Vaillant | 500 - 800 Litre Cylinder | Technical Specification | Vaillant 500 - 800 Litre Cylinder Technical specification

Vaillant 500 - 800 Litre Cylinder Technical specification
Vaillant Cylinders – Commercial
500 litre single coil
800 litre single coil
500 litre twin coil
General data
SAP Description
(invoice)
VIH RW GB 800 BES
VIH RW GB 500 BES
VIH SW GB 500 BES
Expansion vessel, 80L
Expansion vessel, 50L
Kit, un vented tank 1”
Kit, un vented tank 1¼”
Kit, un vented tank 1½”
Kit, un vented tank 2”
7.5kW Immersion
Article number
EAN
List Price £
0010019229
0010019228
0010019234
0020229942
0020229941
0020235964
0020235965
0020235966
0020235967
0020235671
4024074760024
4024074760000
4024074760017
4024074789346
4024074789339
4024074789087
4024074789094
4024074789100
4024074789315
4024074789445
(800litre S/C)
(500litre S/C)
(500litre T/C)
2400
1750
2000
150
125
185
255
350
599
40
*See detailed dimensions on following diagrams for additional fitting measurements i.e. T&P valve
General Performance data
Description
ERP
Heat
loss
kW/24hrs
VIH RW GB 800 BES
VIH RW GB 500 BES
VIH SW GB 500 BES
C
C
C
3.00
2.52
2.57
Coil
output
kW
74.5
50.5
35.0 (upper)
19.2 (lower)
Coil
Size
Re heat
(70%) Mins
7.0
4.7
2.3
1.0
18.32
20.02
Heat up
15 to 60˚C
Mins
26.17
28.60
13.83 (upper)
48.83 (lower)
19.75 (upper)
69.75 (lower)
Actual
Water
capacity
740
512
510
Weight
Empty
kG
Weight
full
kG
296
188
203
1015
690
705
Connection
Diameter
0. Destratification outlet
¾“
1. Drain
1“
2. Cold water inlet
1 1/2“
3. Drain valve
Not supplied
4. Expansion vessel
1“
5. Tundish
22/28
6 . Safety group
Depending on which un
vented kit selected
7. Hot water outlet
1 1/2“
8. T&P valve
¾“
9. primary flow
1 1/2“
10. Motorised valve
Not supplied
11.Heating circuit flow
12. HP flow ( only of HP heat
generator selected)
•
•
•
Diagram shows a 3 way valve for use with heat pump system.
Commercial boiler applications use a 2 way valve that is not
supplied.
All connections are BSP female (internal thread)
13. Secondary circulation
¾“
14. Sensor pocket
8 mm
15 . Primary return
1 1/2“
Cylinder connections positions
A
B
C
D
E
F
G
H
I
J
K
L
VIH RW GB 500 BES
VIH RW GB 800 BES
649
979
1099
1099
1379
1529
1853
1886
872
785
279
259
745
1180
1130
1280
1381
1480
1872
1905
1071
986
310
310
0
Connection
Diameter
0. Destratification outlet
¾“
1. Drain
1“
2. Cold water inlet
1 1/2“
3. Drain valve
Not supplied
4. Expansion vessel
1“
5. Tundish
22/28
6 . Safety group
Depending on which
G3 kit is selected
7. Hot water outlet
1 1/2“
8. Primary flow
1“
9.Heating circuit flow
10.HP flow ( only if 3 way
valve is used with HP heat
generator)
•
•
Diagram shows a 3 way valve for use with heat pump
system.
Commercial boiler applications use a 2 way valve that is not
supplied.
11. T&P valve
¾“
12. Recirculation
¾“
13. Sensor tube
8 mm
15. Solar circuit flow
1“
16 . Solar circuit return
1“
14 . Primary return
1“
A = Height
B = Diameter
C = connection height
D = feet span c/c
B
A
50 litre Exp
vessel
80 litre Exp
vessel
604mm
409mm
104mm
293mm
729mm
480mm
152mm
351mm
C
D
Additional performance data
Indirect coil ratings in kW
Primary flow rate (l/min)
Nominal capacity
15
30
60
VIH RW GB 500 BES
36,2
50,5
71,4
VIH RW GB 800 BES
VIH SW GB 500 BES - Upper coil
VIH SW GB 500 BES - Lower coil
54,3
35,0
19,2
74,5
52,3
29,8
104,7
77,2
39,9
Pressure drop across coil in Bar
Primary flow rate (l/min)
Nominal capacity
VIH RW GB 500 BES
VIH RW GB 800 BES
VIH SW GB 500 BES - Upper coil
VIH SW GB 500 BES - Lower coil
15
30
60
0,02
0,006
0,01
0,01
0,03
0,02
0,03
0,03
0,2
0,1
0,1
0,1
Peak performance (calculated)
Unit
Single coil
500
Peak performance (10 min) @60°C
Litres
Litres
Litres
Litres
421
702
842
1404
Peak performance (10 min) @40°C
Peak performance (60 min) @60°C
Peak performance (60 min) @40°C
Single coil
800
500 TC
upper coil
500 TC
lower coil
604
1007
1208
2014
230
380
460
1000
400
670
400
1100
The capacity within 60 minutes is based on the fact that the water can reach temperature level two times.
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