3
7.64
@ 0
37.6
4
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
n2E
-B :
FC
V F
ully
ope
n
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (4
x1).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63H
VA
C67
: Ø
810
99
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
54 :
Ø 5
447.
9
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2H
VA
C44
: Ø
426
6.3
HV
AC
41 :
Ø 5
605.
8H
VA
C38
: Ø
812
15
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
22 :
Ø 5
500.
1
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38H
VA
C11
: Ø
10
4338
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1A
235
.94
A3
34.9
3
A6
30.7
9A
531
.71
A4
32.4
8A
730
.54
B1
37.4
9B
237
.45
B4-
B71
.85
B5-
B71
.49
C1C
25.0
2C
1F25
.91
C1I
26.4
5C
1L27
.21
D2
24.6
C2C
18.9
1C
2F19
.57
C2I
20.3
7C
2L21
.07
D1
18.2
9
C3C
12.3
9C
3F13
.18
C3I
13.7
4C
3L14
.56
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
FG
1 : 3
7.64
@ 0
37.6
4
214.
7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
233.
7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
202.
9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
205.
8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
232.
7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
252.
3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
19 :
Ø 8
1094
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
C1
56.1
6C
248
.29
C3
40.1
C1A
55.6
2C
1D54
.7C
1G54
.13
C1J
53.2
4C
2A47
.53
C2D
46.8
4C
2G45
.99
C2J
45.1
7C
3A39
.87
C3D
39.0
5C
3G38
.45
C3J
37.5
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6A
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nC
2E-B
: F
CV
Ful
ly o
pen
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (1
x2).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
67 :
Ø 8
1099
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
11 :
Ø 1
043
38H
VA
C10
: Ø
821
53
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4A
334
.93
A6
30.7
9A
531
.71
A4
32.4
8
C2I
20.3
7C
2L21
.07
C3C
12.3
9C
3F13
.18
C3I
13.7
4C
3L14
.56
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38
HV
AC
01 :
Ø 1
443
66A
37.6
4
A7
30.5
4B
137
.49
B2
37.4
5
B4-
B71
.85
B5-
B71
.49
C1C
25.0
2C
1F25
.91
C1I
26.4
5C
1L27
.21
D2
24.6
C2C
18.9
1C
2F19
.57
D1
18.2
9
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
FG
1 : 3
7.64
@ 0
37.6
4
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
A
HV
AC
HV
AC
HV
AC
19 :
Ø 8
1094
C3
40.1
C2G
45.9
9
20.3
7
C2J
45.1
7
21.0
7
C3A
39.8
7
12.3
9
C3D
39.0
5
13.1
8
C3G
38.4
5
13.7
4
C3J
37.5
14.5
6
Air
HA
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C2E
-B :
FC
2H-B
: F
CV
Ful
ly o
pen
C2K
-B :
FC
V F
ully
ope
nC
3B-B
: F
CV
Ful
ly o
pen
C3E
-B :
FC
V F
ully
ope
nC
3H-B
: F
CV
Ful
ly o
pen
C3K
-B :
FC
V F
ully
ope
n
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
C1
56.1
6C
248
.29
C1A
55.6
2
25.0
2
C1D
54.7
25.9
1
C1G
54.1
3
26.4
5
C1J
53.2
4
27.2
1
C2A
47.5
3
18.9
1
C2D
46.8
4
19.5
7
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nE
-B :
FC
V F
ully
ope
n
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (2
x2).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
66 :
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
03 :
Ø 8
2167
A3
34.9
3
A4
32.4
8
C3F
13.1
8C
3I13
.74
C3L
14.5
6
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#331
.31
HV
AC
72 :
Ø 1
428
5.6
HV
AC
70 :
Ø 8
0
HV
AH
VA
C67
: Ø
810
99
C66
: Ø
665
1.3
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
13 :
Ø 1
646
30H
VA
C12
: Ø
14
4338
HV
AC
11 :
Ø 1
043
38
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1A
235
.94
A6
30.7
9A
531
.71
A7
30.5
4
C1I
26.4
5C
1L27
.21
C2C
18.9
1C
2F19
.57
C2I
20.3
7C
2L21
.07
D1
18.2
9
C3C
12.3
9
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
#1C
hille
r #2
32.2
5
FG
1 : 3
7.64
@ 0
37.6
4
HV
AC
71 :
Ø 1
222
77
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53B
137
.49
B2
37.4
5
B4-
B71
.85
B5-
B71
.49
C1C
25.0
2C
1F25
.91
D2
24.6
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
648
C3D
39.0
5
13.1
8
C3G
38.4
5
13.7
4
C3J
37.5
14.5
6
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C3E
-B :
FC
V F
ully
ope
nC
3H-B
: F
CV
Ful
ly o
pen
C3K
-B :
FC
V F
ully
ope
n
C55
: Ø
664
8
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
19 :
Ø 8
1094
HV
A
C2
48.2
9C
340
.1
C1G
54.1
3
26.4
5
C1J
53.2
4
27.2
1
C2A
47.5
3
18.9
1
C2D
46.8
4
19.5
7
C2G
45.9
9
20.3
7
C2J
45.1
7
21.0
7
C3A
39.8
7
12.3
9
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6A
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
C1H
-B :
FC
V F
ully
op
C1K
-B :
FC
V F
ully
ope
nC
2B-B
: F
CV
Ful
ly o
pen
C2E
-B :
FC
V F
ully
ope
nC
2H-B
: F
CV
Ful
ly o
pen
C2K
-B :
FC
V F
ully
ope
nC
3B-B
: F
CV
Ful
ly o
pen
3.5
Ø 3
.5
Ø 3
.5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
C1
56.1
6
C1A
55.6
2
25.0
2
C1D
54.7
25.9
1
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
- F
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
lly o
pen
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (3
x2).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
67 :
Ø 8
1099
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
11 :
Ø 1
043
38H
VA
C10
: Ø
821
53
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4A
334
.93
A6
30.7
9A
531
.71
A4
32.4
8
C2I
20.3
7C
2L21
.07
C3C
12.3
9C
3F13
.18
C3I
13.7
4C
3L14
.56
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38
HV
AC
01 :
Ø 1
443
66A
37.6
4
A7
30.5
4B
137
.49
B2
37.4
5
B4-
B71
.85
B5-
B71
.49
C1C
25.0
2C
1F25
.91
C1I
26.4
5C
1L27
.21
D2
24.6
C2C
18.9
1C
2F19
.57
D1
18.2
9
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
FG
1 : 3
7.64
@ 0
37.6
4
Ø 2
0
Ø 2
0
mp
#2
HV
AC
HV
AC
HV
AC
Air
H
C3K
-B :
F
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
A
HV
A
HV
A
HV
AC
19 :
Ø 8
1094
C3
40.1
C2G
45.9
9
20.3
7
C2J
45.1
7
21.0
7
C3A
39.8
7
12.3
9
C3D
39.0
5
13.1
8
C3G
38.4
5
13.7
4
C3J
37.5
14.5
6
Air
HA
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C2E
-B :
FC
2H-B
: F
CV
Ful
ly o
pen
C2K
-B :
FC
V F
ully
ope
nC
3B-B
: F
CV
Ful
ly o
pen
C3E
-B :
FC
V F
ully
ope
nC
3H-B
: F
CV
Ful
ly o
pen
K-B
: F
CV
Ful
ly o
pen
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
C1
56.1
6C
248
.29
C1A
55.6
2
25.0
2
C1D
54.7
25.9
1
C1G
54.1
3
26.4
5
C1J
53.2
4
27.2
1
C2A
47.5
3
18.9
1
C2D
46.8
4
19.5
7
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nE
-B :
FC
V F
ully
ope
n
16
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (4
x2).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63H
VA
C67
: Ø
810
99
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
19 :
Ø 8
1094
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38H
VA
C11
: Ø
10
4338
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1A
235
.94
A3
34.9
3
A6
30.7
9A
531
.71
A4
32.4
8A
730
.54
B1
37.4
9B
237
.45
B4-
B71
.85
B5-
B71
.49
C1
56.1
6C
248
.29
C3
40.1
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
C1G
54.1
3
C1I
26.4
5
C1J
53.2
4
C1L
27.2
1
D2
24.6
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
C2G
45.9
9
C2I
20.3
7
C2J
45.1
7
C2L
21.0
7
D1
18.2
9
C3A
39.8
7
C3C
12.3
9
C3D
39.0
5
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6A
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
FG
1 : 3
7.64
@ 0
37.6
4
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nC
2E-B
: F
CV
Ful
ly o
pen
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (1
x3).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
11 :
Ø 1
043
38H
VA
C10
: Ø
821
53
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
04B
: Ø
10
A6
30.7
9A
531
.71
A4
32.4
8
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
HV
AC
72 :
Ø 1
428
5.6
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38A
730
.54
B1
37.4
9B
237
.45
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
FG
1 : 3
7.64
@ 0
37.6
4
HV
AC
67 :
Ø 8
1099
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
A
HV
AC
HV
AC
HV
AC
06A
: Ø
10
2167
HV
AC
05A
: Ø
10
2199
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4A
334
.93
C2G
45.9
9
C2I
20.3
7
C2J
45.1
7
C2L
21.0
7
C3A
39.8
7
C3C
12.3
9
C3D
39.0
5
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Air
HA
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C2E
-B :
FC
2H-B
: F
CV
Ful
ly o
pen
C2K
-B :
FC
V F
ully
ope
nC
3B-B
: F
CV
Ful
ly o
pen
C3E
-B :
FC
V F
ully
ope
nC
3H-B
: F
CV
Ful
ly o
pen
C3K
-B :
FC
V F
ully
ope
n
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
17 :
Ø 1
646
30
HV
AC
01 :
Ø 1
443
66A
37.6
4
B4-
B71
.85
B5-
B71
.49
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
C1G
54.1
3
C1I
26.4
5
C1J
53.2
4
C1L
27.2
1
D2
24.6
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
D1
18.2
9
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6
FG
1 : 3
7.64
@ 0
37.6
4
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nE
-B :
FC
V F
ully
ope
n
HV
AC
52 :
Ø 8
1094
HV
AC
19 :
Ø 8
1094
C3
40.1
HV
AC
36 :
Ø 1
023
51H
VA
C20
: Ø
811
85
HV
AC
18 :
Ø 1
434
45C
156
.16
C2
48.2
9
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (2
x3).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
03 :
Ø 8
2167
A2
A3
A5
31.7
1A
432
.48
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#232
.25
Chi
ller
#331
.31
HV
AC
72 :
Ø 1
428
5.6
HV
AC
70 :
Ø 8
0
HV
AC
12 :
Ø 1
443
38H
VA
C11
: Ø
10
4338
HV
AC
07 :
Ø 8
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
AA
1
A6
30.7
9A
730
.54
Chi
ller
Pum
p #1
Off
Chi
ller
#1
FG
1 : 3
7.6
37.6
HV
AC
71 :
Ø 1
222
77
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
B1
37.4
9B
237
.45
B4-
B71
.85
B5-
B71
.49
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
: 37.
64 @
037
.64
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
47 :
276.
2
HV
AC
46B
:27
6.2
HV
AC
03 :
Ø 8
2167
A2
35.9
4A
334
.93
C2L
21.0
7C
3C12
.39
C3F
13.1
8C
3I13
.74
C3L
14.5
6
Air
Han
dle
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C2K
-B :
FC
V F
uC
3B-B
: F
CV
Ful
ly o
pen
C3E
-B :
FC
V F
ully
ope
nC
3H-B
: F
CV
Ful
ly o
pen
C3K
-B :
FC
V F
ully
ope
n
HV
AC
67 :
Ø 8
1099
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
47 :
Ø 4
76.2
46B
: Ø
476
.2
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
A
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1
C1L
27.2
1C
2C18
.91
C2F
19.5
7C
2I20
.37
2L 1.07
D1
18.2
9
Air
Han
dler
- G
52.4
Air
Han
dler
- N
58.4
5A
ir H
andl
er -
O50
.86
Air
Han
dler
- H
50.5
3nd
ler
- I
8.32
C1K
-B :
FC
V F
ully
ope
nC
2B-B
: F
CV
Ful
ly o
pen
C2E
-B :
FC
V F
ully
ope
nC
2H-B
: F
CV
Ful
ly o
pen
V F
ully
ope
n
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
17 :
Ø 1
646
30
C1C
25.0
2C
1F25
.91
C1I
26.4
5
D2
24.6
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nen
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
46A
:27
4.8
C3
40.1
C2J
45.1
7C
3A39
.87
C3D
39.0
5C
3G38
.45
C3J
37.5
Air
Han
dle
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
46A
: Ø
474
.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
30A
: Ø
3.5
204.
8
HV
A
HV
AC
19 :
Ø 8
1094
C2
48.2
9
C1J
53.2
4C
2A47
.53
C2D
46.8
4C
2G45
.99
2J 5.17
Air
Han
dler
- G
52.4
Air
Han
dler
- N
58.4
5A
ir H
andl
er -
O50
.86
Air
Han
dler
- H
50.5
3nd
ler
- I
8.32
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
18 :
Ø 1
434
45C
156
.16
C1A
55.6
2C
1D54
.7C
1G54
.13
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:04
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (3
x3).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
09 :
Ø 8
2153
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
A3
34.9
3
A4
32.4
8
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#331
.31
HV
AC
11 :
Ø 1
043
38H
VA
C10
: Ø
821
53
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4
A6
30.7
9A
531
.71
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
#1C
hille
r #2
32.2
5
HV
AC
72 :
Ø 1
428
5.6
HV
AC
70 :
Ø 8
0
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
13 :
Ø 1
646
30H
VA
C12
: Ø
14
4338
HV
AC
01 :
Ø 1
443
66A
37.6
4
A7
30.5
4B
137
.49
B4-
B71
.85
Circ
ulat
ion
Pum
p #1
(72.
84)
FG
1 : 3
7.64
@ 0
37.6
4
HV
AC
71 :
Ø 1
222
77
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
14 :
Ø 1
623
53B
237
.45
B5-
B71
.49
Circ
ulat
ion
Pum
p #2
(72.
09)
HV
AC
65 :
Ø 5
448.
4H
VA
C64
: Ø
3.5
214.
7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
A3
34.9
3
C3I
13.7
4C
3L14
.56
Air
Han
dler
- L
Air
Han
dler
- M
C3E
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
HV
AC
67 :
Ø 8
1099
HV
AC
66 :
Ø 6
651.
3 5
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
A
HV
A
2167
4366
A1
36.8
1A
235
.94
C2I
20.3
7C
2L21
.07
C3C
12.3
9C
3F13
.18
Air
HA
ir H
andl
er -
HA
ir H
andl
er -
IA
ir H
andl
er -
JA
ir H
andl
er -
K
C2E
-B :
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
33 :
Ø 5
438.
5H
VA
C32
: Ø
3.5
205.
8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
25 :
252.
HV
AC
24B
25
2.
4366
A37
.64
C1F
25.9
C1I
26.4
5C
1L27
.21
C2C
18.9
1C
2F19
.57
D1
18.2
9
Air
Han
dlA
ir H
andl
er -
FA
ir H
andl
er -
GA
ir H
andl
er -
NA
ir H
andl
er -
O
C1E
-B :
FC
V
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
n-B
: F
CV
Ful
ly o
pen
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8
25 :
Ø 3
.525
2.3
24B
: Ø
3.5
252.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
17 :
Ø 1
646
30
C1C
25.0
2C
1F25
.91
D2
24.6
Air
Han
dler
- D
andl
er -
E
C1B
-B :
FC
V F
ully
ope
nC
V F
ully
ope
n
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1C
3G38
.45
C3J
37.5
Air
Han
dler
- L
47.2
9A
ir H
andl
er -
M45
.63
5
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
A
HV
AC
19 :
Ø 8
1094
C3
40.1
C2G
45.9
9C
2J45
.17
C3A
39.8
7C
3D39
.05
Air
HA
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
24A
25
1
HV
AC
18 :
Ø 1
434
45C
248
.29
C1D
54.7
C1G
54.1
3C
1J53
.24
C2A
47.5
3C
2D46
.84
Air
Han
dl55
.1A
ir H
andl
er -
F53
.61
Air
Han
dler
- G
52.4
Air
Han
dler
- N
58.4
5A
ir H
andl
er -
O50
.86
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
C1
56.1
6
C1A
55.6
2C
1D54
.7
Air
Han
dler
- D
61.8
8an
dler
- E
55.1
1
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:05
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (4
x3).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63H
VA
C67
: Ø
810
99
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
54 :
Ø 5
447.
9
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2H
VA
C44
: Ø
426
6.3
HV
AC
41 :
Ø 5
605.
8H
VA
C38
: Ø
812
15
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
22 :
Ø 5
500.
1
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38H
VA
C11
: Ø
10
4338
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1A
235
.94
A3
34.9
3
A6
30.7
9A
531
.71
A4
32.4
8A
730
.54
B1
37.4
9B
237
.45
B4-
B71
.85
B5-
B71
.49
C1C
25.0
2C
1F25
.91
C1I
26.4
5C
1L27
.21
D2
24.6
C2C
18.9
1C
2F19
.57
C2I
20.3
7C
2L21
.07
D1
18.2
9
C3C
12.3
9C
3F13
.18
C3I
13.7
4C
3L14
.56
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
FG
1 : 3
7.64
@ 0
37.6
4
214.
7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
233.
7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
202.
9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
205.
8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
232.
7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
252.
3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
19 :
Ø 8
1094
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
C1
56.1
6C
248
.29
C3
40.1
C1A
55.6
2C
1D54
.7C
1G54
.13
C1J
53.2
4C
2A47
.53
C2D
46.8
4C
2G45
.99
C2J
45.1
7C
3A39
.87
C3D
39.0
5C
3G38
.45
C3J
37.5
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6A
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nC
2E-B
: F
CV
Ful
ly o
pen
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
nC
3E-B
: F
CV
Ful
ly o
pen
C3H
-B :
FC
V F
ully
ope
nC
3K-B
: F
CV
Ful
ly o
pen
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:05
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (1
x4).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
67 :
Ø 8
1099
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
11 :
Ø 1
043
38H
VA
C10
: Ø
821
53
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
03 :
Ø 8
2167
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4A
334
.93
A6
30.7
9A
531
.71
A4
32.4
8
C2I
20.3
7C
2L21
.07
C3C
12.3
9C
3F13
.18
C3I
13.7
4C
3L14
.56
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#1C
hille
r #2
32.2
5C
hille
r #3
31.3
1
HV
AC
72 :
Ø 1
428
5.6
HV
AC
71 :
Ø 1
222
77H
VA
C70
: Ø
80
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
HV
AC
12 :
Ø 1
443
38
HV
AC
01 :
Ø 1
443
66A
37.6
4
A7
30.5
4B
137
.49
B2
37.4
5
B4-
B71
.85
B5-
B71
.49
C1C
25.0
2C
1F25
.91
C1I
26.4
5C
1L27
.21
D2
24.6
C2C
18.9
1C
2F19
.57
D1
18.2
9
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
FG
1 : 3
7.64
@ 0
37.6
4
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
A
HV
AC
HV
AC
HV
AC
19 :
Ø 8
1094
C3
40.1
C2G
45.9
9
20.3
7
C2J
45.1
7
21.0
7
C3A
39.8
7
12.3
9
C3D
39.0
5
13.1
8
C3G
38.4
5
13.7
4
C3J
37.5
14.5
6
Air
HA
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C2E
-B :
FC
2H-B
: F
CV
Ful
ly o
pen
C2K
-B :
FC
V F
ully
ope
nC
3B-B
: F
CV
Ful
ly o
pen
C3E
-B :
FC
V F
ully
ope
nC
3H-B
: F
CV
Ful
ly o
pen
C3K
-B :
FC
V F
ully
ope
n
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
18 :
Ø 1
434
45
HV
AC
17 :
Ø 1
646
30
C1
56.1
6C
248
.29
C1A
55.6
2
25.0
2
C1D
54.7
25.9
1
C1G
54.1
3
26.4
5
C1J
53.2
4
27.2
1
C2A
47.5
3
18.9
1
C2D
46.8
4
19.5
7
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nC
1K-B
: F
CV
Ful
ly o
pen
C2B
-B :
FC
V F
ully
ope
nE
-B :
FC
V F
ully
ope
n
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:05
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (2
x4).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
08 :
Ø 8
2185
A5
31.7
1A
432
.48
HV
AC
12 :
Ø 1
443
38H
VA
C11
: Ø
10
4338
HV
AC
07 :
Ø 8
A6
30.7
9A
730
.54
HV
AC
16A
: Ø
20
2353
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53H
VA
C13
: Ø
16
4630
B1
37.4
9B
237
.45
HV
AC
66 :
Ø 6
651.
3H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
06B
: Ø
10
2167
HV
AC
06A
: Ø
10
2167
HV
AC
05B
: Ø
10
2199
HV
AC
05A
: Ø
10
2199
HV
AC
03 :
Ø 8
2167
A2
35.9
4A
334
.93
C2L
21.0
7C
3C12
.39
C3F
13.1
8C
3I13
.74
C3L
14.5
6
Chi
ller
Pum
p #2
(56.
91)
Chi
ller
Pum
p #3
(57.
27)
Chi
ller
#232
.25
Chi
ller
#331
.31
HV
AC
72 :
Ø 1
428
5.6
HV
AC
70 :
Ø 8
0
HV
AC
67 :
Ø 8
1099
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
A
HV
AC
04B
: Ø
10
HV
AC
04A
: Ø
10
0
HV
AC
02 :
Ø 1
043
66H
VA
C01
: Ø
14
4366
A37
.64
A1
36.8
1
C1L
27.2
1C
2C18
.91
C2F
19.5
7C
2I20
.37
2L 1.07
D1
18.2
9
Chi
ller
Pum
p #1
Off
Chi
ller
#1
FG
1 : 3
7.6
37.6
HV
AC
71 :
Ø 1
222
77
HV
AC
69 :
Ø 1
646
53
HV
AC
68 :
Ø 1
434
63
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
16B
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
B4-
B71
.85
B5-
B71
.49
C1C
25.0
2C
1F25
.91
C1I
26.4
5
D2
24.6
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
: 37.
64 @
037
.64
651.
344
8.4
214.
7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
52 :
Ø 8
1094
HV
AC
47 :
276.
2
HV
AC
46B
:27
6.2
HV
AC
46A
:27
4.8
C2J
45.1
7
C2L
21.0
7
C3A
39.8
7
C3C
12.3
9
C3D
39.0
5
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Air
Han
dle
48.3
2A
ir H
andl
er -
J55
.85
Air
Han
dler
- K
50.9
4A
ir H
andl
er -
L47
.29
Air
Han
dler
- M
45.6
3
C2K
-B :
FC
V F
uC
3B-B
: F
CV
Ful
ly o
pen
C3E
-B :
FC
V F
ully
ope
nC
3H-B
: F
CV
Ful
ly o
pen
C3K
-B :
FC
V F
ully
ope
n
1148
542.
527
6.2
47 :
Ø 4
76.2
46B
: Ø
476
.2
46A
: Ø
474
.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
36 :
Ø 1
023
51
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
A
C1J
53.2
4
C1L
27.2
1
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
C2G
45.9
9
C2I
20.3
7
2J 5.172L 1.07
Air
Han
dler
- G
52.4
Air
Han
dler
- N
58.4
5A
ir H
andl
er -
O50
.86
Air
Han
dler
- H
50.5
3nd
ler
- I
8.32
C1K
-B :
FC
V F
ully
ope
nC
2B-B
: F
CV
Ful
ly o
pen
C2E
-B :
FC
V F
ully
ope
nC
2H-B
: F
CV
Ful
ly o
pen
V F
ully
ope
n
690.
843
8.5
205.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
20 :
Ø 8
1185
HV
AC
17 :
Ø 1
646
30
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
C1G
54.1
3
C1I
26.4
5
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
Air
Han
dler
- F
53.6
1
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
C1H
-B :
FC
V F
ully
ope
nen
C3
40.1
HV
AC
19 :
Ø 8
1094
C2
48.2
9
HV
AC
18 :
Ø 1
434
45C
156
.16
Line
up:
Sys
tem
:C
ompa
ny:
Pro
ject
:by
:
Pip
es:
Nod
es:
Pum
ps:
Leve
l:
Com
pone
nts:
Con
trol
s:
PIP
E-F
LO 8
.008
/17/
03 9
:05
amH
VA
C s
yste
mE
ngin
eere
d S
oftw
are,
Inc.
PIP
E-F
LO T
estin
gJ.
A. B
yron
/K. M
. Byr
on
HV
AC
Sys
tem
- V
alve
s F
ully
Ope
n (3
x4).
US
gpm
psi g
ft ft ft ft
<D
esig
n C
ase>
HV
AC
10 :
Ø 8
2153
HV
AC
09 :
Ø 8
2153
HV
AC
06B
: Ø
10
2167
A4
32.4
8
Chi
ller
#331
.31
HV
AC
11 :
Ø 1
043
38
HV
AC
08 :
Ø 8
2185
HV
AC
07 :
Ø 8
HV
AC
05B
: Ø
10
2199
HV
AC
04B
: Ø
10
A6
30.7
9A
531
.71
Chi
ller
#1C
hille
r #2
32.2
5
HV
AC
72 :
Ø 1
428
5.6
HV
AC
13 :
Ø 1
646
30H
VA
C12
: Ø
14
4338
A7
30.5
4
HV
AC
16B
: Ø
20
2353
HV
AC
16A
: Ø
20
2353
HV
AC
15B
: Ø
20
2277
HV
AC
15A
: Ø
20
2277
HV
AC
14 :
Ø 1
623
53B
137
.49
B2
37.4
5
Circ
ulat
ion
Pum
p #1
(72.
84)
Circ
ulat
ion
Pum
p #2
(72.
09)
HV
AC
665
1H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
06A
: Ø
10
2167
HV
AC
03 :
Ø 8
2167
A3
34.9
3
C3F
C3I
C3L
Chi
ller
Pum
p #3
(57.
27)
HV
AC
67 :
Ø 8
1099
AC
66 :
Ø 6
651.
3H
VA
C49
: Ø
554
2.5
HV
AC
48 :
Ø 4
276.
2
HV
AC
05A
: Ø
10
2199
HV
AC
04A
: Ø
10
0
HV
AC
02 :
Ø 1
043
66A
136
.81
A2
35.9
4
C2I
C2L
C3C
Chi
ller
Pum
p #1
Off
Chi
ller
Pum
p #2
(56.
91)
HV
AC
70 :
Ø 8
0
HV
AC
HV
AC
51 :
Ø 1
023
63
HV
AC
50 :
Ø 8
1148
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
01 :
Ø 1
443
66A
37.6
4
C1I
C1L
C2C
C2F
D1
18.2
9
FG
1 : 3
7.64
@ 0
37.6
4
HV
AC
71 :
Ø 1
222
77
HV
AC
69 :
Ø 1
646
53
VA
C68
: Ø
14
3463
HV
AC
35 :
Ø 8
1191
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
B4-
B71
.85
B5-
B71
.49
C1C
C1F
D2
24.6
HV
AC
665
1H
VA
C65
: Ø
544
8.4
HV
AC
64 :
Ø 3
.521
4.7
HV
AC
63 :
Ø 3
.521
4.7
HV
AC
62B
: Ø
3.5
214.
7
HV
AC
62A
: Ø
3.5
213.
6
HV
AC
61 :
Ø 3
.521
3.6
HV
AC
60 :
Ø 3
.523
3.7
HV
AC
59B
: Ø
3.5
233.
7
HV
AC
59A
: Ø
3.5
232.
5
HV
AC
58 :
Ø 5
446.
1
HV
AC
57 :
Ø 3
.520
2.9
HV
AC
56B
: Ø
3.5
202.
9
HV
AC
56A
: Ø
3.5
201.
9
HV
AC
5 64C
3D39
.05
C3F
13.1
8
C3G
38.4
5
C3I
13.7
4
C3J
37.5
C3L
14.5
6
Air
Han
dler
- K
50.9
4A
ir H
andl
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L47
.29
Air
Han
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- M
45.6
3
C3E
-B :
FC
V F
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nC
3H-B
: F
CV
Ful
ly o
pen
C3K
-B :
FC
V F
ully
ope
n
AC
66 :
Ø 6
651.
3
AC
55 :
Ø 6
648
HV
AC
54 :
Ø 5
447.
9
HV
AC
53B
: Ø
544
7.9
HV
AC
53A
: Ø
544
5.6
HV
AC
49 :
Ø 5
542.
5H
VA
C48
: Ø
427
6.2
HV
AC
47 :
Ø 4
276.
2
HV
AC
46B
: Ø
427
6.2
HV
AC
46A
: Ø
427
4.8
HV
AC
45 :
Ø 4
274.
8
HV
AC
44 :
Ø 4
266.
3
HV
AC
43B
: Ø
426
6.3
HV
AC
43A
: Ø
426
4.9
HV
AC
42 :
Ø 5
539.
7
HV
HV
A
HV
A
C2G
45.9
9
C2I
20.3
7
C2J
45.1
7
C2L
21.0
7
C3A
39.8
7
C3C
12.3
9
Air
HA
ir H
andl
er -
H50
.53
Air
Han
dler
- I
48.3
2A
ir H
andl
er -
J55
.85
C2E
-B :
C2H
-B :
FC
V F
ully
ope
nC
2K-B
: F
CV
Ful
ly o
pen
C3B
-B :
FC
V F
ully
ope
n
HV
AC
50 :
Ø 8
1148
HV
AC
41 :
Ø 5
605.
8
HV
AC
40B
: Ø
560
5.8
HV
AC
40A
: Ø
560
2.7
HV
AC
39 :
Ø 8
1142
HV
AC
38 :
Ø 8
1215
HV
AC
37B
: Ø
812
15
HV
AC
37A
: Ø
812
09
HV
AC
32 :
Ø 3
.520
5.8
HV
AC
31 :
Ø 3
.520
5.8
HV
AC
30B
: Ø
3.5
205.
8
HV
AC
30A
: Ø
3.5
204.
8
HV
AC
29 :
Ø 3
.520
4.8
HV
AC
28 :
Ø 3
.523
2.7
HV
AC
27B
: Ø
3.5
232.
7
HV
AC
27A
: Ø
3.5
231.
5
C1G
54.1
3
C1I
26.4
5
C1J
53.2
4
C1L
27.2
1
C2A
47.5
3
C2C
18.9
1
C2D
46.8
4
C2F
19.5
7
Air
Han
dler
- F
53.6
1A
ir H
andl
er -
G52
.4A
ir H
andl
er -
N58
.45
Air
Han
dler
- O
50.8
6
C1H
-B :
FC
V F
ully
ope
C1K
-B :
FC
V F
ully
ope
nC
2B-B
: F
CV
Ful
ly o
pen
-B :
FC
V F
ully
ope
n
HV
AC
34 :
Ø 6
690.
8H
VA
C33
: Ø
543
8.5
.5 3.5
3.5
HV
AC
26 :
Ø 5
436.
3
HV
AC
25 :
Ø 3
.525
2.3
HV
AC
24B
: Ø
3.5
252.
3
HV
AC
24A
: Ø
3.5
251
HV
AC
23 :
Ø 6
687.
3
HV
AC
22 :
Ø 5
500.
1
HV
AC
21B
: Ø
550
0.1
HV
AC
21A
: Ø
549
7.5
HV
AC
17 :
Ø 1
646
30
C1A
55.6
2
C1C
25.0
2
C1D
54.7
C1F
25.9
1
Air
Han
dler
- D
61.8
8A
ir H
andl
er -
E55
.11
C1B
-B :
FC
V F
ully
ope
nC
1E-B
: F
CV
Ful
ly o
pen
ope
n
213.
644
6.1
64C
3D39
.05
C3G
38.4
5C
3J37
.5
648
HV
AC
52 :
Ø 8
1094
274.
853
9.7
HV
AC
19 :
Ø 8
1094
C3
40.1
C2G
45.9
9C
2J45
.17
C3A
39.8
7
1142
HV
AC
36 :
Ø 1
023
51
204.
8
HV
AC
C2
48.2
9
C1G
54.1
3C
1J53
.24
C2A
47.5
3C
2D46
.84
436.
368
7.3
HV
AC
20 :
Ø 8
1185
VA
C18
: Ø
14
3445
C1
56.1
6
C1A
55.6
2C
1D54
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US
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psi g
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<D
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08/17/03 9:05 am
Company: Engineered Software, Inc.Project: PIPE-FLO Testing
by: J. A. Byron/K. M. Byron
System: HVAC systemLineup: HVAC Lineup #1
rev: 08/17/03 9:05 am
Atm pressure: 14.7 psi a
LIST REPORT
Calculated: 4 iterations Avg Deviation: 0.004763 %
PIPELINES
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
HVAC01 A A1 4366 10.36 0.828 1.759
HVAC02 A1 A2 4366 17.78 0.876 1.862
HVAC03 A2 A3 2167 13.91 1.004 2.134
HVAC04A A1 Chiller Pump #1 0 0 0 0
HVAC04B Chiller Pump #1 Chiller #1 XXX --- --- --- ---
HVAC05A A2 Chiller Pump #2 2199 8.954 6.689 14.22
HVAC05B Chiller Pump #2 Chiller #2 2199 8.954 0.091 0.193
HVAC06A A3 Chiller Pump #3 2167 8.822 6.494 13.81
HVAC06B Chiller Pump #3 Chiller #3 2167 8.822 0.088 0.188
HVAC07 Chiller #1 A6 XXX --- --- --- ---
HVAC08 Chiller #2 A5 2185 14.02 9.041 4.098
HVAC09 Chiller #3 A4 2153 13.82 8.078 2.064
HVAC10 A4 A5 2153 13.82 0.771 1.629
HVAC11 A5 A6 4338 17.66 0.924 1.951
HVAC12 A6 A7 4338 10.3 0.245 0.517
HVAC13 A7 B1 4026 7.316 (6.983) 0.231
HVAC14 B1 B2 2042 3.711 0.032 0.067
HVAC15A B1 Circulation Pump #1 1984 2.292 0.053 0.112
HVAC15B Circulation Pump #1 B4-B 1984 2.292 0.006 0.013
HVAC16A B2 Circulation Pump #2 2042 2.359 0.027 0.057
HVAC16B Circulation Pump #2 B5-B 2042 2.359 0.007 0.014
HVAC17 B5-B C1 4026 7.316 15.07 1.873
HVAC18 C1 C2 3020 7.168 7.709 1.305
HVAC19 C2 C3 1007 6.466 8.03 1.985
HVAC20 C1 C1A 1006 6.459 0.399 0.843
HVAC21A C1A Air Handler - D 402.4 6.459 0.357 0.756
HVAC21B Air Handler - D C1B-B 404.5 6.492 0.077 0.164
HVAC22 C1B-B C1C 404.5 6.492 0.452 0.962
HVAC23 C1A C1D 603.9 6.712 0.718 1.518
HVAC24A C1D Air Handler - E 201.2 6.533 0.749 1.584
HVAC24B Air Handler - E C1E-B 202.2 6.567 0.122 0.260
HVAC25 C1E-B C1F 202.2 6.567 0.904 1.923
HVAC26 C1D C1G 402.7 6.464 0.495 1.047
HVAC27A C1G Air Handler - F 201.3 6.536 0.750 1.586
HVAC27B Air Handler - F C1H-B 202.3 6.57 0.122 0.260
HVAC28 C1H-B C1I 202.3 6.57 0.905 1.925
HVAC29 C1G C1J 201.5 6.543 0.859 1.817
HVAC30A C1J Air Handler - G 201.5 6.543 0.436 0.922
PIPE-FLO 8.0 pg 1HVAC System - Valves Controlling
PIPELINES 08/17/03 9:05 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
HVAC30B Air Handler - G C1K-B 202.5 6.577 0.123 0.260
HVAC31 C1K-B C1L 202.5 6.577 0.664 1.411
HVAC32 C1L C1I 202.5 6.577 0.735 1.563
HVAC33 C1I C1F 404.8 6.497 0.465 0.988
HVAC34 C1F C1C 607 6.746 0.694 1.475
HVAC35 C1C D2 1011 6.492 0.304 0.645
HVAC36 C2 C2A 2013 8.195 0.561 1.187
HVAC37A C2A Air Handler - N 1006 6.456 0.296 0.626
HVAC37B Air Handler - N C2B-B 1011 6.489 0.044 0.094
HVAC38 C2B-B C2C 1011 6.489 0.348 0.739
HVAC39 C2A C2D 1007 6.462 0.540 1.141
HVAC40A C2D Air Handler - O 503.1 8.075 0.998 2.111
HVAC40B Air Handler - O C2E-B 505.7 8.116 0.117 0.248
HVAC41 C2E-B C2F 505.7 8.116 1.144 2.431
HVAC42 C2D C2G 503.7 8.084 0.744 1.573
HVAC43A C2G Air Handler - H 251.7 6.349 0.674 1.425
HVAC43B Air Handler - H C2H-B 253 6.381 0.099 0.211
HVAC44 C2H-B C2I 253 6.381 0.799 1.698
HVAC45 C2G C2J 252 6.356 0.704 1.489
HVAC46A C2J Air Handler - I 252 6.356 0.386 0.816
HVAC46B Air Handler - I C2K-B 253.3 6.389 0.099 0.211
HVAC47 C2K-B C2L 253.3 6.389 0.578 1.228
HVAC48 C2L C2I 253.3 6.389 0.596 1.267
HVAC49 C2I C2F 506.3 8.126 0.701 1.49
HVAC50 C2F C2C 1012 6.495 0.524 1.115
HVAC51 C2C D1 2023 8.238 0.451 0.958
HVAC52 C3 C3A 1007 6.466 0.201 0.425
HVAC53A C3A Air Handler - J 402.7 6.464 0.358 0.757
HVAC53B Air Handler - J C3B-B 404.8 6.497 0.077 0.165
HVAC54 C3B-B C3C 404.8 6.497 0.453 0.963
HVAC55 C3A C3D 604.8 6.722 0.720 1.522
HVAC56A C3D Air Handler - K 201.5 6.543 0.751 1.589
HVAC56B Air Handler - K C3E-B 202.5 6.577 0.123 0.260
HVAC57 C3E-B C3F 202.5 6.577 0.907 1.928
HVAC58 C3D C3G 403.3 6.473 0.497 1.05
HVAC59A C3G Air Handler - L 201.6 6.546 0.752 1.59
HVAC59B Air Handler - L C3H-B 202.6 6.58 0.123 0.261
HVAC60 C3H-B C3I 202.6 6.58 0.908 1.93
HVAC61 C3G C3J 201.8 6.552 0.861 1.821
HVAC62A C3J Air Handler - M 201.8 6.552 0.437 0.924
HVAC62B Air Handler - M C3K-B 202.8 6.586 0.123 0.261
HVAC63 C3K-B C3L 202.8 6.586 0.666 1.416
HVAC64 C3L C3I 202.8 6.586 0.737 1.567
HVAC65 C3I C3F 405.4 6.507 0.466 0.990
HVAC66 C3F C3C 607.9 6.756 0.696 1.479
PIPE-FLO 8.0 pg 2HVAC System - Valves Controlling
PIPELINES 08/17/03 9:05 am
Pipeline From To Status Flow Velocity dP HL(US gpm) (ft/sec) (psi) (ft)
HVAC67 C3C D1 1013 6.5 (6.068) 2.1
HVAC68 D1 D2 3036 7.206 (6.472) 1.24
HVAC69 D2 A 4047 7.354 (13.29) 1.752
HVAC70 FG1 A 0 0 0 0
HVAC71 B4-B B5-B 1984 5.692 0.276 0.583
HVAC72 A7 A 316.8 0.752 (7.086) 0.013
PIPE-FLO 8.0 pg 3HVAC System - Valves Controlling
NODES 08/17/03 9:05 am
Node Elev Status Pressure Grade(ft) (psi g) (ft)
A 100 37.64 180A1 100 36.81 178.3A2 100 35.94 176.4A3 100 34.93 174.3A4 115 32.49 183.6A5 115 31.72 182A6 115 30.8 180.1A7 115 30.55 179.6B1 100 37.54 179.4B2 100 37.51 179.3B4-B 100 Limit 73.27 255B5-B 100 Limit 72.99 254.4C1 130 57.93 252.5C1A 130 57.53 251.7C1C 130 24.66 182.4C1D 130 56.81 250.2C1F 130 25.35 183.9C1G 130 56.31 249.1C1I 130 25.82 184.9C1J 130 55.46 247.3C1L 130 26.55 186.4C2 145 50.22 251.2C2A 145 49.66 250C2C 145 18.33 184C2D 145 49.12 248.9C2F 145 18.86 185.1C2G 145 48.37 247.3C2I 145 19.56 186.6C2J 145 47.67 245.8C2L 145 20.15 187.8C3 160 42.19 249.2C3A 160 41.99 248.8C3C 160 11.81 185.1C3D 160 41.27 247.3C3F 160 12.51 186.6C3G 160 40.77 246.2C3I 160 12.98 187.6C3J 160 39.91 244.4C3L 160 13.71 189.2D1 145 17.88 183D2 130 24.35 181.8
PIPE-FLO 8.0 pg 4HVAC System - Valves Controlling
PUMPS 08/17/03 9:05 am
Pump Flow Status TDH dP NPSHa Suction Discharge Suction Discharge(US gpm) (ft) (psi) (ft) (psi g) (psi g) (ft) (ft)
Chiller Pump #1 --- Off --- --- --- --- --- 100 100
Chiller Pump #2 2199 Range (56.92) (26.77) 92.98 29.25 56.02 100 100
Chiller Pump #3 2167 Range (57.28) (26.94) 91.27 28.44 55.38 100 100
Circulation Pump #1 1984 (75.71) (35.79) 110.1 37.48 73.28 100 100
Circulation Pump #2 2042 Range (75.14) (35.52) 110.1 37.48 73 100 100
COMPONENTS
Component Flow Status Head Loss dP Inlet Outlet Inlet Outlet(US gpm) (ft) (psi) (psi g) (psi g) (ft) (ft)
Air Handler - D 402.4 Range 40.49 19.14 57.17 38.03 130 130
Air Handler - E 201.2 Range 35.41 16.74 56.06 39.32 130 130
Air Handler - F 201.3 Range 40.51 19.15 55.56 36.41 130 130
Air Handler - G 201.5 Range 50.73 23.99 55.02 31.03 130 130
Air Handler - H 251.7 Range 45.61 21.57 47.7 26.13 145 145
Air Handler - I 252 Range 40.64 19.21 47.28 28.07 145 145
Air Handler - J 402.7 Range 45.61 21.57 41.63 20.06 160 160
Air Handler - K 201.5 Range 50.73 23.99 40.51 16.53 160 160
Air Handler - L 201.6 Range 35.55 16.81 40.02 23.21 160 160
Air Handler - M 201.8 Range 40.71 19.25 39.47 20.23 160 160
Air Handler - N 1006 Range 40.47 19.13 49.36 30.23 145 145
Air Handler - O 503.1 Range 35.44 16.75 48.12 31.36 145 145
Chiller #2 2199 32.24 15.16 55.93 40.76 100 100
Chiller #3 2167 31.3 14.72 55.29 40.57 100 100
CONTROLS
Control Set Value Elev Flow Status dP HL Inlet Outlet(ft) (US gpm) (psi) (ft) (psi g) (psi g)
C1B-B FCV: 404.5 130 404.5 12.84 27.3 37.95 25.11C1E-B FCV: 202.2 130 202.2 12.94 27.52 39.2 26.26C1H-B FCV: 202.3 130 202.3 9.571 20.35 36.29 26.72C1K-B FCV: 202.5 130 202.5 3.697 7.86 30.91 27.21C2B-B FCV: 1011 145 1011 11.5 24.46 30.18 18.68C2E-B FCV: 505.7 145 505.7 11.25 23.91 31.25 20C2H-B FCV: 253 145 253 5.677 12.07 26.03 20.36C2K-B FCV: 253.3 145 253.3 7.237 15.39 27.97 20.73C3B-B FCV: 404.8 160 404.8 7.717 16.41 19.98 12.27C3E-B FCV: 202.5 160 202.5 2.99 6.357 16.41 13.42C3H-B FCV: 202.6 160 202.6 9.205 19.57 23.09 13.88C3K-B FCV: 202.8 160 202.8 5.724 12.17 20.1 14.38
PIPE-FLO 8.0 pg 5HVAC System - Valves Controlling
TANKS 08/17/03 9:05 am
Tank Surface Level Elev Status Flow Pressure Grade(psi g) (ft) (ft) (US gpm) (psi g) (ft)
FG1 37.64 0 100 0 37.64 180
DEMANDS
PIPE-FLO 8.0 pg 6HVAC System - Valves Controlling
NOTES 08/17/03 9:05 am
PIPELINES
NODES
PUMPS
COMPONENTS
CONTROLS
TANKS
DEMANDS
PIPE-FLO 8.0 pg 7HVAC System - Valves Controlling
Valves Fully Open
PIPE-FLO ver 8.0 ########System: HVAC systemLineup: <Design Case>
Company: Engineered Software, Inc.Project: PIPE-FLO Testingby: J. A. Byron/K. M. ByronFooter: HVAC System - Valves Fully Open
UNITS: CALCULATION:Flow Rate: US gpm Iteration: 7Pressure: psi g Atm: 14.7 psi a Deviation percent: 0.0003238Temperature:°FViscosity: cPDensity: lb/ft³Grade: ftLength: ftSize: in
Pipe List SpecificationFluid Zone Size Length K Status Flow Velocity dP HL Tagged From To Inside Dia Pipe HL Minor HL Re ffp Valves/Fittings--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------HVAC01 Specification #1Warm Side 14 20 0.7635 4366 10.36 0.828 1.76 N A A1 13.124 0.488 1.272 268463 0.016 1 x Tee - Flow Thru Branch0.7635HVAC02 Specification #1Warm Side 10 20 0 4366 17.78 0.876 1.862 N A1 A2 10.02 1.862 0 351627 0.01585HVAC03 Specification #1Warm Side 8 20 0.1969 2167 13.91 1.004 2.134 N A2 A3 7.981 1.543 0.591 219091 0.01711 1 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC04A Specification #1Warm Side 10 7.5 11.28 0 0 0 0 N A1 Chiller Pump #1 10.02 0 0 0 0 1 x Tee - Flow Thru Branch0.8056 1 x Swing Check - Angled1.343 2 x Globe 4.565HVAC04B Specification #1Warm Side 10 7.5 0 XXX --- --- --- --- N Chiller Pump #1Chiller #1 10.02 --- --- --- ---HVAC05A Specification #1Warm Side 10 7.5 11.28 2199 8.956 6.692 14.23 N A2 Chiller Pump #2 10.02 0.2 14.03 177120 0.01727 1 x Tee - Flow Thru Branch0.8056 1 x Swing Check - Angled1.343 2 x Globe 4.565HVAC05B Specification #1Warm Side 10 7.5 0 2199 8.956 0.091 0.193 N Chiller Pump #2Chiller #2 10.02 0.193 0 177120 0.01727HVAC06A Specification #1Warm Side 10 7.5 11.28 2167 8.824 6.496 13.81 N A3 Chiller Pump #3 10.02 0.19 13.62 174507 0.01731 1 x Tee - Flow Thru Branch0.8056 1 x Swing Check - Angled1.343 2 x Globe 4.565HVAC06B Specification #1Warm Side 10 7.5 0 2167 8.824 0.088 0.188 N Chiller Pump #3Chiller #3 10.02 0.188 0 174507 0.01731HVAC07 Specification #1Cool Side 35°F 8 10 1.069 XXX --- --- --- --- N Chiller #1 A6 7.981 --- --- --- --- 1 x Tee - Flow Thru Branch0.8438 2 x Gate - Wedge Disc0.1125HVAC08 Specification #1Cool Side 35°F 8 10 1.069 2185 14.03 9.042 4.099 N Chiller #2 A5 7.981 0.837 3.262 135226 0.01825 1 x Tee - Flow Thru Branch0.8438 2 x Gate - Wedge Disc0.1125HVAC09 Specification #1Cool Side 35°F 8 10 0.4219 2153 13.82 8.078 2.064 N Chiller #3 A4 7.981 0.814 1.25 133232 0.01829 1 x Pipe Bend - r/d 1.5 (90°)0.1969 2 x Gate - Wedge Disc0.1125HVAC10 Specification #1Cool Side 35°F 8 20 0 2153 13.82 0.771 1.629 N A4 A5 7.981 1.629 0 133232 0.01829HVAC11 Specification #1Cool Side 35°F 10 20 0 4338 17.67 0.924 1.951 N A5 A6 10.02 1.951 0 213829 0.01683HVAC12 Specification #1Cool Side 35°F 14 20 0 4338 10.3 0.245 0.517 N A6 A7 13.124 0.517 0 163255 0.01719HVAC13 Specification #1Cool Side 40°F 16 20 0 4630 8.412 -6.951 0.298 N A7 B1 15 0.298 0 169757 0.01696HVAC14 Specification #1Cool Side 40°F 16 20 0 2353 4.275 0.041 0.087 N B1 B2 15 0.087 0 86274 0.01907HVAC15A Specification #1Cool Side 40°F 20 12.5 1.211 2277 2.63 0.07 0.147 N B1 Circulation Pump #118.812 0.017 0.13 66566 0.01993 1 x Tee - Flow Thru Branch0.7124 3 x Pipe Bend - r/d 1.5 (90°)0.1662HVAC15B Specification #1Cool Side 40°F 20 12.5 0 2277 2.63 0.008 0.017 N Circulation Pump #1B4-B 18.812 0.017 0 66566 0.01993HVAC16A Specification #1Cool Side 40°F 20 12.5 0.4987 2353 2.718 0.036 0.075 N B2 Circulation Pump #218.812 0.018 0.057 68792 0.0198 3 x Pipe Bend - r/d 1.5 (90°)0.1662HVAC16B Specification #1Cool Side 40°F 20 12.5 0 2353 2.718 0.009 0.018 N Circulation Pump #2B5-B 18.812 0.018 0 68792 0.0198HVAC17 Specification #1Cool Side 40°F 16 150 0.1736 4630 8.412 15.33 2.425 N B5-B C1 15 2.234 0.191 169757 0.01696 1 x Pipe Bend - r/d 1.5 (90°)0.1736HVAC18 Specification #1Cool Side 40°F 14 100 0 3445 8.177 7.878 1.662 N C1 C2 13.124 1.662 0 144369 0.01753HVAC19 Specification #1Cool Side 40°F 8 100 0 1094 7.019 8.181 2.305 N C2 C3 7.981 2.305 0 75364 0.02006HVAC20 Specification #1Cool Side 40°F 8 15 0.8438 1185 7.604 0.547 1.157 N C1 C1A 7.981 0.4 0.757 81650 0.01978 1 x Tee - Flow Thru Branch0.8438HVAC21A Specification #1Cool Side 40°F 5 5 0.8985 497.5 7.985 0.541 1.145 N C1A Air Handler - D 5.047 0.256 0.889 54219 0.0218 2 x Gate - Wedge Disc0.1239 3 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC21B Specification #1Warm Side 5 5 0 500.1 8.026 0.114 0.243 N Air Handler - DC1B-B 5.047 0.243 0 79954 0.02044HVAC22 Specification #1Warm Side 5 12 0.8675 500.1 8.026 0.682 1.45 N C1B-B C1C 5.047 0.583 0.867 79954 0.02044 4 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC23 Specification #1Cool Side 40°F 6 30 0.8936 687.3 7.638 0.917 1.939 N C1A C1D 6.065 1.13 0.809 62325 0.02104 1 x Tee - Flow Thru Branch0.8936HVAC24A Specification #1Cool Side 40°F 3.5 5 1.976 251 8.151 1.158 2.448 N C1D Air Handler - E 3.548 0.412 2.036 38906 0.02365 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC24B Specification #1Warm Side 3.5 5 0 252.3 8.193 0.183 0.39 N Air Handler - EC1E-B 3.548 0.39 0 57373 0.02213HVAC25 Specification #1Warm Side 3.5 12 1.942 252.3 8.193 1.391 2.958 N C1E-B C1F 3.548 0.936 2.022 57373 0.02213 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC26 Specification #1Cool Side 40°F 5 30 0 436.3 7.002 0.573 1.211 N C1D C1G 5.047 1.211 0 47546 0.02232HVAC27A Specification #1Cool Side 40°F 3.5 5 1.976 231.5 7.519 0.988 2.089 N C1G Air Handler - F 3.548 0.356 1.733 35892 0.02401 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC27B Specification #1Warm Side 3.5 5 0 232.7 7.558 0.158 0.336 N Air Handler - FC1H-B 3.548 0.336 0 52928 0.02243HVAC28 Specification #1Warm Side 3.5 12 1.942 232.7 7.558 1.189 2.528 N C1H-B C1I 3.548 0.807 1.721 52928 0.02243 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC29 Specification #1Cool Side 40°F 3.5 30 0.2344 204.8 6.65 0.885 1.871 N C1G C1J 3.548 1.71 0.161 31741 0.02457 1 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC30A Specification #1Cool Side 40°F 3.5 5 0.9711 204.8 6.65 0.45 0.951 N C1J Air Handler - G 3.548 0.285 0.666 31741 0.02457 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC30B Specification #1Warm Side 3.5 5 0 205.8 6.684 0.126 0.268 N Air Handler - GC1K-B 3.548 0.268 0 46807 0.02289HVAC31 Specification #1Warm Side 3.5 12 1.172 205.8 6.684 0.685 1.456 N C1K-B C1L 3.548 0.644 0.812 46807 0.02289 5 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC32 Specification #1Warm Side 3.5 30 0 205.8 6.684 0.757 1.61 N C1L C1I 3.548 1.61 0 46807 0.02289HVAC33 Specification #1Warm Side 5 30 0 438.5 7.038 0.538 1.144 N C1I C1F 5.047 1.144 0 70112 0.02087HVAC34 Specification #1Warm Side 6 30 0.8936 690.8 7.678 0.888 1.888 N C1F C1C 6.065 1.071 0.817 91907 0.01973 1 x Tee - Flow Thru Branch0.8936HVAC35 Specification #1Warm Side 8 5 0.8438 1191 7.644 0.419 0.891 N C1C D2 7.981 0.126 0.765 120404 0.01857 1 x Tee - Flow Thru Branch0.8438HVAC36 Specification #1Cool Side 40°F 10 15 0.8056 2351 9.574 0.76 1.608 N C2 C2A 10.02 0.462 1.146 129064 0.01811 1 x Tee - Flow Thru Branch0.8056HVAC37A Specification #1Cool Side 40°F 8 5 0.8157 1209 7.759 0.426 0.9 N C2A Air Handler - N 7.981 0.138 0.762 83308 0.01971 2 x Gate - Wedge Disc0.1125 3 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC37B Specification #1Warm Side 8 5 0 1215 7.799 0.062 0.131 N Air Handler - NC2B-B 7.981 0.131 0 122849 0.01851HVAC38 Specification #1Warm Side 8 12 0.7875 1215 7.799 0.498 1.058 N C2B-B C2C 7.981 0.315 0.743 122849 0.01851 4 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC39 Specification #1Cool Side 40°F 8 30 0.8438 1142 7.332 0.687 1.453 N C2A C2D 7.981 0.749 0.704 78730 0.0199 1 x Tee - Flow Thru Branch0.8438HVAC40A Specification #1Cool Side 40°F 5 5 1.828 602.7 9.674 1.427 3.018 N C2D Air Handler - O 5.047 0.364 2.654 65684 0.02109 1 x Tee - Flow Thru Branch0.9295 3 x Pipe Bend - r/d 1.5 (90°)0.2169 2 x Gate - Wedge Disc0.1239HVAC40B Specification #1Warm Side 5 5 0 605.8 9.723 0.163 0.346 N Air Handler - OC2E-B 5.047 0.346 0 96860 0.01985HVAC41 Specification #1Warm Side 5 12 1.797 605.8 9.723 1.63 3.466 N C2E-B C2F 5.047 0.83 2.636 96860 0.01985 1 x Tee - Flow Thru Branch0.9295 4 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC42 Specification #1Cool Side 40°F 5 30 0 539.7 8.662 0.844 1.784 N C2D C2G 5.047 1.784 0 58815 0.02149HVAC43A Specification #1Cool Side 40°F 4 5 1.921 264.9 6.682 0.745 1.576 N C2G Air Handler - H 4.026 0.246 1.33 36191 0.02379 1 x Tee - Flow Thru Branch0.9766 3 x Pipe Bend - r/d 1.5 (90°)0.2279 2 x Gate - Wedge Disc0.1302HVAC43B Specification #1Warm Side 4 5 0 266.3 6.716 0.109 0.231 N Air Handler - HC2H-B 4.026 0.231 0 53368 0.02219HVAC44 Specification #1Warm Side 4 12 1.888 266.3 6.716 0.883 1.877 N C2H-B C2I 4.026 0.556 1.321 53368 0.02219 1 x Tee - Flow Thru Branch0.9766 4 x Pipe Bend - r/d 1.5 (90°)0.2279HVAC45 Specification #1Cool Side 40°F 4 30 0.2279 274.8 6.931 0.825 1.744 N C2G C2J 4.026 1.574 0.17 37540 0.02363 1 x Pipe Bend - r/d 1.5 (90°)0.2279HVAC46A Specification #1Cool Side 40°F 4 5 0.9441 274.8 6.931 0.457 0.966 N C2J Air Handler - I 4.026 0.263 0.703 37540 0.02363 3 x Pipe Bend - r/d 1.5 (90°)0.2279 2 x Gate - Wedge Disc0.1302HVAC46B Specification #1Warm Side 4 5 0 276.2 6.966 0.116 0.247 N Air Handler - IC2K-B 4.026 0.247 0 55357 0.02205HVAC47 Specification #1Warm Side 4 12 1.139 276.2 6.966 0.683 1.452 N C2K-B C2L 4.026 0.594 0.858 55357 0.02205 5 x Pipe Bend - r/d 1.5 (90°)0.2279HVAC48 Specification #1Warm Side 4 30 0 276.2 6.966 0.698 1.484 N C2L C2I 4.026 1.484 0 55357 0.02205HVAC49 Specification #1Warm Side 5 30 0 542.5 8.707 0.796 1.693 N C2I C2F 5.047 1.693 0 86731 0.02018HVAC50 Specification #1Warm Side 8 30 0.8438 1148 7.37 0.668 1.421 N C2F C2C 7.981 0.71 0.711 116098 0.01867 1 x Tee - Flow Thru Branch0.8438HVAC51 Specification #1Warm Side 10 5 0.8056 2363 9.624 0.614 1.304 N C2C D1 10.02 0.147 1.157 190323 0.0171 1 x Tee - Flow Thru Branch0.8056HVAC52 Specification #1Cool Side 40°F 8 15 0.1969 1094 7.019 0.235 0.496 N C3 C3A 7.981 0.346 0.15 75364 0.02006 1 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC53A Specification #1Cool Side 40°F 5 5 0.8985 445.6 7.152 0.436 0.923 N C3A Air Handler - J 5.047 0.21 0.713 48562 0.02224 2 x Gate - Wedge Disc0.1239 3 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC53B Specification #1Warm Side 5 5 0 447.9 7.189 0.093 0.198 N Air Handler - JC3B-B 5.047 0.198 0 71611 0.0208HVAC54 Specification #1Warm Side 5 12 0.8675 447.9 7.189 0.551 1.171 N C3B-B C3C 5.047 0.476 0.695 71611 0.0208 4 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC55 Specification #1Cool Side 40°F 6 30 0.8936 648 7.201 0.82 1.734 N C3A C3D 6.065 1.015 0.719 58762 0.02126 1 x Tee - Flow Thru Branch0.8936HVAC56A Specification #1Cool Side 40°F 3.5 5 1.976 201.9 6.556 0.754 1.595 N C3D Air Handler - K 3.548 0.278 1.317 31294 0.02464 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC56B Specification #1Warm Side 3.5 5 0 202.9 6.59 0.123 0.261 N Air Handler - KC3E-B 3.548 0.261 0 46147 0.02295HVAC57 Specification #1Warm Side 3.5 12 1.942 202.9 6.59 0.911 1.936 N C3E-B C3F 3.548 0.628 1.308 46147 0.02295 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC58 Specification #1Cool Side 40°F 5 30 0 446.1 7.16 0.596 1.261 N C3D C3G 5.047 1.261 0 48615 0.02223HVAC59A Specification #1Cool Side 40°F 3.5 5 1.976 232.5 7.55 0.996 2.106 N C3G Air Handler - L 3.548 0.359 1.747 36041 0.02399 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC59B Specification #1Warm Side 3.5 5 0 233.7 7.589 0.159 0.339 N Air Handler - LC3H-B 3.548 0.339 0 53147 0.02241HVAC60 Specification #1Warm Side 3.5 12 1.942 233.7 7.589 1.199 2.548 N C3H-B C3I 3.548 0.813 1.735 53147 0.02241 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC61 Specification #1Cool Side 40°F 3.5 30 0.2344 213.6 6.937 0.956 2.021 N C3G C3J 3.548 1.846 0.175 33113 0.02437 1 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC62A Specification #1Cool Side 40°F 3.5 5 0.9711 213.6 6.937 0.488 1.033 N C3J Air Handler - M 3.548 0.308 0.725 33113 0.02437 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC62B Specification #1Warm Side 3.5 5 0 214.7 6.973 0.136 0.29 N Air Handler - MC3K-B 3.548 0.29 0 48830 0.02273HVAC63 Specification #1Warm Side 3.5 12 1.172 214.7 6.973 0.743 1.58 N C3K-B C3L 3.548 0.696 0.884 48830 0.02273 5 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC64 Specification #1Warm Side 3.5 30 0 214.7 6.973 0.818 1.74 N C3L C3I 3.548 1.74 0 48830 0.02273HVAC65 Specification #1Warm Side 5 30 0 448.4 7.197 0.56 1.192 N C3I C3F 5.047 1.192 0 71689 0.02079HVAC66 Specification #1Warm Side 6 30 0.8936 651.3 7.239 0.794 1.687 N C3F C3C 6.065 0.961 0.726 86652 0.01991 1 x Tee - Flow Thru Branch0.8936HVAC67 Specification #1Warm Side 8 105 0.1969 1099 7.055 -5.906 2.444 N C3C D1 7.981 2.292 0.152 111134 0.0188 1 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC68 Specification #1Warm Side 14 100 0 3463 8.219 -6.311 1.583 N D1 D2 13.124 1.583 0 212892 0.01652HVAC69 Specification #1Warm Side 16 120 0.5208 4653 8.455 -13.04 2.282 N D2 A 15 1.704 0.578 250330 0.01601 3 x Pipe Bend - r/d 1.5 (90°)0.1736HVAC70 Specification #1Warm Side 8 15 0 0 0 0 0 N FG1 A 7.981 0 0 4.77E-11 0HVAC71 Specification #1Cool Side 40°F 12 20 0.7779 2277 6.531 0.36 0.762 N B4-B B5-B 11.938 0.247 0.515 104895 0.01857 1 x Tee - Flow Thru Branch0.7779HVAC72 Specification #1Cool Side 40°F 14 25 0.7635 <---> 285.6 0.678 7.097 0.01 N A A7 13.124 0.005 0.005 11969 0.02975 1 x Tee - Flow Thru Branch0.7635
Node List Status Pressure Grade Elev--------------- --------------- --------------- --------------- ---------------A 37.64 180 100A1 36.81 178.3 100A2 35.94 176.4 100A3 34.93 174.3 100A4 32.48 183.6 115A5 31.71 182 115A6 30.79 180 115A7 30.54 179.6 115B1 37.49 179.3 100B2 37.45 179.2 100B4-B Limit 71.85 252 100
Page 1
Valves Fully Open
B5-B Limit 71.49 251.2 100C1 56.16 248.8 130C1A 55.62 247.6 130C1C 25.02 183.2 130C1D 54.7 245.7 130C1F 25.91 185.1 130C1G 54.13 244.5 130C1I 26.45 186.2 130C1J 53.24 242.6 130C1L 27.21 187.8 130C2 48.29 247.1 145C2A 47.53 245.5 145C2C 18.91 185.2 145C2D 46.84 244.1 145C2F 19.57 186.6 145C2G 45.99 242.3 145C2I 20.37 188.3 145C2J 45.17 240.5 145C2L 21.07 189.8 145C3 40.1 244.8 160C3A 39.87 244.3 160C3C 12.39 186.3 160C3D 39.05 242.6 160C3F 13.18 188 160C3G 38.45 241.3 160C3I 13.74 189.2 160C3J 37.5 239.3 160C3L 14.56 191 160D1 18.29 183.9 145D2 24.6 182.3 130
Tank List Surface PressureLevel Status Flow Pressure Grade Elev--------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------FG1 37.64 0 0 37.64 180 100
Pump List Operation Flow Status TDH dP NPSHa Suction PressureDischarge PressureSuction ElevDischarge Elev--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Chiller Pump #1Curve --- Off --- --- --- --- --- 100 100Chiller Pump #2Curve 2199 Range -56.91 -26.77 92.98 29.24 56.01 100 100Chiller Pump #3Curve 2167 Range -57.27 -26.94 91.26 28.44 55.37 100 100Circulation Pump #1Curve 2277 Range -72.84 -34.44 110 37.42 71.86 100 100Circulation Pump #2Curve 2353 Range -72.09 -34.08 110 37.42 71.5 100 100
Component ListFlow Status HL dP Inlet PressureOutlet PressureInlet Elev Outlet Elev--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Air Handler - D 497.5 Range 61.88 29.26 55.07 25.82 130 130Air Handler - E 251 Range 55.11 26.06 53.54 27.48 130 130Air Handler - F 231.5 Range 53.61 25.34 53.14 27.8 130 130Air Handler - G 204.8 Range 52.4 24.78 52.79 28.02 130 130Air Handler - H 264.9 Range 50.53 23.89 45.25 21.36 145 145Air Handler - I 274.8 Range 48.32 22.85 44.71 21.87 145 145Air Handler - J 445.6 Range 55.85 26.4 39.43 13.03 160 160Air Handler - K 201.9 Range 50.94 24.08 38.3 14.21 160 160Air Handler - L 232.5 Range 47.29 22.36 37.46 15.1 160 160Air Handler - M 213.6 Range 45.63 21.57 37.01 15.44 160 160Air Handler - N 1209 Range 58.45 27.63 47.1 19.46 145 145Air Handler - O 602.7 Range 50.86 24.04 45.41 21.37 145 145Chiller #1 --- Isolated --- --- --- --- 100 100Chiller #2 2199 32.25 15.17 55.92 40.75 100 100Chiller #3 2167 31.31 14.72 55.29 40.56 100 100
Control ListType Set Value Status Flow dP HL Inlet PressureOutlet PressureElev Cv Fp QMax--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------C1B-B FCV Fully open 500.1 0 0 25.7 25.7 130 --- --- ---C1E-B FCV Fully open 252.3 0 0 27.3 27.3 130 --- --- ---C1H-B FCV Fully open 232.7 0 0 27.64 27.64 130 --- --- ---C1K-B FCV Fully open 205.8 0 0 27.89 27.89 130 --- --- ---C2B-B FCV Fully open 1215 0 0 19.4 19.4 145 --- --- ---C2E-B FCV Fully open 605.8 0 0 21.2 21.2 145 --- --- ---C2H-B FCV Fully open 266.3 0 0 21.25 21.25 145 --- --- ---C2K-B FCV Fully open 276.2 0 0 21.75 21.75 145 --- --- ---C3B-B FCV Fully open 447.9 0 0 12.94 12.94 160 --- --- ---C3E-B FCV Fully open 202.9 0 0 14.09 14.09 160 --- --- ---C3H-B FCV Fully open 233.7 0 0 14.94 14.94 160 --- --- ---C3K-B FCV Fully open 214.7 0 0 15.3 15.3 160 --- --- ---
Pipe SpecificationMaterial Schedule RoughnessSizing Vel Limits Press LimitsValve Table--------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Specification #1Steel 40 0.0018 6 ft/sec 0 to 20 ft/sec0 to 60 psi gstandard
Fluid Zone Fluid TemperaturePressure Density Viscosity k Pv Pc--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Warm Side DT4000-5W 60 0 67.77 4.258 --- 0.2123 3198Cool Side 40°FDT4000-5W 40 0 68.12 6.279 --- 0.1082 3198Cool Side 35°FDT4000-5W 35 0 68.21 7.002 --- 0.08786 3198
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Valves fully open - macro calculations
Calculated ResultsSystem: HVAC systemLineup: <Design Case>
Company: Engineered Software, Inc.Project: PIPE-FLO Testingby: J. A. Byron/K. M. ByronFooter: HVAC System - Valves Fully Open
UNITS:Flow Rate: US gpmPressure: psi g atm: 14.7 psi aTemperature: °FViscosity: cPDensity: lb/ft³Grade: ftLength: ftSize: in
Pipe List Status Flow Velocity dP HL Pipe HL Minor HL Re ffp----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------HVAC01 4366 10.35 0.828 1.759 0.488 1.271 2.680E+05 0.016HVAC02 4366 17.76 0.877 1.863 1.863 0 3.510E+05 0.0159HVAC03 2167 13.9 1.005 2.135 1.545 0.591 2.187E+05 0.0171HVAC04A 0 0 0 0 0 0 0.00 0HVAC04B XXX --- --- --- --- --- --- --- ---HVAC05A 2199 8.947 6.69 14.21 0.193 14.02 1.768E+05 0.0173HVAC05B 2199 8.947 0.091 0.193 0.193 0 1.768E+05 0.0173HVAC06A 2167 8.817 6.496 13.8 0.188 13.62 1.742E+05 0.0173HVAC06B 2167 8.817 0.088 0.188 0.188 0 1.742E+05 0.0173HVAC07 XXX --- --- --- --- --- --- --- ---HVAC08 2185 14.01 9.046 4.097 0.838 3.259 1.350E+05 0.0183HVAC09 2153 13.81 8.083 2.064 0.815 1.249 1.330E+05 0.0183HVAC10 2153 13.81 0.772 1.63 1.63 0 1.330E+05 0.0183HVAC11 4338 17.65 0.925 1.953 1.953 0 2.135E+05 0.0168HVAC12 4338 10.29 0.245 0.517 0.517 0 1.630E+05 0.0172HVAC13 4630 8.406 -6.955 0.298 0.298 0 1.695E+05 0.017HVAC14 2353 4.272 0.041 0.087 0.087 0 86134 0.0191HVAC15A 2277 2.628 0.07 0.147 0.017 0.13 66462 0.0199HVAC15B 2277 2.628 0.008 0.017 0.017 0 66462 0.0199HVAC16A 2353 2.716 0.036 0.075 0.018 0.057 68680 0.0198HVAC16B 2353 2.716 0.009 0.018 0.018 0 68680 0.0198HVAC17 4630 8.406 15.34 2.427 2.237 0.19 1.695E+05 0.017HVAC18 3445 8.17 7.883 1.664 1.664 0 1.441E+05 0.0175HVAC19 1094 7.016 8.188 2.308 2.308 0 75267 0.0201HVAC20 1185 7.6 0.547 1.157 0.401 0.757 81528 0.0198HVAC21A 497.5 7.978 0.541 1.145 0.257 0.888 54126 0.0218HVAC21B 500.1 8.02 0.114 0.243 0.243 0 79821 0.0204HVAC22 500.1 8.02 0.682 1.45 0.583 0.866 79821 0.0204HVAC23 687.3 7.633 0.918 1.94 1.131 0.808 62224 0.021HVAC24A 251 8.145 1.158 2.448 0.413 2.036 38845 0.0237HVAC24B 252.3 8.187 0.184 0.39 0.39 0 57283 0.0221HVAC25 252.3 8.187 1.392 2.958 0.936 2.021 57283 0.0221HVAC26 436.3 6.997 0.573 1.212 1.212 0 47468 0.0223HVAC27A 231.5 7.512 0.988 2.088 0.356 1.732 35827 0.024HVAC27B 232.7 7.551 0.158 0.336 0.336 0 52833 0.0224HVAC28 232.7 7.551 1.189 2.526 0.807 1.719 52833 0.0224HVAC29 204.8 6.646 0.886 1.873 1.712 0.161 31695 0.0246HVAC30A 204.8 6.646 0.45 0.951 0.285 0.666 31695 0.0246
Page 1 of 4
Valves fully open - macro calculations
HVAC30B 205.8 6.678 0.126 0.268 0.268 0 46726 0.0229HVAC31 205.8 6.678 0.685 1.456 0.644 0.812 46726 0.0229HVAC32 205.8 6.678 0.758 1.611 1.611 0 46726 0.0229HVAC33 438.5 7.032 0.539 1.145 1.145 0 69989 0.0209HVAC34 690.8 7.672 0.889 1.888 1.072 0.817 91752 0.0197HVAC35 1191 7.638 0.419 0.891 0.127 0.764 1.202E+05 0.0186HVAC36 2351 9.565 0.76 1.607 0.463 1.145 1.288E+05 0.0181HVAC37A 1209 7.754 0.426 0.9 0.139 0.761 83179 0.0197HVAC37B 1215 7.792 0.062 0.131 0.131 0 1.226E+05 0.0185HVAC38 1215 7.792 0.498 1.058 0.315 0.742 1.226E+05 0.0185HVAC39 1142 7.324 0.687 1.452 0.749 0.703 78569 0.0199HVAC40A 602.7 9.665 1.427 3.016 0.364 2.652 65571 0.0211HVAC40B 605.8 9.715 0.163 0.346 0.346 0 96692 0.0199HVAC41 605.8 9.715 1.631 3.465 0.831 2.634 96692 0.0199HVAC42 539.7 8.655 0.845 1.786 1.786 0 58717 0.0215HVAC43A 264.9 6.676 0.745 1.575 0.246 1.33 36129 0.0238HVAC43B 266.3 6.711 0.109 0.232 0.232 0 53283 0.0222HVAC44 266.3 6.711 0.883 1.876 0.556 1.321 53283 0.0222HVAC45 274.8 6.926 0.826 1.745 1.576 0.17 37479 0.0236HVAC46A 274.8 6.926 0.457 0.966 0.263 0.703 37479 0.0236HVAC46B 276.2 6.961 0.117 0.248 0.248 0 55264 0.0221HVAC47 276.2 6.961 0.683 1.451 0.594 0.857 55264 0.0221HVAC48 276.2 6.961 0.699 1.485 1.485 0 55264 0.0221HVAC49 542.5 8.7 0.797 1.694 1.694 0 86588 0.0202HVAC50 1148 7.362 0.668 1.42 0.71 0.71 1.159E+05 0.0187HVAC51 2363 9.614 0.613 1.303 0.147 1.156 1.900E+05 0.0171HVAC52 1094 7.016 0.235 0.497 0.346 0.151 75267 0.0201HVAC53A 445.6 7.146 0.436 0.922 0.21 0.712 48479 0.0222HVAC53B 447.9 7.183 0.093 0.198 0.198 0 71489 0.0208HVAC54 447.9 7.183 0.551 1.171 0.476 0.695 71489 0.0208HVAC55 648 7.196 0.821 1.735 1.016 0.719 58666 0.0213HVAC56A 201.9 6.552 0.755 1.595 0.278 1.317 31246 0.0246HVAC56B 202.9 6.584 0.123 0.262 0.262 0 46067 0.023HVAC57 202.9 6.584 0.911 1.935 0.628 1.307 46067 0.023HVAC58 446.1 7.154 0.597 1.262 1.262 0 48534 0.0222HVAC59A 232.5 7.545 0.996 2.106 0.359 1.747 35982 0.024HVAC59B 233.7 7.584 0.159 0.339 0.339 0 53060 0.0224HVAC60 233.7 7.584 1.199 2.548 0.813 1.734 53060 0.0224HVAC61 213.6 6.931 0.957 2.022 1.848 0.175 33057 0.0244HVAC62A 213.6 6.931 0.488 1.032 0.308 0.724 33057 0.0244HVAC62B 214.7 6.967 0.137 0.29 0.29 0 48746 0.0227HVAC63 214.7 6.967 0.743 1.58 0.696 0.883 48746 0.0227HVAC64 214.7 6.967 0.819 1.741 1.741 0 48746 0.0227HVAC65 448.4 7.191 0.561 1.192 1.192 0 71569 0.0208HVAC66 651.3 7.233 0.794 1.687 0.961 0.726 86505 0.0199HVAC67 1099 7.048 -5.909 2.445 2.293 0.152 1.109E+05 0.0188HVAC68 3463 8.213 -6.314 1.584 1.584 0 2.126E+05 0.0165HVAC69 4653 8.448 -13.04 2.282 1.705 0.577 2.499E+05 0.016HVAC70 0 0 0 0 0 0 0.00 0HVAC71 2277 6.527 0.36 0.762 0.247 0.515 1.047E+05 0.0186HVAC72 <---> 285.6 0.677 7.101 0.01 0.005 0.005 11949 0.0298
Node List Status Pressure Grade----------------------------------------------------------------------------------------------------A 37.64 180A1 36.81 178.2A2 35.93 176.4A3 34.94 174.2A4 32.48 183.6
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Valves fully open - macro calculations
A5 31.71 181.9A6 30.79 180A7 30.54 179.5B1 37.49 179.3B2 37.45 179.2B4-B Limit 71.85 251.9B5-B Limit 71.49 251.1C1 56.16 248.7C1A 55.61 247.6C1C 25.02 183.2C1D 54.7 245.6C1F 25.91 185.1C1G 54.13 244.4C1I 26.45 186.2C1J 53.24 242.6C1L 27.21 187.8C2 48.28 247.1C2A 47.53 245.5C2C 18.9 185.2C2D 46.84 244C2F 19.57 186.6C2G 46 242.2C2I 20.37 188.3C2J 45.17 240.5C2L 21.07 189.8C3 40.11 244.8C3A 39.87 244.3C3C 12.39 186.3C3D 39.05 242.5C3F 13.18 188C3G 38.46 241.3C3I 13.74 189.2C3J 37.5 239.3C3L 14.56 190.9D1 18.29 183.9D2 24.6 182.3
Tank List Status Flow Pressure Grade-----------------------------------------------------------------------------------------------------------------------------FG1 0 37.64 180
Pump List Operation Flow Status TDH dP NPSHaSuction PressureDischarge Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Chiller Pump #1Curve --- Off --- --- --- --- ---Chiller Pump #2Curve 2199 Range -56.87 -26.76 92.93 29.25 56.01Chiller Pump #3Curve 2167 Range -57.25 -26.94 91.2 28.43 55.38Circulation Pump #1Curve 2277 Range -72.8 -34.44 109.9 37.42 71.86Circulation Pump #2Curve 2353 Range -72.05 -34.08 109.9 37.41 71.5
Component ListFlow Status HL dP Inlet PressureOutlet Pressure-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Air Handler - D498.8 Range 61.86 29.27 55.08 25.81Air Handler - E251.65 Range 55.09 26.06 53.54 27.48Air Handler - F232.1 Range 53.58 25.34 53.14 27.8Air Handler - G205.3 Range 52.37 24.77 52.79 28.02Air Handler - H265.6 Range 50.49 23.89 45.25 21.36Air Handler - I275.5 Range 48.3 22.85 44.71 21.87
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Valves fully open - macro calculations
Air Handler - J446.75 Range 55.81 26.4 39.43 13.03Air Handler - K202.4 Range 50.91 24.08 38.3 14.21Air Handler - L233.1 Range 47.26 22.35 37.45 15.1Air Handler - M214.15 Range 45.61 21.58 37.01 15.44Air Handler - N1212 Range 58.43 27.64 47.1 19.46Air Handler - O604.25 Range 50.84 24.05 45.41 21.36Chiller #1 --- Isolated --- --- --- ---Chiller #2 2192 32.23 15.17 55.92 40.75Chiller #3 2160 31.29 14.72 55.28 40.56
Control ListType Set Value Status Flow dP HL Inlet PressureOutlet Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------C1B-B FCV Fully open 500.1 0.004 0.008 25.71 25.7C1E-B FCV Fully open 252.3 -0.004 -0.008 27.3 27.3C1H-B FCV Fully open 232.7 0.003 0.006 27.64 27.64C1K-B FCV Fully open 205.8 -0.001 -0.002 27.89 27.9C2B-B FCV Fully open 1215 -0.01 -0.021 19.4 19.41C2E-B FCV Fully open 605.8 0.007 0.015 21.21 21.2C2H-B FCV Fully open 266.3 -0.002 -0.004 21.25 21.25C2K-B FCV Fully open 276.2 0.001 0.002 21.75 21.75C3B-B FCV Fully open 447.9 -0.004 -0.008 12.94 12.94C3E-B FCV Fully open 202.9 -0.004 -0.008 14.09 14.09C3H-B FCV Fully open 233.7 0.002 0.004 14.94 14.94C3K-B FCV Fully open 214.7 0.001 0.002 15.3 15.3
Page 4 of 4
Valves fully open - %difference
Percent Difference between Calculated Results and PIPE-FLO ResultsSystem: HVAC systemLineup: <Design Case>
Company: Engineered Software, Inc.Project: PIPE-FLO Testingby: J. A. Byron/K. M. ByronFooter: HVAC System - Valves Fully Open
UNITS:Flow Rate: US gpmPressure: psi g atm: 14.7 psi aTemperature: °FViscosity: cPDensity: lb/ft³Grade: ftLength: ftSize: in
Pipe List Status Flow Velocity dP HL Pipe HL Minor HL Re ffp----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------HVAC01 0.00 -0.10 0.00 -0.06 0.00 -0.08 -0.17 0.00HVAC02 0.00 -0.11 0.11 0.05 0.05 0.00 -0.18 0.31HVAC03 0.00 -0.07 0.10 0.05 0.13 0.00 -0.18 -0.06HVAC04A 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00HVAC04B XXX --- --- --- --- --- --- --- ---HVAC05A 0.00 -0.10 -0.03 -0.14 -3.63 -0.07 -0.18 0.17 PIPE-FLO result 0.2, calculated result 0.193; difference 0.007 - OK, JAB HVAC05B 0.00 -0.10 0.00 0.00 0.00 0.00 -0.18 0.17HVAC06A 0.00 -0.08 0.00 -0.07 -1.06 0.00 -0.18 -0.06 PIPE-FLO result 0.19, calculated result 0.188; difference 0.002 - OK, JAB HVAC06B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.18 -0.06HVAC07 XXX --- --- --- --- --- --- --- ---HVAC08 0.00 -0.14 0.04 -0.05 0.12 -0.09 -0.17 0.27HVAC09 0.00 -0.07 0.06 0.00 0.12 -0.08 -0.17 0.05HVAC10 0.00 -0.07 0.13 0.06 0.06 0.00 -0.17 0.05HVAC11 0.00 -0.11 0.11 0.10 0.10 0.00 -0.15 -0.18HVAC12 0.00 -0.10 0.00 0.00 0.00 0.00 -0.16 0.06HVAC13 0.00 -0.07 0.06 0.00 0.00 0.00 -0.15 0.24HVAC14 0.00 -0.07 0.00 0.00 0.00 0.00 -0.16 0.16HVAC15A 0.00 -0.08 0.00 0.00 0.00 0.00 -0.16 -0.15HVAC15B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.16 -0.15HVAC16A 0.00 -0.07 0.00 0.00 0.00 0.00 -0.16 0.00HVAC16B 0.00 -0.07 0.00 0.00 0.00 0.00 -0.16 0.00HVAC17 0.00 -0.07 0.07 0.08 0.13 -0.53 -0.15 0.24HVAC18 0.00 -0.09 0.06 0.12 0.12 0.00 -0.19 -0.17HVAC19 0.00 -0.04 0.09 0.13 0.13 0.00 -0.13 0.20HVAC20 0.00 -0.05 0.00 0.00 0.25 0.00 -0.15 0.10HVAC21A 0.00 -0.09 0.00 0.00 0.39 -0.11 -0.17 0.00HVAC21B 0.00 -0.07 0.00 0.00 0.00 0.00 -0.17 -0.20HVAC22 0.00 -0.07 0.00 0.00 0.00 -0.12 -0.17 -0.20HVAC23 0.00 -0.07 0.11 0.05 0.09 -0.12 -0.16 -0.19HVAC24A 0.00 -0.07 0.00 0.00 0.24 0.00 -0.16 0.21HVAC24B 0.00 -0.07 0.54 0.00 0.00 0.00 -0.16 -0.14HVAC25 0.00 -0.07 0.07 0.00 0.00 -0.05 -0.16 -0.14HVAC26 0.00 -0.07 0.00 0.08 0.08 0.00 -0.16 -0.09HVAC27A 0.00 -0.09 0.00 -0.05 0.00 -0.06 -0.18 -0.04HVAC27B 0.00 -0.09 0.00 0.00 0.00 0.00 -0.18 -0.13HVAC28 0.00 -0.09 0.00 -0.08 0.00 -0.12 -0.18 -0.13HVAC29 0.00 -0.06 0.11 0.11 0.12 0.00 -0.15 0.12HVAC30A 0.00 -0.06 0.00 0.00 0.00 0.00 -0.15 0.12HVAC30B 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 0.04HVAC31 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 0.04HVAC32 0.00 -0.09 0.13 0.06 0.06 0.00 -0.17 0.04HVAC33 0.00 -0.09 0.19 0.09 0.09 0.00 -0.18 0.14HVAC34 0.00 -0.08 0.11 0.00 0.09 0.00 -0.17 -0.15HVAC35 0.00 -0.08 0.00 0.00 0.79 -0.13 -0.17 0.16HVAC36 0.00 -0.09 0.00 -0.06 0.22 -0.09 -0.20 -0.06HVAC37A 0.00 -0.06 0.00 0.00 0.72 -0.13 -0.16 -0.05HVAC37B 0.00 -0.09 0.00 0.00 0.00 0.00 -0.20 -0.05HVAC38 0.00 -0.09 0.00 0.00 0.00 -0.13 -0.20 -0.05HVAC39 0.00 -0.11 0.00 -0.07 0.00 -0.14 -0.20 0.00HVAC40A 0.00 -0.09 0.00 -0.07 0.00 -0.08 -0.17 0.05HVAC40B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.25HVAC41 0.00 -0.08 0.06 -0.03 0.12 -0.08 -0.17 0.25HVAC42 0.00 -0.08 0.12 0.11 0.11 0.00 -0.17 0.05HVAC43A 0.00 -0.09 0.00 -0.06 0.00 0.00 -0.17 0.04HVAC43B 0.00 -0.07 0.00 0.43 0.43 0.00 -0.16 0.05HVAC44 0.00 -0.07 0.00 -0.05 0.00 0.00 -0.16 0.05HVAC45 0.00 -0.07 0.12 0.06 0.13 0.00 -0.16 -0.13HVAC46A 0.00 -0.07 0.00 0.00 0.00 0.00 -0.16 -0.13HVAC46B 0.00 -0.07 0.85 0.40 0.40 0.00 -0.17 0.23HVAC47 0.00 -0.07 0.00 -0.07 0.00 -0.12 -0.17 0.23HVAC48 0.00 -0.07 0.14 0.07 0.07 0.00 -0.17 0.23HVAC49 0.00 -0.08 0.13 0.06 0.06 0.00 -0.17 0.10HVAC50 0.00 -0.11 0.00 -0.07 0.00 -0.14 -0.17 0.16HVAC51 0.00 -0.10 -0.16 -0.08 0.00 -0.09 -0.17 0.00HVAC52 0.00 -0.04 0.00 0.20 0.00 0.66 -0.13 0.20HVAC53A 0.00 -0.08 0.00 -0.11 0.00 -0.14 -0.17 -0.18HVAC53B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.00HVAC54 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.00HVAC55 0.00 -0.07 0.12 0.06 0.10 0.00 -0.16 0.19HVAC56A 0.00 -0.06 0.13 0.00 0.00 0.00 -0.15 -0.16
Page 1 of 3
Valves fully open - %difference
HVAC56B 0.00 -0.09 0.00 0.38 0.38 0.00 -0.17 0.22HVAC57 0.00 -0.09 0.00 -0.05 0.00 -0.08 -0.17 0.22HVAC58 0.00 -0.08 0.17 0.08 0.08 0.00 -0.17 -0.14HVAC59A 0.00 -0.07 0.00 0.00 0.00 0.00 -0.16 0.04HVAC59B 0.00 -0.07 0.00 0.00 0.00 0.00 -0.16 -0.04HVAC60 0.00 -0.07 0.00 0.00 0.00 -0.06 -0.16 -0.04HVAC61 0.00 -0.09 0.10 0.05 0.11 0.00 -0.17 0.12HVAC62A 0.00 -0.09 0.00 -0.10 0.00 -0.14 -0.17 0.12HVAC62B 0.00 -0.09 0.73 0.00 0.00 0.00 -0.17 -0.13HVAC63 0.00 -0.09 0.00 0.00 0.00 -0.11 -0.17 -0.13HVAC64 0.00 -0.09 0.12 0.06 0.06 0.00 -0.17 -0.13HVAC65 0.00 -0.08 0.18 0.00 0.00 0.00 -0.17 0.05HVAC66 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 -0.05HVAC67 0.00 -0.10 0.05 0.04 0.04 0.00 -0.21 0.00HVAC68 0.00 -0.07 0.05 0.06 0.06 0.00 -0.14 -0.12HVAC69 0.00 -0.08 0.00 0.00 0.06 -0.17 -0.17 -0.06HVAC70 0.00 0.00 0.00 0.00 0.00 0.00 --- 0.00HVAC71 0.00 -0.06 0.00 0.00 0.00 0.00 -0.19 0.16HVAC72 <---> 0.00 -0.15 0.06 0.00 0.00 0.00 -0.17 0.17
Node List Status Pressure Grade----------------------------------------------------------------------------------------------------A 0.00 0.00A1 0.00 -0.06A2 -0.03 0.00A3 0.03 -0.06A4 0.00 0.00A5 0.00 -0.05A6 0.00 0.00A7 0.00 -0.06B1 0.00 0.00B2 0.00 0.00B4-B Limit 0.00 -0.04B5-B Limit 0.00 -0.04C1 0.00 -0.04C1A -0.02 0.00C1C 0.00 0.00C1D 0.00 -0.04C1F 0.00 0.00C1G 0.00 -0.04C1I 0.00 0.00C1J 0.00 0.00C1L 0.00 0.00C2 -0.02 0.00C2A 0.00 0.00C2C -0.05 0.00C2D 0.00 -0.04C2F 0.00 0.00C2G 0.02 -0.04C2I 0.00 0.00C2J 0.00 0.00C2L 0.00 0.00C3 0.02 0.00C3A 0.00 0.00C3C 0.00 0.00C3D 0.00 -0.04C3F 0.00 0.00C3G 0.03 0.00C3I 0.00 0.00C3J 0.00 0.00C3L 0.00 -0.05D1 0.00 0.00D2 0.00 0.00
Tank List Status Flow Pressure Grade-----------------------------------------------------------------------------------------------------------------------------FG1 0.00 0.00 0.00
Pump List Operation Flow Status TDH dP NPSHaSuction PressureDischarge Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Chiller Pump #1Curve --- Off --- --- --- --- ---Chiller Pump #2Curve 0.00 Range -0.07 -0.04 -0.05 0.03 0.00Chiller Pump #3Curve 0.00 Range -0.03 0.00 -0.07 -0.04 0.02Circulation Pump #1Curve 0.00 Range -0.05 0.00 -0.09 0.00 0.00Circulation Pump #2Curve 0.00 Range -0.06 0.00 -0.09 -0.03 0.00
Component ListFlow Status HL dP Inlet PressureOutlet Pressure-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Air Handler - D0.26 Range -0.03 0.03 0.02 -0.04Air Handler - E0.26 Range -0.04 0.00 0.00 0.00Air Handler - F0.26 Range -0.06 0.00 0.00 0.00Air Handler - G0.24 Range -0.06 -0.04 0.00 0.00Air Handler - H0.26 Range -0.08 0.00 0.00 0.00Air Handler - I 0.25 Range -0.04 0.00 0.00 0.00Air Handler - J0.26 Range -0.07 0.00 0.00 0.00Air Handler - K0.25 Range -0.06 0.00 0.00 0.00Air Handler - L0.26 Range -0.06 -0.04 -0.03 0.00Air Handler - M0.26 Range -0.04 0.05 0.00 0.00
Page 2 of 3
Valves fully open - %difference
Air Handler - N0.25 Range -0.03 0.04 0.00 0.00Air Handler - O0.26 Range -0.04 0.04 0.00 -0.05Chiller #1 --- Isolated --- --- --- ---Chiller #2 -0.32 -0.06 0.00 0.00 0.00Chiller #3 -0.32 -0.06 0.00 -0.02 0.00
Control ListType Set Value Status Flow dP HL Inlet PressureOutlet Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------C1B-B FCV Fully open 0.00 100.00 100.00 0.04 0.00C1E-B FCV Fully open 0.00 100.00 100.00 0.00 0.00C1H-B FCV Fully open 0.00 100.00 100.00 0.00 0.00C1K-B FCV Fully open 0.00 100.00 100.00 0.00 0.04C2B-B FCV Fully open 0.00 100.00 100.00 0.00 0.05C2E-B FCV Fully open 0.00 100.00 100.00 0.05 0.00C2H-B FCV Fully open 0.00 100.00 100.00 0.00 0.00C2K-B FCV Fully open 0.00 100.00 100.00 0.00 0.00C3B-B FCV Fully open 0.00 100.00 100.00 0.00 0.00C3E-B FCV Fully open 0.00 100.00 100.00 0.00 0.00C3H-B FCV Fully open 0.00 100.00 100.00 0.00 0.00C3K-B FCV Fully open 0.00 100.00 100.00 0.00 0.00
Macro dP and HL results are calculated by takingthe difference between the inlet and outletpressures. Calculated results round to zero,OK - JAB
Page 3 of 3
Valves Fully Open_nodesum
A Status (US gpm) (lb/hr) A1 Status (US gpm) (lb/hr) A2 Status (US gpm) (lb/hr)HVAC01 open -4366 -2373235 HVAC02 open -4366 -2373235 HVAC03 open -2167 -1177920HVAC72 open -285.6 -156046 HVAC04A open 0 0 HVAC05A open -2199 -1195314HVAC69 open 4653 2529240 HVAC01 open 4366 2373235 HVAC02 open 4366 2373235HVAC70 open 0 0 Σ 0 Σ 1
Σ -41 % leftover: 0 % leftover: 0% leftover: 0.002
A3 Status (US gpm) (lb/hr) A4 Status (US gpm) (lb/hr) A5 Status (US gpm) (lb/hr)HVAC06A open -2167 -1177920 HVAC10 open -2153 -1177908 HVAC11 open -4338 -2373324HVAC03 open 2167 1177920 HVAC09 open 2153 1177908 HVAC08 open 2185 1195416
Σ 0 Σ 0 HVAC10 open 2153 1177908% leftover: 0 % leftover: 0 Σ 0
% leftover: 0
A6 Status (US gpm) (lb/hr) A7 Status (US gpm) (lb/hr) B1 Status (US gpm) (lb/hr)HVAC12 open -4338 -2373324 HVAC13 open -4630 -2529735 HVAC14 open -2353 -1285630HVAC07 closed 0 0 HVAC12 open 4338 2373324 HVAC15A open -2277 -1244105HVAC11 open 4338 2373324 HVAC72 open 285.6 156046 HVAC13 open 4630 2529735
Σ 0 Σ -365 Σ 0% leftover: 0 % leftover: 0.015 % leftover: 0
B2 Status (US gpm) (lb/hr) B4-B Status (US gpm) (lb/hr) B5-B Status (US gpm) (lb/hr)HVAC16A open -2353 -1285630 HVAC71 open -2277 -1244105 HVAC17 open -4630 -2529735HVAC14 open 2353 1285630 HVAC15B open 2277 1244105 HVAC16B open 2353 1285630
Σ 0 Σ 0 HVAC71 open 2277 1244105% leftover: 0 % leftover: 0 Σ 0
% leftover: 0
C1 Status (US gpm) (lb/hr) C1A Status (US gpm) (lb/hr) C1C Status (US gpm) (lb/hr)HVAC18 open -3445 -1882276 HVAC21A open -497.5 -271824 HVAC35 open -1191 -647394HVAC20 open -1185 -647459 HVAC23 open -687.3 -375526 HVAC22 open 500.1 271840HVAC17 open 4630 2529735 HVAC20 open 1185 647459 HVAC34 open 690.8 375499
Σ 0 Σ 109 Σ -55% leftover: 0 % leftover: 0.017 % leftover: 0.008
C1D Status (US gpm) (lb/hr) C1F Status (US gpm) (lb/hr) C1G Status (US gpm) (lb/hr)HVAC24A open -251 -137141 HVAC34 open -690.8 -375499 HVAC27A open -231.5 -126487HVAC26 open -436.3 -238385 HVAC25 open 252.3 137143 HVAC29 open -204.8 -111898HVAC23 open 687.3 375526 HVAC33 open 438.5 238356 HVAC26 open 436.3 238385
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C1I Status (US gpm) (lb/hr) C1J Status (US gpm) (lb/hr) C1L Status (US gpm) (lb/hr)HVAC33 open -438.5 -238356 HVAC30A open -204.8 -111898 HVAC32 open -205.8 -111867HVAC28 open 232.7 126489 HVAC29 open 204.8 111898 HVAC31 open 205.8 111867HVAC32 open 205.8 111867 Σ 0 Σ 0
Σ 0 % leftover: 0 % leftover: 0% leftover: 0
Page 1
Valves Fully Open_nodesum
C2 Status (US gpm) (lb/hr) C2A Status (US gpm) (lb/hr) C2C Status (US gpm) (lb/hr)HVAC19 open -1094 -597739 HVAC37A open -1209 -660572 HVAC51 open -2363 -1284460HVAC36 open -2351 -1284537 HVAC39 open -1142 -623965 HVAC38 open 1215 660440HVAC18 open 3445 1882276 HVAC36 open 2351 1284537 HVAC50 open 1148 624020
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C2D Status (US gpm) (lb/hr) C2F Status (US gpm) (lb/hr) C2G Status (US gpm) (lb/hr)HVAC40A open -602.7 -329303 HVAC50 open -1148 -624020 HVAC43A open -264.9 -144736HVAC42 open -539.7 -294881 HVAC41 open 605.8 329296 HVAC45 open -274.8 -150145HVAC39 open 1142 623965 HVAC49 open 542.5 294888 HVAC42 open 539.7 294881
Σ -219 Σ 164 Σ 0% leftover: 0.035 % leftover: 0.026 % leftover: 0
C2I Status (US gpm) (lb/hr) C2J Status (US gpm) (lb/hr) C2L Status (US gpm) (lb/hr)HVAC49 open -542.5 -294888 HVAC46A open -274.8 -150145 HVAC48 open -276.2 -150135HVAC44 open 266.3 144753 HVAC45 open 274.8 150145 HVAC47 open 276.2 150135HVAC48 open 276.2 150135 Σ 0 Σ 0
Σ 0 % leftover: 0 % leftover: 0% leftover: 0
C3 Status (US gpm) (lb/hr) C3A Status (US gpm) (lb/hr) C3C Status (US gpm) (lb/hr)HVAC52 open -1094 -597739 HVAC53A open -445.6 -243467 HVAC67 open -1099 -597385HVAC19 open 1094 597739 HVAC55 open -648 -354054 HVAC54 open 447.9 243466
Σ 0 HVAC52 open 1094 597739 HVAC66 open 651.3 354028% leftover: 0 Σ 218 Σ 109
% leftover: 0.037 % leftover: 0.018
C3D Status (US gpm) (lb/hr) C3F Status (US gpm) (lb/hr) C3G Status (US gpm) (lb/hr)HVAC56A open -201.9 -110314 HVAC66 open -651.3 -354028 HVAC59A open -232.5 -127033HVAC58 open -446.1 -243740 HVAC57 open 202.9 110291 HVAC61 open -213.6 -116707HVAC55 open 648 354054 HVAC65 open 448.4 243738 HVAC58 open 446.1 243740
Σ 0 Σ 1 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C3I Status (US gpm) (lb/hr) C3J Status (US gpm) (lb/hr) C3L Status (US gpm) (lb/hr)HVAC65 open -448.4 -243738 HVAC62A open -213.6 -116707 HVAC64 open -214.7 -116705HVAC60 open 233.7 127033 HVAC61 open 213.6 116707 HVAC63 open 214.7 116705HVAC64 open 214.7 116705 Σ 0 Σ 0
Σ 0 % leftover: 0 % leftover: 0% leftover: 0
D1 Status (US gpm) (lb/hr) D2 Status (US gpm) (lb/hr) FG1 Status (US gpm) (lb/hr)HVAC68 open -3463 -1882389 HVAC69 open -4653 -2529240 HVAC70 open 0 0HVAC51 open 2363 1284460 HVAC35 open 1191 647394 Tank 0 0HVAC67 open 1099 597385 HVAC68 open 3463 1882389 Σ 0
Σ -544 Σ 543 % leftover:% leftover: 0.029 % leftover: 0.021
Page 2
Valves Fully Open_nodesum
Chiller Pump #1Status (US gpm) (lb/hr) Chiller Pump #2Status (US gpm) (lb/hr) Chiller Pump #3Status (US gpm) (lb/hr)HVAC04B closed 0 0 HVAC05B open -2199 -1195314 HVAC06B open -2167 -1177920HVAC04A open 0 0 HVAC05A open 2199 1195314 HVAC06A open 2167 1177920
Σ 0 Σ 0 Σ 0% leftover: % leftover: 0 % leftover: 0
Circulation Pump #1Status (US gpm) (lb/hr) Circulation Pump #2Status (US gpm) (lb/hr) Air Handler - DStatus (US gpm) (lb/hr)HVAC15B open -2277 -1244105 HVAC16B open -2353 -1285630 HVAC21B open -500.1 -271840HVAC15A open 2277 1244105 HVAC16A open 2353 1285630 HVAC21A open 497.5 271824
Σ 0 Σ 0 Σ -16% leftover: 0 % leftover: 0 % leftover: 0.006
Air Handler - EStatus (US gpm) (lb/hr) Air Handler - FStatus (US gpm) (lb/hr) Air Handler - GStatus (US gpm) (lb/hr)HVAC24B open -252.3 -137143 HVAC27B open -232.7 -126489 HVAC30B open -205.8 -111867HVAC24A open 251 137141 HVAC27A open 231.5 126487 HVAC30A open 204.8 111898
Σ -2 Σ -2 Σ 31% leftover: 0.001 % leftover: 0.002 % leftover: 0.028
Air Handler - HStatus (US gpm) (lb/hr) Air Handler - IStatus (US gpm) (lb/hr) Air Handler - JStatus (US gpm) (lb/hr)HVAC43B open -266.3 -144753 HVAC46B open -276.2 -150135 HVAC53B open -447.9 -243466HVAC43A open 264.9 144736 HVAC46A open 274.8 150145 HVAC53A open 445.6 243467
Σ -17 Σ 10 Σ 1% leftover: 0.012 % leftover: 0.007 % leftover: 0
Air Handler - KStatus (US gpm) (lb/hr) Air Handler - LStatus (US gpm) (lb/hr) Air Handler - MStatus (US gpm) (lb/hr)HVAC56B open -202.9 -110291 HVAC59B open -233.7 -127033 HVAC62B open -214.7 -116705HVAC56A open 201.9 110314 HVAC59A open 232.5 127033 HVAC62A open 213.6 116707
Σ 23 Σ 0 Σ 2% leftover: 0.021 % leftover: 0 % leftover: 0.002
Air Handler - NStatus (US gpm) (lb/hr) Air Handler - OStatus (US gpm) (lb/hr) Chiller #1 Status (US gpm) (lb/hr)HVAC37B open -1215 -660440 HVAC40B open -605.8 -329296 ΣHVAC37A open 1209 660572 HVAC40A open 602.7 329303 % leftover:
Σ 132 Σ 7% leftover: 0.02 % leftover: 0.002
Chiller #2 Status (US gpm) (lb/hr) Chiller #3 Status (US gpm) (lb/hr) C1B-B Status (US gpm) (lb/hr)HVAC08 open -2185 -1195416 HVAC09 open -2153 -1177908 HVAC22 open -500.1 -271840HVAC05B open 2199 1195314 HVAC06B open 2167 1177920 HVAC21B open 500.1 271840
Σ -102 Σ 12 Σ 0% leftover: 0.009 % leftover: 0.001 % leftover: 0
Page 3
Valves Fully Open_nodesum
C1E-B Status (US gpm) (lb/hr) C1H-B Status (US gpm) (lb/hr) C1K-B Status (US gpm) (lb/hr)HVAC25 open -252.3 -137143 HVAC28 open -232.7 -126489 HVAC31 open -205.8 -111867HVAC24B open 252.3 137143 HVAC27B open 232.7 126489 HVAC30B open 205.8 111867
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C2B-B Status (US gpm) (lb/hr) C2E-B Status (US gpm) (lb/hr) C2H-B Status (US gpm) (lb/hr)HVAC38 open -1215 -660440 HVAC41 open -605.8 -329296 HVAC44 open -266.3 -144753HVAC37B open 1215 660440 HVAC40B open 605.8 329296 HVAC43B open 266.3 144753
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C2K-B Status (US gpm) (lb/hr) C3B-B Status (US gpm) (lb/hr) C3E-B Status (US gpm) (lb/hr)HVAC47 open -276.2 -150135 HVAC54 open -447.9 -243466 HVAC57 open -202.9 -110291HVAC46B open 276.2 150135 HVAC53B open 447.9 243466 HVAC56B open 202.9 110291
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C3H-B Status (US gpm) (lb/hr) C3K-B Status (US gpm) (lb/hr)HVAC60 open -233.7 -127033 HVAC63 open -214.7 -116705HVAC59B open 233.7 127033 HVAC62B open 214.7 116705
Σ 0 Σ 0% leftover: 0 % leftover: 0
Summation of flows entering and leaving systemDevice Type (US gpm) (lb/hr)FG1 Tank 0 0
Σ 0% leftover: 0
Page 4
Valves Fully Open_loopsum
Loop 1 Pipe/Device dPpipe Device dPelev dPdevice dPtotal Nodal Pressure PIPE-FLO Nodal Pressure % DiffA node 37.64 37.64HVAC01 pipe 0.828 0.828A1 node 36.81 36.81 0.00HVAC02 pipe 0.876 0.876A2 node 35.93 35.94 -0.03HVAC03 pipe 1.004 1.004A3 node 34.93 34.93 0.00HVAC06A pipe 6.496 6.496Chiller Pump #3 pump 0 -26.94 -26.94HVAC06B pipe 0.088 0.088Chiller #3 component 0 14.72 14.72HVAC09 pipe 8.078 8.078A4 node 32.49 32.48 0.03HVAC10 pipe 0.771 0.771A5 node 31.72 31.71 0.03HVAC11 pipe 0.924 0.924A6 node 30.8 30.79 0.03HVAC12 pipe 0.245 0.245A7 node 30.56 30.54 0.07HVAC13 pipe -6.951 -6.951B1 node 37.51 37.49 0.05HVAC15A pipe 0.07 0.07Circulation Pump #1 pump 0 -34.44 -34.44HVAC15B pipe 0.008 0.008B4-B node 71.87 71.85 0.03HVAC71 pipe 0.36 0.36B5-B node 71.51 71.49 0.03HVAC17 pipe 15.33 15.33C1 node 56.18 56.16 0.04HVAC20 pipe 0.547 0.547C1A node 55.63 55.62 0.02HVAC23 pipe 0.917 0.917C1D node 54.71 54.7 0.02HVAC26 pipe 0.573 0.573C1G node 54.14 54.13 0.02HVAC29 pipe 0.885 0.885C1J node 53.26 53.24 0.04HVAC30A pipe 0.45 0.45Air Handler - G component 0 24.78 24.78HVAC30B pipe 0.126 0.126C1K-B control 0 0HVAC31 pipe 0.685 0.685C1L node 27.22 27.21 0.04HVAC32 pipe 0.757 0.757C1I node 26.46 26.45 0.04HVAC33 pipe 0.538 0.538C1F node 25.92 25.91 0.04HVAC34 pipe 0.888 0.888C1C node 25.03 25.02 0.04HVAC35 pipe 0.419 0.419D2 node 24.61 24.6 0.04HVAC69 pipe -13.04 -13.04A node 37.65 37.64 0.03
P(A) - P(A)= 0.00
Page 1 of 3
Valves Fully Open_loopsum
Loop 2 Pipe/Device dPpipe Device dPelev dPdevice dPtotal Nodal Pressure PIPE-FLO Nodal Pressure % DiffA node 37.64 37.64HVAC01 pipe 0.828 0.828A1 node 36.81 36.81 0.00HVAC02 pipe 0.876 0.876A2 node 35.93 35.94 -0.03HVAC05A pipe 6.692 6.692Chiller Pump #2 pump 0 -26.77 -26.77HVAC05B pipe 0.091 0.091Chiller #2 component 0 15.17 15.17HVAC08 pipe 9.042 9.042A5 node 31.7 31.71 -0.03HVAC11 pipe 0.924 0.924A6 node 30.78 30.79 -0.03HVAC12 pipe 0.245 0.245A7 node 30.54 30.54 0.00HVAC13 pipe -6.951 -6.951B1 node 37.49 37.49 0.00HVAC14 pipe 0.041 0.041B2 node 37.45 37.45 0.00HVAC16A pipe 0.036 0.036Circulation Pump #2 pump 0 -34.08 -34.08HVAC16B pipe 0.009 0.009B5-B node 71.49 71.49 0.00HVAC17 pipe 15.33 15.33C1 node 56.16 56.16 0.00HVAC18 pipe 7.878 7.878C2 node 48.28 48.29 -0.02HVAC19 pipe 8.181 8.181C3 node 40.1 40.1 0.00HVAC52 pipe 0.235 0.235C3A node 39.87 39.87 0.00HVAC55 pipe 0.82 0.82C3D node 39.05 39.05 0.00HVAC58 pipe 0.596 0.596C3G node 38.45 38.45 0.00HVAC61 pipe 0.956 0.956C3J node 37.49 37.5 -0.03HVAC62A pipe 0.488 0.488Air Handler - M component 0 21.57 21.57HVAC62B pipe 0.136 0.136C3K-B control 0 0HVAC63 pipe 0.743 0.743C3L node 14.55 14.56 -0.07HVAC64 pipe 0.818 0.818C3I node 13.73 13.74 -0.07HVAC65 pipe 0.56 0.56C3F node 13.17 13.18 -0.08HVAC66 pipe 0.794 0.794C3C node 12.38 12.39 -0.08HVAC67 pipe -5.906 -5.906D1 node 18.29 18.29 0.00HVAC68 pipe -6.311 -6.311D2 node 24.6 24.6 0.00HVAC69 pipe -13.04 -13.04A node 37.64 37.64 0.00
P(A) - P(A)= 0.00
Page 2 of 3
Valves Fully Open_loopsum
Loop 3 Pipe/Device dPpipe Device dPelev dPdevice dPtotal Nodal Pressure PIPE-FLO Nodal Pressure % DiffA node 37.64 37.64HVAC01 pipe 0.828 0.828A1 node 36.81 36.81 0.00HVAC02 pipe 0.876 0.876A2 node 35.93 35.94 -0.03HVAC05A pipe 6.692 6.692Chiller Pump #2 pump 0 -26.77 -26.77HVAC05B pipe 0.091 0.091Chiller #2 component 0 15.17 15.17HVAC08 pipe 9.042 9.042A5 node 31.7 31.71 -0.03HVAC11 pipe 0.924 0.924A6 node 30.78 30.79 -0.03HVAC12 pipe 0.245 0.245A7 node 30.54 30.54 0.00HVAC13 pipe -6.951 -6.951B1 node 37.49 37.49 0.00HVAC14 pipe 0.041 0.041B2 node 37.45 37.45 0.00HVAC16A pipe 0.036 0.036Circulation Pump #2 pump 0 -34.08 -34.08HVAC16B pipe 0.009 0.009B5-B node 71.49 71.49 0.00HVAC17 pipe 15.33 15.33C1 node 56.16 56.16 0.00HVAC18 pipe 7.878 7.878C2 node 48.28 48.29 -0.02HVAC36 pipe 0.76 0.76C2A node 47.52 47.53 -0.02HVAC39 pipe 0.687 0.687C2D node 46.83 46.84 -0.02HVAC40A pipe 1.427 1.427Air Handler - O component 0 24.04 24.04HVAC40B pipe 0.163 0.163C2E-B control 0 0HVAC41 pipe 1.63 1.63C2F node 19.57 19.57 0.00HVAC50 pipe 0.668 0.668C2C node 18.9 18.91 -0.05HVAC51 pipe 0.614 0.614D1 node 18.29 18.29 0.00HVAC68 pipe -6.311 -6.311D2 node 24.6 24.6 0.00HVAC69 pipe -13.04 -13.04A node 37.64 37.64 0.00
P(A) - P(A)= 0.00
Page 3 of 3
Valves Controlling
PIPE-FLO ver 8.0 ########System: HVAC systemLineup: HVAC Lineup #1
Company: Engineered Software, Inc.Project: PIPE-FLO Testingby: J. A. Byron/K. M. ByronFooter: HVAC System - Valves Fully Open (4x4).
UNITS: CALCULATION:Flow Rate: US gpm Iteration: 4Pressure: psi g Atm: 14.7 psi a Deviation percent: 0.004763Temperature:°FViscosity: cPDensity: lb/ft³Grade: ftLength: ftSize: in
Pipe List SpecificationFluid Zone Size Length K Status Flow Velocity dP HL Tagged From To Inside Dia Pipe HL Minor HL Re ffp Valves/Fittings--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------HVAC01 Specification #1Warm Side 14 20 0.7635 4366 10.36 0.828 1.759 N A A1 13.124 0.487 1.272 268418 0.016 1 x Tee - Flow Thru Branch0.7635HVAC02 Specification #1Warm Side 10 20 0 4366 17.78 0.876 1.862 N A1 A2 10.02 1.862 0 351568 0.01585HVAC03 Specification #1Warm Side 8 20 0.1969 2167 13.91 1.004 2.134 N A2 A3 7.981 1.543 0.591 219054 0.01711 1 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC04A Specification #1Warm Side 10 7.5 11.28 0 0 0 0 N A1 Chiller Pump #1 10.02 0 0 0 0 1 x Tee - Flow Thru Branch0.8056 1 x Swing Check - Angled1.343 2 x Globe 4.565HVAC04B Specification #1Warm Side 10 7.5 0 XXX --- --- --- --- N Chiller Pump #1Chiller #1 10.02 --- --- --- ---HVAC05A Specification #1Warm Side 10 7.5 11.28 2199 8.954 6.689 14.22 N A2 Chiller Pump #2 10.02 0.19 14.03 177090 0.01727 1 x Tee - Flow Thru Branch0.8056 1 x Swing Check - Angled1.343 2 x Globe 4.565HVAC05B Specification #1Warm Side 10 7.5 0 2199 8.954 0.091 0.193 N Chiller Pump #2Chiller #2 10.02 0.193 0 177090 0.01727HVAC06A Specification #1Warm Side 10 7.5 11.28 2167 8.822 6.494 13.81 N A3 Chiller Pump #3 10.02 0.19 13.62 174478 0.01731 1 x Tee - Flow Thru Branch0.8056 1 x Swing Check - Angled1.343 2 x Globe 4.565HVAC06B Specification #1Warm Side 10 7.5 0 2167 8.822 0.088 0.188 N Chiller Pump #3Chiller #3 10.02 0.188 0 174478 0.01731HVAC07 Specification #1Cool Side 35°F 8 10 1.069 XXX --- --- --- --- N Chiller #1 A6 7.981 --- --- --- --- 1 x Tee - Flow Thru Branch0.8438 2 x Gate - Wedge Disc0.1125HVAC08 Specification #1Cool Side 35°F 8 10 1.069 2185 14.02 9.041 4.098 N Chiller #2 A5 7.981 0.837 3.261 135204 0.01825 1 x Tee - Flow Thru Branch0.8438 2 x Gate - Wedge Disc0.1125HVAC09 Specification #1Cool Side 35°F 8 10 0.4219 2153 13.82 8.078 2.064 N Chiller #3 A4 7.981 0.815 1.249 133210 0.01829 1 x Pipe Bend - r/d 1.5 (90°)0.1969 2 x Gate - Wedge Disc0.1125HVAC10 Specification #1Cool Side 35°F 8 20 0 2153 13.82 0.771 1.629 N A4 A5 7.981 1.629 0 133210 0.01829HVAC11 Specification #1Cool Side 35°F 10 20 0 4338 17.66 0.924 1.951 N A5 A6 10.02 1.951 0 213793 0.01683HVAC12 Specification #1Cool Side 35°F 14 20 0 4338 10.3 0.245 0.517 N A6 A7 13.124 0.517 0 163228 0.01719HVAC13 Specification #1Cool Side 40°F 16 20 0 4026 7.316 -6.983 0.231 N A7 B1 15 0.231 0 147640 0.01735HVAC14 Specification #1Cool Side 40°F 16 20 0 2042 3.711 0.032 0.067 N B1 B2 15 0.067 0 74887 0.01959HVAC15A Specification #1Cool Side 40°F 20 12.5 1.211 1984 2.292 0.053 0.112 N B1 Circulation Pump #118.812 0.013 0.099 58010 0.0205 1 x Tee - Flow Thru Branch0.7124 3 x Pipe Bend - r/d 1.5 (90°)0.1662HVAC15B Specification #1Cool Side 40°F 20 12.5 0 1984 2.292 0.006 0.013 N Circulation Pump #1B4-B 18.812 0.013 0 58010 0.0205HVAC16A Specification #1Cool Side 40°F 20 12.5 0.4987 2042 2.359 0.027 0.057 N B2 Circulation Pump #218.812 0.014 0.043 59712 0.02037 3 x Pipe Bend - r/d 1.5 (90°)0.1662HVAC16B Specification #1Cool Side 40°F 20 12.5 0 2042 2.359 0.007 0.014 N Circulation Pump #2B5-B 18.812 0.014 0 59712 0.02037HVAC17 Specification #1Cool Side 40°F 16 150 0.1736 4026 7.316 15.07 1.873 N B5-B C1 15 1.729 0.144 147640 0.01735 1 x Pipe Bend - r/d 1.5 (90°)0.1736HVAC18 Specification #1Cool Side 40°F 14 100 0 3020 7.168 7.709 1.305 N C1 C2 13.124 1.305 0 126571 0.01791HVAC19 Specification #1Cool Side 40°F 8 100 0 1007 6.466 8.03 1.985 N C2 C3 7.981 1.985 0 69433 0.02035HVAC20 Specification #1Cool Side 40°F 8 15 0.8438 1006 6.459 0.399 0.843 N C1 C1A 7.981 0.297 0.546 69350 0.02035 1 x Tee - Flow Thru Branch0.8438HVAC21A Specification #1Cool Side 40°F 5 5 0.8985 402.4 6.459 0.357 0.756 N C1A Air Handler - D 5.047 0.175 0.581 43856 0.02266 2 x Gate - Wedge Disc0.1239 3 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC21B Specification #1Warm Side 5 5 0 404.5 6.492 0.077 0.164 N Air Handler - DC1B-B 5.047 0.164 0 64671 0.02115HVAC22 Specification #1Warm Side 5 12 0.8675 404.5 6.492 0.452 0.962 N C1B-B C1C 5.047 0.395 0.567 64671 0.02115 4 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC23 Specification #1Cool Side 40°F 6 30 0.8936 603.9 6.712 0.718 1.518 N C1A C1D 6.065 0.894 0.624 54764 0.02154 1 x Tee - Flow Thru Branch0.8936HVAC24A Specification #1Cool Side 40°F 3.5 5 1.976 201.2 6.533 0.749 1.584 N C1D Air Handler - E 3.548 0.276 1.308 31184 0.02466 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC24B Specification #1Warm Side 3.5 5 0 202.2 6.567 0.122 0.26 N Air Handler - EC1E-B 3.548 0.26 0 45986 0.02296HVAC25 Specification #1Warm Side 3.5 12 1.942 202.2 6.567 0.904 1.923 N C1E-B C1F 3.548 0.624 1.299 45986 0.02296 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC26 Specification #1Cool Side 40°F 5 30 0 402.7 6.464 0.495 1.047 N C1D C1G 5.047 1.047 0 43888 0.02266HVAC27A Specification #1Cool Side 40°F 3.5 5 1.976 201.3 6.536 0.75 1.586 N C1G Air Handler - F 3.548 0.277 1.309 31200 0.02465 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC27B Specification #1Warm Side 3.5 5 0 202.3 6.57 0.122 0.26 N Air Handler - FC1H-B 3.548 0.26 0 46008 0.02296HVAC28 Specification #1Warm Side 3.5 12 1.942 202.3 6.57 0.905 1.925 N C1H-B C1I 3.548 0.624 1.301 46008 0.02296 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC29 Specification #1Cool Side 40°F 3.5 30 0.2344 201.5 6.543 0.859 1.817 N C1G C1J 3.548 1.661 0.156 31231 0.02465 1 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC30A Specification #1Cool Side 40°F 3.5 5 0.9711 201.5 6.543 0.436 0.922 N C1J Air Handler - G 3.548 0.277 0.645 31231 0.02465 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC30B Specification #1Warm Side 3.5 5 0 202.5 6.577 0.123 0.26 N Air Handler - GC1K-B 3.548 0.26 0 46054 0.02296HVAC31 Specification #1Warm Side 3.5 12 1.172 202.5 6.577 0.664 1.411 N C1K-B C1L 3.548 0.625 0.786 46054 0.02296 5 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC32 Specification #1Warm Side 3.5 30 0 202.5 6.577 0.735 1.563 N C1L C1I 3.548 1.563 0 46054 0.02296HVAC33 Specification #1Warm Side 5 30 0 404.8 6.497 0.465 0.988 N C1I C1F 5.047 0.988 0 64719 0.02115HVAC34 Specification #1Warm Side 6 30 0.8936 607 6.746 0.694 1.475 N C1F C1C 6.065 0.844 0.631 80758 0.02014 1 x Tee - Flow Thru Branch0.8936HVAC35 Specification #1Warm Side 8 5 0.8438 1011 6.492 0.304 0.645 N C1C D2 7.981 0.093 0.552 102267 0.01905 1 x Tee - Flow Thru Branch0.8438HVAC36 Specification #1Cool Side 40°F 10 15 0.8056 2013 8.195 0.561 1.187 N C2 C2A 10.02 0.348 0.839 110476 0.01857 1 x Tee - Flow Thru Branch0.8056HVAC37A Specification #1Cool Side 40°F 8 5 0.8157 1006 6.456 0.296 0.626 N C2A Air Handler - N 7.981 0.099 0.527 69316 0.02036 2 x Gate - Wedge Disc0.1125 3 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC37B Specification #1Warm Side 8 5 0 1011 6.489 0.044 0.094 N Air Handler - NC2B-B 7.981 0.094 0 102216 0.01905HVAC38 Specification #1Warm Side 8 12 0.7875 1011 6.489 0.348 0.739 N C2B-B C2C 7.981 0.225 0.514 102216 0.01905 4 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC39 Specification #1Cool Side 40°F 8 30 0.8438 1007 6.462 0.54 1.141 N C2A C2D 7.981 0.594 0.547 69385 0.02035 1 x Tee - Flow Thru Branch0.8438HVAC40A Specification #1Cool Side 40°F 5 5 1.828 503.1 8.075 0.998 2.111 N C2D Air Handler - O 5.047 0.262 1.849 54828 0.02176 1 x Tee - Flow Thru Branch0.9295 3 x Pipe Bend - r/d 1.5 (90°)0.2169 2 x Gate - Wedge Disc0.1239HVAC40B Specification #1Warm Side 5 5 0 505.7 8.116 0.117 0.248 N Air Handler - OC2E-B 5.047 0.248 0 80851 0.0204HVAC41 Specification #1Warm Side 5 12 1.797 505.7 8.116 1.144 2.431 N C2E-B C2F 5.047 0.595 1.836 80851 0.0204 1 x Tee - Flow Thru Branch0.9295 4 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC42 Specification #1Cool Side 40°F 5 30 0 503.7 8.084 0.744 1.573 N C2D C2G 5.047 1.573 0 54893 0.02175HVAC43A Specification #1Cool Side 40°F 4 5 1.921 251.7 6.349 0.674 1.425 N C2G Air Handler - H 4.026 0.224 1.201 34386 0.02402 1 x Tee - Flow Thru Branch0.9766 3 x Pipe Bend - r/d 1.5 (90°)0.2279 2 x Gate - Wedge Disc0.1302HVAC43B Specification #1Warm Side 4 5 0 253 6.381 0.099 0.211 N Air Handler - HC2H-B 4.026 0.211 0 50707 0.02238HVAC44 Specification #1Warm Side 4 12 1.888 253 6.381 0.799 1.698 N C2H-B C2I 4.026 0.505 1.193 50707 0.02238 1 x Tee - Flow Thru Branch0.9766 4 x Pipe Bend - r/d 1.5 (90°)0.2279HVAC45 Specification #1Cool Side 40°F 4 30 0.2279 252 6.356 0.704 1.489 N C2G C2J 4.026 1.346 0.143 34427 0.02402 1 x Pipe Bend - r/d 1.5 (90°)0.2279HVAC46A Specification #1Cool Side 40°F 4 5 0.9441 252 6.356 0.386 0.816 N C2J Air Handler - I 4.026 0.224 0.592 34427 0.02402 3 x Pipe Bend - r/d 1.5 (90°)0.2279 2 x Gate - Wedge Disc0.1302HVAC46B Specification #1Warm Side 4 5 0 253.3 6.389 0.099 0.211 N Air Handler - IC2K-B 4.026 0.211 0 50768 0.02237HVAC47 Specification #1Warm Side 4 12 1.139 253.3 6.389 0.578 1.228 N C2K-B C2L 4.026 0.507 0.721 50768 0.02237 5 x Pipe Bend - r/d 1.5 (90°)0.2279HVAC48 Specification #1Warm Side 4 30 0 253.3 6.389 0.596 1.267 N C2L C2I 4.026 1.267 0 50768 0.02237HVAC49 Specification #1Warm Side 5 30 0 506.3 8.126 0.701 1.49 N C2I C2F 5.047 1.49 0 80947 0.0204HVAC50 Specification #1Warm Side 8 30 0.8438 1012 6.495 0.524 1.115 N C2F C2C 7.981 0.563 0.552 102317 0.01905 1 x Tee - Flow Thru Branch0.8438HVAC51 Specification #1Warm Side 10 5 0.8056 2023 8.238 0.451 0.958 N C2C D1 10.02 0.11 0.848 162912 0.01748 1 x Tee - Flow Thru Branch0.8056HVAC52 Specification #1Cool Side 40°F 8 15 0.1969 1007 6.466 0.201 0.425 N C3 C3A 7.981 0.297 0.128 69433 0.02035 1 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC53A Specification #1Cool Side 40°F 5 5 0.8985 402.7 6.464 0.358 0.757 N C3A Air Handler - J 5.047 0.175 0.582 43888 0.02266 2 x Gate - Wedge Disc0.1239 3 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC53B Specification #1Warm Side 5 5 0 404.8 6.497 0.077 0.165 N Air Handler - JC3B-B 5.047 0.165 0 64719 0.02115HVAC54 Specification #1Warm Side 5 12 0.8675 404.8 6.497 0.453 0.963 N C3B-B C3C 5.047 0.395 0.568 64719 0.02115 4 x Pipe Bend - r/d 1.5 (90°)0.2169HVAC55 Specification #1Cool Side 40°F 6 30 0.8936 604.8 6.722 0.72 1.522 N C3A C3D 6.065 0.896 0.626 54846 0.02153 1 x Tee - Flow Thru Branch0.8936HVAC56A Specification #1Cool Side 40°F 3.5 5 1.976 201.5 6.543 0.751 1.589 N C3D Air Handler - K 3.548 0.277 1.312 31231 0.02465 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC56B Specification #1Warm Side 3.5 5 0 202.5 6.577 0.123 0.26 N Air Handler - KC3E-B 3.548 0.26 0 46054 0.02296HVAC57 Specification #1Warm Side 3.5 12 1.942 202.5 6.577 0.907 1.928 N C3E-B C3F 3.548 0.625 1.303 46054 0.02296 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC58 Specification #1Cool Side 40°F 5 30 0 403.3 6.473 0.497 1.05 N C3D C3G 5.047 1.05 0 43953 0.02265HVAC59A Specification #1Cool Side 40°F 3.5 5 1.976 201.6 6.546 0.752 1.59 N C3G Air Handler - L 3.548 0.277 1.313 31246 0.02465 1 x Tee - Flow Thru Branch1.005 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC59B Specification #1Warm Side 3.5 5 0 202.6 6.58 0.123 0.261 N Air Handler - LC3H-B 3.548 0.261 0 46077 0.02295HVAC60 Specification #1Warm Side 3.5 12 1.942 202.6 6.58 0.908 1.93 N C3H-B C3I 3.548 0.626 1.304 46077 0.02295 1 x Tee - Flow Thru Branch1.005 4 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC61 Specification #1Cool Side 40°F 3.5 30 0.2344 201.8 6.552 0.861 1.821 N C3G C3J 3.548 1.665 0.156 31277 0.02464 1 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC62A Specification #1Cool Side 40°F 3.5 5 0.9711 201.8 6.552 0.437 0.924 N C3J Air Handler - M 3.548 0.277 0.647 31277 0.02464 3 x Pipe Bend - r/d 1.5 (90°)0.2344 2 x Gate - Wedge Disc0.1339HVAC62B Specification #1Warm Side 3.5 5 0 202.8 6.586 0.123 0.261 N Air Handler - MC3K-B 3.548 0.261 0 46122 0.02295HVAC63 Specification #1Warm Side 3.5 12 1.172 202.8 6.586 0.666 1.416 N C3K-B C3L 3.548 0.627 0.789 46122 0.02295 5 x Pipe Bend - r/d 1.5 (90°)0.2344HVAC64 Specification #1Warm Side 3.5 30 0 202.8 6.586 0.737 1.567 N C3L C3I 3.548 1.567 0 46122 0.02295HVAC65 Specification #1Warm Side 5 30 0 405.4 6.507 0.466 0.99 N C3I C3F 5.047 0.99 0 64815 0.02114HVAC66 Specification #1Warm Side 6 30 0.8936 607.9 6.756 0.696 1.479 N C3F C3C 6.065 0.846 0.633 80877 0.02014 1 x Tee - Flow Thru Branch0.8936HVAC67 Specification #1Warm Side 8 105 0.1969 1013 6.5 -6.068 2.1 N C3C D1 7.981 1.971 0.129 102388 0.01905 1 x Pipe Bend - r/d 1.5 (90°)0.1969HVAC68 Specification #1Warm Side 14 100 0 3036 7.206 -6.472 1.24 N D1 D2 13.124 1.24 0 186646 0.01684HVAC69 Specification #1Warm Side 16 120 0.5208 4047 7.354 -13.29 1.752 N D2 A 15 1.315 0.437 217715 0.01633 3 x Pipe Bend - r/d 1.5 (90°)0.1736HVAC70 Specification #1Warm Side 8 15 0 0 0 0 0 N FG1 A 7.981 0 0 4.77E-11 0HVAC71 Specification #1Cool Side 40°F 12 20 0.7779 1984 5.692 0.276 0.583 N B4-B B5-B 11.938 0.192 0.391 91413 0.01903 1 x Tee - Flow Thru Branch0.7779HVAC72 Specification #1Cool Side 40°F 14 25 0.7635 316.8 0.752 -7.086 0.013 N A7 A 13.124 0.006 0.007 13279 0.02896 1 x Tee - Flow Thru Branch0.7635
Node List Status Pressure Grade Elev--------------- --------------- --------------- --------------- ---------------A 37.64 180 100A1 36.81 178.3 100A2 35.94 176.4 100A3 34.93 174.3 100A4 32.49 183.6 115A5 31.72 182 115A6 30.8 180.1 115A7 30.55 179.6 115B1 37.54 179.4 100B2 37.51 179.3 100B4-B Limit 73.27 255 100
Page 1
Valves Controlling
B5-B Limit 72.99 254.4 100C1 57.93 252.5 130C1A 57.53 251.7 130C1C 24.66 182.4 130C1D 56.81 250.2 130C1F 25.35 183.9 130C1G 56.31 249.1 130C1I 25.82 184.9 130C1J 55.46 247.3 130C1L 26.55 186.4 130C2 50.22 251.2 145C2A 49.66 250 145C2C 18.33 184 145C2D 49.12 248.9 145C2F 18.86 185.1 145C2G 48.37 247.3 145C2I 19.56 186.6 145C2J 47.67 245.8 145C2L 20.15 187.8 145C3 42.19 249.2 160C3A 41.99 248.8 160C3C 11.81 185.1 160C3D 41.27 247.3 160C3F 12.51 186.6 160C3G 40.77 246.2 160C3I 12.98 187.6 160C3J 39.91 244.4 160C3L 13.71 189.2 160D1 17.88 183 145D2 24.35 181.8 130
Tank List Surface PressureLevel Status Flow Pressure Grade Elev--------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------FG1 37.64 0 0 37.64 180 100
Pump List Operation Flow Status TDH dP NPSHa Suction PressureDischarge PressureSuction ElevDischarge Elev--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Chiller Pump #1Curve --- Off --- --- --- --- --- 100 100Chiller Pump #2Curve 2199 Range -56.92 -26.77 92.98 29.25 56.02 100 100Chiller Pump #3Curve 2167 Range -57.28 -26.94 91.27 28.44 55.38 100 100Circulation Pump #1Curve 1984 -75.71 -35.79 110.1 37.48 73.28 100 100Circulation Pump #2Curve 2042 Range -75.14 -35.52 110.1 37.48 73 100 100
Component ListFlow Status HL dP Inlet PressureOutlet PressureInlet Elev Outlet Elev--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Air Handler - D 402.4 Range 40.49 19.14 57.17 38.03 130 130Air Handler - E 201.2 Range 35.41 16.74 56.06 39.32 130 130Air Handler - F 201.3 Range 40.51 19.15 55.56 36.41 130 130Air Handler - G 201.5 Range 50.73 23.99 55.02 31.03 130 130Air Handler - H 251.7 Range 45.61 21.57 47.7 26.13 145 145Air Handler - I 252 Range 40.64 19.21 47.28 28.07 145 145Air Handler - J 402.7 Range 45.61 21.57 41.63 20.06 160 160Air Handler - K 201.5 Range 50.73 23.99 40.51 16.53 160 160Air Handler - L 201.6 Range 35.55 16.81 40.02 23.21 160 160Air Handler - M 201.8 Range 40.71 19.25 39.47 20.23 160 160Air Handler - N 1006 Range 40.47 19.13 49.36 30.23 145 145Air Handler - O 503.1 Range 35.44 16.75 48.12 31.36 145 145Chiller #1 --- Isolated --- --- --- --- 100 100Chiller #2 2199 32.24 15.16 55.93 40.76 100 100Chiller #3 2167 31.3 14.72 55.29 40.57 100 100
Control ListType Set Value Status Flow dP HL Inlet PressureOutlet PressureElev Cv Fp QMax--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------C1B-B FCV 404.5 404.5 12.84 27.3 37.95 25.11 130 --- --- ---C1E-B FCV 202.2 202.2 12.94 27.52 39.2 26.26 130 --- --- ---C1H-B FCV 202.3 202.3 9.571 20.35 36.29 26.72 130 --- --- ---C1K-B FCV 202.5 202.5 3.697 7.86 30.91 27.21 130 --- --- ---C2B-B FCV 1011 1011 11.5 24.46 30.18 18.68 145 --- --- ---C2E-B FCV 505.7 505.7 11.25 23.91 31.25 20 145 --- --- ---C2H-B FCV 253 253 5.677 12.07 26.03 20.36 145 --- --- ---C2K-B FCV 253.3 253.3 7.237 15.39 27.97 20.73 145 --- --- ---C3B-B FCV 404.8 404.8 7.717 16.41 19.98 12.27 160 --- --- ---C3E-B FCV 202.5 202.5 2.99 6.357 16.41 13.42 160 --- --- ---C3H-B FCV 202.6 202.6 9.205 19.57 23.09 13.88 160 --- --- ---C3K-B FCV 202.8 202.8 5.724 12.17 20.1 14.38 160 --- --- ---
Pipe SpecificationMaterial Schedule RoughnessSizing Vel Limits Press LimitsValve Table--------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Specification #1Steel 40 0.0018 6 ft/sec 0 to 20 ft/sec0 to 60 psi gstandard
Fluid Zone Fluid TemperaturePressure Density Viscosity k Pv Pc--------------- --------------- --------------- --------------- --------------- --------------- --------------- --------------- ---------------Warm Side DT4000-5W 60 0 67.77 4.258 --- 0.2123 3198Cool Side 40°FDT4000-5W 40 0 68.12 6.279 --- 0.1082 3198Cool Side 35°FDT4000-5W 35 0 68.21 7.002 --- 0.08786 3198
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Valves controlling - macro calculations
Calculated ResultsSystem: HVAC systemLineup: HVAC Lineup #1
Company: Engineered Software, Inc.Project: PIPE-FLO Testingby: J. A. Byron/K. M. ByronFooter: HVAC System - Valves Fully Open (4x4).
UNITS:Flow Rate: US gpmPressure: psi g atm: 14.7 psi aTemperature: °FViscosity: cPDensity: lb/ft³Grade: ftLength: ftSize: in
Pipe List Status Flow Velocity dP HL Pipe HL Minor HL Re ffp----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------HVAC01 4366 10.35 0.828 1.759 0.488 1.271 2.680E+05 0.016HVAC02 4366 17.76 0.877 1.863 1.863 0 3.510E+05 0.0159HVAC03 2167 13.9 1.005 2.135 1.545 0.591 2.187E+05 0.0171HVAC04A 0 0 0 0 0 0 0.00 0HVAC04B XXX --- --- --- --- --- --- --- ---HVAC05A 2199 8.947 6.69 14.21 0.193 14.02 1.768E+05 0.0173HVAC05B 2199 8.947 0.091 0.193 0.193 0 1.768E+05 0.0173HVAC06A 2167 8.817 6.496 13.8 0.188 13.62 1.742E+05 0.0173HVAC06B 2167 8.817 0.088 0.188 0.188 0 1.742E+05 0.0173HVAC07 XXX --- --- --- --- --- --- --- ---HVAC08 2185 14.01 9.046 4.097 0.838 3.259 1.350E+05 0.0183HVAC09 2153 13.81 8.083 2.064 0.815 1.249 1.330E+05 0.0183HVAC10 2153 13.81 0.772 1.63 1.63 0 1.330E+05 0.0183HVAC11 4338 17.65 0.925 1.953 1.953 0 2.135E+05 0.0168HVAC12 4338 10.29 0.245 0.517 0.517 0 1.630E+05 0.0172HVAC13 4026 7.309 -6.987 0.231 0.231 0 1.474E+05 0.0174HVAC14 2042 3.707 0.032 0.067 0.067 0 74750 0.0196HVAC15A 1984 2.29 0.053 0.112 0.013 0.099 57910 0.0205HVAC15B 1984 2.29 0.006 0.013 0.013 0 57910 0.0205HVAC16A 2042 2.357 0.027 0.057 0.014 0.043 59603 0.0204HVAC16B 2042 2.357 0.007 0.014 0.014 0 59603 0.0204HVAC17 4026 7.309 15.08 1.874 1.73 0.144 1.474E+05 0.0174HVAC18 3020 7.162 7.714 1.306 1.306 0 1.264E+05 0.0179HVAC19 1007 6.458 8.035 1.984 1.984 0 69281 0.0204HVAC20 1006 6.452 0.399 0.843 0.297 0.545 69213 0.0204HVAC21A 402.4 6.453 0.357 0.755 0.174 0.581 43779 0.0227HVAC21B 404.5 6.487 0.077 0.165 0.165 0 64562 0.0212HVAC22 404.5 6.487 0.453 0.962 0.395 0.567 64562 0.0212HVAC23 603.9 6.706 0.718 1.518 0.894 0.624 54674 0.0215HVAC24A 201.2 6.529 0.749 1.584 0.276 1.308 31138 0.0247HVAC24B 202.2 6.562 0.122 0.26 0.26 0 45908 0.023HVAC25 202.2 6.562 0.905 1.922 0.624 1.298 45908 0.023HVAC26 402.7 6.458 0.496 1.048 1.048 0 43812 0.0227HVAC27A 201.3 6.532 0.75 1.586 0.277 1.309 31153 0.0247HVAC27B 202.3 6.565 0.122 0.26 0.26 0 45931 0.023HVAC28 202.3 6.565 0.905 1.924 0.624 1.3 45931 0.023HVAC29 201.5 6.539 0.86 1.818 1.663 0.156 31184 0.0247HVAC30A 201.5 6.539 0.436 0.922 0.277 0.645 31184 0.0247HVAC30B 202.5 6.571 0.123 0.261 0.261 0 45976 0.023
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Valves controlling - macro calculations
HVAC31 202.5 6.571 0.664 1.411 0.626 0.786 45976 0.023HVAC32 202.5 6.571 0.736 1.564 1.564 0 45976 0.023HVAC33 404.8 6.492 0.465 0.988 0.988 0 64610 0.0212HVAC34 607 6.741 0.694 1.475 0.845 0.631 80621 0.0201HVAC35 1011 6.484 0.303 0.644 0.094 0.551 1.020E+05 0.0191HVAC36 2013 8.19 0.562 1.187 0.348 0.839 1.103E+05 0.0186HVAC37A 1006 6.452 0.296 0.626 0.099 0.527 69213 0.0204HVAC37B 1011 6.484 0.044 0.094 0.094 0 1.020E+05 0.0191HVAC38 1011 6.484 0.348 0.739 0.225 0.514 1.020E+05 0.0191HVAC39 1007 6.458 0.54 1.142 0.595 0.546 69281 0.0204HVAC40A 503.1 8.068 0.998 2.11 0.262 1.848 54735 0.0218HVAC40B 505.7 8.11 0.117 0.248 0.248 0 80715 0.0204HVAC41 505.7 8.11 1.144 2.43 0.595 1.835 80715 0.0204HVAC42 503.7 8.078 0.745 1.574 1.574 0 54800 0.0218HVAC43A 251.7 6.343 0.674 1.424 0.224 1.2 34328 0.024HVAC43B 253 6.376 0.099 0.211 0.211 0 50622 0.0224HVAC44 253 6.376 0.799 1.698 0.506 1.192 50622 0.0224HVAC45 252 6.351 0.705 1.49 1.347 0.143 34369 0.024HVAC46A 252 6.351 0.386 0.816 0.225 0.591 34369 0.024HVAC46B 253.3 6.384 0.099 0.211 0.211 0 50682 0.0224HVAC47 253.3 6.384 0.578 1.228 0.507 0.721 50682 0.0224HVAC48 253.3 6.384 0.597 1.268 1.268 0 50682 0.0224HVAC49 506.3 8.12 0.702 1.491 1.491 0 80810 0.0204HVAC50 1012 6.49 0.525 1.115 0.563 0.552 1.021E+05 0.0191HVAC51 2023 8.231 0.451 0.958 0.11 0.847 1.626E+05 0.0175HVAC52 1007 6.458 0.201 0.425 0.298 0.128 69281 0.0204HVAC53A 402.7 6.458 0.358 0.757 0.175 0.582 43812 0.0227HVAC53B 404.8 6.492 0.078 0.165 0.165 0 64610 0.0212HVAC54 404.8 6.492 0.453 0.963 0.395 0.568 64610 0.0212HVAC55 604.8 6.716 0.72 1.522 0.896 0.626 54755 0.0215HVAC56A 201.5 6.539 0.752 1.589 0.277 1.312 31184 0.0247HVAC56B 202.5 6.571 0.123 0.261 0.261 0 45976 0.023HVAC57 202.5 6.571 0.907 1.928 0.626 1.302 45976 0.023HVAC58 403.3 6.468 0.497 1.051 1.051 0 43877 0.0227HVAC59A 201.6 6.542 0.752 1.591 0.277 1.313 31200 0.0247HVAC59B 202.6 6.574 0.123 0.261 0.261 0 45999 0.023HVAC60 202.6 6.574 0.908 1.93 0.626 1.303 45999 0.023HVAC61 201.8 6.549 0.863 1.823 1.667 0.156 31231 0.0246HVAC62A 201.8 6.549 0.437 0.925 0.278 0.647 31231 0.0246HVAC62B 202.8 6.581 0.123 0.261 0.261 0 46044 0.023HVAC63 202.8 6.581 0.666 1.415 0.627 0.788 46044 0.023HVAC64 202.8 6.581 0.738 1.568 1.568 0 46044 0.023HVAC65 405.4 6.501 0.466 0.991 0.991 0 64706 0.0211HVAC66 607.9 6.751 0.696 1.479 0.847 0.632 80741 0.0201HVAC67 1013 6.497 -6.07 2.102 1.973 0.129 1.022E+05 0.0191HVAC68 3036 7.2 -6.475 1.241 1.241 0 1.863E+05 0.0168HVAC69 4047 7.348 -13.29 1.753 1.316 0.437 2.173E+05 0.0163HVAC70 0 0 0 0 0 0 0.00 0HVAC71 1984 5.687 0.276 0.583 0.192 0.391 91255 0.019HVAC72 316.8 0.751 -7.09 0.013 0.006 0.007 13255 0.029
Node List Status Pressure Grade----------------------------------------------------------------------------------------------------A 37.64 180A1 36.81 178.2A2 35.94 176.4A3 34.94 174.2A4 32.49 183.6A5 31.72 182A6 30.8 180
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Valves controlling - macro calculations
A7 30.56 179.5B1 37.54 179.3B2 37.51 179.3B4-B Limit 73.27 254.9B5-B Limit 73 254.3C1 57.93 252.5C1A 57.53 251.6C1C 24.66 182.4C1D 56.81 250.1C1F 25.36 183.9C1G 56.31 249C1I 25.82 184.9C1J 55.45 247.2C1L 26.55 186.4C2 50.22 251.2C2A 49.66 250C2C 18.33 184C2D 49.12 248.8C2F 18.86 185.1C2G 48.37 247.3C2I 19.56 186.6C2J 47.67 245.8C2L 20.15 187.8C3 42.19 249.2C3A 41.99 248.8C3C 11.81 185.1C3D 41.27 247.2C3F 12.51 186.6C3G 40.77 246.2C3I 12.97 187.6C3J 39.91 244.4C3L 13.72 189.1D1 17.88 183D2 24.35 181.7
Tank List Status Flow Pressure Grade-----------------------------------------------------------------------------------------------------------------------------FG1 0 37.64 180
Pump List Operation Flow Status TDH dP NPSHaSuction PressureDischarge Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Chiller Pump #1Curve --- Off --- --- --- --- ---Chiller Pump #2Curve 2199 Range -56.88 -26.77 92.94 29.25 56.02Chiller Pump #3Curve 2167 Range -57.25 -26.94 91.21 28.44 55.38Circulation Pump #1Curve 1984 -75.65 -35.79 110.1 37.49 73.28Circulation Pump #2Curve 2042 Range -75.07 -35.51 110.1 37.48 73
Component ListFlow Status HL dP Inlet PressureOutlet Pressure-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Air Handler - D403.45 Range 40.47 19.15 57.17 38.03Air Handler - E201.7 Range 35.38 16.74 56.06 39.32Air Handler - F201.8 Range 40.48 19.15 55.56 36.41Air Handler - G202 Range 50.71 23.99 55.02 31.03Air Handler - H252.35 Range 45.59 21.57 47.7 26.13Air Handler - I252.65 Range 40.62 19.21 47.28 28.07Air Handler - J403.75 Range 45.61 21.58 41.63 20.06Air Handler - K202 Range 50.7 23.99 40.52 16.53Air Handler - L202.1 Range 35.52 16.81 40.02 23.21
Page 3 of 4
Valves controlling - macro calculations
Air Handler - M202.3 Range 40.69 19.25 39.47 20.22Air Handler - N1008.5 Range 40.46 19.14 49.36 30.22Air Handler - O504.4 Range 35.42 16.76 48.12 31.37Chiller #1 --- Isolated --- --- --- ---Chiller #2 2192 32.23 15.17 55.93 40.76Chiller #3 2160 31.29 14.72 55.29 40.57
Control ListType Set Value Status Flow dP HL Inlet PressureOutlet Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------C1B-B FCV 404.5 404.5 12.84 27.28 37.95 25.11C1E-B FCV 202.2 202.2 12.94 27.5 39.2 26.25C1H-B FCV 202.3 202.3 9.563 20.32 36.29 26.73C1K-B FCV 202.5 202.5 3.693 7.847 30.91 27.21C2B-B FCV 1011 1011 11.51 24.45 30.19 18.68C2E-B FCV 505.7 505.7 11.24 23.88 31.24 20C2H-B FCV 253 253 5.672 12.05 26.03 20.36C2K-B FCV 253.3 253.3 7.243 15.39 27.97 20.73C3B-B FCV 404.8 404.8 7.72 16.4 19.98 12.26C3E-B FCV 202.5 202.5 2.99 6.353 16.41 13.42C3H-B FCV 202.6 202.6 9.199 19.55 23.09 13.89C3K-B FCV 202.8 202.8 5.731 12.18 20.11 14.38
Page 4 of 4
Valves controlling - %difference
Percent Difference between Calculated Results and PIPE-FLO ResultsSystem: HVAC systemLineup: HVAC Lineup #1
Company: Engineered Software, Inc.Project: PIPE-FLO Testingby: J. A. Byron/K. M. ByronFooter: HVAC System - Valves Fully Open (4x4).
UNITS:Flow Rate: US gpmPressure: psi g atm: 14.7 psi aTemperature: °FViscosity: cPDensity: lb/ft³Grade: ftLength: ftSize: in
Pipe List Status Flow Velocity dP HL Pipe HL Minor HL Re ffp----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------HVAC01 0.00 -0.10 0.00 0.00 0.20 -0.08 -0.16 0.00HVAC02 0.00 -0.11 0.11 0.05 0.05 0.00 -0.16 0.31HVAC03 0.00 -0.07 0.10 0.05 0.13 0.00 -0.16 -0.06HVAC04A 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00HVAC04B XXX --- --- --- --- --- --- --- ---HVAC05A 0.00 -0.08 0.01 -0.07 1.55 -0.07 -0.16 0.17 PIPE-FLO result 0.19, calculated result 0.193; difference 0.003 - OK, JABHVAC05B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.16 0.17HVAC06A 0.00 -0.06 0.03 -0.07 -1.06 0.00 -0.16 -0.06 PIPE-FLO result 0.19, calculated result 0.188; difference 0.002 - OK, JABHVAC06B 0.00 -0.06 0.00 0.00 0.00 0.00 -0.16 -0.06HVAC07 XXX --- --- --- --- --- --- --- ---HVAC08 0.00 -0.07 0.06 -0.02 0.12 -0.06 -0.15 0.27HVAC09 0.00 -0.07 0.06 0.00 0.00 0.00 -0.16 0.05HVAC10 0.00 -0.07 0.13 0.06 0.06 0.00 -0.16 0.05HVAC11 0.00 -0.06 0.11 0.10 0.10 0.00 -0.14 -0.18HVAC12 0.00 -0.10 0.00 0.00 0.00 0.00 -0.14 0.06HVAC13 0.00 -0.10 0.06 0.00 0.00 0.00 -0.16 0.29HVAC14 0.00 -0.11 0.00 0.00 0.00 0.00 -0.18 0.05HVAC15A 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 0.00HVAC15B 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 0.00HVAC16A 0.00 -0.08 0.00 0.00 0.00 0.00 -0.18 0.15HVAC16B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.18 0.15HVAC17 0.00 -0.10 0.07 0.05 0.06 0.00 -0.16 0.29HVAC18 0.00 -0.08 0.06 0.08 0.08 0.00 -0.14 -0.06HVAC19 0.00 -0.12 0.06 -0.05 -0.05 0.00 -0.22 0.25HVAC20 0.00 -0.11 0.00 0.00 0.00 -0.18 -0.20 0.25HVAC21A 0.00 -0.09 0.00 -0.13 -0.57 0.00 -0.18 0.18HVAC21B 0.00 -0.08 0.00 0.61 0.61 0.00 -0.17 0.24HVAC22 0.00 -0.08 0.22 0.00 0.00 0.00 -0.17 0.24HVAC23 0.00 -0.09 0.00 0.00 0.00 0.00 -0.16 -0.19HVAC24A 0.00 -0.06 0.00 0.00 0.00 0.00 -0.15 0.16HVAC24B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.17HVAC25 0.00 -0.08 0.11 -0.05 0.00 -0.08 -0.17 0.17HVAC26 0.00 -0.09 0.20 0.10 0.10 0.00 -0.17 0.18HVAC27A 0.00 -0.06 0.00 0.00 0.00 0.00 -0.15 0.20HVAC27B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.17HVAC28 0.00 -0.08 0.00 -0.05 0.00 -0.08 -0.17 0.17HVAC29 0.00 -0.06 0.12 0.06 0.12 0.00 -0.15 0.20HVAC30A 0.00 -0.06 0.00 0.00 0.00 0.00 -0.15 0.20HVAC30B 0.00 -0.09 0.00 0.38 0.38 0.00 -0.17 0.17HVAC31 0.00 -0.09 0.00 0.00 0.16 0.00 -0.17 0.17HVAC32 0.00 -0.09 0.14 0.06 0.06 0.00 -0.17 0.17HVAC33 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.24HVAC34 0.00 -0.07 0.00 0.00 0.12 0.00 -0.17 -0.20HVAC35 0.00 -0.12 -0.33 -0.16 1.06 -0.18 -0.26 0.26 PIPE-FLO result 0.093, calculated result 0.094; difference 0.001 - OK, JABHVAC36 0.00 -0.06 0.18 0.00 0.00 0.00 -0.16 0.16HVAC37A 0.00 -0.06 0.00 0.00 0.00 0.00 -0.15 0.20HVAC37B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.21 0.26HVAC38 0.00 -0.08 0.00 0.00 0.00 0.00 -0.21 0.26HVAC39 0.00 -0.06 0.00 0.09 0.17 -0.18 -0.15 0.25HVAC40A 0.00 -0.09 0.00 -0.05 0.00 -0.05 -0.17 0.18HVAC40B 0.00 -0.07 0.00 0.00 0.00 0.00 -0.17 0.00HVAC41 0.00 -0.07 0.00 -0.04 0.00 -0.05 -0.17 0.00HVAC42 0.00 -0.07 0.13 0.06 0.06 0.00 -0.17 0.23HVAC43A 0.00 -0.09 0.00 -0.07 0.00 -0.08 -0.17 -0.08HVAC43B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.09HVAC44 0.00 -0.08 0.00 0.00 0.20 -0.08 -0.17 0.09HVAC45 0.00 -0.08 0.14 0.07 0.07 0.00 -0.17 -0.08HVAC46A 0.00 -0.08 0.00 0.00 0.44 -0.17 -0.17 -0.08HVAC46B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.13HVAC47 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.13HVAC48 0.00 -0.08 0.17 0.08 0.08 0.00 -0.17 0.13HVAC49 0.00 -0.07 0.14 0.07 0.07 0.00 -0.17 0.00HVAC50 0.00 -0.08 0.19 0.00 0.00 0.00 -0.21 0.26HVAC51 0.00 -0.09 0.00 0.00 0.00 -0.12 -0.19 0.11HVAC52 0.00 -0.12 0.00 0.00 0.34 0.00 -0.22 0.25HVAC53A 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 0.18HVAC53B 0.00 -0.08 1.28 0.00 0.00 0.00 -0.17 0.24 PIPE-FLO result 0.077, calculated result 0.078; difference 0.001 - OK, JAB HVAC54 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.24HVAC55 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 -0.14HVAC56A 0.00 -0.06 0.13 0.00 0.00 0.00 -0.15 0.20HVAC56B 0.00 -0.09 0.00 0.38 0.38 0.00 -0.17 0.17
Page 1 of 3
Valves controlling - %difference
HVAC57 0.00 -0.09 0.00 0.00 0.16 -0.08 -0.17 0.17HVAC58 0.00 -0.08 0.00 0.10 0.10 0.00 -0.17 0.22HVAC59A 0.00 -0.06 0.00 0.06 0.00 0.00 -0.15 0.20HVAC59B 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 0.22HVAC60 0.00 -0.09 0.00 0.00 0.00 -0.08 -0.17 0.22HVAC61 0.00 -0.05 0.23 0.11 0.12 0.00 -0.15 -0.16HVAC62A 0.00 -0.05 0.00 0.11 0.36 0.00 -0.15 -0.16HVAC62B 0.00 -0.08 0.00 0.00 0.00 0.00 -0.17 0.22HVAC63 0.00 -0.08 0.00 -0.07 0.00 -0.13 -0.17 0.22HVAC64 0.00 -0.08 0.14 0.06 0.06 0.00 -0.17 0.22HVAC65 0.00 -0.09 0.00 0.10 0.10 0.00 -0.17 -0.19HVAC66 0.00 -0.07 0.00 0.00 0.12 -0.16 -0.17 -0.20HVAC67 0.00 -0.05 0.03 0.10 0.10 0.00 -0.18 0.26HVAC68 0.00 -0.08 0.05 0.08 0.08 0.00 -0.19 -0.24HVAC69 0.00 -0.08 0.00 0.06 0.08 0.00 -0.19 -0.18HVAC70 0.00 0.00 0.00 0.00 0.00 0.00 --- 0.00HVAC71 0.00 -0.09 0.00 0.00 0.00 0.00 -0.17 -0.16HVAC72 0.00 -0.13 0.06 0.00 0.00 0.00 -0.18 0.14
Node List Status Pressure Grade----------------------------------------------------------------------------------------------------A 0.00 0.00A1 0.00 -0.06A2 0.00 0.00A3 0.03 -0.06A4 0.00 0.00A5 0.00 0.00A6 0.00 -0.06A7 0.03 -0.06B1 0.00 -0.06B2 0.00 0.00B4-B Limit 0.00 -0.04B5-B Limit 0.01 -0.04C1 0.00 0.00C1A 0.00 -0.04C1C 0.00 0.00C1D 0.00 -0.04C1F 0.04 0.00C1G 0.00 -0.04C1I 0.00 0.00C1J -0.02 -0.04C1L 0.00 0.00C2 0.00 0.00C2A 0.00 0.00C2C 0.00 0.00C2D 0.00 -0.04C2F 0.00 0.00C2G 0.00 0.00C2I 0.00 0.00C2J 0.00 0.00C2L 0.00 0.00C3 0.00 0.00C3A 0.00 0.00C3C 0.00 0.00C3D 0.00 -0.04C3F 0.00 0.00C3G 0.00 0.00C3I -0.08 0.00C3J 0.00 0.00C3L 0.07 -0.05D1 0.00 0.00D2 0.00 -0.06
Tank List Status Flow Pressure Grade-----------------------------------------------------------------------------------------------------------------------------FG1 0.00 0.00 0.00
Pump List Operation Flow Status TDH dP NPSHaSuction PressureDischarge Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Chiller Pump #1Curve --- Off --- --- --- --- ---Chiller Pump #2Curve 0.00 Range -0.07 0.00 -0.04 0.00 0.00Chiller Pump #3Curve 0.00 Range -0.05 0.00 -0.07 0.00 0.00Circulation Pump #1Curve 0.00 -0.08 0.00 0.00 0.03 0.00Circulation Pump #2Curve 0.00 Range -0.09 -0.03 0.00 0.00 0.00
Component ListFlow Status HL dP Inlet PressureOutlet Pressure-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------Air Handler - D0.26 Range -0.05 0.05 0.00 0.00Air Handler - E0.25 Range -0.08 0.00 0.00 0.00Air Handler - F0.25 Range -0.07 0.00 0.00 0.00Air Handler - G0.25 Range -0.04 0.00 0.00 0.00Air Handler - H0.26 Range -0.04 0.00 0.00 0.00Air Handler - I 0.26 Range -0.05 0.00 0.00 0.00Air Handler - J0.26 Range 0.00 0.05 0.00 0.00Air Handler - K0.25 Range -0.06 0.00 0.02 0.00Air Handler - L0.25 Range -0.08 0.00 0.00 0.00Air Handler - M0.25 Range -0.05 0.00 0.00 -0.05Air Handler - N0.25 Range -0.02 0.05 0.00 -0.03Air Handler - O0.26 Range -0.06 0.06 0.00 0.03
Page 2 of 3
Valves controlling - %difference
Chiller #1 --- Isolated --- --- --- ---Chiller #2 -0.32 -0.03 0.07 0.00 0.00Chiller #3 -0.32 -0.03 0.00 0.00 0.00
Control ListType Set Value Status Flow dP HL Inlet PressureOutlet Pressure---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------C1B-B FCV 404.5 0.00 0.00 -0.07 0.00 0.00C1E-B FCV 202.2 0.00 0.00 -0.07 0.00 -0.04C1H-B FCV 202.3 0.00 -0.08 -0.15 0.00 0.04C1K-B FCV 202.5 0.00 -0.11 -0.17 0.00 0.00C2B-B FCV 1011 0.00 0.09 -0.04 0.03 0.00C2E-B FCV 505.7 0.00 -0.09 -0.13 -0.03 0.00C2H-B FCV 253 0.00 -0.09 -0.17 0.00 0.00C2K-B FCV 253.3 0.00 0.08 0.00 0.00 0.00C3B-B FCV 404.8 0.00 0.04 -0.06 0.00 -0.08C3E-B FCV 202.5 0.00 0.00 -0.06 0.00 0.00C3H-B FCV 202.6 0.00 -0.07 -0.10 0.00 0.07C3K-B FCV 202.8 0.00 0.12 0.08 0.05 0.00
Page 3 of 3
Valves Controlling_nodesum
A Status (US gpm) (lb/hr) A1 Status (US gpm) (lb/hr) A2 Status (US gpm) (lb/hr)HVAC01 open -4366 -2373235 HVAC02 open -4366 -2373235 HVAC03 open -2167 -1177920HVAC69 open 4047 2199835 HVAC04A open 0 0 HVAC05A open -2199 -1195314HVAC70 open 0 0 HVAC01 open 4366 2373235 HVAC02 open 4366 2373235HVAC72 open 316.8 173093 Σ 0 Σ 1
Σ -307 % leftover: 0 % leftover: 0% leftover: 0.013
A3 Status (US gpm) (lb/hr) A4 Status (US gpm) (lb/hr) A5 Status (US gpm) (lb/hr)HVAC06A open -2167 -1177920 HVAC10 open -2153 -1177908 HVAC11 open -4338 -2373324HVAC03 open 2167 1177920 HVAC09 open 2153 1177908 HVAC08 open 2185 1195416
Σ 0 Σ 0 HVAC10 open 2153 1177908% leftover: 0 % leftover: 0 Σ 0
% leftover: 0
A6 Status (US gpm) (lb/hr) A7 Status (US gpm) (lb/hr) B1 Status (US gpm) (lb/hr)HVAC12 open -4338 -2373324 HVAC13 open -4026 -2199722 HVAC14 open -2042 -1115706HVAC07 closed 0 0 HVAC72 open -316.8 -173093 HVAC15A open -1984 -1084016HVAC11 open 4338 2373324 HVAC12 open 4338 2373324 HVAC13 open 4026 2199722
Σ 0 Σ 509 Σ 0% leftover: 0 % leftover: 0.022 % leftover: 0
B2 Status (US gpm) (lb/hr) B4-B Status (US gpm) (lb/hr) B5-B Status (US gpm) (lb/hr)HVAC16A open -2042 -1115706 HVAC71 open -1984 -1084016 HVAC17 open -4026 -2199722HVAC14 open 2042 1115706 HVAC15B open 1984 1084016 HVAC16B open 2042 1115706
Σ 0 Σ 0 HVAC71 open 1984 1084016% leftover: 0 % leftover: 0 Σ 0
% leftover: 0
C1 Status (US gpm) (lb/hr) C1A Status (US gpm) (lb/hr) C1C Status (US gpm) (lb/hr)HVAC18 open -3020 -1650065 HVAC21A open -402.4 -219863 HVAC35 open -1011 -549551HVAC20 open -1006 -549657 HVAC23 open -603.9 -329958 HVAC22 open 404.5 219875HVAC17 open 4026 2199722 HVAC20 open 1006 549657 HVAC34 open 607 329948
Σ 0 Σ -164 Σ 272% leftover: 0 % leftover: 0.03 % leftover: 0.049
C1D Status (US gpm) (lb/hr) C1F Status (US gpm) (lb/hr) C1G Status (US gpm) (lb/hr)HVAC24A open -201.2 -109931 HVAC34 open -607 -329948 HVAC27A open -201.3 -109986HVAC26 open -402.7 -220027 HVAC25 open 202.2 109910 HVAC29 open -201.5 -110095HVAC23 open 603.9 329958 HVAC33 open 404.8 220038 HVAC26 open 402.7 220027
Σ 0 Σ 0 Σ -54% leftover: 0 % leftover: 0 % leftover: 0.025
C1I Status (US gpm) (lb/hr) C1J Status (US gpm) (lb/hr) C1L Status (US gpm) (lb/hr)HVAC33 open -404.8 -220038 HVAC30A open -201.5 -110095 HVAC32 open -202.5 -110073HVAC28 open 202.3 109965 HVAC29 open 201.5 110095 HVAC31 open 202.5 110073HVAC32 open 202.5 110073 Σ 0 Σ 0
Σ 0 % leftover: 0 % leftover: 0% leftover: 0
Page 1
Valves Controlling_nodesum
C2 Status (US gpm) (lb/hr) C2A Status (US gpm) (lb/hr) C2C Status (US gpm) (lb/hr)HVAC19 open -1007 -550204 HVAC37A open -1006 -549657 HVAC51 open -2023 -1099646HVAC36 open -2013 -1099861 HVAC39 open -1007 -550204 HVAC38 open 1011 549551HVAC18 open 3020 1650065 HVAC36 open 2013 1099861 HVAC50 open 1012 550095
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C2D Status (US gpm) (lb/hr) C2F Status (US gpm) (lb/hr) C2G Status (US gpm) (lb/hr)HVAC40A open -503.1 -274883 HVAC50 open -1012 -550095 HVAC43A open -251.7 -137524HVAC42 open -503.7 -275211 HVAC41 open 505.7 274884 HVAC45 open -252 -137688HVAC39 open 1007 550204 HVAC49 open 506.3 275210 HVAC42 open 503.7 275211
Σ 110 Σ -1 Σ -1% leftover: 0.02 % leftover: 0 % leftover: 0
C2I Status (US gpm) (lb/hr) C2J Status (US gpm) (lb/hr) C2L Status (US gpm) (lb/hr)HVAC49 open -506.3 -275210 HVAC46A open -252 -137688 HVAC48 open -253.3 -137687HVAC44 open 253 137524 HVAC45 open 252 137688 HVAC47 open 253.3 137687HVAC48 open 253.3 137687 Σ 0 Σ 0
Σ 1 % leftover: 0 % leftover: 0% leftover: 0
C3 Status (US gpm) (lb/hr) C3A Status (US gpm) (lb/hr) C3C Status (US gpm) (lb/hr)HVAC52 open -1007 -550204 HVAC53A open -402.7 -220027 HVAC67 open -1013 -550638HVAC19 open 1007 550204 HVAC55 open -604.8 -330450 HVAC54 open 404.8 220038
Σ 0 HVAC52 open 1007 550204 HVAC66 open 607.9 330437% leftover: 0 Σ -273 Σ -163
% leftover: 0.05 % leftover: 0.029
C3D Status (US gpm) (lb/hr) C3F Status (US gpm) (lb/hr) C3G Status (US gpm) (lb/hr)HVAC56A open -201.5 -110095 HVAC66 open -607.9 -330437 HVAC59A open -201.6 -110150HVAC58 open -403.3 -220355 HVAC57 open 202.5 110073 HVAC61 open -201.8 -110259HVAC55 open 604.8 330450 HVAC65 open 405.4 220364 HVAC58 open 403.3 220355
Σ 0 Σ 0 Σ -54% leftover: 0 % leftover: 0 % leftover: 0.025
C3I Status (US gpm) (lb/hr) C3J Status (US gpm) (lb/hr) C3L Status (US gpm) (lb/hr)HVAC65 open -405.4 -220364 HVAC62A open -201.8 -110259 HVAC64 open -202.8 -110236HVAC60 open 202.6 110128 HVAC61 open 201.8 110259 HVAC63 open 202.8 110236HVAC64 open 202.8 110236 Σ 0 Σ 0
Σ 0 % leftover: 0 % leftover: 0% leftover: 0
D1 Status (US gpm) (lb/hr) D2 Status (US gpm) (lb/hr) FG1 Status (US gpm) (lb/hr)HVAC68 open -3036 -1650284 HVAC69 open -4047 -2199835 HVAC70 open 0 0HVAC51 open 2023 1099646 HVAC35 open 1011 549551 Tank 0 0HVAC67 open 1013 550638 HVAC68 open 3036 1650284 Σ 0
Σ 0 Σ 0 % leftover:% leftover: 0 % leftover: 0
Page 2
Valves Controlling_nodesum
Chiller Pump #1Status (US gpm) (lb/hr) Chiller Pump #2Status (US gpm) (lb/hr) Chiller Pump #3Status (US gpm) (lb/hr)HVAC04B closed 0 0 HVAC05B open -2199 -1195314 HVAC06B open -2167 -1177920HVAC04A open 0 0 HVAC05A open 2199 1195314 HVAC06A open 2167 1177920
Σ 0 Σ 0 Σ 0% leftover: % leftover: 0 % leftover: 0
Circulation Pump #1Status (US gpm) (lb/hr) Circulation Pump #2Status (US gpm) (lb/hr) Air Handler - DStatus (US gpm) (lb/hr)HVAC15B open -1984 -1084016 HVAC16B open -2042 -1115706 HVAC21B open -404.5 -219875HVAC15A open 1984 1084016 HVAC16A open 2042 1115706 HVAC21A open 402.4 219863
Σ 0 Σ 0 Σ -12% leftover: 0 % leftover: 0 % leftover: 0.005
Air Handler - EStatus (US gpm) (lb/hr) Air Handler - FStatus (US gpm) (lb/hr) Air Handler - GStatus (US gpm) (lb/hr)HVAC24B open -202.2 -109910 HVAC27B open -202.3 -109965 HVAC30B open -202.5 -110073HVAC24A open 201.2 109931 HVAC27A open 201.3 109986 HVAC30A open 201.5 110095
Σ 21 Σ 21 Σ 22% leftover: 0.019 % leftover: 0.019 % leftover: 0.02
Air Handler - HStatus (US gpm) (lb/hr) Air Handler - IStatus (US gpm) (lb/hr) Air Handler - JStatus (US gpm) (lb/hr)HVAC43B open -253 -137524 HVAC46B open -253.3 -137687 HVAC53B open -404.8 -220038HVAC43A open 251.7 137524 HVAC46A open 252 137688 HVAC53A open 402.7 220027
Σ 0 Σ 1 Σ -11% leftover: 0 % leftover: 0.001 % leftover: 0.005
Air Handler - KStatus (US gpm) (lb/hr) Air Handler - LStatus (US gpm) (lb/hr) Air Handler - MStatus (US gpm) (lb/hr)HVAC56B open -202.5 -110073 HVAC59B open -202.6 -110128 HVAC62B open -202.8 -110236HVAC56A open 201.5 110095 HVAC59A open 201.6 110150 HVAC62A open 201.8 110259
Σ 22 Σ 22 Σ 23% leftover: 0.02 % leftover: 0.02 % leftover: 0.021
Air Handler - NStatus (US gpm) (lb/hr) Air Handler - OStatus (US gpm) (lb/hr) Chiller #1 Status (US gpm) (lb/hr)HVAC37B open -1011 -549551 HVAC40B open -505.7 -274884 ΣHVAC37A open 1006 549657 HVAC40A open 503.1 274883 % leftover:
Σ 106 Σ -1% leftover: 0.019 % leftover: 0
Chiller #2 Status (US gpm) (lb/hr) Chiller #3 Status (US gpm) (lb/hr) C1B-B Status (US gpm) (lb/hr)HVAC08 open -2185 -1195416 HVAC09 open -2153 -1177908 HVAC22 open -404.5 -219875HVAC05B open 2199 1195314 HVAC06B open 2167 1177920 HVAC21B open 404.5 219875
Σ -102 Σ 12 Σ 0% leftover: 0.009 % leftover: 0.001 % leftover: 0
Page 3
Valves Controlling_nodesum
C1E-B Status (US gpm) (lb/hr) C1H-B Status (US gpm) (lb/hr) C1K-B Status (US gpm) (lb/hr)HVAC25 open -202.2 -109910 HVAC28 open -202.3 -109965 HVAC31 open -202.5 -110073HVAC24B open 202.2 109910 HVAC27B open 202.3 109965 HVAC30B open 202.5 110073
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C2B-B Status (US gpm) (lb/hr) C2E-B Status (US gpm) (lb/hr) C2H-B Status (US gpm) (lb/hr)HVAC38 open -1011 -549551 HVAC41 open -505.7 -274884 HVAC44 open -253 -137524HVAC37B open 1011 549551 HVAC40B open 505.7 274884 HVAC43B open 253 137524
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C2K-B Status (US gpm) (lb/hr) C3B-B Status (US gpm) (lb/hr) C3E-B Status (US gpm) (lb/hr)HVAC47 open -253.3 -137687 HVAC54 open -404.8 -220038 HVAC57 open -202.5 -110073HVAC46B open 253.3 137687 HVAC53B open 404.8 220038 HVAC56B open 202.5 110073
Σ 0 Σ 0 Σ 0% leftover: 0 % leftover: 0 % leftover: 0
C3H-B Status (US gpm) (lb/hr) C3K-B Status (US gpm) (lb/hr)HVAC60 open -202.6 -110128 HVAC63 open -202.8 -110236HVAC59B open 202.6 110128 HVAC62B open 202.8 110236
Σ 0 Σ 0% leftover: 0 % leftover: 0
Summation of flows entering and leaving systemDevice Type (US gpm) (lb/hr)FG1 Tank 0 0
Σ 0% leftover: 0
Page 4
Valves Controlling_loopsum
Loop 1 Pipe/Device dPpipe Device dPelev dPdevice dPtotal Nodal Pressure PIPE-FLO Nodal Pressure % DiffA node 37.64 37.64HVAC01 pipe 0.828 0.828A1 node 36.81 36.81 0.00HVAC02 pipe 0.876 0.876A2 node 35.93 35.94 -0.03HVAC03 pipe 1.004 1.004A3 node 34.93 34.93 0.00HVAC06A pipe 6.494 6.494Chiller Pump #3 pump 0 -26.94 -26.94HVAC06B pipe 0.088 0.088Chiller #3 component 0 14.72 14.72HVAC09 pipe 8.078 8.078A4 node 32.49 32.49 0.00HVAC10 pipe 0.771 0.771A5 node 31.72 31.72 0.00HVAC11 pipe 0.924 0.924A6 node 30.8 30.8 0.00HVAC12 pipe 0.245 0.245A7 node 30.56 30.55 0.03HVAC13 pipe -6.983 -6.983B1 node 37.54 37.54 0.00HVAC15A pipe 0.053 0.053Circulation Pump #1 pump 0 -35.79 -35.79HVAC15B pipe 0.006 0.006B4-B node 73.27 73.27 0.00HVAC71 pipe 0.276 0.276B5-B node 72.99 72.99 0.00HVAC17 pipe 15.07 15.07C1 node 57.92 57.93 -0.02HVAC20 pipe 0.399 0.399C1A node 57.52 57.53 -0.02HVAC23 pipe 0.718 0.718C1D node 56.8 56.81 -0.02HVAC26 pipe 0.495 0.495C1G node 56.31 56.31 0.00HVAC29 pipe 0.859 0.859C1J node 55.45 55.46 -0.02HVAC30A pipe 0.436 0.436Air Handler - G component 0 23.99 23.99HVAC30B pipe 0.123 0.123C1K-B control 3.697 3.697HVAC31 pipe 0.664 0.664C1L node 26.54 26.55 -0.04HVAC32 pipe 0.735 0.735C1I node 25.81 25.82 -0.04HVAC33 pipe 0.465 0.465C1F node 25.35 25.35 0.00HVAC34 pipe 0.694 0.694C1C node 24.66 24.66 0.00HVAC35 pipe 0.304 0.304D2 node 24.36 24.35 0.04HVAC69 pipe -13.29 -13.29A node 37.65 37.64 0.03
P(A) - P(A)= 0.00
Page 1 of 3
Valves Controlling_loopsum
Loop 2 Pipe/Device dPpipe Device dPelev dPdevice dPtotal Nodal Pressure PIPE-FLO Nodal Pressure % DiffA node 37.64 37.64HVAC01 pipe 0.828 0.828A1 node 36.81 36.81 0.00HVAC02 pipe 0.876 0.876A2 node 35.93 35.94 -0.03HVAC05A pipe 6.689 6.689Chiller Pump #2 pump 0 -26.77 -26.77HVAC05B pipe 0.091 0.091Chiller #2 component 0 15.16 15.16HVAC08 pipe 9.041 9.041A5 node 31.72 31.72 0.00HVAC11 pipe 0.924 0.924A6 node 30.8 30.8 0.00HVAC12 pipe 0.245 0.245A7 node 30.56 30.55 0.03HVAC13 pipe -6.983 -6.983B1 node 37.54 37.54 0.00HVAC14 pipe 0.032 0.032B2 node 37.51 37.51 0.00HVAC16A pipe 0.027 0.027Circulation Pump #2 pump 0 -35.52 -35.52HVAC16B pipe 0.007 0.007B5-B node 73 72.99 0.01HVAC17 pipe 15.07 15.07C1 node 57.93 57.93 0.00HVAC18 pipe 7.709 7.709C2 node 50.22 50.22 0.00HVAC19 pipe 8.03 8.03C3 node 42.19 42.19 0.00HVAC52 pipe 0.201 0.201C3A node 41.99 41.99 0.00HVAC55 pipe 0.72 0.72C3D node 41.27 41.27 0.00HVAC58 pipe 0.497 0.497C3G node 40.77 40.77 0.00HVAC61 pipe 0.861 0.861C3J node 39.91 39.91 0.00HVAC62A pipe 0.437 0.437Air Handler - M component 0 19.25 19.25HVAC62B pipe 0.123 0.123C3K-B control 5.724 5.724HVAC63 pipe 0.666 0.666C3L node 13.71 13.71 0.00HVAC64 pipe 0.737 0.737C3I node 12.97 12.98 -0.08HVAC65 pipe 0.466 0.466C3F node 12.5 12.51 -0.08HVAC66 pipe 0.696 0.696C3C node 11.8 11.81 -0.08HVAC67 pipe -6.068 -6.068D1 node 17.87 17.88 -0.06HVAC68 pipe -6.472 -6.472D2 node 24.34 24.35 -0.04HVAC69 pipe -13.29 -13.29A node 37.63 37.64 -0.03
P(A) - P(A)= 0.00
Page 2 of 3
Valves Controlling_loopsum
Loop 3 Pipe/Device dPpipe Device dPelev dPdevice dPtotal Nodal Pressure PIPE-FLO Nodal Pressure % DiffA node 37.64 37.64HVAC01 pipe 0.828 0.828A1 node 36.81 36.81 0.00HVAC02 pipe 0.876 0.876A2 node 35.93 35.94 -0.03HVAC05A pipe 6.689 6.689Chiller Pump #2 pump 0 -26.77 -26.77HVAC05B pipe 0.091 0.091Chiller #2 component 0 15.16 15.16HVAC08 pipe 9.041 9.041A5 node 31.72 31.72 0.00HVAC11 pipe 0.924 0.924A6 node 30.8 30.8 0.00HVAC12 pipe 0.245 0.245A7 node 30.56 30.55 0.03HVAC13 pipe -6.983 -6.983B1 node 37.54 37.54 0.00HVAC14 pipe 0.032 0.032B2 node 37.51 37.51 0.00HVAC16A pipe 0.027 0.027Circulation Pump #2 pump 0 -35.52 -35.52HVAC16B pipe 0.007 0.007B5-B node 73 72.99 0.01HVAC17 pipe 15.07 15.07C1 node 57.93 57.93 0.00HVAC18 pipe 7.709 7.709C2 node 50.22 50.22 0.00HVAC36 pipe 0.561 0.561C2A node 49.66 49.66 0.00HVAC39 pipe 0.54 0.54C2D node 49.12 49.12 0.00HVAC40A pipe 0.998 0.998Air Handler - O component 0 16.75 16.75HVAC40B pipe 0.117 0.117C2E-B control 11.25 11.25HVAC41 pipe 1.144 1.144C2F node 18.86 18.86 0.00HVAC50 pipe 0.524 0.524C2C node 18.34 18.33 0.05HVAC51 pipe 0.451 0.451D1 node 17.89 17.88 0.06HVAC68 pipe -6.472 -6.472D2 node 24.36 24.35 0.04HVAC69 pipe -13.29 -13.29A node 37.65 37.64 0.03
P(A) - P(A)= 0.00
Page 3 of 3