ABB POWERVALUE 11 10 KVA User Manual

04-3628_ABB_PVA11_T_6-10kVA_EN_REV-B.doc  
PowerValue 11 6-10 kVA  
User Manual  
© Copyright 2016 ABB, All rights reserved.  
FOREWORD  
The UPS System operates with mains, battery or bypass power. It contains components that carry  
high currents and voltages. The properly installed UPS System is grounded to earth and IP 20 rated  
against electrical shock and foreign objects.  
OPERATIONS INSIDE THE UPS MUST BE PERFORMED BY A SERVICE ENGINEER FROM  
THE SUPPLIER OR FROM AN AGENT AUTHORIZED BY THE SUPPLIER.  
This user manual contains guidelines to check delivery, installing and commissioning of the UPS  
and is intended for people who plan the installation, install, commission and use or service the UPS.  
The reader is expected to know the fundamentals of electricity, wiring, electrical components and  
electrical schematic symbols.  
THE INSTRUCTIONS IN THIS MANUAL SHOULD BE FOLLOWED DURING INSTALLATION,  
OPERATION AND MAINTENANCE OF THE UPS AND BATTERIES.  
Read carefully all instructions and save this manual for future reference.  
SYMBOLS  
The following symbols are used in this manual, the list below describes each symbol.  
WARNING: DANGER OF ELECTRICAL IMPACT  
NOTE: READ THE INFORMATION, IN ORDER TO AVOID EQUIPMENT DAMAGES  
PROTECTIVE GROUNDING TERMINAL: A terminal which must be connected to earth  
ground prior to making any other connection to the equipment  
A terminal to which or from which an alternating current or voltage (AC) may be applied or  
supplied  
A terminal to which or from which a direct current or voltage (DC) may be applied or  
supplied  
Battery  
Idle or shutdown the UPS  
Overload indication  
Alarm silence  
Recycle  
Do not dispose with ordinary trash  
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CONTENTS  
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1 SAFETY INSTRUCTIONS  
1.1  
Operator precautions  
The user must follow the precautions and only perform the described operations. Also in these  
measures the operator of the UPS System must adhere to the instructions in this manual. Any  
deviations from the instructions could be dangerous to the user or cause accidental load loss.  
The only user operations permitted are:  
- Use of the LCD control panel (LCD Display) and Maintenance Bypass (if present)  
- Start up and shut down of the UPS (excluding the commissioning start up)  
- Operation of additional connectivity devices  
THE SUPPLIER DOES NOT TAKE ANY RESPONSIBILITY FOR DAMAGES CAUSED THROUGH  
WRONG MANIPULATIONS OF THE UPS SYSTEM.  
IT IS PROHIBITED TO REMOVE ANY SCREWS FROM THE UPS SYSTEM OR FROM  
THE BATTERY CABINET: DANGER OF ELECTRICAL SHOCK.  
WARNING!  
HIGH FAULT CURRENTS (LEAKAGE CURRENTS):  
BEFORE CONNECTING THE MAINS YOU MUST ENSURE THAT THERE IS A  
PROPER EARTH CONNECTION!  
WARNING!  
THE USER MUST DISPLAY A WARNING SHIELD ON ALL PRIMARY UPS CIRCUIT  
BREAKERS. THE SERVICE PERSONNEL HAS TO BE INFORMED ABOUT  
DANGEROUS VOLTAGES. THE WARNING PANELS MUST CONTAIN THE  
FOLLOWING TEXT: “ BEFORE STARTING WITH THE MAINTENANCE WORK ON  
WARNING!  
THE CIRCUIT BREAKERS , MAKE SURE THE UPS IS ISOLATED.”  
1.2  
Environmental Considerations  
To operate the UPS at the best efficiency point, your installation site should meet the environmental  
parameters outlined in this manual. Excessive amount of dust in the operating environment may  
cause damage or lead to malfunction. The UPS should be always protected from the outside  
weather and sunshine. The operating environment must meet the weight, airflow, size and clearance  
requirements specified in the technical datasheet.  
Under no circumstances the UPS should be installed in an airtight room, in the presence of  
flammable gases, or in an environment exceeding environmental requirements here below.  
An ambient temperature of +20°C to +25°C is recommended to achieve a long life of the UPS and  
batteries. The cooling air entering the UPS must not exceed +45 °C and the humidity should be  
below 95% (non-condensing).  
1.3  
Declaration of Safety conformity and CE marking  
PowerValue 11 is designed, manufactured and commercialized in accordance with the standard EN  
ISO 9001 of Quality Management Systems. The marking shows the conformity to the EEC Directive  
by means of the application of the following standards in accordance with the specifications of the  
harmonized standards:  
2006/95/EC Low voltage directive.  
2004/108/EC Electromagnetic Compatibility directive (EMC).  
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Standards as reference:  
EN- 62040-1. Uninterruptible power supply (UPS). Part 1-1: General and safety requirements  
for UPS’s used in accessible areas by end users.  
EN- 60950-1. IT equipment. Safety. Part 1: General requirements.  
EN- 62040-2. Uninterruptible power supply (UPS). Part 2: EMC requirements.  
The suppliers responsibility is excluded in the event of any modification or intervention in the product  
by the customer’s side.  
Product Standards  
EN 62040-1  
Standards  
Safety  
EN 60950-1  
EN 61000-4-2  
EN 61000-4-3  
EN 61000-4-4  
EN 61000-4-5  
EN 61000-4-6  
EN 61000-4-8  
EN 61000-4-11  
EN 61000-2-2  
Electromagnetic Compatibility (EMC)  
EN 62040-2  
Table 1: Standards  
1.4  
Inquiries  
Address inquiries about the UPS to the local office or agent authorized by the supplier. Please note  
the type code and the serial number of the equipment and contact your nearest agent authorized by  
the supplier. The Code and the serial no. are shown on the nameplate of the product. For further  
information on troubleshooting, go to Section 6.  
1.5  
Operation  
Do not remove the enclosure of the UPS. This system is to be serviced by qualified service  
personnel only.  
Do not disconnect the mains cable from the UPS or the building wiring socket during operation as  
this would remove the ground to the UPS and of all connected loads.  
An integral single emergency switching device which prevents further supply to the load by the UPS  
in any mode of operation should be provided in the building wiring installation.  
An appropriate disconnect device as short-circuit backup protection should be provided in the  
building wiring installation.  
In order to fully disconnect the UPS, press the OFF button. Only after the UPS is shutdown,  
disconnect the mains load.  
Indiscriminate operation of switches may cause output loss or damage to equipment. Refer to  
instruction before conducting any control.  
While the UPSs work as a parallel system, the external parallel cable should be reinforced  
insulation.  
1.6  
Maintenance, servicing and faults  
Repairs may be carried out only by qualified maintenance personnel as the UPS operates with  
hazardous voltages.  
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EVEN AFTER THE UNIT IS DISCONNECTED FROM THE MAINS POWER  
SUPPLY, COMPONENTS INSIDE THE UPS ARE STILL CONNECTED TO THE  
BATTERY WHICH ARE POTENTIALLY DANGEROUS.  
WARNING!  
Before carrying out any kind of service and/or maintenance, disconnect the batteries. Verify that no  
current is present and no hazardous voltage exists in the capacitor or BUS capacitor terminals.  
Batteries must be replaced only by qualified personnel.  
THE BATTERY CIRCUIT IS NOT ISOLATED FROM THE INPUT VOLTAGE.  
HAZARDOUS VOLTAGES MAY OCCUR BETWEEN THE BATTERY TERMINALS  
AND THE GROUND. VERIFY THAT NO VOLTAGE IS PRESENT BEFORE  
WARNING!  
SERVICING.  
When changing the batteries, replace with the same quantity and the same type of batteries.  
Replace the fuse only by a fuse of the same type and of the same amperage in order to avoid fire  
hazards.  
2 Installation  
2.1  
Delivery, Transportation, Positioning and Storage  
2.1.1  
Receipt of the UPS and visual inspection  
Upon receiving the UPS, carefully examine the packing container and the UPS for any sign of  
physical damage. In case of damage, notify immediately the carrier.  
The packing container of the UPS protects it from mechanical and environmental damage. To  
increase its protection, the UPS is wrapped with a plastic sheet. Preserve the packaging for later re-  
use.  
2.1.2  
Unpacking  
After examining the package, unpack the equipment by removing the packing and shipping  
materials. Cut the plastic poly-straps around the shipping container and remove the corrugated  
carton and the UPS foam on the top of the UPS. With one or two people on each side of the UPS,  
lift the UPS out of the pallet. Keep the UPS always in upright position and do not drop the  
equipment.  
THE PLASTIC POLY-STRAPS AROUND THE SHIPPING CONTAINER ARE  
UNDER TENSION. WHILE CUTTING, DO NOT FACE THEM AS THEY MAY  
SPRING BACK AND CAUSE INJURIES.  
WARNING!  
Examine the UPS for any sign of damage and ensure that the received UPS corresponds to the  
material indicated in the delivery note. Notify your carrier or supplier immediately if damage is  
apparent.  
2.1.3  
Storage of UPS  
If you plan to store the UPS prior to use, keep the UPS in a dry, clean and cool storage room with an  
ambient temperature between (-15 °C to +60°C) and humidity of less than 95% non-condensing. If  
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the packing container has been removed protect the UPS from dust. Keep the UPS always in  
upright position and do not drop the equipment.  
2.2  
Site Planning and Positioning  
2.2.1  
Planning before the installation  
The appropriate place of installation for the unit is to be selected in such a way that the danger of  
damage to the UPS is minimized and a long service life of the device is thus ensured. Please  
observe the following instructions:  
- Install the UPS in the indoor area.  
- Leave 50cm of space on each side of the cabinet to enable cooling airflow and ensure that the  
circulation of air to the ventilation slits is not obstructed.  
- Avoid excessively high temperature and excessive moisture.  
- Make sure that the floor surface is solid and suitable for the wheeling and weight.  
2.2.2  
Positioning  
PowerValue 11 (6-10 kVA) have wheels that make the positioning of the UPS simple after it has  
been unpacked. However, if the unpacking area is distant from the installation site, it is  
recommended to transport the UPS with a forklift before unpacking the UPS.  
It is recommended to install external battery cabinet(s) next to the UPS unit. Check before the  
installation that the battery voltage values in the type plate of the UPS and external battery cabinets  
are the same.  
Water condensing may occur if the UPS is unpacked in a very low temperature environment. In this  
case it is necessary to wait until the UPS is fully dried inside out before proceeding installation and  
use to avoid hazards and electric shock.  
2.3  
General Characteristics  
2.3.1  
Rear View  
USB Port  
RS232(optional)  
EPO Port  
Dry contact  
Fan  
Intelligent Slot  
Parallel Port  
Maintenance Switch  
Input Breaker  
Terminal Block  
6 kVA  
10 kVA  
Figure 1: UPS rear view  
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2.4  
Electrical Installation  
2.4.1  
Commissioning  
The UPS must be commissioned by a fully trained and authorized field service engineer before  
being put into use. The commissioning of the UPS involves the connection of the UPS and batteries,  
the verification of the electrical installation and operating environment of the UPS, the controlled  
start-up and testing of the UPS and customer training.  
OPERATIONS INSIDE THE UPS MUST BE PERFORMED BY A SERVICE  
ENGINEER FROM THE SUPPLIER OR FROM AN AGENT AUTHORIZED  
BY THE SUPPLIER.  
WARNING!  
DO NOT OPERATE IN CASE OF PRESENCE OF WATER OR MOISTURE.  
BY OPENING OR REMOVING THE UPS-COVERS YOU ARE EXPOSED TO  
DANGEROUS VOLTAGES.  
PHYSICAL INJURY OR DEATH MAY FOLLOW, OR DAMAGE MAY OCCUR  
TO THE UPS, OR THE LOAD EQUIPMENT IF THESE INSTRUCTIONS ARE  
IGNORED  
To ensure correct operation of the UPS and its ancillary equipment it is necessary to provide the  
mains cables with appropriate fuse protection.  
2.4.2  
Recommended Cable Sections and Fuse Ratings  
Follow the recommendations in Table 2 or respect the local standards.  
Model  
6kVA  
10kVA  
Protective earth conductor  
Minimum cross section  
UL1015  
6mm2 (8AWG)  
UL1015  
10 mm2 (6AWG)  
Input L, N, G  
UL1015  
UL1015  
Minimum conductor cross section  
3x6mm2 (8AWG)  
3x10 mm2 (6AWG)  
Input breaker  
40A/250VAC  
63A/250VAC  
Output L,N, G  
UL1015  
UL1015  
3x 6mm2 (8AWG)  
3x 10 mm2 (6AWG)  
Minimum conductor cross section  
External Battery Cabinet  
UL1015  
2x 6mm2 (8AWG)  
UL1015  
2x 10 mm2 (6AWG)  
Positive Pole(+), Negative pole(-), Neutral Pole  
Minimum conductor cross section  
External Battery Cabinet Fuse  
30A/240VDC  
32A/240VDC  
60A/240VDC  
50A/240VDC  
in Positive Pole(+), Negative pole(-), Neutral Pole  
External Battery Cabinet Breaker  
in Positive Pole(+), Negative pole(-), Neutral Pole  
Torque for fixing above terminals  
3.95~4.97Nm (35~44 1b in)  
Table 2: Recommended Cables and Fuses  
It is suggested to install an external isolating device against current back feed between Mains input  
and UPS as indicated in Figure 2.  
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Figure 2: External Backfeed Isolation  
AFTER THE DEVICE IS INSTALLED, ADD  
A
LABEL WITH THE  
FOLLOWING WARNING ON THE EXTERNAL AC CONTACTOR: “RISK OF  
BACKFEED VOLTAGE. ISOLATE THE UPS BEFORE OPERATING ON  
THIS CIRCUIT AND CHECK FOR HAZARDOUS VOLTAGE”  
WARNING!  
The UPS unit has the following power connections:  
Rectifier (In):  
1 phase (input L), 1 Neutral (input N) and protective earth (input G)  
connection for the rectifier input  
Load (Out):  
1 phase (output L), 1 Neutral (output N) and protective earth (output G)  
connection for the load output  
External battery:  
Paralleling:  
Plus (+), Minus (-) and protective earth (G) connection for the external batteries  
Parallel Jumper 1 and 2  
IP_G IP_N IP_L  
B+  
B-  
B_G  
J1  
J2  
OP_N OP_L OP_G  
INPUT G  
OUTPUT G  
INPUT N  
OUTPUT L  
INPUT L  
OUTPUT N  
BATTERY +  
BATTERY -  
BATTERY G  
PARALLEL JUMP2  
PARALLEL JUMP1  
Figure 3: Terminal block wiring diagram  
1 - The output of the UPS may be energized even if the UPS is turned off. To ensure that the UPS  
has no power in the output, power off the UPS, and cut off the mains power supply. Wait the UPS  
shut down completely.  
2 - Open the terminal block cover located on the rear panel of UPS (refer to diagram on Section  
2.3.1).  
3 - Do not use the wall jack because its rated current is higher than the UPS maximum input current.  
4 - Install the protective earth (ground) wire (refer to Figure 3). It is recommended to use green or  
green/yellow wires.  
5 - Connect the input and output wires to the corresponding terminals  
Use appropriate tools and terminal splices to guarantee a reliable contact between the wires and the  
terminal blocks.  
Note:  
- If the UPS is single in a system, JP1 and JP2 must be connected.  
- If the UPS is used in parallel, the jumper between JP1 and JP2 must be removed.  
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- The battery connectors are only used for the UPS using external batteries  
6 - Install an output breaker between the output terminal of the UPS and the load. It is  
recommended to use a breaker with leakage current protection.  
7 - Turn off all the loads. Then connect the load to the UPS and finally turn on the loads one by one.  
8 - After completing the steps above, check that all wires are connected correctly and tightly.  
9 - Turn On the mains power switch and turn the input breaker to the On position. The UPS will  
charge the batteries automatically. The UPS can be immediately used in inverter mode but it is  
recommended to charge the batteries completely to guarantee the maximum back up time.  
Note: The power consumption in the start-up of inductive loads (such as monitors and laser printers)  
is very high. If such loads are connected to the UPS, the start-up power consumed by these devices  
should be considered when calculating the capacity of the UPS. If this is not taken into  
consideration, the UPS goes often in overload and may turn off easily depending on its  
dimensioning.  
2.5  
Battery Connections (Model without internal batteries)  
ANY INCOMPLIANCE MAY RESULT IN THE RISK OF ELECTRIC SHOCK.  
FOLLOW THE INSTRUCTIONS  
THE UPS CONTAINS HIGH DC VOLTAGES. A QUALIFIED PERSON MUST  
DO THE CONNECTIONS BETWEEN THE UPS AND THE EXTERNAL  
BATTERIES.  
WARNING!  
The nominal DC voltage of external battery pack is 240VDC. Each battery pack consists of 20  
pieces of 12V maintenance free batteries in series. To achieve longer backup time, it is possible to  
connect several battery packs, but the principle of “same voltage, same type” should be strictly  
followed.  
The external battery pack must be independent for each UPS. Two or more UPS cannot use the  
same external battery pack.  
Follow the steps below to connect the battery packs.  
1 - Ensure the UPS is not powered on and the mains input breaker is set in the “OFF” position.  
2 - A DC breaker must be installed between the external battery pack and the UPS. The capacity of  
breaker must be higher than specified in the general specification.  
3 - With the external battery pack breaker in “OFF” position, connect the 20 batteries in series.  
4 - Connect the external battery pack to the battery terminals. Check the polarity if the connection is  
correct.  
5 - Turn the breaker of the battery pack to the “ON” position. The UPS will power on and start to  
charge the battery pack.  
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2.6  
Emergency Power Off (EPO)  
The EPO connector gives the user the possibility to block the output of the UPS in case of an  
emergency. This connector can be configured as Normally Closed (NC) of Normally Opened (NO)  
through the USD or RS232 port.  
As a default the EPO is Normally Closed (NO) by a jumper in the rear panel. If the jumper is  
removed, the UPS output will not supply energy to the load until the EPO status is again modified.  
Enable the EPO status  
Disable the EPO status  
To recover to normal status, the EPO connector should first be closed. Then, enter the LCD menu  
(refer to Section 0) to clear the EPO status. The UPS alarm will stop and the bypass mode will be  
recovered. To have the UPS in inverter mode, the selection has to be made by manual operation.  
The polarity of connector could be inversed by setting in LCD menu as from section 0. Contact your  
local supplier for further information before modifying the settings.  
2.7  
Installation Checklist  
All packing materials and restraints have been removed from each cabinet.  
Each cabinet in the UPS system is placed in the installed location.  
All conduits and cables are properly routed to the UPS and auxiliary cabinets.  
All power cables are properly sized and terminated.  
A ground conductor is properly installed.  
Battery cabinet installation instructions have been completed.  
Air conditioning equipment is installed and operating properly.  
The area around the installed UPS system is clean and dust-free.  
Adequate workspace exists around the UPS and other cabinets.  
Adequate lighting is provided around all UPS equipment.  
Any optional accessories are mounted in their installed location and properly wired.  
Summary alarms and/or building alarms are wired appropriately. (OPTIONAL)  
Start-up and operational checks performed by authorized service personnel.  
All network connections are completed.  
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3 OPERATION  
This chapter describes how to operate the UPS through the LCD display.  
ONLY PERSONS WHICH HAVE BEEN TRAINED BY SERVICE  
TECHNICIANS OF THE SUPPLIER OR HIS AUTHORIZED SERVICE  
PARTNERS ARE ALLOWED TO OPERATE THE CONTROL PANEL OF  
THE UPS.  
WARNING!  
ALL OTHER INTERVENTIONS ON THE UPS SYSTEM HAVE TO BE  
DONE ONLY BY SERVICE TECHNICIANS OF THE SUPPLIER.  
The only user permitted operations are:  
Operate the LCD display  
Start up and shut down of the UPS of the user field (excluding the commissioning start up)  
Operation of additional SNMP adapters and their software  
3.1  
Control Panel  
The user-friendly control panel is composed of two parts:  
Selection Keys  
Power Management LCD Display (PMD)  
Figure 4: Control Panel  
3.1.1  
Selection Keys  
The  
Function  
Illustration  
Button  
If the unit is not powered and has the batteries connected, press this button for more  
than 100ms and less than 1s to power on the UPS  
Power on  
If the unit is powered on and is on Bypass mode, press this button for more than 1s to  
turn on the UPS  
Turn on  
Power off  
If the unit is ON, press this button for more than 3s to turn off the UPS  
Enter main  
menu  
If displaying the default UPS status screen, press this button for more than 1s to enter  
the main menu tree  
Press this button for more than 1s to exit the present menu. Directs the user to default  
system status menu without executing any command or changing settings  
Exit main menu  
Scroll up  
Press this button for >100ms&<1s to scroll up the menu option  
Scroll down  
Press this button for more than 100ms and less than 1s to scroll down the menu option  
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Enter next menu Press this button for more than 100ms and less than 1s to select the present menu  
tree  
option or enter next menu. No settings are modified.  
Select one  
menu option  
Press this button for more than 100ms and less than 1s to select the present menu  
option or enter next menu. No settings are modified.  
Confirm the  
present setting  
Press this button for more than 1s to confirm the edited options and change the settings  
3.1.2  
LCD Display  
The LCD display gives the user a complete overview on the status of the UPS. It shows information  
on the input, output, battery, load parameters, working mode and also the settings on voltage,  
frequency and bypass presence.  
UPS state  
Normal LED  
(Green)  
Battery LED  
(Yellow)  
Bypass LED Fault LED  
(Yellow)  
(Red)  
Bypass mode  
with no output  
Bypass mode  
with output  
-
-
-
-
C
D
D
A
Turning on  
B
A
A
A
B
-
B
-
B
D
D
D
Line mode  
Battery mode  
HE mode  
A
-
-
A
Battery test  
mode  
B
B
B
B
Fault mode  
-
-
D
D
A
C
Warning mode  
D
D
Figure 5: LED representation  
A: Lightened constantly  
B: LEDs 1 to 4 Lightened circularly  
C: Flashing  
D: Depends on the fault/warning status or other status  
UPS condition  
Fault active  
Buzzer status  
Continuous  
Warning active  
Beep every second  
Beep every 4 seconds, if battery low, buzzer Beep  
every second  
Battery output  
Bypass output  
Overload  
Beep every 2 minutes  
Beep twice every second  
Figure 6: Definition of Alarms  
When powering on, the LCD displays a welcome message for a few seconds and then enters the  
default page that shows the UPS status.  
From any screen, if the user does not press any button for more than 15 minutes, the default screen  
is displayed.  
The status screen provides the following information:  
- Status summary, including operating mode and load information  
- Alarm status, if any are present (including fault and warning information)  
- Battery and charger status (including battery voltage, charge level and charger status)  
- Running information including parallel UPS and running time  
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UPS operating status  
Battery information  
Input  
Output  
UPS output  
information  
220 V  
60 Hz  
220 V  
60 Hz  
273.0 V  
100%  
5400 W  
Utility input  
information  
Load information  
Figure 7: The default LCD display  
For detailed information on how to operate the LCD, see Section 3.5.  
3.2  
Turning On the UPS  
SWITCH OFF THE CONNECTED LOADS BEFORE TURNING ON THE UPS.  
SWITCH ON THE LOADS ONE BY ONE AFTER THE UPS IS TURNED ON.  
WARNING!  
3.2.1  
Turning on the UPS with mains  
1 - Check that all cables are connected correctly and well-fixed mechanically. Check that the  
position of the breaker on the external battery pack is “ON”.  
2 - Set input breaker to “ON” position. The fans are activated and the LCD shows a welcome screen.  
The UPS then performs a self-test and finally displays the UPS status screen.  
3 - Press the power-on button  
continuously for more than 1 second. The alarm buzzer will sound  
for 1s and the UPS start-up will take place.  
4 - After a few seconds, the UPS goes to Online mode. If the mains power is abnormal, the UPS will  
transfer to Battery mode without interruption of the output the UPS.  
3.2.2  
Turning on the UPS without mains (Cold start)  
1 - Check that all cables are connected correctly and well-fixed mechanically. Check that the  
position of the breaker on the external battery pack  
2 - Pressing the power-on button  
continuously for more than 100ms, the UPS is powered on. The  
fan are activated and the LCD shows a welcome screen. The UPS then performs a self-test and  
finally displays the UPS status screen.  
3 - Pressing the power-on button  
and the UPS start-up takes place.  
continuously for more than 1s, the alarm buzzer sounds for 1s  
4 - After a few seconds, the UPS goes to Battery mode. When the UPS is fed with power from the  
mains, the UPS transfers to Online mode without interruption in the output of the UPS.  
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3.3  
Turning Off the UPS  
WARNING!  
SWITCH OFF ALL OF THE CONNECTED LOADS BEFORE TURNING OFF THE  
UPS  
3.3.1  
Turning off UPS with mains  
1 - To turn off the inverter of UPS, press the button  
continuously for more than 3s. The alarm  
buzzer will sound for 3s and the UPS will go to Bypass mode. Note: the output is still energized.  
2 - In order to remove the UPS output power, disconnect the mains power supply. A few seconds  
later, the display will shut down and no output voltage will be available in the UPS output terminal.  
3.3.2  
Turning off UPS without mains  
1 - To power off the UPS, press the power on/off button  
continuously for more than 3s. The alarm  
buzzer will sound for 3s. The output power will be immediately cut-off.  
2 After a few seconds, the display will shut down and no voltage will be present in the UPS output.  
3.4  
Operating Mode  
Different symbols indicate the status and the operating mode of the UPS. Such symbols appear  
always in the position indicated in Figure 8.  
Operating mode  
Input  
220 V  
60 Hz  
Output  
220 V  
273.0 V  
100%  
60 Hz  
5400 W  
Figure 8: Operating mode  
Status  
Symbol  
Description  
Online Mode  
UPS is running through the inverter (Online)  
UPS running on battery. (The alarm buzzer sounds every 4  
seconds.)  
Battery Mode  
The power used by the load is supplied from the mains power  
via internal filter. The UPS does not have the backup function  
when it is in bypass mode. (The alarm buzzer will sound every  
2 minutes.)  
UPS is running through bypass but there is no power in the  
output  
Bypass with output  
Bypass without output  
After the UPS is turned on, the power used by the load is  
supplied from the mains power via internal filter if the mains  
power is in an acceptable range. This guarantees higher  
efficiency of the UPS. In case of mains failure, the UPS  
transfers to Online mode or Battery mode and the load is  
supplied continuously. See Section 3.4.1 for details.  
ECO Mode  
Note: ECO mode can be enabled through the LCD settings or  
the monitoring software.  
Warning: The transfer time of UPS output from ECO mode to  
battery mode is 10ms and not recommended for sensitive  
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loads.  
In converter mode, the UPS runs with fixed output frequency  
(50Hz or 60Hz). In case of mains power failure, the UPS  
transfers to battery mode and the load is supplied continuously.  
See Section 3.4.2 for details.  
Converter Mode  
Note:  
- Converter mode function can be enabled through the LCD  
settings or the monitoring software.  
- The load is de-rated to 60% in converter mode.  
Warnings indicate abnormal situations that does not stop the  
UPS from working. In this case the UPS continues running but  
the user should do corrective actions. See Section 6 for details.  
In fault situations, the UPS’s output is disconnected or the UPS  
is transferred to bypass with a constant alarm. The backlight of  
the UPS becomes red to indicate to the user the alarming  
status of the UPS. See Section 6 for details.  
Warning  
Fault  
!
When the UPS is in overload, an alarm sounds twice every  
second. Some unnecessary loads should be disconnected one  
by one to decrease the load. The load should be lower than  
90% of its nominal power capacity in order to stop alarming.  
While doing the battery test, LEDs are lightened circularly and  
the battery test symbol is displayed.  
Overload  
Battery test  
If the battery is disconnected, the symbol of battery failure is  
shown and the UPS alarm sounds.  
Battery disconnected  
3.4.1  
ECO Mode / High Efficiency Mode  
If ECO mode (High Efficiency - HE Function) is enabled, after the UPS is turned on, the power used  
by the load is directly supplied from the mains power via internal filter. This guarantees a higher  
efficiency of the UPS. In case of mains failure, the UPS transfers to Online mode or Battery mode  
and the load is supplied continuously. This function can be enabled through the LCD settings in  
Bypass mode. Enter the power strategy Settings menu as indicated in Section 3.5.1.6.  
The overall efficiency in Eco mode is higher than 96% of UPS, saving energy and reducing the  
running costs.  
Note:  
- The level of load protection is lower than in Online mode since the load is directly supplied from the  
mains.  
- The transfer time of the UPS output from Eco mode to Battery mode is about 10ms. This function  
is not suitable for sensitive loads and in regions where mains power is very unstable.  
3.4.2  
Converter Mode  
In converter mode, the UPS runs with fixed output frequency (50Hz or 60Hz). This mode is  
commonly used with loads that are very sensible to frequency variations. In case of mains failure,  
the UPS transfers to Battery mode and the load is supplied continuously. This function can be  
enabled through the LCD settings in Bypass mode. Enter the power strategy Settings menu as  
indicated in Section 3.5.1.6.  
Note:  
The load capacity of the UPS is de-rated to 60% in converter mode.  
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3.5  
LCD Operation  
Information regarding the status of the UPS, measurements, events and general information on the  
UPS are available through the LCD display. This chapter describes how to navigate through the  
display and how to adjust the user’s settings.  
3.5.1  
Navigation  
From the UPS status screen, press  
system and battery.  
or  
for less than 1s for information on alarm, parallel  
From the UPS status screen, press  
for more than 1s to enter the main menu. The main menu  
includes the following submenus: UPS status, event log, measurements, control, identification,  
settings.  
See Figure 9 for details on how to navigate through the menus and submenus.  
Figure 9: Main menu tree  
3.5.1.1 UPS Status  
Contains general information on the status of the UPS.  
3.5.1.2 Event log  
Displays the last 50 events, alarms and faults occurred in the UPS. The alarms are indicated by the  
corresponding illustration, event code and operating time of UPS when the event occurred. To  
navigate through the events and alarms, press  
or  
for less than 1s.  
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3.5.1.3 Measurements  
Several measurements are displayed in the menu such as output voltage, frequency, current, load  
capacity, input voltage and frequency. To navigate through the measurements, press  
less than 1s.  
or  
for  
3.5.1.4 Control  
From this menu, the user can give commands to the UPS. It is possible to change the UPS mode,  
perform battery tests, reset some status and restore settings.  
Pressing  
on the control submenu, the display would enter another menu tree with the following  
information:  
- Single UPS turn off: This command is used to turn off one UPS in a parallel system. The other  
UPS continue to run to supply the load in the parallel system.  
- Single UPS battery test: This command is used to control one UPS in a parallel system to do the  
battery test singularly. The other UPS do not perform the battery test.  
- Parallel UPS battery test: This command is used to perform the battery test in all UPS in a parallel  
system simultaneously.  
- Clear EPO status: Once the EPO status is enabled, the UPS output is cut-off. To recover the  
normal status, EPO connector must first be closed. Enter this menu to clear the status of EPO. The  
UPS will stop alarming and will recover in Bypass mode. Note that the UPS needs be turned on by  
manual operation.  
Example: Clearing the EPO status  
Note: First make sure the EPO signal is inactive or the LCD will show that the EPO active status  
couldnt be cleared.  
<1s  
Status:EPO signal active  
Clear EPO status  
Clear:no  
Figure 10: Clear EPO status  
- Reset fault status: When a failure occurs, the UPS goes to Fault mode and the buzzer alarm  
sounds. After checking the reason of the failure and taking the appropriate corrective actions, enter  
this menu to reset the error status and recover the normal status. The UPS alarm will stop and will  
go to Bypass mode.  
- Restore factory settings: All the factory settings are recovered. Note that this operation can only be  
executed when the UPS is in Bypass mode.  
Figure 11 gives an overview on how to navigate on the control menu.  
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Figure 11: Control menu tree  
3.5.1.5 Identification  
Press  
includes UPS serial number, firmware serial number and model type.  
Press >1s to return to the last main menu.  
on the Identification menu to navigate through its data. The identification information  
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Figure 12: Identification menu tree  
3.5.1.6 User’s Settings  
Contact your local distributor for further information before using the settings. Some settings can  
impact on the performance of the UPS and others can enable and disable functions within the UPS.  
Failures and reduced protection can occur if the equipment is not set in an adequate way.  
Note that most settings should be done only with the UPS in Bypass mode.  
Press  
in the Identification menu to enter the Setting menu. If the User password is enabled, the  
user must enter the password by pressing the buttons  
indicated in Table 3  
,
, and . The setting menu is as  
Submenu item  
User password  
Audio alarm  
Optional Values  
enabled/disabled  
enabled/disabled  
208/220/230/240V  
autosensing/50/60Hz  
Default value  
disabled  
enabled  
Rated output voltage  
Output frequency  
230V  
autosensing  
normal/high efficiency/  
converter  
Power strategy**  
normal  
DC start  
enabled/disabled  
enabled/disabled  
enabled  
enabled  
Site wiring fault alarm  
Ambient temperature  
warning  
Automatic battery tests  
period  
enabled/disabled  
0-31days  
enabled  
7days  
Auto Restart  
enabled/disabled  
enabled/disabled  
enabled/disabled  
enabled/disabled  
110~215V  
enabled  
enabled  
enabled  
disabled  
176V  
Automatic overload restart  
Auto Bypass  
Short circuit clearance  
Bypass voltage low limit  
Bypass voltage high limit  
Bypass frequency low limit  
Bypass frequency high limit  
Language  
245~276V  
264V  
1%~10%  
10%  
1%~10%  
10%  
Simple Chinese  
1%~10%  
English  
5%  
HE voltage low limit  
HE voltage high limit  
1%~10%  
5%  
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Submenu item  
Optional Values  
1%~10%  
Default value  
HE frequency low limit  
HE frequency high limit  
Battery quantity***  
5%  
5%  
20  
1%~10%  
19/20/21  
Day:hour:minute:second  
0000:0000:00~9999:23:59:59  
Set running time  
LCD contrast  
Running time  
0
-5~+5  
Table 3  
*Password is USER when enabled.  
**Read Section 3.4, before using high efficiency or converter function.  
***Ensure the real battery quantity is same as the settings not to damage the batteries.  
Figure 13: Setting menu tree  
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Example: Setting the rated output voltage value  
Setting menu tree  
...  
or  
<1s  
<1s  
Output voltage  
<230V>  
Output voltage  
<230V>  
The option would flash  
or  
<1s, to select the wanted option  
Output voltage  
<220V>  
>1s, to confirm the setting  
The option would stop flashing  
after being confirmed  
Output voltage  
<220V>  
Figure 14: Setting rated output voltage value  
3.6  
Paralleling the units  
N+X is the most reliable power structure. N represents the minimum UPS number that the total load  
needs and X represents the number of redundant UPS. The larger is X, higher is the reliability of the  
system. With PowerValue 11, up to 4 UPS can be connected in parallel to obtain output power  
sharing and power redundancy.  
3.6.1  
Installation and operation  
1) Prepare the input and output wires, the output breaker and the parallel cable.  
2) Use a standard 25-pin communication cable (25 colors) ideally shorter than 3m.  
3) Remove the cover plate of the parallel port in the UPS  
4) Connect the UPS, one by one, with the parallel cable and re-screw the parallel port cover  
5) Strictly follow the Chapter 2 and the wiring requirements of single UPS to perform the wiring of  
each UPS. Connect the output wires of each UPS to an output breaker panel.  
6) Disconnect the Jumpers JP1 and JP2 of the terminal block, then connect each output breaker to  
a main output breaker and then to the loads.  
Each UPS needs an independent battery pack. Please refer to the wiring diagram in the following  
diagram. The distance between the UPS in parallel and the breaker panel is should be lower than 20  
meters. The difference between the wires of the input and the output of the UPS is required to be  
less than 20%.  
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IP_G IP_N IP_L  
B+  
B-  
B_G  
J1  
J2  
OP_N OP_L OP_G  
BAT Ground  
BAT PACK #1  
(For Smodel)  
IP_G IP_N IP_L  
B+  
B-  
B_G  
J1  
J2  
OP_N OP_L OP_G  
BAT Ground  
BAT PACK #2  
(For Smodel)  
TO UTILITY  
TO LOAD  
Figure 15: Input and output Terminal Block wiring diagram  
Figure 16: Parallel System Installation Diagram  
7) Confirm that the output breaker of each UPS is switched OFF.  
8) Switch on the input breaker of the each UPS. The UPS will start running in bypass mode.  
Observe the UPS displays to check if there are warnings or fault information. Measure the output  
voltage of each UPS separately to check if the voltage difference between them is lower than 1V. If  
this difference is higher than 1V, check the wiring.  
9) Press the  
button of one UPS and each UPS will start to turn on. All UPS will transfer to inverter  
mode simultaneously. Measure the output voltage of each UPS separately to check if the voltage  
difference between them is lower than 0.5V. If this difference exceeds 0.5V, the UPS have to be  
regulated.  
10) Press the  
button of one UPS and observe that each UPS will turn off and transfer to Bypass  
mode. Switch on the output breaker of each UPS to parallel the output of all UPS.  
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11) Press the  
button of one UPS and observe that each UPS will turn on. The UPS will then work  
in parallel Online Mode.  
3.6.2  
Adding an UPS to an existing parallel system  
A main maintenance mechanical switch or static switch must be installed in a parallel system.  
1) Regulate the output voltage of the new UPS separately. Check if the output voltage difference  
between the new UPS and the parallel system is lower than 0.5V.  
2) Ensure that the bypass of the parallel system is normal and that the bypass setting is “enabled.  
Remove the cover plate of the maintenance switch on the rear panel of each UPS. The UPS system  
will transfer to bypass automatically.  
3) Set the main maintenance switch or static switch from “UPS” to “BPS”. Switch off the main output  
breaker and the main input breaker, the UPS will shut down.  
4) Ensure the UPS are completely shut down. Add the new UPS and reinstall the new UPS parallel  
system by following steps 1) to 6) on Section 3.6.1.  
5) Switch on the main input breaker and the main output breaker. Set the main maintenance switch  
or static switch from “BPS” to “UPS”, then set the UPS maintenance switch from “BPS” to “UPS” and  
screw the maintenance cover plate back again. Press the  
on and then they will all work in parallel in Online mode.  
button on one UPS. Each UPS will turn  
3.6.3  
Removing a Single UPS from a parallel system  
A main maintenance mechanical switch or static switch must be installed in a parallel system.  
1) Ensure the bypass of the parallel system is normal and that the bypass setting is “enabled”.  
Remove the cover plate of maintenance switch on the rear panel of each UPS. The UPS system will  
transfer to bypass automatically.  
2) Set the maintenance switch of each UPS from “UPS” to “BPS”.  
3) Set the main maintenance switch or static switch from “UPS” to “BPS”  
4) Switch off the main output breaker and the main input breaker. The UPS will shut down.  
5) Ensure the UPS are completely shut down and remove the chosen UPS from the system.  
Reinstall the new UPS parallel system by following steps 1) to 6) on Section 3.6.1.  
6) If the removed UPS or the remained UPS will be used in a standalone mode, then JP1 and JP2  
on the terminal block should be connected with a short connection wire.  
7) Switch on the main input breaker and the main output breaker.  
8) Set the main maintenance switch or static switch from “BPS” to “UPS”, then set the UPS  
maintenance switch from “BPS” to “UPS”.  
9) Screw the maintenance cover plate back again. Press the  
turn on and then they will all work in parallel in Online mode.  
button on one UPS. Each UPS will  
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4 COMMUNICATION  
4.1  
Interface  
4.1.1  
USB  
The USB port present in the back of the UPS is compliance with USB 1.1 protocol.  
4.1.2  
Dry contact  
PowerValue 11 UPS has independent dry contact interfaces. Please contact your local supplier for  
details. Figure 17 and Table 4 describe the DB-9 connector.  
Figure 17: DB 9 Pin Layout  
Pin # Description  
I/O  
1
2
3
4
5
6
7
8
9
UPS Failure  
Summary Alarm  
GND  
Remote Shutdown  
Common  
Bypass  
Battery Low  
UPS ON  
Output  
Output  
Input  
Input  
Input  
Output  
Output  
Output  
Output  
Line Loss  
Table 4: Dry contact Pin-out  
4.1.3  
Intelligent Slot  
PowerValue 11 is equipped with an intelligent slot for other optional cards for remote management  
of the UPS through internet / intranet. Please contact your local supplier for further information.  
4.2  
Monitoring Software  
WinPower is a UPS monitoring software that allows the user to monitor the UPS. This software  
provides a remote and safe shutdown for multi-client systems in case of absence of power in the  
output of the UPS.  
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Figure 18: Monitoring Software WinPower  
Installation procedure:  
- Choose your operating system and follow the instructions described in the website to download the  
software.  
- When downloading the files from the internet, enter the serial No: 511C1-01220-0100-478DF2A.  
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5 MAINTENANCE  
PowerValue 11 (6-10 kVA) UPS only requires minimal maintenance. The only requirement is to charge  
the UPS regularly in order to maximize the expected life of the battery. When being connected to the  
mains power, whether the UPS is turned on or not, the UPS keeps charging the batteries and also offers  
the protective function of overcharging and over-discharging.  
BATTERY REPLACEMENT SHOULD ONLY BE PERFORMED BY  
QUALIFIED PERSONNEL  
WARNING!  
- If the battery service life (3~5 years at 25°C ambient temperature) has been exceeded, the batteries  
must be replaced. In this case please contact your dealer.  
- The UPS should be charged once every 4 to 6 months if it has not been used for a long time.  
- In high temperature regions, the battery should be charged and discharged every 2 months. The  
standard charging time should be of at least 12 hours.  
- Under normal conditions, the battery life lasts 3 to 5 years. In case the battery is not in good conditions,  
earlier replacement should be made.  
- Replace batteries with the same number and same type of batteries.  
- Do not replace the batteries individually. All the batteries should be replaced at the same time following  
the instructions of the battery supplier.  
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6 TROUBLESHOOTING  
6.1  
Fault identification and rectification  
If the UPS system does not operate correctly, please attempt to solve the problem using the table below.  
If the problem still persists, consult your supplier.  
Problem Displayed  
Read EEPROM Error  
EPO Active  
Possible cause  
UPS internal fault  
Remedy  
Consult your supplier.  
EPO connector is open  
Check the EPO connector status  
On Maintain Bypass  
Maintain bypass switch is open  
Check the maintain bypass switch status  
IP soft start failed  
Site Wiring Fault  
UPS internal fault  
Consult your supplier.  
Phase and neutral conductor at  
input of UPS system are reversed  
Reverse mains power wiring.  
Battery Disconnect  
Battery pack is not connected  
correctly  
Do the battery test to confirm.  
Check the battery bank is connected to the UPS.  
Check the battery breaker is turned on.  
If audible alarm sounds every second, the battery is  
almost empty.  
Battery low  
Battery voltage is low  
Overload  
Output Overload  
Check the loads and remove some non-critical  
loads.  
Check if some loads have failures.  
Check if the fan is running normally.  
Consult your supplier.  
Fan Failure  
Fan abnormal  
Charger Fail  
The charge fails  
Battery Over Voltage  
Battery voltage is higher than  
normal value  
Check if the battery quantity is correct.  
Over Charge  
Battery is over charged  
The UPS will turn off the charger until the battery  
voltage is normal  
Model Pin Error  
UPS internal fault  
Consult your supplier.  
Ambient Over Temperature  
Heat sink Over Temperature  
The ambient temperature is too high Check the environment ventilation.  
Inside temperature of UPS is too  
high  
Check the ventilation of UPS and the ambient  
temperature.  
Ambient NTC abnormal  
Para Cable Male Loss  
Para Cable Female Loss  
Para Bat Differ  
UPS internal fault  
Consult your supplier.  
The parallel cable is disconnected  
The parallel cable is disconnected  
The battery packs of some UPSs  
are disconnected  
Check the parallel cable.  
Check the parallel cable.  
Check if all the battery packs are connected.  
Para Line Differ  
The mains input of some UPSs is  
disconnected  
Check the building wiring and input cable.  
Check if the input breaker is closed.  
Ensure the UPS are connected to the same input  
source.  
Para Work Mode Differ  
Para Rate Power Differ  
UPS are configured with different  
power settings (Ex. one in Online  
mode and one in Converter mode).  
Modify the settings of the UPS. All UPS should be  
running in the same mode  
There are different UPS in a parallel UPS with different capacity (Ex. one 6kVA and one  
system  
10kVA) cannot be paralleled.  
ECO In Para  
IP Fuse Open  
ECO mode is enabled in a parallel  
Eco mode cannot be used in a parallel system.  
system  
Input fuse break is opened  
Check the input fuse status  
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Problem Displayed  
Possible cause  
Remedy  
Inv Overload Fault  
Overload  
Check the loads and remove non-critical  
loads. Check if there are failures in the load.  
Byp Overload Fault  
Output Short Circuit  
Overload  
Check the loads and remove non-critical  
loads. Check if there are failures in the load.  
Output short circuit  
Remove all loads. Turn off the UPS.  
Check if the UPS output and loads are short  
circuited. Ensure short circuit is removed  
before turning on the UPS again.  
Heat sink Over Temperature Fault Inside temperature of UPS is too high  
Check the ventilation of UPS and the  
ambient temperature.  
Bus Over Voltage  
Bus Under Voltage  
Bus Unbalance  
UPS internal fault  
UPS internal fault  
UPS internal fault  
UPS internal fault  
UPS internal fault  
UPS internal fault  
UPS internal fault  
UPS internal fault  
Consult your supplier.  
Consult your supplier.  
Consult your supplier.  
Consult your supplier.  
Consult your supplier.  
Consult your supplier.  
Consult your supplier.  
Consult your supplier.  
Bus short  
Bus Soft start Fail  
Inv Over Voltage  
Inv Under Voltage  
Inv Soft start Fail  
Negative Power Fault  
The load is purely inductive or  
capacitive  
Remove non-critical loads.  
Bypass supplies the load. Ensure there is no  
overload, then turn on UPS.  
Cable male and female Loss fault  
The parallel cable is disconnected  
Check the parallel cable.  
Fan lock fault  
Back Feed  
Fan blocked or disconnected over time  
Output voltage is returned to input  
Check the fan status.  
Consult your supplier.  
No indication, no warning tone  
even though system is connected  
to mains power supply  
No input voltage  
Check the building wiring and input cables.  
Check if the input breaker is closed.  
BYPASS LED light up even  
though the power supply is  
available  
Inverter not switched on  
Press On-Switch to turn on the UPS.  
BATTERY LED lights up, and  
audible alarm sounding every 1  
beep in every 4 seconds  
Input voltage and/or frequency are out  
of tolerance  
Check input power source.  
Check the building wiring and input cable.  
Check if the input breaker is closed.  
Emergency supply period shorter  
than nominal value  
Batteries are not fully charged /  
batteries defect  
Charge the batteries for at least 12 hours  
and then check capacity.  
Please have the following information at hand before calling the After-Sales Service Department:  
1. Model number, serial number  
2. Date on which the problem occurred  
3. LCD/LED display information, Buzzer alarm status  
4. Mains power condition, load type and capacity, environment temperature, ventilation condition  
5. Information on external battery pack (battery capacity, quantity)  
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7 TECHNICAL SPECIFICATION  
GENERAL DATA  
Output rated power [W]  
Output power factor  
Topology  
Inbuilt batteries  
INPUT  
6 kVA  
5400 W  
0.9  
True online double conversion  
No Yes  
6 kVA B  
5400 W  
10 kVA  
9000 W  
10 kVA B  
9000 W  
No  
Yes  
Nominal input voltage  
Input voltage tolerance  
Input current THD  
Rated current (ref. 230V)  
Frequency range  
Power factor  
200 / 208 / 220 / 230 / 240 VAC  
110-276 VAC (depends on load level)  
<5% with full resistive load  
25.8 A  
45-55 Hz / 54-66 Hz  
0.99  
43 A  
OUTPUT  
Rated output voltage  
Waveform  
208* / 220 / 230 / 240 VAC  
Sinusoidal  
Voltage tolerance  
(referred to 230V)  
Voltage distortion  
Overload capability**  
(inverter mode)  
Overload capability**  
(bypass mode)  
±1%  
2% full linear load, 5% full non-linear load  
2 min.: 105-125% load / 30s.: 125-150% load / 1s.: >150%  
1 min.: 120-150% load / 10s.: >150% load / 1s.: >170%  
Nominal frequency  
Crest Factor  
50 or 60 Hz x (1± 0.5 Hz on battery mode)  
3:1  
TRANFER TIME  
Battery  inverter  
Bypass inverter  
Inverter to Eco-mode  
Eco-mode to inverter  
EFFICIENCY  
0 ms  
0 ms  
0 ms  
<10 ms  
AC-AC  
92%  
In eco-mode  
96%  
ENVIRONMENT  
Protection rating  
UPS storage temperature  
Batteries storage  
temperature  
IP 20  
-15 +60°C  
0~35°C  
Operating temperature  
Relative humidity  
Altitude (above sea level)  
BATTERY  
0 45°C  
0-95% (Non-condensing)  
<1000m for nominal power*  
Type  
VRLA, vented lead-acid  
Battery configuration  
Backup time (100% load)  
Charging current  
Recharge time  
EXBAT max current  
COMMUNICATIONS  
User interface  
-
-
4A  
-
32A  
20 x 7.2Ah  
6 minutes  
1.2 A  
3h to 90%  
32A  
-
-
4A  
-
50A  
20 x 9Ah  
4 minutes  
1.2 A  
3h to 90%  
50A  
LCD display  
Communication cards  
STANDARDS  
SNMP (option), AS400 relay card (option)  
Safety  
IEC/EN 62040-1  
Performance  
IEC/EN 62040-3  
RoHS  
Manufacturing  
IEC/EN50581:2012  
ISO 9001:2008, ISO 14001:2004  
WEIGHT, DIMENSIONS  
Weight  
25.4 kg  
80 kg  
28.3 kg  
84 kg  
Dimensions WxHxD  
260 x 708 x 558 mm 260 x 708 x 558 mm 260 x 708 x 558  
260 x 708 x 558  
*Technical specifications are subject to change without notice.  
*The load capacity is de-rated to 90% when the output voltage is adjusted to 208VAC.  
*The overload capacity is de-rated in Online mode if the ambient temperature is higher than 35 ºC.  
* The load capacity is de-rated by 1% for every 100m above 1000m.  
04-3628_ABB_PVA11_T_6-10kVA_EN_REV-B.doc  
Page 32/32 ABB  
Modifications reserved  
 

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