vaccuperm vgs-140 - sialco...vaccuperm vgs-140 1 1. general vaccuperm vgs-140 high-performance...
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GRUNDFOS DATA BOOKLET
Vaccuperm VGS-140High-performance disinfection systems
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Vaccuperm VGS-140
1. General 3Vaccuperm VGS-140 high-performance disinfection systems 3
2. Functional scheme 4Functional scheme Vaccuperm VGS-141, VGS-143, VGS-145 4
3. Technical data 5Vaccuperm VGS-141, VGS-143, VGS-145 gas dosing systems 5Vaccuperm VGS-147 and VGS-148 vacuum regulators 7
4. Accessories 8High-capacity injectors 545 8Combined liquid chlorine trap and chlorine gas filter LiquFilt 524 9Liquid gas evaporator RV 171 10Change-over device 185 12Change-over device 185-2 with bypass 13Vacuum change-over device 186 15Pressure reducing valves 544 17
5. Further product documentation 18WebCAPS 18WinCAPS 19
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Vaccuperm VGS-140 1
1. General
Vaccuperm VGS-140 high-performance disinfection systems• Pressure sensors for more safety: optional pressure
sensors for injector vacuum and operating vacuum allow the early detection of disturbances such as insufficient injector vacuum or vacuum regulator faults.
• Precise scan system for the flowmeter: the inductive sensor is insensitive to soiling and does not get into contact with the aggressive gas to be dosed. The resolution of the signal is about 2 % of the limit value of the measuring range.
• Systems with direct proportional control: the servomotor of the rate valve can optionally be equipped with electronics (4-20 mA input) for direct proportional control without additional control electronics.
• Automation of the dosing process: optionally a microprocessor-based controller can be integrated for PID control or for compound loop control.
• Ergonomic and service-friendly design: all control elements and displays are installed at eye-level for easy handling. Easy change-over from automatic to manual operation. All assembly and service work can be executed with a few standard tools.
Note: Vaccuperm VGS-140 are expert systems. All component configurations must be adapted to the requirements on site. For assistance, please ask our product specialists or project department.
Fig. 1 Complete installation: drinking water disinfection with chlorine gas
TM
04
13
40
27
09
16
18
16
2 3b
4
5
11a
14
16
11 1012
13
16
15
17
987
6
3c3a
Pos. Description
1 Chlorine drum
1a Chlorine drum balance
2Control for the pneumatic chlorine drum quick-action stop valves
3 Chlorine drum lifting device
3a Lifting beam
3b Spring balance for cranes
3c Chain hoist
4 Automatic change-over device
5 Nitrogen rinsing device
6 Chlorine evaporator
7 Pressure reducing valve and filter
8 Vacuum regulator VGS-141 to VGS-148
9 Gas dosing system VGS-141 to VGS-145
10 High-capacity injector
11 Motive water booster pump
12 Flowmeter with 4-20 mA output
13 Injection unit
14 Chlorine gas sensor
15 Optical and acoustic alarm devices
16 Suction nozzle to the chlorine gas neutralization system
17 Central control panel with computer interface
18 Sprinkling system
Pos. Description
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Vaccuperm VGS-1402
2. Functional scheme
Functional scheme Vaccuperm VGS-141, VGS-143, VGS-145
Fig. 2 Functional scheme Vaccuperm VGS-141, VGS-143, VGS-145
TM
04
14
01
39
09
Front hood with swinging-out clear screen
Option: microprocessor-based PID controller
Option: servomotor with or without control electronics
Linear rate valve
Vacuum meterOption: with limit contacts
Gas flowmeter Option: 4-20 mA scanning
Option: sensor for operating vacuum
Enclosure with foot for floor mounting or without foot for wall mounting
High capacitiy injector
Vacuum regulatorVGS-148 with safety
valveOption: contact
manometer
Differential pressureregulator
Option: with sensor forinjector vacuum
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Vaccuperm VGS-140 3
3. Technical data
Vaccuperm VGS-141, VGS-143, VGS-145 gas dosing systems• Vacuum dosing system with rate valve
• Material: Polyurethane (enclosure), PVC, PTFE, FKM, silver-coated nickel-chrome alloy
• Gas flowmeter according to floater principle
• Vacuum meter NG 100 mm
• Manual or automatic adjustment of the dosing flow
• Differential pressure regulator
• Floor mounting unit, covered
• For ammonia and sulphur dioxide on request
Dimensions
Fig. 3 VGS-141, VGS-143, VGS-145 with foot for floor mounting
TM
04
13
41
27
09
1000
610 390
45050
DN
40=
730
1810
1000
DN
20=
760
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Vaccuperm VGS-1403
Technical data
Options
Vacuum connections
• For PE hose 8/11, PE hose 12/16, PE hose 1/2", PVC pipe 12/16, PVC pipe 15/20
Motor
Synchronous motor 3VA, IP55, actuating time 0-100 %: 90 s at 50 Hz, 75 s at 60 Hz, installed on the rate valve
• 230 V (50/60 Hz) with feedback potentiometer
• 115 V (50/60 Hz) with feedback potentiometer
• 230 V (50/60 Hz), input/output 4-20 mA
• 115 V (50/60 Hz), input/output 4-20 mA
Magnetic inductive gas flow sensor
• Precise scanning for all measuring tubes from 2 to 200 kg/h
Vacuum meter for injector vacuum
• NG 100 with 2 limit contact outputs
• Without vacuum meter
Pressure sensors
• For injector vacuum
• For operating vacuum
• For injector and operating vacuum, signal evaluation via external PLC, required control voltage 24 V
Enclosure versions
• Floor mounting unit with hood, open foot
• Wall mounting unit with hood
Spare parts sets
Flow rate Vacuum connections Type
50-1000 g/h
PE hose 10/14 VGS-141-010
100-2000 g/h
200-4000 g/h
400-8000 g/h
0.5 - 10 kg/h
1-20 kg/hPVC pipe 20/25 VGS-143-040
2-40 kg/h
3.5 - 70 kg/h
PVC pipe 40/50 VGS-145-2006-120 kg/h
10-200 kg/h
Dosing medium For dosing unit Order No.
Chlorine gas
VGS-141-010up to 500 g/h
96729331
VGS-141-0101000 g/h up to 10 kg/h
96688759
VGS-143-04010 kg/h up to 40 kg/h
96688761
VGS-145-20040 kg/h up to 200 kg/h
96088763
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Vaccuperm VGS-147 and VGS-148 vacuum regulators• For line installation, with integrated safety valve,
with grooved flange DN 25 (G 1) without liquid trap
• For ammonia and sulphur dioxide on request.
Dimensions
Fig. 4 VGS-147 vacuum regulator
Fig. 5 VGS-148 vacuum regulator
Technical data
Options
Manometer
• 0-16 bar, NG 63, optionally with MIN contact (N.O./N.C.)
• Without manometer
Testing agents
• Bottle with ammonia for tightness check
Spare parts setsT
M0
4 1
31
2 2
60
9T
M0
4 1
31
3 2
60
9
209
52
Ø 1
75
128
171
106
DN 25
20/25
20612540/50
Ø 5
0
245
245
7
170
170
DN 25
6/8
Flow rate Vacuum connection Type
Max. 40 kg/h PVC pipe 20/25 VGS-147-040
Max. 70 kg/h PVC pipe 40/50 VGS-148-070
Max. 120 kg/h PVC pipe 40/50 VGS-148-120
Max. 200 kg/h PVC pipe 40/50 VGS-148-200
Spare parts set for Order No.
VGS-147-040 96688764
VGS-148-070 96688765
VGS-148-120 96688766
VGS-148-200 96688767
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Vaccuperm VGS-1404
4. Accessories
High-capacity injectors 545The selection of the injector to be used for the specific task determines the safe functioning of the entire chlorine gas system. The important criteria are the motive water pressure and counterpressure as well as the dosing capacity. The indication of the customer data and the operating point are necessary for the decision.
• Due to the special form of the nozzle, the operating costs are low and efficiency is improved.
• Easy selection of the operating point thanks to the optimum graduation of the product range.
• The construction according to the flow allows a reduction of the pressure losses of the non-return diaphragm valve.
• A safety non-return diaphragm valve according to the floater principle protects the dosing unit disposed upstream optimally from the entry of water or chlorine solution.
• Injectors for ammonia and sulphur dioxide are available on request.
Dimensions
Fig. 6 High-capacity injector 545
Technical data
TM
04
13
34
26
09
D2
D1
H
D1
L
Dosing capacity
Counterpres-sure[bar]
Length (L)[m]
Height (H)
[mm]
Motive water connection
(D1)
Vacuum connection(D2)
Chlorine solution connection
(D1)Product No.
10 kg/h 0.5 - 3 400 155 PVC pipe 25/32 PE hose 10/14 PVC pipe 25/32 96696669
10 kg/h 0.5 - 3 400 155 Hose NPT 1 1/4" PE hose 10/14 Hose NPT 1 1/4" 91836339
10 kg/h 3-7 400 155 PVC pipe 25/32 PE hose 10/14 PVC pipe 25/32 96729173
10 kg/h 3-7 400 155 Hose NPT 1 1/4" PE hose 10/14 Hose NPT 1 1/4" 96729205
20 kg/h 0.5 - 3 480 190 PVC pipe 32/40 PVC pipe 20/25 PVC pipe 32/40 96729067
20 kg/h 3-7 480 190 PVC pipe 32/40 PVC pipe 20/25 PVC pipe 32/40 96706388
40 kg/h 0.5 - 3 710 310 PVC pipe 50/63 PVC pipe 20/25 PVC pipe 50/63 96729072
40 kg/h 3-7 710 310 PVC pipe 50/63 PVC pipe 20/25 PVC pipe 50/63 91836631
70 kg/h 0.5 - 3 650 325 PVC pipe 65/75 PVC pipe 40/50 PVC pipe 65/75 96729139
70 kg/h 3-7 650 325 PVC pipe 65/75 PVC pipe 40/50 PVC pipe 65/75 96729225
120 kg/h 0.5 - 3 720 325 PVC pipe 80/90 PVC pipe 40/50 PVC pipe 80/90 96729141
120 kg/h 3-7 720 325 PVC pipe 80/90 PVC pipe 40/50 PVC pipe 80/90 96729228
200 kg/h 0.5 - 3 825 370 PVC pipe 90/110 PVC pipe 40/50 PVC pipe 90/100 96729122
200 kg/h 3-7 825 370 PVC pipe 90/110 PVC pipe 40/50 PVC pipe 90/100 96729211
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Combined liquid chlorine trap and chlorine gas filter LiquFilt 524LiquFilt 524 separates the impurities in the gaseous chlorine and catches any liquid chlorine drops.
LiquFilt 524 is an important part of high-capacity chlorine gas dosing systems. It protects the downstream dosing units from damage by liquid chlorine and prevents the obstruction of nozzles and valve seats. Essential parts of the unit are a rugged steel vessel filled with chlorine-proof mineral filter material, and an electric heater strip wrapped around its casing. The self-regulating strip conveys the heat to the steel and thus keeps the housing at a constant temperature, hot enough to evaporate the deposited liquid chlorine drops.
LiquFilt 524 is installed directly in the chlorine gas line via its flange connections.
The tube connection needs not to be detached for exchanging the filter. In order not to interrupt the chlorine gas supply when exchanging the filter, we recommend the installation of a bypass line with three shut-off valves.
Dimensions
Fig. 7 LiquFilt 524
Technical data
Types
Accessories
Spare parts
TM
04
13
31
26
09
Max. flow 200 kg/h chlorine gas
Nominal pressure 16 bar
Test pressure 23 bar
Nominal heating capacity
80 W at 10 °C
Materialhigh-grade seamless steel, Rockwool gasket, asbestos-free material
Input groove flange DN 25 (G1), DIN 2527/2512
Output tongue flange DN 25 (G1), DIN 2527/2512
Weight 22 kg
290
49
0~
190
130
Description Type
LiquFilt trap and filter with heather strip 115 V or 230 V (50/60 Hz)
524-205
Description Product No.
Steel pipe, G 1/2, DIN 2441, 1 m, ∅21.3 96727447
Steel pipe, G 1, DIN 2441, 1 m, ∅33.7 96727448
Pair of welding neck flanges DN 25, PN 16, groove and tongue, DIN 2633/2512
96698366
Pair of threaded flanges G 1, PN 16, groove and tongue, DIN 2566/2512
96727563
Reducing part G 1 to G 1/2 96727557
Description Product No.
Spare parts for LiquFilt 524 91835919
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Vaccuperm VGS-1404
Liquid gas evaporator RV 171The automatic evaporator transforms the liquid gas taken from the storage tank by heating. The heat transfer medium is either water containing anticorrosive and antifreezer, or oil.
The liquid gas to be vapourized flows under pressure into the lower part of the evaporator, passes preheating, evaporating and progressive heating zone and leaves it as a dry saturated gas flow at the top. In order to protect the downstream installations up to the pressure reducing valve from reliquefaction of the gas, the evaporator is designed generously, considering the gas outlet temperature.
A bursting disk with connected expansion tank ensures that the highest admissible operating pressure is not exceeded. This tank is dimensioned in a way to transform the overpressure after the bursting of the bursting disk into the normal operating pressure. If the bursting disk bursts, this is indicated by a contact manometer.
A contact manometer with two adjustable limit contacts indicates too high or too low gas pressure.
• The compact and maintenance-free multitubular heat exchanger is designed for the evaporation of liquid chlorine yet also suitable for ammonia and sulphur dioxide.
• Chlorine quantities of up to 200 kg/h can be evaporated at temperatures from 5 °C to 60 °C (water) or 68 °C to 72 °C (oil)
• Protection from overheating and overpressure
• High operational safety due to the use of proven materials resistant against the dosing media.
Dimensions
Fig. 8 Liquid gas evaporator RV 171W
Technical data
Types
TM
04
13
14
26
09
~ 730
14
1293
DN 25
DN 25
203
1805
~ 670
125
100
Power consumption 9 kW (171-100), 18 kW (171-200)
Voltage 230/400 V (50/60 Hz)
Weightapprox. 220 kg, including load section and control panel
Max. operating pressure
12 bar, with bursting disk 16 bar
Testing pressure 33 bar
Admissible ambient temperature
0-40 °C
Warming-up time approx. 4 minutes (water), 5-7 minutes (oil)
Connection inlet groove flange DN 25 (G 1), DIN 2635/2512
Connection outlet tongue flange DN 25 (G 1), DIN 2635/2512
Heat transfer medium Evaporation capacity Type
Water100 kg/h 171W-100
200 kg/h 171W-200
Oil100 kg/h 171-100
200 kg/h 171-200
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Selection
Voltage of heating elements
• 230/400 V (50/60 Hz)
• 240/415 V (50/60 Hz)
• 220/380 V (50/60 Hz)
Voltage of circulation pump
• 220-240 V (50 Hz), IP42/F
• 220-240 V (60 Hz), IP42/F
Voltage of control panel
• Load section: 380-415 V (50/60 Hz), with supply for gas pressure reducing valve
• Control section: 24 V DC, options: digital display unit, Profibus DP.
Accessories
Spare parts sets
Functional scheme RV 171W-100, -200
Fig. 9 Evaporator RV 171W-100, -200
Functional scheme RV 171-100, -200
Fig. 10 Evaporator RV 171-100, -200
Description Product No.
Shut-off valve DN 25 (G 1), inlet and outlet side, full-way valve chlorine and ammonia
96706446
Flange set: pair of counterflanges (threaded flanges), G 1, PN 16, DIN 2566/2512, with screws and sealings
96727563
Flange set: pair of counterflanges (welding neck flanges), DN 25, PN 16, DIN 2633/2512, with screws and sealings
96698366
Description Product No.
Spare parts set: bursting disk 16 bar, copper line for contact manometer
95705524
Gasket set: gaskets for heating elements, flat gaskets for inlet and outlet connection, gaskets for bursting disk and pipe connections
96688864
TM
04
13
36
26
09
1 Heat exchanger 6 Bursting disk
2 Liquid chlorine intake 7 Expansion vessel
3 Gas outlet 8Filler neck for the heat transfer medium (water)
4 Heating elements 9 Equalizing tank
5 Circulation pump 10 Drain valve
TM
04
14
03
26
09
1 Tank 5 Agitator
1a Tubular bundle 6 Bursting disk
1b Thermal oil 7 Expansion tank
2 Inlet connection 8Contact manometer behind the bursting disk
3 Outlet connection 9Contact manometer (operation manometer)
4 Heating flange 10 Contact thermometer
6
3
7
1
2
9
4
8
5
10
4
2
1
3
10 5 8
1a1b
76
9
11
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Vaccuperm VGS-1404
Change-over device 185The change-over device is installed between two gas container batteries to ensure an uninterrupted gas supply. It automatically changes over from the empty battery to the full standby battery.
• Application: liquid or gaseous chlorine under pressure.
• Reliable change-over function due to the two independent motor valves with manual operation in case of power failure.
• Overload-proof single-phase AC motors for valve actuation.
• Practically no leakage losses thanks to the PTFE packings of the stuffing boxes.
• High functional safety and resistance to wear and tear thanks to the materials resistant against the dosing media.
• Indication of the switching status of the valves with control lamps.
• Transmission of the operating status via a potential-free changeover contact.
Dimensions
Fig. 11 Change-over device 185-1 without bypass
TM
04
13
15
26
09
180
100
275
75
384 160
867
124
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Vaccuperm VGS-140 4
Change-over device 185-2 with bypassThe change-over device 185-2 with bypass allows manual operation during maintenance of the servomotors. Opening and closing of the motor valves is made in manual operation with electrical pushbuttons.
Dimensions
Fig. 12 Change-over device 185-2 with bypass
Fig. 13 Control panel for 185
TM
04
13
16
26
09
1170
475110 475 110
493
39634
0
18010
0
TM
04
13
17
26
09
445
400
227
300
Ø9
200
230
420
37
13
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Vaccuperm VGS-1404
Technical data
Types
Options
Flow
• Up to 200 kg/h chlorine gas, up to 600 kg/h liquid chlorine
Voltages
• Control panel and motor valves 230 V (50 Hz), IP65
• Control panel and motor valves 230 V (60 Hz), IP65
• Control panel and motor valves 115 V (60 Hz), IP65
• Control panel and motor valves 115 V (50 Hz), IP65
• Without control panel, motor valves 230 V (50/60 Hz)
• Without control panel, motor valves 115 V (60 Hz)
Accessories
Functional scheme
Fig. 14 Change-over device 185
Nominal pressure 16 bar
Testing pressure 23 bar
Connection inletgroove flange DN 25 (G 1)/PN16, DIN 2527/2512
Connection outlettongue flange DN 25 (G 1)/PN16, DIN 2527/2512
Material
valve body and flanges:
steel
valve balls: stainless steel
gaskets: PTFE, glass-fibre reinforced
lines:seamless drawn steel tube to DIN EN10255
Protection IP65
Actuating time 0-100 % 15 sec. at 50 Hz, 12.5 sec. at 60 Hz
Outputs3 potential-free outputs; max. charge: 250 V AC, 10 A / 250 V DC, 1 A
Power consumption 0.1 kW
Weight185-1: approx. 20 kg
185-2: approx. 30 kg
Admissible ambient temperature
0 to +40 °C
Description Type
Change-over device without bypass, 2 motor valves, contact manometer, control panel 230 V (50 Hz)
185-1
Change-over device with bypass with shut-off valves, 2 motor valves, contact manometer, control panel 230 V (50 Hz)
185-2
Description Product No.
Set of threaded flanges DN 25 (G 1)/PN16, connection flange DIN 2566/2512
96727576
Gasket set: gaskets for groove-and tongue flanges 96688979
TM
04
14
02
40
09
1 Drum balance 3 Change-over device 185
2 Chlorine drum 4 Control panel
1
34
2
WIWIWIWI
P P
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Vaccuperm VGS-140 4
Vacuum change-over device 186The vacuum change-over device is controlled via the control panel by two contact manometers and automatically changes over from the empty battery to the full standby battery.
• Application: chlorine gas under vacuum.
• The change-over device consists of a 3-way ball valve, an electric servomotor and a control panel.
• At the inlet side, it is connected to two vacuum regulators; at the outlet side it is connected to a dosing unit.
• Both contact manometers are mounted either directly at the vacuum regulators or at the end of the header line before the vacuum regulators.
Dimensions
Fig. 15 Vacuum change-over device 186
TM
04
13
37
26
09
30
50
190
138
132
Ø40
Ø86
187
232
>111
95
45
100
62
145
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Vaccuperm VGS-1404
Dimensions control panel
Fig. 16 Control panel for 186
Technical data
Options
Connections
• PVC pipe 32/40
• PVC pipe 40/50, extensions
• PVC pipe 20/25, reductions
Voltage of control panel
• 115 V or 230 V (50/60 Hz)
Fastening material
• for wall mounting
Labelling of the control panel
• German
• English
• French
• Spanish
Types
Spare parts
Functional scheme 186
Fig. 17 Functional scheme 186
TM
04
13
19
26
09
Maximum flow up to 120 kg Cl2 per hour
Servomotor
protection: IP65
actuating time 0-100 %: 4 seconds
admissible ambient temperature:
0 to +40 °C
admissible storage temperature:
-10 to +50 °C
weight: 2 kg
Control panelprotection: IP54
weight: 8.5 kg
Description Type
Vacuum change-over device with control panel 230 V (50/60 Hz)
186-120
Description Product No.
Maintenance kit: ball valve without servomotor for 186-120
95720552
227
400
420
300
440
Ø8.5
TM
04
13
20
26
09
A Line from the containers E Control panel
B Line to the dosing unit F Vacuum regulator
CChange-over device 186-120
GOverpressure line to the absorption tank
D Pressure reducing valve H LiquFilt 524
A
CD D EFF
H H
GG
A
B
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Vaccuperm VGS-140 4
Pressure reducing valves 544• The pressure reducing valve 544 reduces the
unregulated gas pressure of the gas containers to a constant operation pressure.
• It ensures the precise and pressure-independent functioning of the inlet valve of the vacuum regulator and prevents re-liquefaction of the gas.
• If the reducing valve is additionally equipped with a servomotor, it protects the dosing unit against the penetration of liquefied gas by its immediate shut-off function in case of malfunctions of the system.
• If the operating pressure exceeds the setpoint value, the spring-cone-diaphragm system causes the valve to close.
• If the pressure reducing valve 544 is connected to a Conex DIA-G or DIS-G gas warning system, the valve will be immediately closed in case of a gas breakout.
Dimensions
Fig. 18 Pressure reducing valve without servomotor (above), with servomotor (below)
Technical data
Order data
Suitable flanges see accessories below.
Options
Pressure reducing valves with servomotor
Servomotor: linear-attached actuator with no-voltage readjusting device, closing time approx. 5.5 s (at max. stroke), setting time 100 %, admissible ambient temperature 0 to +50 °C, protection IP54
• 230 V, 50 Hz, 22 mA, 20 W
• 115 V, 60 Hz, 60 mA, 21.6 W.
Accessories
Spare parts sets
TM
04
13
33
26
09
Connection H D L1 L2 T1 T2 Type
G 1/2 200 120 198 240 128 240 544-101
G 1 220 150 240 - 128 255 544-102
G 1/2 425 120 198 240 128 240 544-210
G 1 435 150 240 - 128 255 544-220
H
162
H~3
5
D
L 2
L 1 T 2
T 1
Nominal pressure 16 bar
Counterpressure adjustable 2 to 3 bar
Weight
6 kg G 1/2, without servomotor
12.5 kg G 1, without servomotor
9.5 kg G 1/2, with servomotor
16 kg G 1, with servomotor
Materials
diaphragm: fine silver
valve cone: tantal
valve seat: PVDF
spring: nickel-chrome alloy, silver plated
O-rings: FKM
enclosure: brass
Max. flow
Diameter Connection Servomotor Product No.
40 kg/h DN 15 G 1/2
- 96693065
230 V50/60 Hz
96729024
115 V50/60 Hz
96729025
200 kg/h DN 25 G 1
- 96729019
230 V50/60 Hz
96729028
115 V50/60 Hz
96729031
Description Product No.
Manometer 0 to 16 bar, G 1/4 (only for chlorine) 96688685
Wall mounting bracket, steel 96728842
Connection set for copper pipe 6/8 (only G 1/2) 96727550
Pair of threaded flanges (connection flange), groove and tongue, DN 15
96727553
Set of threaded flanges (counter flange), groove and tongue, DN 15, with screws and sealings
96727556
Pair of threaded flanges (connection flange), groove and tongue, DN 25
96706818
Set of threaded flanges (counter flange), groove and tongue, DN 25, with screws and sealings
96727563
Description Product No.
Spare parts set for valve type 544-101, -210 96688978
Spare parts set for valve type 544-102, -220 91835913
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Vaccuperm VGS-1405
5. Further product documentation
WebCAPSWebCAPS is a Web-based Computer Aided Product Selection program available on www.grundfos.com.
WebCAPS contains detailed information on more than 220,000 Grundfos products in more than 30 languages.
Information in WebCAPS is divided into six sections:
• Catalogue
• Literature
• Service
• Sizing
• Replacement
• CAD drawings.
Catalogue
Based on fields of application and pump types, this section contains the following:• technical data• curves (QH, Eta, P1, P2, etc.) which can be adapted to the
density and viscosity of the pumped liquid and show the number of pumps in operation
• product photos• dimensional drawings• wiring diagrams• quotation texts, etc.
Literature
This section contains all the latest documents of a given pump, such as• data booklets• installation and operating instructions• service documentation, such as Service kit catalogue and
Service kit instructions• quick guides• product brochures.
Service
This section contains an easy-to-use interactive service catalogue. Here you can find and identify service parts of both existing and discontinued Grundfos pumps.Furthermore, the section contains service videos showing you how to replace service parts.
Fu
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pro
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Vaccuperm VGS-140 5
WinCAPS
Fig. 19 WinCAPS DVD
WinCAPS is a Windows-based Computer Aided Product Selection program containing detailed information on more than 220,000 Grundfos products in more than 30 languages.
The program contains the same features and functions as WebCAPS, but is an ideal solution if no internet connection is available.
WinCAPS is available on DVD and updated once a year.
Sizing
This section is based on different fields of application and installation examples and gives easy step-by-step instructions in how to size a product:• Select the most suitable and efficient pump for your
installation.• Carry out advanced calculations based on energy,
consumption, payback periods, load profiles, life cycle costs, etc.
• Analyse your selected pump via the built-in life cycle cost tool.• Determine the flow velocity in wastewater applications, etc.
Replacement
In this section you find a guide to selecting and comparing replacement data of an installed pump in order to replace the pump with a more efficient Grundfos pump. The section contains replacement data of a wide range of pumps produced by other manufacturers than Grundfos.
Based on an easy step-by-step guide, you can compare Grundfos pumps with the one you have installed on your site. When you have specified the installed pump, the guide will suggest a number of Grundfos pumps which can improve both comfort and efficiency.
CAD drawings
In this section, it is possible to download 2-dimensional (2D) and 3-dimensional (3D) CAD drawings of most Grundfos pumps.
These formats are available in WebCAPS:
2-dimensional drawings:• .dxf, wireframe drawings• .dwg, wireframe drawings.
3-dimensional drawings:• .dwg, wireframe drawings (without surfaces)• .stp, solid drawings (with surfaces)• .eprt, E-drawings.
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Subject to alterations.
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