socomec Green Power 2.0 User manual

Green Power 2.0
from 320 to 400 kVA
Installation manual GB

Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
1. WARRANTY CERTIFICATE 4
2. SAFETY 5
2. 1. Important
5
2. 2. DescrIptIon of the symbols useD on the labels applIeD to the unIt
6
3. FOREWORD 8
4. REQUISITES 8
4. 1. storIng, shIppIng anD movIng
8
4. 2. envIronmental requIsItes
9
4. 3. general rules for cable InstallatIon on tray
12
4. 4. electrIcal requIsItes
12
4. 5. external connectIons
13
4. 6. values of currents for cable sIzIng
14
4. 7. sIzIng of cIrcuIt breakers
15
4. 8. backfeeD protectIon
15
4. 9. protectIon anD cross-sectIon of battery cables
16
5. INSTALLATION 17
5. 1. DImensIons anD weIght (overall)
17
5. 2. unpackIng proceDure
17
5. 3. movIng
18
5. 4. cabInet posItIonIng
21
5. 5. battery cabInet InstallatIon
22
5. 6. fIxIng to the floor (araIseD floor or DIrectly to the floor)
23
5. 7. battery cabInets fIxIng
23
5. 8. separateD cabInets
23
5. 9. IDentIfyIng swItchIng anD connectIon organs
24
5. 10. InstallatIon proceDures anD InstructIons
25
5. 11. battery characterIstIcs
28
5. 12. termInal connectIons characterIstIcs
29
5. 13. connectIng the battery cabInet temperature probe
29
5. 14. flywheel connectIons
29
5. 15. backfeeD protectIon (ups c1, moDule c6, c7 anD bypass c3)
30
5. 16. automatIc openIng of battery protectIon q20
31
5. 17. completIon of the InstallatIon
31
TABLE OF CONTENTS

ENGLISH
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
5. 18. termInals
32
5. 19. ups general power off connectIon
34
5. 20. connectIon of the generator (where there Is the by-pass)
34
5. 21. IsolatIon transformer
34
5. 22. ups parallel confIguratIon
35
6. PREVENTIVE MAINTENANCE 41
6. 1. batterIes
41
6. 2. fans
41
6. 3. capacItors.
41
7. COMMUNICATION 42
7. 1. multIlevel communIcatIon
42
7. 2. serIal connectIon pcb
42
7. 3. profIbus
43
7. 4. gsm moDem
43
7. 5. remote monItorIng vIa web server
43
8. OPTIONS 44
8. 1. aDc carD
44
8. 2. IsolatIon controller
44
8. 3. external manual maIntenance bypass
44
8. 4. acs pcb
44
8. 5. temperature sensor
44
9. TECHNICAL SPECIFICATIONS 45
10. APPENDIX 46
10. 1. plan 1: floor fIxIng
46
10. 2. plan 2: DImensIons
47
10. 3. plan 3: bypass centralIseD cabInet DImensIons 250/500 kva
48
10. 4. plan 4: bypass centralIseD cabInet DImensIons 600/800 kva
49
10. 5. plan 5: bypass centralIseD cabInet DImensIons 900/1200 kva
50
10. 6. plan 6: bypass centralIseD cabInet DImensIons 1500/2000 kva
51
10. 7. plan 7: battery floor fIxIng
52
10. 8. plan 8: ups confIguratIons
53

4Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
The warranty terms and conditions are stipulated in the offer, by default the following clauses apply.
The SOCOMEC warranty is strictly limited to the product(s) and does not extend to equipment which may be
integrated with this/these product(s), nor the performance of such equipment.
The manufacturer guarantees its products to be free from manufacturing faults and defects in design, material
or workmanship, subject to the limits set forth below.
The manufacturer reserves the right to modify the delivery with a view to fullling these guarantees or to replace
defective parts. The manufacturer's warranty does not apply in the following cases:
• fault or defect in the design of parts added or supplied by the customer
• fault due to unforeseen circumstances or force majeure
• replacement or repair resulting from normal wear and tear of the modules or machinery
• damage caused by negligence, lack of proper maintenance or misuse of the products
• repair, modication, adjustment or replacement of parts undertaken by unqualied third parties or personnel
without the express consent of SOCOMEC.
The warranty period is twelve months commencing from the date of delivery of the product.
The repair, replacement or modication of the parts during the warranty period does not imply or justify any
extension of the warranty beyond the original period.
In order to establish a valid warranty claim, the purchaser must notify the manufacturer in writing immediately
after the discovery of any apparent material defects and provide any and all supporting evidence of the defects
at the latest within eight days before the date of expiry of the warranty.
Defective parts which have been returned and replaced free of charge shall become the property of SOCOMEC.
The warranty is void if the purchaser has undertaken modications or repairs on the devices on his or her own
initiative and without the express consent of the manufacturer.
The manufacturer's responsibility is strictly limited to the obligations dened in this warranty (repair and replace-
ment) excluding any other right to claim compensation or indemnity.
Any import tax, duty, fee or charge of any nature whatsoever imposed by European regulations or those of an
importing country or of a transit country shall be paid by the purchaser.
1. WARRANTY CERTIFICATE

5
ENGLISH
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
2. 1.
Important
• This document provides important instructions for the safe use, movement and connection of the DELPHYS™
uninterruptible power system (UPS).
• SOCOMEC retains the full and exclusive ownership rights over this document. Only a personal right to utilize
the document for the application indicated by SOCOMEC is granted to the recipient of such document. All
reproduction, modication, dissemination of this document whether in part or whole and by any manner are
expressly prohibited except upon Socomec’s express prior written consent.
• This document is not a specication. SOCOMEC reserves the right to make any changes to data without prior notice.
• The unit must be installed and activated only by qualied technical personnel and authorised by SOCOMEC.
DELPHYS™ MUST be handled with the utmost care by at least two people.
• The unit must remain in a vertical position in all circumstances.
• Connect the PE ground conductor rst before you make any other connection.
The DELPHYS mains power supplies (rectifier and bypass) must be protected from voltage transients with
devices that are suited to the installation; the mains voltage transients must be limited to 2.5 kV. These de-
vices must be sized to take into account all the installation parameters (geographical position, whether or
not there is a lightning rod, whether or not there are other suppressors in the electrical installation, etc.).
• Do not expose DELPHYS to rain or liquids in general. Do not introduce external bodies.
• If DELPHYS is not equipped with automatic sectioning against back feed or if the switch is external to
DELPHYS, afx a label bearing the following words on all the external switches of DELPHYS power supply:
• Keep this manual handy for future consultation.
• If the unit fails, it must be repaired only by authorised technicians that have been specially trained for this
purpose.
• This equipment conforms to the European Community directives for professional equipment and bears the
approval mark:
• This equipment conforms to AS standards and bears the approval mark:
The connecting bars are made of copper!
Use only copper cables or cables with tinned eyelets for the connections.
2. SAFETY
Before working on this circuit
• isolate Uninterruptible Power System (UPS) DELPHYS
• then check for Hazardous Voltage between all
terminals including the protective earth
Risk of Voltage Backfeed

6Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
• Do not connect the output neutral to ground (except the TNC Option). DELPHYS does not modify the neu-
tral arrangements of the system; the use of an isolation transformer is required should it be necessary to
modify the neutral arrangements downstream of DELPHYS (see § 4.5.1 " Connecting earth cables").
• If DELPHYS needs to be scrapped, it is essential to entrust the equipment solely and exclusively to spe-
cialist disposal companies. These are obliged to break up and dispose of the various components in ac-
cordance with the legal provisions in force nationally.
• Before connecting the external battery cabinet, check that this is fully compatible with the model of
DELPHYS.
• The use of external battery cabinets not supplied by the manufacturers is not recommended.
• Switch off and isolate DELPHYS and then wait for 5 minutes before removing the protection panels in or-
der to carry out work on parts under dangerous voltage.
• Danger of explosion if the batteries are replaced with others of the wrong type.
• The batteries are considered as toxic waste. If they are replaced, entrust the used batteries solely and
exclusively to specialist disposal companies. As provided for by the local laws in force, batteries must not
be disposed of with other industrial or domestic waste.
It is very dangerous to touch any part of the batteries as there is no isolation between the batteries
and the mains power source.
The product you have chosen is designed for commercial and industrial use only. In order to be used for particu-
lar “critical applications” such as life support systems, medical applications, commercial transportation, nuclear
facilities or any other application or systems where product failure is likely to cause substantial harms to person
or property, the products may have to be adapted. For such uses we would advise you to contact SOCOMEC
beforehand to conrm the ability of these products to meet the requested level of safety, performance, reliability
and compliance with applicable laws, regulations and specications.
This is a product for commercial and industrial application in the second environment – installation
restrictions or additional measures may be needed to prevent disturbances.
2. 2.
DescrIptIon of the symbols useD on the labels applIeD to the unIt
All the precautions and the warnings on the labels and plates on the inside and outside of the equipment should
be respected.
DANGER! HIGH VOLTAGE (BLACK/YELLOW)
GROUND TERMINAL
READ THE USER MANUAL BEFORE USING THE UNIT
2. Safety

7
ENGLISH
Attention! Utiliser des cosses
étamées pour le raccordement
sur la plage de terre.
Cautin! Always use tinned lus
for any earth connection.
F
GB
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
2. Safety
Locating fuses and terminals
X102 (see § 5. 18)
locating fuses and terminals
X101 (see § 5. 18)
locating fuses and switch
Nameplate

8Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
We thank you for the trust you have in SOCOMEC Uninterruptible Power Systems, DELPHYS Green Power.
This equipment is tted with up to date technology with power semiconductors (IGBT) including a digital micro-
controller.
Our equipment complies with standard IEC 62040-2 and IEC 62040-1.
This is a product for restricted sales distribution to informed partners. Installation restrictions or ad-
ditional measures may be needed to prevent disturbances.
It is recommended that the ambient temperature and the humidity of DELPHYS environment are maintained
below the values specied by the manufacturer.
REGULATIONS CONCERNED WITH ENVIRONMENTAL ISSUES
Recycling of electrical products and equipment.
Provision is made in European countries to break up and recycle materials making up the system. The various
components must be disposed of in accordance with the legal provisions in force in the country where the sys-
tem is installed.
Battery wastes
Used batteries are considered as toxic wastes. It is therefore essential to entrust them solely and exclusively to
rms specialised in their recycling. They can not be treated with other industrial or household wastes, as set out
in local regulations in force.
4. REQUISITES
The packaging guarantees the stability of DELPHYS during shipping and physical transfer. Carry the packaged unit as
close as possible to the installation site.
When moving the unit on even slightly sloping surfaces, use the blocking equipment and breaking
devices to ensure that the unit does not fall over.
4. 1.
storIng, shIppIng anD movIng
•if storing more than 6 month, please contact us
• DELPHYS must remain in a vertical position during all shipping and moving operations.
• Ensure that the oor is strong enough to support the weight of DELPHYS and of the battery cabinet, if used.
Avoid moving the unit by putting pressure on the front door.
DELPHYS MUST be handled with the utmost care by at least two people.
CAUTION IF DAMAGED.
Packages, crushed, punctured, or torn such that contents are revealed must be set aside in an isolated
area and inspected by a qualified person. If the package is deemed to be not shippable, the contents
must be promptly collected, segregated, and either the consignor or consignee contacted.
All packaging material must be recycled in compliance with the laws in force in the country where the system is installed.
3. FOREWORD

9
ENGLISH
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
4.2-1
≥ 40 cm
4. 2.
envIronmental requIsItes
• Green Power 2.0 is not designed for outdoor use.
• Do not expose Green Power 2.0 to direct sunlight or to sources of excessive heat.
• The recommended operating temperature, humidity and altitude values are listed in the technical specica-
tions table (see chapter 9). Cooling systems may be required to maintain these values.
• Green Power 2.0 must be installed in an environment without obstructions and which is dry, clean and dust-
free.
• Avoid dusty environments or areas where there is dust from conductive or corrosive materials (e.g. metal dust
or chemical solutions).
• Green Power 2.0 can be installed against a wall; the distance will depend on the cables present. The upper
part of Green Power 2.0 must be positioned at least 40 cm away from the ceiling (gure 4.2-1).
• Green Power 2.0 switches are accessed from the front; however, a space of at least 1.5 metres should be left
at the front of Green Power 2.0 for maintenance purposes.
• For UPSs arranged frontally, leave a minimum space of 210 cm between the two cabinets so as to allow a pas-
sageway when both doors are open (in accordance with the provisions of standard IEC 60364 - see gure 4.2-1).
4. RequiSiteS
Green Power 2.0 should only be installed on a concrete surface or other non-combustible surface.
≥ 210 cm
between the doors
Green Power 2.0 Green Power 2.0

10 Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
4.2-2
4.2-3
4.2-4 4.2-5
• Several cabinets can be installed adjacent to each other (figure 4.2-2).
• Two Green Power 2.0 320-400 kVA can be installed back to back (figure 4.2-3).
• Observe the direction of the ventilation flows (figure 4.2-4) and heat dispersion flows (figure 4.2-5). See chap-
ter 9for the technical specifications relating to the required ventilation values.
For fixing on the floor, see § 5. 6 and § 10. 1 Plan 1
4. RequiSiteS
In order to profit from an optimal ventilation, the side panels must remain in place
Ventilation. Climate control.
Green Power
2.0
BATTERY
CABINET
BATTERY
CABINET
Green Power
2.0
Green Power
2.0
Green Power
2.0
COOL
AIR
WARM
AIR
Green Power
2.0
CLIMATE CONTROL
COOL
AIR
WARM
AIR
Green Power
2.0
CLIMATE CONTROL
Green Power
2.0

11
ENGLISH
4.2.2-1
4.2.1-2
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
4.2.1-1
4. 2.1. Installation on raised flooring
If Green Power 2.0 is to be installed on raised ooring, the SOCOMEC adjustable
frame (gure 4.2.1-1) must be used to support the weight of the unit (gure 4.2.1-2).
Refer to the relevant installation manual provided in the packaging for
information on frame assembly operations.
Allow for small openings in the oor panels to ensure the air ow at the front (gure 4.2.1-3).
4. 2.2. Installation over a tunnel
4. RequiSiteS
4.2.1-3
Green Power
2.0
COOL
AIR
COOL
AIR
DOOR
4. 2.3. Heat loss and ventilation characteristics
kVA airow Totalairow
Heat losses at full load MAX.
Nominal condition / worst conditions
Bottom Mid height W BTU/h
UPS 320 45 % * 55 % * 4500 m3/h 17000 / 20000 58006 / 68242
UPS 400 4500 m3/h 22000 / 26000 75066 / 88716
Bypass 250/500
100 % * 0% *
1050 m3/h 2700 9331
Bypass 600/800 900 m3/h 3640 12459
Bypass 900/1200 2000 m3/h 5260 17973
Bypass 1500/2000 2200 m3/h 11600 36120
Bypass 2400 2200 m3/h 16700 50101
*
of Total air ow

12 Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
N N
N N
≥10 cm ≥10 cm ≥10 cm
N N N
≥10 cm ≥10 cm ≥10 cm ≥10 cm
N N
NNN
N N N
4.3-1 4.3-2
4.3-3
4. 3.
general rules for cable InstallatIon on tray
The cables must be in installed on trays when indicated in the following diagrams. The trays must be
positioned near to Green Power 2.0.
All metal and suspended ducts or those in raised flooring MUST be connected to earth and to the
various cabinets.
Do not expose control and power UPS cables to
other equipment sensitive to the electromagnetic
field.
1
Control cables: connections between the cabinets and each unit, alarm
signals, remote mimic panel, connection to the BMS (Building Management
System), emergency stop, connection to generator.
Wrong installation.
4. RequiSiteS
Mains Aux MainsBattery Load Control
cables 1
Allowed installation.
Risk of electromagnetic interference be-
tween battery cables and output cables.
Common
Mains LoadBattery Control cables 1
Mains Aux MainsBattery Load Control
cables 1
4. 4.
electrIcal requIsItes
The installation and the system must comply with national plant regulations. The electrical distribution panel must
have a protection and sectioning system installed for the input mains and the auxiliary mains. If a differential switch
is installed on the mains power switch (optional), it must be inserted upstream from the distribution panel.
Correct installation.
Common
Mains Load
Battery Control
cables 1

13
ENGLISH
a
b
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
4.5.1-1
4. 5.
external connectIons
4. 5.1. Connecting earth cables
IMPORTANT : due to EMI lters*, there are "HIGH LEAKAGE CURRENTS".
As a consequence, it is imperative to connect earth cables before mains cables.
* EMI lters = protection against electromagnetic disturbances.
4. 5.2. Earth cable cross-section
We recommend a section of ground wire at least half of the section of cable phases AND comply with standards
of the country (for example NFC 15100 in France).
4. 5.3. Leakage current (rating of the earth leakage current device)
The minimum "off-delay relays" recommended is 3 A .
4. 5.4. Earthing systems and UPS (TT consult us)
In TNC: UPS output neutral must be grounded.
In TNS: when opening a 4 phases switch between UPS output and transformer upstream of the bypass, system
grounding must be present to reference the neutral to ground.
4. RequiSiteS
UPS Battery
The grounding of the auxiliary cabinets must be made directly to the reference earth.
Never use the UPS cabinet as earth terminal building.
a ≥35mm²
b = see § 4.5.2

14 Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
4. 5.5. Neutral cable cross-section
It is necessary to check:
a) the minimum cross-section of the neutral cable must equal one of the phase conductors.
b) the balancing of the loads across the three phases,
c) the values that will trip the protective devices.
4. 6.
values of currents for cable sIzIng
NOTE : these values are only indicative for standard systems.
4. 6.1. Input rectifier currents for Green Power 2.0
Operating conditions are as follows:
• Input/output power supply voltage 3x400V,
• Green Power 2.0 is operating at rated power and batteries are recharging.
POWER on UPS output Max. rectier input current (A)*
320 kVA/ 320 kW 580 A
400 kVA/400 kW 680 A
* Regardless of the conditions (battery recharge, overload, voltage...)
4. 6.2. Mean current supplied by the battery when discharging
The mean current value is to be taken into account for sizing connecting cables between the battery and Green Power 2.0.
Green Power 2.0 Power 320 kVA / 320 kW 400 kVA / 400 kW
Currents (A) 810 A 1010 A
4. 6.3. Bypass current (or output current to the load)
Operating conditions are as follows:
• Input/output power supply voltage 3x400V, for other voltages 380V (320kVA) or 415V, the current values must
be multiplied by 1.05 and 0.96 respectively,
• Green Power 2.0 is operating at rated power.
UPS Bypass
Power kVA 320 400 500 800 1200 2000 2400
Currents (A) 462 578 722 1155 1732 2887 3464
Note: sizing of cables and protections upstream of the bypass shall take into account:
• overloads caused by non-linear loads,
• possible overloads admitted by Green Power 2.0 i.e. (400V / 50Hz, 27°C):
Green Power 2.0 Power 320 kVA / 320 kW 400 kVA / 400 kW
1 hour 110 % 110 %
10 minutes 125 % 125 %
1 minute 150 % 150 %
4. RequiSiteS

15
ENGLISH
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
4. 7.
sIzIng of cIrcuIt breakers
4. 7.1. Rectifier input circuit breaker
Values are only indicative as per the following conditions:
• the rectier and bypass input voltage is 3x400V overload 150 %
• the length of cabling between the circuit breaker and Green Power 2.0 is <10 metres.
Green Power 2.0 Power 320 kVA / 320 kW 400 kVA / 400 kW
Sizing of circuit breaker 630 A 800 A
Note: the sizing of circuit breakers takes into account a possible overload rate of 150%.
4. 7.2. Circuit breaker on bypass input
Values are only indicative as per the following conditions:
• the rectier and bypass input voltage is 3x400V overload 150 %
• the length of cabling between the circuit breaker and Green Power 2.0 is <10 metres.
UPS Bypass
Power kVA 320 400 500 800 1200 2000 2400
Sizing of circuit breaker 630 A 800 A 800 A 1200 A 2000 A 3000 A 4000 A
Note 1: the admissible input voltage tolerance is +/-10% - the sizing of circuit breakers has therefore to be
adjusted accordingly.
Note 2: the protection on the bypass input is intended for cable protection and does not take into account
the I²T of thyristors.
Nota 3: Ensure that the circuit breaker trigger curve takes into account a possible overload
4. 7.3. Circuit breaker on a common rectifier and bypass input (except C3)
Values are only indicative as per the following conditions:
• the rectier and bypass input voltage is 3x400V,
• the length of cabling between the circuit breaker and Green Power 2.0 is <10 metres.
Green Power 2.0 Power 320 kVA / 320 kW 400 kVA / 400 kW
Sizing of circuit breaker 630 A 800 A
Note: the admissible input voltage tolerance is +/-10% - the sizing of circuit breakers has therefore to be ad-
justed accordingly.
4. RequiSiteS
4. 8.
backfeeD protectIon
Green Power 2.0 is preset for the installation of external protection devices against the backfeed of dangerous
voltages on the auxiliary backup mains power supply line (AUX MAINS SUPPLY), the input power supply line
(MAINS SUPPLY) is already equipped in internal.
In the event that the equipment does not have a voltage protection device, warning labels must be afxed on
all mains power disconnectors installed away from Green Power 2.0 area, in order to remind support person-
nel that the circuit is connected to a UPS (see also § 2“Safety” of this manual and paragraph 4.9.3 of standard
IEC62040-1, 2008). The label is supplied with the equipment.
If, in certain anomaly states, or because of the installation upstream (e.g. undetected and protected earth fault, or
high leakage in a phase, or with IT systems) there is a hazardous potential on neutral, a suitable isolating switch
must be provided on the neutral as well, or else there must be a detection, signalling and protection system.
For the connections, see to § 5. 15.

16 Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
4. RequiSiteS
4. 9.
protectIon anD cross-sectIon of battery cables
Values are provided for a distance of 5 meters between Green Power 2.0 and the battery. (Battery mean current
while discharging – Please see § 4.6.2). Use double insulated cables BN4-F.
CAUTION: The size of protections depends on the power and back up time of the system. Protections other
than the ones dened below may cause electrical hazard or damage to the equipment.
Exemple of Ur fuse battery protection1, block type 90 Ah: SWL2500, XP12V3000
Max Power
UPS output
Backup
time
branches
Number
blocks
Number4
Ur Fuse
Number
Size of
Ur fuse
Icc mini
batterie5
Ferraz
Code
Socomec
Code
min. Cross-
section2
320 kVA
320 kW 5 mn 2 41 2x2 400A T2 4000 A B320483C E045578 2x120 mm²
320 kVA
288 kW 11 mn 3 36 2x2 500A T2 5200 A F320487C E045588 2x150 mm²
320 kVA
256 kW 29 mn 5 36 2x2 550A T2 6300 A G320488C E045628 2x240 mm²
400 kVA
400 kW
8 mn 3 43 2x2 500A T2 5200 A F320487C E045588 2x150 mm²
15 mn 4 43 2x2 500A T2 5200 A F320487C E045588 2x185 mm²
26 mn 6 43 2x2 630A T2 7400 A H320489C E045568 2x240 mm²
400 kVA
360 kW
3 mn 2 41 2x2 400A T2 4000 A B320483C E045578 2x150 mm²
10 mn 3 42 2x2 500A T2 5200 A F320487C E045588 2x150 mm²
400 kVA
320 kW 15 mn 4 36 2x2 500A T2 5200 A F320487C E045588 2x150 mm²
1not standard Fuse protection FUSOMAT Socomec, please contact us
2H07 RN-F cabling for a 5 meters distance between the UPS and the battery
4see 5. 11.1
Circuit breaker Battery protection (≤39 blocs)
Denition for 36 to 39 blocs
Green Power
2.0 Power
Backup
time
Number of
Contact in serie Size of breaker Magnetic adjustment Im = nxIn ICC battery min.5
400 kW ≤30 mn 2 NW10HDC 2100A D+1 notch 2500A
5 end of life

17
ENGLISH
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
5. 2-1
1
5. 2-3
5. 2-2
5. 2-4
2
5. 1.
DImensIons anD weIght (overall)
5. 2.
unpackIng proceDure
Refer to § 5. 3 if the equipment has to be moved from above.
All packaging material must be recycled in compliance with the laws in force in the country where
the system is installed.
5. INSTALLATION
Place Green Power 2.0 in the installa-
tion area.
UPS Bypass
kVA 320 400 250-500 600-800 900-1200 1500-2000 2400
Height (mm) 1930 1930 1930 1950 1950 1950
Width (mm) 1407 810 1010 1210 2610 3010
Depth (mm) 845 845 845 845 1245 1245
Weight (kg) 980 1000 315 420 600 2000 2600

18 Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
5.3.1-1
A
5. inStallation
5.2.1-2
5.3-1
5.3.1-2
5. 3.
movIng
When being moved, the cabinets must be kept in an upright position.
Never use harnesses!
5. 3.1. Moving with belts
• Length of belts: ≥ 200 cm
• Lifting eyebolts (supplied on request): internal ø 30 mm, thread M12.
Lift and handle the cabinets with the utmost care and without jerking!
Remove screws A.

19
ENGLISH
Green Power 2.0 320 to 400 kVA - Ref.: INMGP2401210-GB_12
5.3.1-3
5.3.1-5
5.3.1-4
A
5.2.2-15.3.2-1
5. 3.2. Moving with lifting truss.
If the height of the ceiling does not allow the use of belts, Green Power 2.0 can be moved using lifting trusses.
5. inStallation
Tighten screws A.

20 Green Power 2.0 320 to 400 kVA - Ref.:
INMGP2401210-GB_12
5. 3.3 -1
5. 3.3 -2
5. 3.3. Handling from underneath
Remove the grilles on the front and rear of the cabinet and introduce the fork under the unit.
Given the cabinets are heavy, handling using a pallet truck on slopes or ramps –even only slightly in-
clined, is hazardous and can cause severe accidents.
Take all required precautions and use adapted means and tools.
LATERAL HANDLING
Lateral handling is also possible, provided that the bottom side panels are removed.
HANDLING FROM THE FRONT OR THE REAR
5. inStallation
Note : the fork should be at least
1420 mm long