tech 2 report

Technical Report 2: Electrical Systems Existing Conditions + Building Load Summary Report November 4, 2008 Advisor: Professor Ted Dannerth

Courtney Yip Technical Report Two The Salt Lake City Public Library Electrical Systems Existing Conditions + Salt Lake City, UT Building Load Summary Report

[2]

EXECUTIVE SUMMARY

This technical report examines the existing electrical conditions for The Salt Lake City Public Library in Salt Lake City, UT. A campus system provides power to two primary 7.2 kV feeds for a 480/277V, 3Ph, 4W electrical system. A single‐line diagram describes the full extent of the existing electrical distribution systems.

This report also provides a summary of the total building lighting, mechanical, plumbing, and architectural equipment loads. Several methods depending on the project phase show that the sizing of the main distribution equipment does not accurately compare to the existing equipment. The disparity with the existing equipment is likely a combination of various assumptions and the difference in additional considerations for future expansion.

Additionally, the report includes a narrative describing the various communication systems in the Library including security, fire alarm and detection, public address, telecommunication, and audio visual. Supporting material for this report is provided in the attached appendix.


[3]

4 Power Distribution Systems

4 Single‐line Diagram Drawing List

4 Single‐Line Diagram Drawing

4 Summary Description of Distribution System

4 Utility Company Information

5 Service Entrance

6 Voltage Systems

6 Emergency Power Systems

6 Locations of Switchgear

11 Over‐current Devices

11 Transformers

14 Special Equipment

14 Lighting Loads

16 Mechanical and Other Loads

23 Service Entrance Size

25 Environmental Stewardship Design

25 Design Issues

26 Communication Systems

28 Appendices

28

A. Single‐line Diagram, Feeder Schedule,

Existing Electrical One‐Line Drawings

29 B. HID Ballast Cut Sheets

TABLE OF CONTENTS


[4]

POWER DISTRIBUTION SYSTEMS

Single‐line Diagram Drawing List

The following is a list of drawing numbers and titles from the existing electrical drawings that were used to prepare the single‐line diagram: E60.01 – Normal Power E60.02 – Normal Power E60.03 – Emergency Power E60.04 – Grounding Diagram

Single‐Line Diagram Drawing

The single‐line diagram drawings and feeder schedule can be found in Appendix A, which shows the service entrance and key elements, layout and sizes of the distribution system, and the related components from the power source to the distribution system.

Summary Description of Distribution System

The Salt Lake City Library is powered by existing lines from the Salt Lake City’s main utility building sub‐station on the southeast corner of the site. Two primary 7.2 kV feeds into double‐ended 3000A, 480/277V, 3Ph, 4W and ground switchgear provide the main service to the library through the main service switchboard SWB‐1/2. The connected buildings each have a designated normal and emergency power supply. A series of 480V risers offer secondary power distribution while transformers on each floor provide 120V for receptacles, incandescent lighting, and heaters.

Utility Company Information

The utility company name, address, website, rates, and load data that provides power to the campus system is provided below. A summary of the Electric Utility Load Data for the previous 12 months was unavailable and not included in this report. Rocky Mountain Power, a division of PacificCorp 201 South Main St., Suite 2300 Salt Lake City, UT 84111 http://www.pacificorp.com


[5]

The utility rate structure is based on Schedule No. 6, General Service – Distribution Voltage.

MONTHLY BILL:

Customer Service Charge: $25.00 per Customer Facilities Charge: $3.47 per kW Power Charge:

Billing Months ‐ May through September inclusive $13.91 per kW Billing Months ‐ October through April inclusive $11.16 per kW

Energy Charge:

Billing Months ‐ May through September inclusive 2.9271¢ per kWh for all kWh Billing Months ‐ October through April inclusive 2.7000¢ per kWh for kWh

Voltage Discount: Where Customer takes service from Company's available lines of 2,300 volts or higher and provides and maintains all transformers and other necessary equipment, the Voltage Discount based on measured On‐Peak Power will be: $0.72 per kW Minimum: Customer Service Charge plus appropriate Power and Energy Charges.

Service Entrance

The service entrance is located on the southeast corner of the site and connects to the main utility building sub‐station though an underground utility tunnel linking to an existing tunnel. Power is run from the sub‐station to two primary feeds and two service transformers. An owner owned digital multi‐meter measures use of electricity for the building. The meters have the capability for instantaneous readings, demand readings, and energy readings. The distribution system is fed from an owner‐maintained campus distribution system. These components, including switchboards, panels, conduits, transformers, protection devices, and disconnects are provided by the electrical contractor.


[6]

Voltage Systems

The incoming voltage system is stepped down from 7.2kV to 480/277V, 3Ph, 4W at the building service entrance. This services the majority of lighting loads and larger mechanical equipment, including air handling units, some fans, cooling towers, the boiler, some electric water heaters, exhausts, pumps, and sewage ejectors. The 480V system is stepped down again to 120/208V, 3Ph, 4W to service receptacles, incandescent lighting, a boiler condenser, some fans and pumps, and most heaters.

Emergency Power Systems

Emergency power is provided by a generator in the boiler plant, which was provided and designed by the city central campus system. Two Automatic Transfer Switches (ATS) rated at 600A‐4P provide power to life safety loads. These loads include emergency lighting and mechanical equipment, elevators, communications power, and sewage ejector and sump pumps. The existing life safety systems emergency switchboard is located in the main physical plant building.

Locations of Switchgear

The main switchgear is located on Level ‐2 of the Bar Building in the west side of the library. Additional electrical rooms are located near the auditorium and between the Bar Building and the main library, the Triangle. The panel boards and distribution panels of the Bar Building are located in the communications rooms on each level, the computer systems room on levels ‐1 and ‐2, the electrical rooms on levels ‐2, +1, +3, and +4, and the pump room on level ‐2. The switchgear equipment is also located in the Triangle and Crescent Building’s communication and electrical rooms on levels ‐1, +1, +3, and +4. Below is a summary of major pieces of switchgear (Table A) and a summary of all lighting and appliance panel boards and load centers (Table B).


[7]

Table A: Major Switchgear Equipment MAJOR SWITCHGEAR EQUIPMENT Tag Type Floor

LevelRoom No.

Room Name 1/8 Scale Drawing No.

Enlarged Plan Drawing No.

Generator‐1 Emergency. Generator

N/A N/A Boiler Plant N/A N/A

ESWB‐1 Main Distribution Panel

‐2 B1UNA03 Main Emergency Electrical Switch Room

E21.10 E24.10

TX1 Transformer ‐2 B1UNA03 Main Emergency Electrical Switch Room

E21.10 E24.10

TX2 Transformer ‐2 B1UNA03 Main Emergency Electrical Switch Room

E21.10 E24.10

AST1 Transfer Switch ‐2 B1UNA04 Main Emergency. Electrical Switch Room

E21.10 E24.10

AST2 Transfer Switch ‐2 B1UNA04 Main Emergency. Electrical Switch Room

E21.10 E24.10

ET‐21 Transformer ‐2 B1UNA04 Main Emergency. Electrical Switch Room

E21.10 E24.10

ET‐22 Transformer ‐2 B1UNA04 Main Emergency. Electrical Switch Room

E21.10 E24.10

ET‐23 Transformer ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

T‐21 Transformer ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

T‐22 Transformer ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

T11 Transformer 1 BSUNA05 Electrical Room E21.10 E24.10

ET11 Transformer 1 BSUNA05 Electrical Room E21.10 E24.10

T12 Transformer 1 BSUNA05 Electrical Room E21.10 E24.10

L12‐22 Transformer ‐2 B1UNA05 Mechanical Pump Room

E21.10 E24.10

T32 Transformer 3 B5UNA05 Electrical Room E21.20 E24.10

T33 Transformer 3 B5UNA05 Electrical Room E21.20 E24.10

L33‐25 Transformer 3 B5UNA05 Electrical Room E21.20 E24.10

T‐12 Transformer ‐1 T2UNA10 Electrical Room E21.10 E24.11

T22 Transformer ‐1 T4UNA01 Electrical Room E21.10 E24.11

T21 Transformer ‐1 T4UNA01 Electrical Room E21.10 E24.11

ET21 Transformer ‐1 T4UNA01 Electrical Room E21.10 E24.11

T34 Transformer 3 C5UNA01 Electrical Room E21.10 E24.11

T35 Transformer 3 C5UNA01 Electrical Room E21.10 E24.11

ET32 Transformer 3 C5UNA01 Electrical Room E21.10 E24.11


[8]

T12 Transformer ‐1 C2UNA02 Electrical Room E21.10 E24.11



ET12 Transformer 1 T3UNA01 Electrical Room E21.10 E24.11

T13 Transformer 1 T3UNA01 Electrical Room E21.10 E24.11





ET‐11 Transformer ‐1 T2UNA25 Electrical Room E21.10 E24.11







[9]

Table B: Lighting and Appliance Panel Boards and Load Centers LIGHTING & APPLIANCE PANEL BOARDS AND LOAD CENTERS Tag Voltage

System Main Size

Floor Level

Room No. Room Name 1/8 Scale Drawing No.

Enlarged Plan Drawing No.

L‐21 120/208 250 ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

L‐22 120/208 100 ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

L‐11 120/208 175 ‐1 T2UNA26 Electrical Room E22.20 N/A

L‐12 120/208 100 ‐1 T2UNA10 Electrical Room E22.20 E24.11

L‐13 120/208 225 ‐1 C2UNA02 Electrical Room E22.20 E24.11

L‐14 120/208 400 ‐1 C2UNA02 Electrical Room E22.20 E24.11

L‐15 120/208 250 ‐1 T2UNA25 Electrical Room E22.20 E24.11

L11 120/208 175 3 B5UNA05 Electrical Room E21.20 E24.10


L13 120/208 175 1 T3UNA01 Electrical Room E22.30 E24.11



L‐22 120/208 100 2 T4UNA01 Electrical Room E22.40 E24.11




L34 120/208 100 3 C5UNA01 Electrical Room E21.20 E24.11

L35 120/208 100 3 C5UNA01 Electrical Room E21.20 E24.11





L51 120/208 175 5 T7UNA06 Mechanical Room E22.70 N/A



EL‐21 120/208 100 ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

EL‐22 120/208 Spare ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

EL‐23 120/208 100 ‐2 B1A1412 Communications Room E21.10 N/A

EL‐11 120/208 60 ‐1 T2UNA25 Electrical Room E22.20 E24.11

EL‐12 120/208 60 ‐1 C2UNA02 Electrical Room E22.20 E24.11

EL11 120/208 175 3 B5UNA05 Electrical Room E21.20 E24.10

EL‐12 120/208 60 1 T3UNA01 Electrical Room E22.30 E24.11


[10]

EL21 120/208 60 2 T4UNA01 Electrical Room E22.40 E24.11

EL31 120/208 60 2 T5UNA01 Electrical Room E22.50 E24.11

EL32 120/208 40 3 C5UNA01 Electrical Room E21.20 E24.11

EL‐41 120/208 60 4 T6UNA01 Electrical Room E22.60 E24.11

EL‐42 120/208 60 4 B6UNA05 Electrical Room E21.20 E24.10

H‐21 277/480 600 ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

H‐22 277/480 100 N/A GG & G13 Grids N/A N/A

H‐23 277/480 100 N/A TE & T5 Grids N/A N/A

H‐24 277/480 60 ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

H‐25 277/480 400 ‐2 B1UNA05 Mechanical Pump Room E21.10 E24.10

H‐26 277/480 Spare ‐2 B1UNA02 Mechanical Room E21.10 N/A

H‐11 277/480 100 ‐1 T2UNA26 Electrical Room E22.20 N/A

H‐12 277/480 100 ‐1 P2UNA06 Storage E22.20 N/A

H‐13 277/480 Spare ‐1 T2UNA03 Electrical Room E22.20 N/A

H‐14 277/480 100 ‐1 C2UNA02 Electrical Room E22.20 E24.11

H‐15 277/480 225 ‐1 T2UNA25 Electrical Room E22.20 E24.11

H11 277/480 100 3 B5UNA05 Electrical Room E21.20 E24.10

H12 277/480 125 1 T3UNA01 Electrical Room E22.30 E24.11




H33 277/480 Spare 3 C5UNA01 Electrical Room E21.20 E24.11

H34 277/480 100 3 C5UNA01 Electrical Room E21.20 E24.11




H51 277/480 400 5 C7UNA01 Mechanical Room E22.70 N/A

H52 277/480 100 5 C7UNA01 Mechanical Room E22.70 N/A

EH‐21 277/480 100 ‐2 B1UNA06 Main Emergency Switch Rm

E21.10 E24.10

EH‐22 277/480 100 ‐2 B1UNA06 Main Emergency Switch Rm

E21.10 E24.10

EH‐23 277/480 225 ‐2 B1UNA06 Main Electrical Switch Room

E21.10 E24.10

EH‐11 277/480 100 ‐1 T2UNA26 Electrical Room E22.20 N/A

EH‐12 277/480 100 ‐1 C2UNA02 Electrical Room E22.20 E24.11

EH11 277/480 100 3 B5UNA05 Electrical Room E21.20 E24.10

EH12 277/480 100 1 T3UNA01 Electrical Room E22.30 E24.11


[11]



EH32 277/480 100 3 C5UNA01 Electrical Room E21.20 E24.11

EH33 277/480 225 3 C5UNA01 Electrical Room E21.20 E24.11


EH42 277/480 100 4 B6UNA05 Electrical Room E21.20 E24.10

EH51 277/480 225 5 T7UNA06 Mechanical Room E22.70 N/A

Over‐current Devices The main over‐current device in the main service entrance switchboards is a metal enclosed fuse switch, 3‐pole, 7.5 kV – 15kV, 600AS/150AF, 40K AIC. The fuse switches are provided with Class R rejection fuse clip kits. The branch over‐current device in the main service entrance switchboards are a 300A, 3‐pole molded case systems breaker set at 2500A solid state trip mechanism. The breakers are UL listed for application at 100% of the continuous ampere rating. Ground fault sensing and relaying equipment is also provided. The solid‐state ground‐fault relay requires no external source of electrical power and draws energy from output of current sensor to operate the ground fault protection system (GFP). The breaker protects the normal power bus rated at 65,000 AIC and the emergency switchboard rated at 50,000 AIC. A molded case circuit breaker is the over‐current protection device in a typical lighting and appliance panelboard, as well as a distribution panelboard.

Transformers There are two main types of transformers used to step‐down the voltage in the building. A dry type 1500 kVA transformer steps down the service voltage from 7.2 kV to 480/277, 3Ph, 4W at each of the incoming service feeds. This voltage is stepped down again to 120/208V, 3Ph, 4W with a dry type transformer. See transformer schedule below (Table C).


[12]

Table C: Transformer Schedule


[13]


[14]

Special Equipment

A transient voltage surge suppressor (TVSS) is located on Level 2 for the normal power and protects the main distribution bus loads. The TVSS is used to protect the system from a temporary surplus of voltage and/or current in a disrupted electrical circuit by diverting or limiting surge current. It is AC three phase and suppresses surges, spikes, and transients.

Lighting Loads

Over 8,500 feet of linear T5HO fixtures throughout the general library of the triangle building and office areas of the bar building provide indirect and diffuse lighting while highlighting the architectural barrel vaulted ceilings. In addition to the 87 different types of light fixtures and six types of tracks, several custom luminaires were designed specific for the Library. The auditorium includes downlights, track lighting, uplights, and linear fluorescent strips. The exterior lighting is comprised mostly of step lights, post‐tops, and in‐ground fixtures to highlight the water features.

ASHRAE/IESNA 90.1 requires automatic shutoff for this building (larger than 5000 SF) and must be controlled by an automatic control device to shut off building lighting in all spaces. The control device must function on a scheduled time‐of‐day operated control device, an occupant sensor, or a signal from another control or alarm system. See luminaire schedule (Table D). For HID ballast cutsheets, see Appendix B.


[15]

Table D: Luminaire Schedule


[16]

Mechanical and Other Loads

Mechanical, plumbing, and architectural equipment loads are provided in Tables E, F, and G, respectively. The mechanical loads include all HVAC equipment and controls, the plumbing loads include pumps and controls, and the architectural loads include elevators throughout the building.


[17]

Table E: Mechanical Equipment Loads


[18]


[19]


[20]


[21]


[22]

Table G: Architectural Equipment Loads

Table F: Plumbing Equipment Loads


[23]

Service Entrance Size

The sizing for the service entrance can be calculated using various methods during the following phases of project design: Conceptual/Schematic Phases (Table G), Design Development (Table H), and Construction Documents (Table I). These are then compared to the actual service entrance conditions in Table J.

1) Conceptual/Schematic – Load per Square Foot Building Area: 225,000 SF Voltage: 480 V Service entrance size: 2,531,250 VA / [480 V *sqrt(3)] = 3045 A Switchboard size: 3500 A

2) Design Development – NEC Estimated Loads Building Area: 225,000 SF Voltage: 480 V

LOAD per SQUARE FOOT Building Type % Building

Area Building Type Area (SF)

Loading VA/SF VA

Library 75% 168,750 11 1,856,250 Office 25% 56,250 12 675,000 TOTAL 100% 225,000 SF 2,531,250 VA

NEC LOADING Loading

Information Building Area

(SF) VA/SF

Demand Factor

VA

Lighting* 225,000 3 1.0 675,000 Receptacles (first 10 kVA)

225,000 0.5 1.0 112,500

Receptacles (over 10 kVA)

225,000 0.5 0.5 56,250

Mechanical (Cooling)

225,000 12 0.8 2,160,000

Plumbing (pumps)

225,000 2 0.8 360,000

Architectural Equipment (Elevators)

8 elevators 50kw ea. 0.0 0

3,363,750 VA

Table G: Conceptual/Schematic Service Entrance Sizing

Table H: Design Development Service Entrance Sizing


[24]

*Combination of Office Building (3.5 VA/SF) and Assembly halls and auditoriums (1 VA/SF) from NEC Table 220.12

Service entrance size: 3,363,750 VA / [480 V *sqrt(3)] = 4046 A Switchboard size: 4500 A

3) Working Drawings – Actual Loading

Service entrance size: 2,506,237 VA / [480 V *sqrt(3)] = 3015 A Additional spare capacity: 3015A * 1.25 = 1884 A Switchboard size: 2000 A Summary of Sizing Service Entrances

The service entrance equipment sizing in the Conceptual/Schematic Design, Design Development, and Working Drawings differs widely from the currently designed equipment. These first two methods are largely based on the square footage of the building, which does not account for specific complexities of the building. The summary table also shows the growing complexity with increasing loads as the design progresses. The lighting and receptacle loadings for the Actual Loading Method were based on the NEC Loading Technique instead of the existing panel boards. This estimation likely

ACTUAL LOADING

Loading Information Load Demand Factor

Demand Load (VA)

Lighting 675.0 kW 1.0 675,000 Receptacles 787.5 kW 1.0 787,500 Mechanical 946.0 kW 0.8 756,800 Plumbing 274.5 kW 0.8 219,635

Architectural 84.13 kW 0.8 67,302 2,506,237 VA

SUMMARY TABLE

Phase Load – kVA

Voltage System

Load ‐ Amps

1) Conceptual/Schematic Design 2531.25 480/277 3500 A 2) Design Development 3363.75 480/277 4500 A 3) Working Drawings 2506.24 480/277 2000 A Total Actual Conditions ‐ ‐ (2) 3000 A

Table I: Working Drawings Service Entrance Sizing

Table J: Summary of Service Entrance Sizing by Method


[25]

contributed to the service equipment size for the Actual Loading Method being much smaller than the existing service equipment size. In addition, the actual service conditions include significant space for future expansion.

Environmental Stewardship Design

Sustainable electrical design was not a top priority during the design of the building. However, the primary source of light throughout various areas of the building is daylight. This saves a significant amount of energy that would otherwise be used by electric lighting, particularly in the public Urban Room. An occupancy sensor and photocell sensor controls the lighting only on the ground level based on sufficient daylight and the presence of occupants. The electric lighting in the main library space of the Triangle and the offices in the Bar Building utilizes more efficient and longer lasting T5HO lamps with higher light output than other fluorescent alternatives. Given that the library was designed in 1999, these lamps were chosen during a time where T5HO lamps were relatively new technologies. The electrical systems design is lacking in energy efficient transformers, on site power generation, and special electrical materials/local sources.

Design Issues

Reliability issues were of main concern for the design of the building. A transient voltage surge suppressor located on both sides of the main service switchboard, helping to regulate the voltage and protect against voltage spikes.


[26]

COMMUNICATION SYSTEMS Summary Description:

The communication systems throughout the building include dimming control devices, security, fire alarm and detection, a public address system, telecommunication, and audio visual systems. The distribution panels and control is located in the communications rooms on the ground level of the building.

Security: Motion detectors, overhead door switches, door contacts, and card readers are supplied by the access control/security panel. A security monitoring room on Level ‐1 at Rooms BG and T1 provides access control and security badging/operators station. Security cameras are located throughout the building. Cameras monitoring the exterior are installed in the northeast loading dock and southeast parking area of the Level ‐2 parking area, as well as in the Children’s Garden and public plaza of Level ‐1. Additional security cameras are located within the main library building, the public Urban Room, parking garages, a main bridge connecting the Triangle Building to the Bar Building, and on the rooftop garden. Closed‐circuit television (CCTV) utilizes a series of monitors in at the circulation desks for surveillance. The library security also interfaces with a radio frequency identification (RFID) scanner which allows safekeeping of the books between the main library building and other public parts of the building.

Fire Alarm and Detection: Fire alarm manual stations, horns and signal strobes are located through the entirety of the building. Public Address: A speaker infrastructure is located throughout the office space in the Bar Building, which connect to the communications room on the ground floor. Public address is also extensive in the Triangle main library, Urban Room, and Children’s Library, which also connect to the communications room on the ground floor. The power supply for the microphone is connected to a DSP, which is then amplified and stepped down with a transformer before entering the speakers.


[27]

Telecommunication: Data via fiber optics and voice (UTP) enter the building from Telco through a street manhole and travels through the service electrical room to the main communications room. A riser field and station field for both data and voice in the communications closet feed workstations for areas without a raised floor system. The station cabling runs from the main communications room directly to the typical workstation or first through a communications closet for areas that have raised floor access. The building is equipped with wired and wireless local area network (LAN).

Audio Visual:

The audio visual features of the library include a multiuse auditorium with multimedia presentation capabilities for video, slide, computer display, and cameras for long‐distance learning. The multipurpose room is equipped with sound reinforcement, projection capabilities, and tie lines. Video projection and the capability for computer display are also featured in the computer training rooms. Another training room is equipped with video conferencing, while the library boardroom has rear projection video and computer display and audio and video conferencing. Satellite TV is also distributed throughout the building.

APPENDIX A: Single-line Diagram, Existing One-line Drawing,

Feeder Schedule

[28]

CONDUIT SIZE OF FRAME OR NO. OF (PER SET) PHASE CONDUCTORS NEUTRAL CONDUCTORS GROUND CONDUCTORS OVERCURRENT SWITCH

TAG FROM TO SETS SIZE TYPE No. SIZE TYPE No. SIZE TYPE No. SIZE TYPE PROTECTION SIZE REMARKS

1 MAIN UTILITY FUSE SWITCH A 3 ARMORED 3 #1/0 1 #1/0 600 600A/3P

2 MAIN UTILITY FUSE SWITCH B 3 ARMORED 3 #1/0 1 #1/0 600 600A/3P

3 FUSE SWITCH SWB-1/2-A 10 3-1/2" EMT 3 500MCM CU THWN 1 500MCM CU THWN 1 #3/0 CU THWN 3000 3000A/3P

4 FUSE SWITCH SWB-1/2-B 10 3-1/2" EMT 3 500MCM CU THWN 1 500MCM CU THWN 1 #3/0 CU THWN 3000 3000A/3P

5 SWB-1/2 A TVSS-A 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P

6 SWB-1/2 A HAD 4 3-1/2" EMT 3 500MCM XHHW 1 500MCM XHHW 1 #3/0 XHHW 800 800A/3P

7 SWB-1/2 A C1 1 1-1/2" EMT 2 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 175 200A/3P

8 SWB-1/2 A H-21 2 3" EMT 3 350MCM CU THWN 1 350MCM CU THWN 1 3AWG CU THWN 600 600A/3P

9 SWB-1/2 A T21 1 1-1/2" EMT 2 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 30 50A/3P

10 T21 L-21 1 2-1/2" EMT 3 250MCM CU THWN 1 250MCM CU THWN 1 4AWG CU THWN 30 50A/3P11 SWB-1/2 A H-24 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 125 150A/3P12 SWB-1/2 A T22 1 3/4" EMT 2 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P13 T22 L-22 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 100 100A/3P14 SWB-1/2 A H-23 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 100 100A/3P15 SWB-1/2 A H-22 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 100 100A/3P16 SWB-1/2 A T-23 1 1-1/2" EMT 2 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P17 T-23 L-23 1 2-1/2" EMT 3 #4/0 CU THWN 1 #4/0 CU THWN 1 4AWG CU THWN 125 150A/3P18 SWB-1/2 A H-25 1 3-1/2" EMT 3 500MCM XHHW 1 500MCM XHHW 1 3AWG XHHW 400 400A/3P19 SWB-1/2 A H-26 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 100 100A/3P20 SWB-1/2 A T14 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P21 T14 L14 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 70 80A/3P22 SWB-1/2 A T11 1 1-1/4" EMT 2 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P23 T11 L11 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 10AWG CU THWN 70 80A/3P24 SWB-1/2 A H11 1 3/4" EMT 1 2AWG CU THWN 1 2AWG CU THWN 1 8AWG CU THWN 100 100A/3P25 SWB-1/2 A T12 1 1" EMT 2 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 50 50A/3P26 T12 L12 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 50 50A/3P27 SWB-1/2 A H12 1 1-1/2" EMT 3 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P28 SWB-1/2 A T13 1 1-1/4" EMT 2 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P29 T13 L13 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P30 SWB-1/2 A T22 1 1-1/4" EMT 2 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P31 T22 L22 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P32 SWB-1/2 A T21 1 1-1/4" EMT 2 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 70 80A/3P33 T21 L21 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P34 SWB-1/2 A H21 1 1-1/2" EMT 3 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P35 SWB-1/2 A T33 1 1-1/4" EMT 2 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P36 T33 L33 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P37 SWB-1/2 A H32 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 100 100A/3P38 SWB-1/2 A T32 1 1" EMT 2 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 50 50A/3P39 T32 L32 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 50 50A/3P40 SWB-1/2 A H31 1 1-1/2" EMT 3 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P41 SWB-1/2 A C3 1 1-1/2" EMT 3 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P42 SWB-1/2 B ATS-2 3 3-1/2" EMT 3 500MCM XHHW 1 500MCM XHHW 1 3AWG XHHW 200 200A/3P43 SWB-1/2 B ATS-1 3 3-1/2" EMT 3 500MCM CU THWN 1 500MCM CU THWN 1 3AWG CU THWN 600 600A/3P44 SWB-1/2 B TVSS-B 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P45 SWB-1/2 B T15 1 1-1/2" EMT 2 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P46 T15 L-15 1 2-1/2" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 4AWG CU THWN 125 150A/3P47 SWB-1/2 B T12 1 1" EMT 2 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 70 80A/3P

FEEDER SCHEDULE

CONDUCTORS (PER SET)




48 T12 L-12 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 70 80A/3P49 SWB-1/2 B H-13 1 1-1/2" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 100 100A/3P50 SWB-1/2 B H-12 1 1-1/2" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 100 100A/3P51 SWB-1/2 B T11 1 1-1/2" EMT 2 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P52 T11 L-11 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P53 SWB-1/2 B H-11 1 1-1/2" EMT 3 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 100 100A/3P54 SWB-1/2 B H-15 1 2-1/2" EMT 3 #4/0 CU THWN 1 #4/0 CU THWN 1 4AWG CU THWN 400 400A/3P55 SWB-1/2 B T53 1 1" EMT 2 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 50 50A/3P56 T53 L53 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 50 50A/3P57 SWB-1/2 B T1 1 1-1/2" EMT 2 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 175 200A/3P58 SWB-1/2 B T2 1 1-1/2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 175 200A/3P59 SWB-1/2 B T51 1 1-1/4" EMT 2 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P60 T51 L51 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P61 SWB-1/2 B H51 1 3-1/2" EMT 3 500MCM XHHW 1 500MCM XHHW 1 3AWG CU THWN 400 400A/3P62 SWB-1/2 B T52 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P63 T52 L52 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P64 SWB-1/2 B T44 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P65 T44 L44 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P66 SWB-1/2 B H43 1 3-1/2" EMT 3 500MCM XHHW 1 500MCM XHHW 1 3AWG CU THWN 400 400A/3P67 SWB-1/2 B N/A 1 1-1/2" EMT 2 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 100 100A/3P68 SWB-1/2 B B3 1 3/4" EMT 2 8AWG CU THWN 1 8AWG CU THWN 1 10AWG CU THWN 20 50A/3P69 SWB-1/2 B T43 1 1" EMT 2 4AWG CU THWN 1 4AWG CU THWN 1 10AWG CU THWN 50 50A/3P70 T43 L43 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 50 50A/3P71 SWB-1/2 B H-42 1 1-1/4" EMT 2 2AWG CU THWN 1 2AWG CU THWN 1 8AWG CU THWN 100 100A/3P72 SWB-1/2 B T42 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P73 T42 L42 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P74 SWB-1/2 B H41 1 1-1/2" EMT 3 # 1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P75 SWB-1/2 B T41 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P76 T41 L41 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P77 SWB-1/2 B T31 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 70 80A/3P78 T31 L31 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 70 80A/3P79 HAD T-LRD 1 2-1/2" EMT 2 350MCM CU THWN 1 350MCM CU THWN 1 3AWG CU THWN 300 300A/3P80 HAD T13 1 1-1/2" EMT 2 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P81 T13 L-13 1 2-1/2" EMT 3 #4/0 CU THWN 1 #4/0 CU THWN 1 4AWG CU THWN 125 150A/3P82 HAD H-14 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P83 HAD T14 1 1-1/2" EMT 2 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 175 200A/3P84 T14 L-14 1 3-1/2" EMT 3 500MCM XHHW 1 500MCM XHHW 1 3AWG XHHW 175 200A/3P85 HAD T-DP 1 1-1/2" EMT 2 #1/0 CU THWN 1 #1/0 CU THWN 1 6AWG CU THWN 125 150A/3P86 T-DP DPA 1 2-1/2" EMT 3 #4/0 CU THWN 1 #4/0 CU THWN 1 4AWG CU THWN 125 150A/3P87 T-DP DPC 1 1-1/4" EMT 3 3AWG CU THWN 1 3AWG CU THWN 1 8AWG CU THWN 125 150A/3P88 HAD T35 1 3/4" EMT 2 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P89 T35 L35 1 1-1/2" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 6AWG CU THWN 50 50A/3P90 HAD H34 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P91 HAD T34 1 3/4" EMT 2 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P92 T34 L34 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 50 50A/3P93 HAD T15 1 2-1/2" EMT 2 350MCM CU THWN 1 350MCM CU THWN 1 3AWG CU THWN 225 250A/3P94 T15 L15 1 3-1/2" EMT 3 500MCM XHHW 1 500MCM XHHW 1 3AWG XHHW 225 250A/3P95 T-LRD LRD 1 2" EMT 3 #3/0 CU THWN 1 #3/0 CU THWN 1 6AWG CU THWN 300 300A/3P96 T-LRD LRD 1 2" EMT 3 #3/0 CU THWN 1 #3/0 CU THWN 1 6AWG CU THWN 300 300A/3P97 T-LRD LRD 1 2" EMT 3 #3/0 CU THWN 1 #3/0 CU THWN 1 6AWG CU THWN 300 300A/3P98 ATS-2 ESWB-2 1 2" EMT 3 #3/0 CU THWN 1 #3/0 CU THWN 1 6AWG CU THWN 200 200A/3P99 ATS-2 ED 1 2" EMT 3 #3/0 CU THWN 1 #3/0 CU THWN 1 6AWG CU THWN 200 200A/3P

100 ED EMD 2 4" EMT 3 500MCM XHHW 1 500MCM XHHW 1 #1/0 XHHW 200 200A/3P101 ATS-1 ED 1 2-1/2" EMT 3 250MCM CU THWN 1 250MCM CU THWN 1 1AWG CU THWN 600 600A/3P102 ATS-1 ESWB-1 2 2-1/2" EMT 3 250MCM CU THWN 1 250MCM CU THWN 1 1AWG CU THWN 600 600A/3P103 ESWB-2 T23 1 3/4" EMT 2 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P104 T23 EL-23 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 50 50A/3P105 ESWB-2 EH-23 1 3/4" EMT 2 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P106 ESWB-1 ET22 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 20 50A/3P107 ET22 EL-22 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 20 50A/3P




108 ESWB-1 EH12 1 1-1/4" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 60 80A/3P109 EH12 ET12 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 60 80A/3P110 ET12 EL12 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P111 ESWB-1 EH-22 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P112 ESWB-1 ET21 1 3/4" EMT 2 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 50 50A/3P113 ET21 EL-21 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 50 50A/3P114 ESWB-1 EH-21 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P115 ESWB-1 EH11 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 225 250A/3P116 EH11 ET11 1 1" EMT 2 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 225 250A/3P117 ET11 EL11 1 2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 225 250A/3P118 ESWB-1 EH51 1 2-1/2" EMT 3 250MCM CU THWN 1 250MCM CU THWN 1 4AWG CU THWN 400 400A/3P119 ESWB-1 EH42 1 1-1/4" EMT 3 2AWG CU THWN 1 2AWG CU THWN 1 6AWG CU THWN 80 80A/3P120 EH42 ET42 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 80 80A/3P121 ET42 EL42 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 80 80A/3P122 ESWB-1 EH41 1 1-1/4" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 60 80A/3P123 EH41 ET41 1 3/4" EMT 3 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 60 80A/3P124 ET41 EL41 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P125 ESWB-1 EH33 1 2" EMT 3 #3/0 CU THWN 1 #3/0 CU THWN 1 6AWG CU THWN 175 200A/3P126 ESWB-1 EH32 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 100 100A/3P127 EH32 ET32 1 1-1/2" EMT 3 1AWG CU THWN 1 1AWG CU THWN 1 6AWG CU THWN 100 100A/3P128 ET32 EL32 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 100 100A/3P129 ESWB-1 EH31 1 1-1/4" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 60 80A/3P130 EH31 ET31 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 60 80A/3P131 ET31 EL31 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P132 ESWB-1 EH21 1 1-1/4" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 60 80A/3P133 EH21 ET21 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 60 80A/3P134 ET21 EL21 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P135 ESWB-1 EH-11 1 1-1/4" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 60 80A/3P136 EH-11 ET11 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 60 80A/3P137 ET11 EL-11 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 60 80A/3P138 ESWB-1 EH-12 1 1-1/4" EMT 3 4AWG CU THWN 1 4AWG CU THWN 1 8AWG CU THWN 150 150A/3P139 EH-12 ET12 1 3/4" EMT 2 10AWG CU THWN 1 10AWG CU THWN 1 10AWG CU THWN 150 150A/3P140 ET12 EL-12 1 1" EMT 3 6AWG CU THWN 1 6AWG CU THWN 1 8AWG CU THWN 150 150A/3P141 ESWB-1 B2 1 1-1/2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 175 200A/3P142 ESWB-1 T3 1 1-1/2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 175 200A/3P143 ESWB-1 C2 1 1-1/2" EMT 3 #2/0 CU THWN 1 #2/0 CU THWN 1 6AWG CU THWN 175 200A/3P

NOTES:1. REFER TO RISER DIAGRAM FOR FEEDER TAGS

AL=ALUMINUMCU=COPPER

APPENDIX B: HID Ballast Cut Sheets

[29]

Metal

Halide

Lamp Ballast

Catalog Number 71A53N0

For 100W M90/M140

50 Hz HX-HPF

Status: Active

DIMENSIONS AND DATA

1.0"

5.10 "

4.50"

BMAX.

A

0.7"

0.25" WIDE2 SLOTS

3 X 4 CORE - 2 COIL UNIT

2.45"

3.95"

3.50"

2.90"2.80"

4 HOLESCLEAREDFOR #10

THRU-BOLTS

Capacitor: 7C175M30-R

Capacitance: 17.5

Dia/Oval Dim: 1.5

Height: 3.75

Temp Rating: 105°C

Ballast to Lamp Distance

(BTL) = 15 feet

Temp Rating: 105°C

Ignitor: LI533-H4

Data is based upon tests performed by Advance Transformer in a controlled environment and representitive of relative performance.Actual performance can vary depending on operating conditions. Specifications are subject to change without notice.

ADVANCEO'HARE INTERNATIONAL CENTER · 10275 WEST HIGGINS ROAD · ROSEMONT, IL 60018

Customer Support/Technical Service: Phone: 800-372-3331 · Fax: 630-307-3071

Corporate Offices: Phone: 800-322-2086

INPUT VOLTS 120 220 240

CIRCUIT TYPE

POWER FACTOR (min)

REGULATION

Line Volts

Lamp Watts

LINE CURRENT (Amps)

Operating................................................... 1.15 0.65 0.60

Open Circuit............................................... 2.20 1.20 1.10

Starting...................................................... 1.30 0.70 0.65

UL TEMPERATURE RATINGS

Insulation Class

Coil Temperature Code A A A

MIN. AMBIENT STARTING TEMP.

NOM. OPEN CIRCUIT VOLTAGE

INPUT VOLTAGE AT LAMP DROPOUT........................... 85 155 170

INPUT WATTS

RECOMMENDED FUSE (Amps)..................................... 6 3 3

CORE and COIL

Dimension (A)

Dimension (B)

Weight (lbs.)

Lead Lengths

CAPACITOR REQUIREMENT

Microfarads

Volts (min.)

Fault Current Withstand (amps)

60 Hz TEST PROCEDURES (Refer to Advance Test

Procedure for HID Ballasts - Form 1270)

High Potential Test (Volts)

1 minute

2 seconds

Open Circuit Voltage Test (Volts)

Short-Circuit Current Test (Amps)

Secondary Current

Input Current.............................................. 0.32 0.15 0.16 - -

0.52 0.30 0.25

HX-HPF

90%

±5%

±12%

H(180°C)

1029

-20°F or -30°C

266

129

1.90

3.20

6

12"

17.5

240

2000

2500

240-295

1.00-1.25

Wiring Diagram:

Fig. K3

LAMP

CAP LAMP

COM COM

LINE V

LINE V

COMLINE V

CAP

LINE V

IGNITOR

X1X3

X2

Typical Ordering Information

(please call Advance for suffix availability)

Order Suffix Description 500D. Ballast With Ignitor and Dry Film Capacitor

510D. Ballast w/Welded Bracket, Ignitor, & Dry Film Capacitor

600. Ballast and Ignitor, No Capacitor

610. Ballast with Welded Bracket and Ignitor, No Capacitor

05/19/05

Metal

Halide

Lamp Ballast

Catalog Number 71A5337BP

For 100W M90/M140

60 Hz R-HPF

Status: Active

DIMENSIONS AND DATA

0.75"

4.00"

3.50"

BMAX.

A

0.30" WIDE2 SLOTS

2 5/8 X 2 3/16 CORE

1.75"

2.65"

2.20"4 HOLESCLEARED

FOR #6THRU-BOLTS

2.20"

.062"

.20"

.20"

Capacitor: 7C100M33-R

Capacitance: 10

Dia/Oval Dim: 1.5

Height: 2.9

Temp Rating: 105°C

An ignitor integral to thecore and coil assembly isused to start the lamp.


(BTL) = 2 feet

Temp Rating: 125°C

Ignitor: INTEGRAL





INPUT VOLTS 277

CIRCUIT TYPE

POWER FACTOR (min)

REGULATION

Line Volts

Lamp Watts

LINE CURRENT (Amps)

Operating................................................... 0.45

Open Circuit............................................... 1.05

Starting...................................................... 0.70


Insulation Class

Coil Temperature Code A



INPUT VOLTAGE AT LAMP DROPOUT........................... 190

INPUT WATTS

RECOMMENDED FUSE (Amps)..................................... 3

CORE and COIL

Dimension (A)

Dimension (B)

Weight (lbs.)

Lead Lengths


Microfarads

Volts (min.)





1 minute

2 seconds



Secondary Current

Input Current.............................................. 0.25 - - - -

0.35

R-HPF

90%

±5%

±10%

H(180°C)

1029

-20°F or -30°C

277

118

1.80

3.10

3.2

12"

10.0

280

2000

2500

260-290

1.05-1.55

Wiring Diagram:

Fig. H

COM

LAMP

CAPIGNITOR

LAMP

LINE V

INTEGRATED

IGNITOR BALLAST



Order Suffix Description 500DB Ballast With Integral Igniter and Dry Film Capacitor

510DB Ballast w/Welded Bracket, Integral Igniter & Dry Film Cap.

600B Ballast and Integral Igniter, No Capacitor

610B Ballast w/Welded Bracket and Integral Igniter, No Capacitor

08/12/04

Metal

Halide

Lamp Ballast


For 50W M110

60 Hz R-HPF

Status: Active

DIMENSIONS AND DATA

0.75"

4.00"

3.50"

BMAX.

A

0.30" WIDE2 SLOTS

2 5/8 X 2 3/16 CORE

1.75"

2.65"

2.20"4 HOLESCLEARED

FOR #6THRU-BOLTS

2.20"

.062"

.20"

.20"

Capacitor: 7C050L33

Capacitance: 5

Dia/Oval Dim: 1.25

Height: 2.9

Temp Rating: 105°C



(BTL) = 2 feet

Temp Rating: 125°C

Ignitor: INTEGRAL





INPUT VOLTS 277

CIRCUIT TYPE

POWER FACTOR (min)

REGULATION

Line Volts

Lamp Watts

LINE CURRENT (Amps)

Operating................................................... 0.22

Open Circuit............................................... 0.55

Starting...................................................... 0.35


Insulation Class





INPUT WATTS


CORE and COIL

Dimension (A)

Dimension (B)

Weight (lbs.)

Lead Lengths


Microfarads

Volts (min.)





1 minute

2 seconds



Secondary Current

Input Current.............................................. 0.25 - - - -

0.35

R-HPF

90%

±5%

±10%

H(180°C)

1029

-20°F or -30°C

277

62

1.10

2.60

2.2

12"

5.0

280

2000

2500

260-290

0.65-0.95

Wiring Diagram:

Fig. H

COM

LAMP

CAPIGNITOR

LAMP

LINE V

INTEGRATED

IGNITOR BALLAST







05/15/03

Metal

Halide

Lamp Ballast

Catalog Number 71A5281

For 70W M139

60 Hz HX-HPF

Status: Active

DIMENSIONS AND DATA

1.0"

5.10 "

4.50"

BMAX.

A

0.7"

0.25" WIDE2 SLOTS

3 X 4 CORE - 2 COIL UNIT

2.45"

3.95"

3.50"

2.90"2.80"

4 HOLESCLEAREDFOR #10

THRU-BOLTS

Capacitor: 7C080L33-R

Capacitance: 8

Dia/Oval Dim: 1.25

Height: 2.9

Temp Rating: 105°C


(BTL) = 10 feet

Temp Rating: 105°C

Ignitor: LI533-H4





INPUT VOLTS 120 277

CIRCUIT TYPE

POWER FACTOR (min)

REGULATION

Line Volts

Lamp Watts

LINE CURRENT (Amps)

Operating................................................... 0.85 0.37

Open Circuit............................................... 1.60 0.70

Starting...................................................... 0.85 0.40


Insulation Class

Coil Temperature Code A A



INPUT VOLTAGE AT LAMP DROPOUT........................... 80 190

INPUT WATTS

RECOMMENDED FUSE (Amps)..................................... 4 2

CORE and COIL

Dimension (A)

Dimension (B)

Weight (lbs.)

Lead Lengths


Microfarads

Volts (min.)





1 minute

2 seconds



Secondary Current

Input Current.............................................. 0.70 0.30 - - -

1.10 0.50

HX-HPF

90%

±5%

±7%

H(180°C)

1029

-20°F or -30°C

245

94

1.50

2.70

5.5

12"

8.0

280

2000

2500

220-270

1.10-1.40

Wiring Diagram:

Fig. K3

LAMP

CAP LAMP

COM COM

LINE V

LINE V

COMLINE V

CAP

LINE V

IGNITOR

X1X3

X2



Order Suffix Description 500D. Ballast With Ignitor and Dry Film Capacitor

510D. Ballast w/Welded Bracket, Ignitor, & Dry Film Capacitor

600. Ballast and Ignitor, No Capacitor

610. Ballast with Welded Bracket and Ignitor, No Capacitor

05/13/99

Metal

Halide

Lamp Ballast


For 70W M98/M143

60 Hz R-HPF

Status: Active

DIMENSIONS AND DATA

0.75"

4.00"

3.50"

BMAX.

A

0.30" WIDE2 SLOTS

2 5/8 X 2 3/16 CORE

1.75"

2.65"

2.20"4 HOLESCLEARED

FOR #6THRU-BOLTS

2.20"

.062"

.20"

.20"

Capacitor: 7C080L33-R

Capacitance: 8

Dia/Oval Dim: 1.25

Height: 2.9

Temp Rating: 105°C



(BTL) = 2 feet

Temp Rating: 125°C

Ignitor: INTEGRAL





INPUT VOLTS 277

CIRCUIT TYPE

POWER FACTOR (min)

REGULATION

Line Volts

Lamp Watts

LINE CURRENT (Amps)

Operating................................................... 0.32

Open Circuit............................................... 0.80

Starting...................................................... 0.50


Insulation Class





INPUT WATTS


CORE and COIL

Dimension (A)

Dimension (B)

Weight (lbs.)

Lead Lengths


Microfarads

Volts (min.)





1 minute

2 seconds



Secondary Current

Input Current.............................................. 0.20 - - - -

0.45

R-HPF

90%

±5%

±10%

H(180°C)

1029

-20°F or -30°C

277

85

1.50

2.90

2.9

12"

8.0

280

2000

2500

260-290

0.85-1.25

Wiring Diagram:

Fig. H

COM

LAMP

CAPIGNITOR

LAMP

LINE V

INTEGRATED

IGNITOR BALLAST







05/15/03