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W W
1 2 1 2 2 3 1 2 2 3
1 2 1 2 2 3 1 2 2 3
Tel. / Fax +49
Germany
Direct solar loop / heat exchanger Heat exchanger
(0)2191-180
Open, vented or closed solar loop Closed
Vaillant GmbH
Vaillant
Postal Code 42859 Remscheid
System classification
Solar loop, circulation principle Pumped
Application(s) Hot water
Page 1
Company
Brand (optional)
Country
Website
SOLAR SYSTEM test results
7
Licence Number
of
2015-09-04Annex to Solar KEYMARK Certificate Issued
011-7S2531 ASummary of EN12976-2
Street Berghauser Strasse 40
Store orientation (of main axis) Vertical
Type of auxiliary heating (internal back-up heat) Electric
Drain back/down Drain back
Store location Indoor
Stamp & signature of test lab
Comments of test lab
VFK 140/2 D
Solar loop controller Solar loop fluid
VIH S2 250/4 BVIH S1 150/4 B
VFK 140/2 VD
Number of collectors in each configuration for each store
Solar only / Solar preheat
590 250350 698
350 698 698 350 2.5
698 350250
Heat store(s)Collector(s)
www.tuv.com/st
TÜV Rheinland Energie und Umwelt GmbHTesting Laboratory
Date of test report
21227421.001r2
Solar loop pump - power range
VIH S2 350/4 B
590 590 250
2.52.5
°CFreezing point
Keymark lic.no. if available
Vaillant GmbH
VMS 8 D
CompanyName
Collector name
CompanyName
Required
Vaillant GmbH
302498
If other auxiliary/internal back-up heating, please specifiy: 250l & 350l as bivalent heat store available
Solar+supplementary OR Solar-only / Solar pre-heat
Vaillant GmbHCompany
Keymark lic.no. if available
2.5
Vaillant GmbH
590 590 150250 590
2.5
011-7S478 F
Company
Keymark lic.no. if availablePer module
Gro
ss
Are
a (A
G)
Gro
ss
len
gth
Gro
ss
wid
th
m² mm
Test report id. number
Recommended/required
2015-09-04
Website
70to
VIH S1 250/4 B
Store name
VIH S1 350/4 B
System family overview
-25
Tota
l no
min
al
volu
me
Gro
ss
wid
th
Gro
ss
de
pth
Au
xilia
ry
he
ate
d v
olu
me
Ele
ctri
cal a
ux.
he
atin
g p
ow
er
litres mm mm litres kW
Gro
ss
he
igh
t
mmmm
Collector name
2.51 2033 12331233 20332.51
VFK 140/2 VDVFK 140/2 D
10651540168015401680
Store name
VIH S1 150/4 BVIH S1 250/4 BVIH S1 350/4 BVIH S2 250/4 BVIH S2 350/4 B
150
DIN CERTCO ● Alboinstraße 56 ● 12103 BerlinTel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Stamp & signature of test lab
Comments of test lab
As the auxilliary fraction of the tested system as a solar plus supplementary system is 1,
the system could just be evaluated as solar only. The long term prediction is presented
for the horizontal collector orientation VFK 140/2 D .and is also valid for the horizontal
orientated VFK 140/2 VD.
Version 3.6, 2014-06-18
1 2 1 2 2 3 1 2 2 3
1 2 1 2 2 3 1 2 2 3
Daily drawoff l Daily drawoff l Daily drawoff l
Vaillant GmbH Country Germany
Brand (optional) Vaillant Website www.vaillant.com
Certification No. 011-7S2531 A
Annex to Solar KEYMARK Certificate Issued 2015-09-04
VFK 140/2 D
System family overview
Collector name
For each storage and collector size, give number of collectors
VIH S1 150/4 B VIH S1 250/4 B VIH S1 350/4 B
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
ISO 9459-5 (DST)
Testing Laboratory
Test method
Website
Test report id. number
Date of test report
Comments of test lab
Stamp & signature of test lab
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 600 kPa Max. operating press. - tank side 1,000
TÜV Rheinland Energie und Umwelt GmbH
www.tuv.com/st
21227421.001r2
2015-09-04
kPa
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
3.2 18.5
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
fsol=QL/Qd - Solar fraction
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
G 1,157 1,230 1,684 1,736
Ta,ave 7.5 9.0
Qd,sh MJ/y Not relevant for solar domestic hot water system
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Name of system configuration auroSTEP plus II / VIH S1 150/4 B & VMS 8 D
Collector name VFK 140/2 D No. Collectors 1 Storage name VIH S1 150/4 B
VIH S2 250/4 B VIH S2 350/4 B
of 7
Summary of EN12976-2
VFK 140/2 VD
test results
Street Berghauser Strasse 40
Postal Code 42859 Remscheid
E-mail [email protected]
Tel. / Fax +49 (0)2191-180
Page 2
Company
Perf. indicators for the table above
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
110 140 170
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol
MJ/y MJ/y MJ/y MJ/y % MJ/y MJ/y %
Stockholm SE 6150 3721 504 61 7821 4352 504 56 9492 4699 504 50
504
MJ/y MJ/y % MJ/y MJ/y
58 9114 4762 504 52
Davos CH 6654 5456 504 82 8483 6370 504 75 10281 6875 504 67
WürzburgDE 5897 3658 504 62 7506 4320
Athens GR 4573 4068 504 89 5834 4951 504 85 7064 5613 504 80
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
Comments of test lab
Stamp & signature of test lab
No comments
DIN CERTCO ● Alboinstraße 56 ● 12103 BerlinTel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
1 2 1 2 2 3 1 2 2 3
1 2 1 2 2 3 1 2 2 3
Daily drawoff l Daily drawoff l Daily drawoff l
Page 3 of 7
Annex to Solar KEYMARK Certificate Issued 2015-09-04
Company Vaillant GmbH Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2531 A
Postal Code 42859 Remscheid Tel. / Fax +49 (0)2191-180
Brand (optional) Vaillant Website www.vaillant.com
Street Berghauser Strasse 40 E-mail [email protected]
VFK 140/2 VD
VFK 140/2 D
System family overview
Collector name
For each storage and collector size, give number of collectors
VIH S1 150/4 B VIH S1 250/4 B VIH S1 350/4 B VIH S2 250/4 B VIH S2 350/4 B
Name of system configuration auroSTEP plus II / VIH S1 150/4 B & VMS 8 D
Collector name VFK 140/2 D No. Collectors 2 Storage name VIH S1 150/4 B
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
110 140 170
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
6150 4384 504 72
MJ/y % MJ/y MJ/y MJ/y
504 69 9114 5866 504 65
504 63
WürzburgDE 5897 4257 504 72 7506 5140
7821 5298 504 68 9492 5992Stockholm SE
92
504 85
Athens GR 4573 4447 504 97 5834 5519
8483 7663 504 90 10281 8799Davos CH 6654 6244 504 94
504 95 7064 6496 504
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1,157 1,230 1,684 1,736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
Testing Laboratory TÜV Rheinland Energie und Umwelt GmbH
Website www.tuv.com/st
Test report id. number 21227421.001r2
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 600 kPa Max. operating press. - tank side 1,000 kPa
Date of test report 2015-09-04
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Comments of test lab
Stamp & signature of test lab
No comments
Stamp & signature of test lab
No comments
Stamp & signature of test lab
No comments
Stamp & signature of test lab
No comments
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 BerlinTel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Stamp & signature of test lab
No comments
1 2 1 2 2 3 1 2 2 3
1 2 1 2 2 3 1 2 2 3
Daily drawoff l Daily drawoff l Daily drawoff l
Date of test report 2015-09-04
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Testing Laboratory TÜV Rheinland Energie und Umwelt GmbH
Website www.tuv.com/st
Test report id. number 21227421.001r2
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 600 kPa Max. operating press. - tank side 1,000 kPa
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
1,736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1,157 1,230 1,684
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
504 77 10407 7285 504 70
504 55
Athens GR 7064 5708 504 81 8326 6402
12110 7758 504 64 15137 8326Davos CH 10281 7159 504 69
504 51 13371 5960 504 45
504 41
WürzburgDE 9114 4951 504 54 10691 5456
11164 5361 504 48 13939 5771Stockholm SE 9492 4920 504 52
MJ/y % MJ/y MJ/y MJ/y
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
170 200 250
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y
Name of system configuration auroSTEP plus II / VIH S1 250/4 B & VMS 8 D
Collector name VFK 140/2 D No. Collectors 1 Storage name VIH S1 250/4 B
VFK 140/2 VD
VFK 140/2 D
System family overview
Collector name
For each storage and collector size, give number of collectors
VIH S1 150/4 B VIH S1 250/4 B VIH S1 350/4 B VIH S2 250/4 B VIH S2 350/4 B
Postal Code 42859 Remscheid Tel. / Fax +49 (0)2191-180
Brand (optional) Vaillant Website www.vaillant.com
Street Berghauser Strasse 40 E-mail [email protected]
Company Vaillant GmbH Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2531 A
Page 4 of 7
Annex to Solar KEYMARK Certificate Issued 2015-09-04
Comments of test lab
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 BerlinTel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
1 2 1 2 2 3 1 2 2 3
1 2 1 2 2 3 1 2 2 3
Daily drawoff l Daily drawoff l Daily drawoff l
Date of test report 2015-09-04
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Testing Laboratory TÜV Rheinland Energie und Umwelt GmbH
Website www.tuv.com/st
Test report id. number 21227421.001r2
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 600 kPa Max. operating press. - tank side 1,000 kPa
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
1,736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1,157 1,230 1,684
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
504 92 10407 9145 504 88
504 79
Athens GR 7064 6654 504 94 8326 7663
12110 10375 504 86 15137 12015Davos CH 10281 9177 504 89
504 65 13371 8105 504 61
504 58
WürzburgDE 9114 6181 504 68 10691 6969
11164 7064 504 63 13939 8136Stockholm SE 9492 6276 504 66
MJ/y % MJ/y MJ/y MJ/y
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
170 200 250
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y
Name of system configuration auroSTEP plus II / VIH S1 250/4 B & VMS 8 D
Collector name VFK 140/2 D No. Collectors 2 Storage name VIH S1 250/4 B
VFK 140/2 VD
VFK 140/2 D
System family overview
Collector name
For each storage and collector size, give number of collectors
VIH S1 150/4 B VIH S1 250/4 B VIH S1 350/4 B VIH S2 250/4 B VIH S2 350/4 B
Postal Code 42859 Remscheid Tel. / Fax +49 (0)2191-180
Brand (optional) Vaillant Website www.vaillant.com
Street Berghauser Strasse 40 E-mail [email protected]
Company Vaillant GmbH Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2531 A
Page 5 of 7
Annex to Solar KEYMARK Certificate Issued 2015-09-04
Comments of test lab
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 BerlinTel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
250/4B.
1 2 1 2 2 3 1 2 2 3
1 2 1 2 2 3 1 2 2 3
Daily drawoff l Daily drawoff l Daily drawoff l
Date of test report 2015-09-04
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Testing Laboratory TÜV Rheinland Energie und Umwelt GmbH
Website www.tuv.com/st
Test report id. number 21227421.001r2
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 600 kPa Max. operating press. - tank side 1,000 kPa
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
1,736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1,157 1,230 1,684
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
504 86 16651 12835 504 77
504 63
Athens GR 10407 9272 504 89 12488 10691
18165 13813 504 76 24220 15326Davos CH 15137 12331 504 81
504 59 21413 10785 504 50
504 47
WürzburgDE 13371 8326 504 62 16052 9398
16746 9366 504 56 22327 10533Stockholm SE 13939 8389 504 60
MJ/y % MJ/y MJ/y MJ/y
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
250 300 400
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y
Name of system configuration auroSTEP plus II / VIH S1 350/4 B & VMS 8 D
Collector name VFK 140/2 D No. Collectors 2 Storage name VIH S1 350/4 B
VFK 140/2 VD
VFK 140/2 D
System family overview
Collector name
For each storage and collector size, give number of collectors
VIH S1 150/4 B VIH S1 250/4 B VIH S1 350/4 B VIH S2 250/4 B VIH S2 350/4 B
Postal Code 42859 Remscheid Tel. / Fax +49 (0)2191-180
Brand (optional) Vaillant Website www.vaillant.com
Street Berghauser Strasse 40 E-mail [email protected]
Company Vaillant GmbH Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2531 A
Page 6 of 7
Annex to Solar KEYMARK Certificate Issued 2015-09-04
Comments of test lab
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
350/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
350/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
350/4B.
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
350/4B.
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 BerlinTel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
350/4B.
1 2 1 2 2 3 1 2 2 3
1 2 1 2 2 3 1 2 2 3
Daily drawoff l Daily drawoff l Daily drawoff l
Date of test report 2015-09-04
Test method ISO 9459-5 (DST)
Comments of test lab
Stamp & signature of test lab
Testing Laboratory TÜV Rheinland Energie und Umwelt GmbH
Website www.tuv.com/st
Test report id. number 21227421.001r2
Th 45 °C Desired hot water temperature (mixing valve temperature).
Max. operating press. - collector side 600 kPa Max. operating press. - tank side 1,000 kPa
Tc,ave °C Annual average mains cold water temp.
ΔTc K Seasonal variation of Tc
G kWh/m² Annual irradiation South, 45°
Ta,ave °C Annual average outdoor air temperature
1,736
± ΔTc 6.4 3.0 0.8 7.4
Tc,ave 8.5 10.0 5.4 17.8
Ref. conditions
Stockholm SE Würzburg DE Davos CH Athens GR
Ta,ave 7.5 9.0 3.2 18.5
G 1,157 1,230 1,684
Qpar MJ/y Annual parasitic energy: (electricity for pumps/controllers)fsol=QL/Qd - Solar fraction
Qd MJ/y Annual heat demand for domestic hot water
QL MJ/y Annual heat energy delivered by the solar system
Perf. indicators for the table above
Qd,sh MJ/y Not relevant for solar domestic hot water system
504 93 16651 14412 504 87
504 77
Athens GR 10407 9871 504 95 12488 11574
18165 N.N. 504 N.N. 24220 18606Davos CH 15137 13655 504 90
504 66 21413 12646 504 59
504 56
WürzburgDE 13371 9209 504 69 16052 10533
16746 10691 504 64 22327 12583Stockholm SE 13939 9366 504 67
MJ/y % MJ/y MJ/y MJ/y
Qd,hw QL Qpar fsol Qd,hw QL Qpar fsol Qd,hw
Calculated annual results for "solar-only / preheat system"
LocationQd,sh
250 300 400
QL Qpar fsol
MJ/y %MJ/y MJ/y MJ/y % MJ/y MJ/y
Name of system configuration auroSTEP plus II / VIH S1 350/4 B & VMS 8 D
Collector name VFK 140/2 D No. Collectors 3 Storage name VIH S1 350/4 B
VFK 140/2 VD
VFK 140/2 D
System family overview
Collector name
For each storage and collector size, give number of collectors
VIH S1 150/4 B VIH S1 250/4 B VIH S1 350/4 B VIH S2 250/4 B VIH S2 350/4 B
Postal Code 42859 Remscheid Tel. / Fax +49 (0)2191-180
Brand (optional) Vaillant Website www.vaillant.com
Street Berghauser Strasse 40 E-mail [email protected]
Company Vaillant GmbH Country Germany
Summary of EN12976-2 test results Certification No. 011-7S2531 A
Page 7 of 7
Annex to Solar KEYMARK Certificate Issued 2015-09-04
All values are subject to some uncertainty; e.g. the uncertainty on system output is typically in the range of ± 5 % to ± 15 % Version 3.6, 2014-06-18
DIN CERTCO ● Alboinstraße 56 ● 12103 BerlinTel: +49 30 7562-1131 ● Fax: +49 30 7562-1141 ● E-Mail: [email protected] ● www.dincertco.de
Comments of test lab
Stamp & signature of test lab
The calculation is also valid for the system configuration with bivalent storage VIH S2
350/4B. N.N. meant, that the evaluation software Insitu was not able to give a result
for this load.
