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VFI 6000 TGB
VFI 10000 TGB
VFI 6000 TGS
VFI 10000 TGS
VFI 6000 RTGE
VFI 10000 RTGE
VFI 6000 RTGS
VFI 10000 RTGS
PowerWalker
VFI 6000 RTG VFI 10000 RTG
User Manual
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Contents
1. INTRODUCTION ............................................................................ 4
1.1 ENVIRONMENTAL PROTECTION ............................................................................... 4
2. PRESENTATION ............................................................................. 6
2.1 FRONT PANEL ...................................................................................................... 6
2.2 REAR PANELS ...................................................................................................... 7
2.3 CIRCUIT DIAGRAM ............................................................................................... 9
3. INSTALLATION ............................................................................. 10
3.1 INSPECTING THE EQUIPMENT ............................................................................... 10
3.2 UNPACKING THE UNIT ........................................................................................ 10
3.3 CHECKING THE ACCESSORY KIT .............................................................................. 12
3.4 INSTALL THE UPS .............................................................................................. 13
3.5 INSTALL THE EBM ............................................................................................. 14
4. POWER CABLES CONNECTION ..................................................... 17
4.1 ACCESS TO TERMINAL BLOCKS(AC SOURCE TO UPS) ......................................... 18
4.2 ACCESS TO TERMINAL BLOCKS(PDU SOURCE TO R/T UPS)(OPTIONAL) ..................... 20
4.3 PARALLEL INSTALLATION AND OPERATION ............................................................. 20
5. OPERATION ................................................................................ 24
5.1 CONTROL PANEL ................................................................................................ 24
5.2 LCD DESCRIPTION .............................................................................................. 26
5.3 DISPLAY FUNCTIONS ........................................................................................... 29
5.4 USER SETTINGS ................................................................................................. 30
5.5 UPS STARTUP AND SHUTDOWN ............................................................................ 31
5.6 LCD OPERATION ................................................................................................ 32
6. COMMUNICATION ...................................................................... 41
6.1 COMMUNICATION PORTS .................................................................................... 41
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6.2 NETWORK MANAGEMENT CARD (OPTIONAL) ......................................................... 42
6.3 UPS MANAGEMENT SOFTWARE ........................................................................... 42
7. UPS MAINTENANCE .................................................................... 43
7.1 EQUIPMENT CARE .............................................................................................. 43
7.2 TRANSPORTING THE UPS .................................................................................... 43
7.3 STORING THE EQUIPMENT ................................................................................... 43
7.4 REPLACING BATTERIES ........................................................................................ 44
7.5RECYCLING THE USED EQUIPMENT .......................................................................... 46
8. TROUBLESHOOTING .................................................................... 46
8.1 TYPICAL ALARMS AND FAULTS ............................................................................... 46
8.2 SILENCING THE ALARM ........................................................................................ 51
9. SPECIFICATIONS .......................................................................... 51
9.1 MODEL SPECIFICATIONS ...................................................................................... 51
10 GLOSSARY .................................................................................. 56
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Service and support:
Call your local ser vice representative
SAFETY INSTRUCTIONS
SAVE THESE INSTRUCTIONS. This manual contains important instructions that should
be followed during installation and maintenance of the UPS and batteries.
The UPS models that are covered in this manual are intended for installation in
an environment within 0 to 50°C, free of conductive contaminant.
Certification standards
•
Safety: EN 62040-1
•
EMC: IEC/EN 62040-2
•
Performance: IEC/EN 62040-3
•
IEC 61000-4-2 (ESD): level 4.
•
IEC 61000-4-3 (Radiated field): level 3.
•
IEC 61000-4-4 (EFT): level 4.
•
IEC 61000-4-5 (Fast transients): level 4.
•
IEC 61000-4-6 (Electromagnetic field): level 3.
•
IEC 61000-4-8 (Conducted magnetic field): level 4.
Special symbols
The following are examples of symbols used on the UPS or accessories to alert you
to important information:
RISK OF ELECTRIC SHOCK - Observe the warning associated with the risk of electric
shock symbol.
Important instructions that must always be followed.
Do not discard the UPS or the UPS batteries in the trash.
This product contains sealed lead acid batteries and must be disposed as it's explain
in this manual. For more information, contact your local recycling/reuse or
hazardous waste center.
This symbol indicates that you should not discard waste electrical or electronic
equipment (WEEE) in the trash. For proper disposal, contact your local
recycling/reuse or hazardous waste center.
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Information, advice, help.
Refer to the user manual.
Safety of persons
RISK OF VOLTAGE BACKFEED. The system has its own power source (the
battery). Isolate the UPS and check for hazardous voltage upstream and
downstream during lockout-tagout operation. Terminal blocks may be
energized even if the system is disconnected from the AC power source.
Dangerous voltage levels are present within the system. It should be opened
exclusively by qualified service personnel.
The system must be properly grounded.
The battery supplied with the system contains small amounts of toxic
materials. To avoid accidents, the directives listed below must be observed:
- Servicing of batteries should be performed or supervised by personnel
knowledgeable about batteries and the required precautions.
- When replacing batteries, replace with the same type and number of
batteries or battery packs.
- Do not dispose of batteries in a fire. The batteries may explode.
- Batteries constitute a danger (electrical shock, burns). The short-circuit
current may be very high.
Precautions must be taken for all handling:
- Wear rubber gloves and boots.
- Do not lay tools or metal parts on top of batteries.
- Disconnect charging source prior to connecting or disconnecting battery
terminals.
- Determine if battery is inadvertently grounded. If inadvertently grounded,
remove source from ground. Contact with any part of a grounded battery
can result in electrical shock. The likelihood of such shock can be reduced if
such grounds are removed during installation and maintenance (applicable
to equipment and remote battery supplies not having a grounded supply
circuit).
Product safety
The UPS connection instructions and operation described in the manual must
be followed in the indicated order.
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CAUTION - To reduce the risk of fire, the unit connects only to a circuit
provided with branch circuit overcurrent protection for :
63A rating, for 6kVA models,
100A rating, for 10kVA models
The upstream circuit breaker for Normal AC/Bypass AC must be easily
accessible. The unit can be disconnected from AC power source by opening this
circuit breaker.
An additional AC contactor is used for backfeed protection and must comply
with IEC/EN 62040-1 (the creep age and clearance distances shall meet the
basic insulation requirements for pollution degree 2).
Disconnection and overcurrent protection devices shall be provided by others
for permanently connected AC input (Normal AC/Bypass AC) and AC output
circuits.
Check that the indications on the rating plate correspond to your AC powered
system and to the actual electrical consumption of all the equipment to be
connected to the system.
For PLUGGABLE EQUIPMENT, the socket-outlet shall be installed near the
equipment and shall be easily accessible
Never install the system near liquids or in an excessively damp environment.
Never let a foreign body penetrate inside the system.
Never block the ventilation grates of the system.
Never expose the system to direct sunlight or source of heat.
If the system must be stored prior to installation, storage must be in a dry
place.
The admissible storage temperature range is -25°C to +60°C with battery(-15°C
to +40°C without battery).
Special precautions
The unit is heavy: wear safety shoes and use vacuum lifter preferentially for
handling operations.
All handling operations will require at least two people (unpacking, lifting,
installation in rack system).
Straps are provided only for unpacking manually the unit from the carton;
don’t use the straps to carry the unit around. The unit can slip from the straps
during handling (risk of injury and product damage):
- keep 12in / 30cm minimum distance between the straps
- lift the unit carefully and keep it at low height
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- keep the unit horizontal during unpacking.
Before and after the installation, if the UPS remains de-energized for a long
period, the UPS must be energized for a period of 24 hours, at least once every
6 months (for a normal storage temperature less than 25°C). This charges the
battery, thus avoiding possible irreversible damage.
During the replacement of the Battery Module, it is imperative to use the same
type and number of element as the original Battery Module provided with the
UPS to maintain an identical level of performance and safety.
1. Introduction
Thank you for selecting UPS to protect your electrical equipment. The UPS has
been designed with the utmost care.
We recommend that you take the time to read this manual to take full
advantage of the many features of your UPS (Uninterruptible Power System).
Before installing your UPS, please read the booklet presenting the safety
instructions. Then follow the indications in this manual.
1.1 Environmental protection
Products are developed according to an eco-design approach.
Substances
This product does not contain CFCs, HCFCs or asbestos.
Packing
To improve waste treatment and facilitate recycling, separate the various
packing components.
•
The cardboard we use comprises over 50% of recycled cardboard.
•
Sacks and bags are made of polyethylene.
•
Packing materials are recyclable and bear the appropriate identification
symbol
Materials
Abbreviations
Number in
the symbols
Polyethylene terephthalat
High-density polyethylene
Polyvinyl chloride
PVC 03
PET
HDPE 02
01
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Low-density polyethylene
Polypropylene
Polystyrene
PP 05
PS 06
LDPE 04
Follow all local regulations for the disposal of packing materials.
Product
The product is made up of recyclable materials.
Dismantling and destruction must take place in compliance with all local
regulations concerning waste. At the end of its service life, the product must be
transported to a processing center for electrical and electronic waste.
Battery
The product contains lead-acid batteries that must be processed according to
applicable local regulations concerning batteries.
The battery may be removed to comply with regulations and in view of correct
disposal.
1.2 Electronic equipment protection
The uninterruptible power system (UPS) protects your sensitive electronic
equipment from the most common power problems, including power failures,
power sags, power surges, brownouts, line noise, high voltage spikes,
frequency variations, switching transients, and harmonic distortion.
Power outages can occur when you least expect it and power quality can be
erratic. These power problems have the potential to corrupt critical data,
destroy unsaved work sessions, and damage hardware - causing hours of lost
productivity and expensive repairs.
With the UPS, you can safely eliminate the effects of power disturbances and
guard the integrity of your equipment. Providing outstanding performance and
reliability, UPS’s unique benefits include:
True online double-conversion technology with high power density, utility
frequency independence, and generator compatibility.
Selectable High Efficiency mode of operation.
Standard communication options: one RS232 communication port, one
USB communication port, one dry in port and dry out port.
Optional connectivity cards with enhanced communication capabilities.
Firmware that is easily upgradable without a service call.
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2. Presentation
2.1 Front panel
Tower model:
Tower UPS 6KS/10KS Tower UPS 6K/10K Tower EBM
RT model:
RT UPS 6K/6KS/10K/10KS UPS RT EBM
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2.2 Rear panels
Tower model:
Tower UPS 6KS Tower UPS 10KS
Tower UPS 6K Tower UPS 10K Tower EBM
1. Intelligent slot
2. USB
3. RS232
4. RJ11 (only for RT model)
5. EPO
6. Parallel card
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7. Dry IN/OUT
8. Input /Output terminal
(Standard model 5pole, IPL, IPN, PE,
OPL, OPN; long backup model has 2
version, one is 5 Pole. Another is 7pole.
7pole add bat+, bat-, and no external
battery connector #10.)
RT model:
RT UPS(6K/6KS/10K/10KS)
RT EBM
1. Intelligent slot
2. Dry IN/OUT
3. USB
4. RS232
5. EPO
6. RJ11 (connect to PDU, only
for RT model)
7. Parallel card
9. Input switch
10. External battery connector
11. Maintenance bypass switch (optional)
12. EBM connector
13. EBM connector
14. Fuse board cover (replace EBM fuse)
8. Output breaker
9. Output socket
10. Input/Output terminal
(4pole IPL, IPN, OPL, OPN.
PE is screw)
11. Input breaker (optional)
12. EBM connector
13. Fuse board cover (replace
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EBM fuse)
14. EBM plug
2.3 Circuit diagram
15. EBM connector
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3. Installation
It is recommended to move the equipment to the installation site by using a
pallet jack or a truck before unpacking.
The system may be installed only by qualified electricians in accordance with
applicable safety regulations.
The cabinet is heavy, please install it with two or more people.
3.1 Inspecting the equipment
If any equipment has been damaged during shipment, keep the shipping
cartons and packing materials for the carrier or place of purchase and file a
claim for shipping damage. If you discover damage after acceptance, file a claim
for concealed damage.
3.2 Unpacking the Unit
Unpacking the unit in a low-temperature environment may cause
condensation occurred in and on the cabinet. Do not install the unit until
the inside and outside of the unit are absolutely dry (hazard of electric
shock).
Remove the packing materials and lift the unit out with two people at least.
Tower 6KS/10KS
Tower 6K/10K
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Tower EBM
RT UPS
RT EBM
Note:
The cabinet is heavy, please see spec weight provided on the carton/label.
Do not lift the unit’s front panel and rear panel.
Discard or recycle the packaging in a responsible manner, or store it for future
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6K/10K
6KS/10KS
cable
bracket
bracket
use.
Packing materials must be disposed in compliance with all local regulations
concerning waste. Recycling symbols are printed on the packing materials to
facilitate sorting.
3.3 Checking the accessory kit
Verify that the following additional items are included with the unit:
Tower
UPS
Tower
UPS
Tower
EBM
RT UPS
6K/10K
RT UPS
6KS/10KS
RT EBM
Battery power
USB cable
RS232 cable
Parallel cable
Dry contractor
EPO contractor
Stabilizer
Extension plate
of Stabilizer
Ear bracket
Rail kit
User manual
V: standard configuration
*: assembled to unit
O: optional configuration
V V
O O
V V
V V
* *
V
V V V V V V
If you ordered other accessories, please contact with local sale center.
V
V V V
V V
O O
V V
V V
* *
V V V
O O
*
V
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3.4 Install the UPS
3.4.1 Tower model:
1.Place the unit on a flat, stable surface in its final location,
2.Install ‘Stabilizer bracket’(optional): remove side’s screw from the unit, then
install ‘Stabilizer bracket’ to the unit.
3.Install the unit to a surface(optional): place 4pcs bolts(M8 is recommended)
to the final location previously, bolt’s position please refer to below, then fix
the unit to the bolts.
3.4.2 RT model:
Rack position installing
Identify the final position and keep ‘2U’ space for this installing.
Note that you already installed a ‘rail kit’ to rack cabinet for this operation, and
‘1U’ rail kit is recommended to be selected.
1. Install ‘Ear bracket’ to the unit by the M4 screws(flat head).
2. Slide the unit into ‘rail kit’ and make sure tighten the ‘rack mounting screw’ .
Note:
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This unit is suitable for 19 inch rack cabinet installation with a minimum of
800mm depth.
Tower position installing
1. Rotate the LCD model to tower direction
2. Set up the ‘Stabilizer bracket’, then take the unit into ‘Stabilizer bracket’.
3.5 Install the EBM
Tower EBM installation:
1. Place the unit on a flat, stable surface in its final location.
2. Install ‘Stabilizer bracket’(optional): remove the side’s screw from the unit, then
install ‘Stabilizer bracket’ to the unit.
3. Install the unit to a surface(optional): place 4pcs bolts(M8 is recommended) to
the final location previously, bolt’s position please refer to below, then fix the
unit to the bolts.
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4. Plug ‘Battery power cable’ to UPS’s external battery connector.
Note:
This ‘Battery power cable’ may have different plug according to the number of
battery inside of this unit, please check the ‘Voltage ’ parameter on rear-panel if it
matches the UPS before connection.
The battery number can be adjusted from ‘16pcs*2 strings’ to ‘20pcs*2 strings’ for
this unit, if you ordered other type EBM, please contact with local sale center.
If installing additional unit, place it next to the previous unit in their final location.
RT EBM installation:
Rack position installing
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Identify the final position and keep ‘3U’ space for this installing, and it is
recommended to be installed below to UPS.
Note that you already installed a ‘rail kit’ to rack cabinet for this operation, and
‘2U’ rail kit is recommended to be selected.
1. Install ‘Ear bracket’ to the unit by the M4 screws(flat head).
2. Slide the unit into ‘rail kit’ and make sure tighten the ‘rack mounting screw’ .
Note:
This unit is suitable for 19 inch rack cabinet installation with a minimum of 800mm
depth.
3. Plug ‘Battery power cable’ to UPS’s external battery connector.
Note:
This ‘Battery power cable’ may have different plug according to the number of
battery inside of this unit, please check the ‘Voltage ’ parameter on rear-panel if it
matches the UPS before connection.
The battery number can be adjusted from ‘16pcs*1 strings’ to ‘20pcs*1 strings’ for
this unit, if you ordered other type EBM, please contact with local sale center.
If installing additional unit, place it next to the previous unit in their final location.
Tower position installing
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UPS power rating
Upstream circuit
6000VA
D curve – 63A
10000VA
D curve – 100A
Model
6K 10K
1. Set up the ‘Extension plate’ as below and install to ‘Stabilizer bracket’ from UPS.
2. Connect to UPS with ‘Battery power cable’--- Refer to rack position installing.
Note:
This unit is recommended to be installed to UPS’s right side.
If installing additional unit, place it next to the previous unit in their final location.
4. Power cables connection
Recommended protective devices and cable cross-sections
Recommended upstream protection
N(L2)
to UPS Normal AC / Bypass AC source
G N(L2) L1
Read the Safety instructions page 3 regarding backfeed protection requirements.
Recommended cable cross-sections
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Protective
Min cross section
6
10
Input L, N, G
Min conductor cross section
6
10
Input
80A 100A
Output L,N,
Min conductor cross section
6
10
earthing conductor
fuse
mm^2 (8AWG)
mm^2 (8AWG)
mm^2 (8AWG)
4.1 Access to terminal blocks(AC source to UPS)
High leakage current:
Earth connection essential before connecting supply.
Common input/output sources connection
This type of connection must be carried out by qualified electrical personnel
Before carrying out any connection, check that the upstream protection devices
(Normal AC source and Bypass AC source) are open "O" (Off).
Always connect the ground wire first
1. Remove the cover of terminal block.
mm^2 (6AWG)
mm^2(6AWG)
mm^2(6AWG)
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2. Connect the AC cable to terminal blocks refer to the indication on rear panel
Tower model:
R/T model:
4. Install back the cover of terminal block.
3. Tie up the AC cable to the rear panel.
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4.2 Access to terminal blocks(PDU source to R/T UPS)(Optional)
If you ordered PDU model, please connect the UPS’s terminal blocks from PDU’s
source, detail operation please refer to PDU’s user manual.
4.3 Parallel Installation and Operation
As long as the UPS is equipped with parallel board and parallel cables, up to 3
UPSs can be connected in parallel to configure a sharing and redundant output
po w e r.
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How to install a new parallel UPS system:
1) Before installing a new parallel UPS system, please prepare the input
/output wires, and breakers.
2) Independent battery packs for each UPS.
3) Remove the cover plate of parallel port on the UPS, connect each UPS one
by one with parallel cable, and make sure the cable is screwed tightly.
Note: The length of ‘parallel cable’ is appropriate to be less than 3 meters.
4) Connect the input and output wires and make sure all the breakers are
turned off.
Tower model:
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Rack model:
5) Turn on the input breakers for the parallel UPS.
6) Pressing button continuously for more than 1 second for one UPS of
the system, then the system will turn on and enter line mode.
7) Regulate the output voltage of the each UPS separately, and check if the
difference of output voltage is less than 0.5V among the parallel system. If
the difference is more than 0.5V, the UPS need to be regulated.
8) If the difference output voltage is less than 0.5V, turn off the input breakers
to let UPS shut down. And then switch on the output breakers for all the
UPS.
9) Turn on the input breakers for the parallel UPS. Pressing button
continuously for more than 1 second for one UPS of the system, then the
system will turn on and enter line mode, after these operations, the
system will work normally in parallel mode.
The output wiring requirement as below:
1) If the distance between the UPS and breaker panel is less than 10 meters in
parallel system, the length difference between input and output cable of
the UPSs is required to be less than 20%.
2) If the distance between the UPS and breaker panel is more than 20 meters
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in parallel system, the length difference between input and output cable of
the UPSs is required to be less than 5%.
How to join a new UPS to parallel system:
1) Firstly, a main maintenance mechanical switch or static switch should be
installed for the parallel system.
2) Regulate the output voltage of the new UPS: check if the output voltage
difference between the new UPS and the parallel system is less than 0.5V.
3) Ensure the bypass of the parallel system is normal and the auto bypass
setting is “enable”, then press the button to turn off the UPS, the UPS
will turn to bypass mode.
4) Set the main maintenance switch or static switch from “UPS” to “BPS”, then
switch off the main output breaker, input breaker and mains breaker, then
the UPS will shut down.
5) Connect the cable and wire for the new ups.
6) Switch on the input breakers and mains breaker, and make sure that every
UPS work in bypass mode.
7) Switch on the O/P breakers and main O/P breaker，transfer the main
maintenance switch or static switch from “BPS” to “UPS”.
8) Press the button of one UPS, all the ups will turn on, after that, the
system will work in Line mode.
How to remove a single UPS from parallel system:
1) Firstly, a main maintenance mechanical switch or static switch should be
installed for the parallel system.
2) Ensure the bypass is normal and the auto bypass setting is “enable”, press
the button to turn off the UPS system, and the UPS system will turn to
bypass mode.
3) Transfer the main maintenance switch or static switch from “UPS” to “BPS”,
then switch off the output breakers, input breakers and mains breaker in
the parallel system, and the UPS will shut down.
4) Switch off the main O/P breaker and O/P breaker in the parallel system.
5) Remove the wanted UPS and disconnect cables/wires.
6) Switch on the mains breaker and input breaker of the reserved UPS, make
sure the UPS work in bypass mode.
7) Switch on the O/P breaker and main O/P breaker.
8) Transfer the main maintenance switch or static switch from “BPS” to “UPS”,
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and press the button to turn on the UPS, and the UPS will turn on to
Line mode.
5. Operation
5.1 Control panel
The UPS has a graphical LCD with five-button. It provides useful information about
the UPS itself, load status, events, measurements and settings.
The following table shows the indicator status and description:
Indicator Status Description
Normal
(Green)
Battery
(Orange)
Bypass
(Orange)
On
On The UPS is on Battery mode.
On The UPS is on Bypass mode.
Flash The UPS is on Standby mode.
The UPS is operating normally on Online or on High
Efficiency mode.
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present menu to default system status display
Fault
(Red)
On The UPS has an active alarm or fault.
The following table shows the Control Button Functions:
The Button Function Illustration
Power on
Turn on
Turn off Press this button >3s can turn off the UPS.
Clear fault
Scroll up
Press this button for >100ms&<1s can power on
the ups without utility input at the condition of
battery connected.
When the unit is powered on and stayed is in
Bypass mode, press this button for >1s can turn
on the UPS.
When the unit is in fault mode, press this button
for >1s to stop alarm and clear fault
Press this button for >100ms&<1s to scroll up the
menu option
Scroll down
Enter next menu
tree
Select one menu
option
Confirm the
present setting
Exit main menu
Press this button for >100ms&<1s to scroll down
the menu option
Press this button for >100ms&<1s to select the
present menu option, or enter next menu, but
do not change any setting
Press this button for >100ms&<1s to select the
present menu option, or enter next menu, but
do not change any setting
Press this button for >1s to confirm the edited
options and change the setting
Press this button for > 100ms & < 2s to exit the
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Over Load
Warning active
Other Warning active
Beep every second
Battery output
Bypass output
Beep every 2 minutes
menu or the higher level menu without
executing a command or changing a setting
Press this button for > 2s to mute the buzzer
Mute buzzer
temporarily, once new warning /fault is active or
UPS reenters into bypass mode or battery mode,
buzzer will work again.
The Buzzer definition as below：
UPS condition Buzzer status
Fault active Continuous
2 Beep every second
Beep every 4 seconds, if battery low, buzzer Beep every second
5.2 LCD description
The LCD backlight automatically dims after 2 minutes of inactivity (except UPS is
fault). Press any button to wake up the screen.
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Operation status
Standby mode
Online mode
Battery mode
1 beep every
seconds
End of backup time
1 beep every
seconds
The following table describes the information of ups status.
Note: If other indicator appears, see troubleshooting on chapter 7.2 for more
information.
Cause Description
The UPS is Off. UPS is operating without output.
4
1
The UPS is operating
normally.
A utility failure has
occurred and the UPS is
on Battery mode.
The UPS is on Battery
mode and the battery is
running low.
The UPS is powering and protecting the
equipment.
The UPS is powering the equipment with
the battery power.
Prepare your equipment for shutdown.
This warning is approximate, and the
actual time to shutdown may vary
significantly.
Depending on the UPS load and number of
Extended Battery Modules (EBMs), the
"Battery Low" warning may occur before
the battery reaches 20% capacity.
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High Efficiency
mode
By
Converter mode
Warning
Fault
pass mode
The UPS is operating
on High Efficiency
mode.
Overload or fault has
occurred, or a
command has been
received, and the UPS
is in Bypass mode.
The UPS is operating
on converter mode.
There are some
abnormal problems
during the operation of
UPS. Normally the
problems are not fatal
Some fatal problems
happened
Once the mains are loss or abnormal, the
UPS would transfer to Line mode or
Battery mode and the load is supplied
continuously.
1. The function could be enabled through
the LCD setting or the software
(Winpower, etc.)
2. It is reminded that the transfer time of
UPS output from HE mode to battery
mode is about 10ms. But it is still too long
for some sensitive load.
Equipment is powered but not protected
by the UPS.
In converter mode, the UPS would free run
with fixed output frequency (50Hz or
60Hz). Once the mains is loss or abnormal,
the UPS would transfer to battery mode
and the load is supplied continuously.
1. The function could be enabled through
the LCD setting or the software
(Winpower, etc.).
2. The load should be derating to 60% in
converter mode.
The UPS continues working, but please pay
attention to the warning, or the UPS may
fail.
The UPS will cut off the output or transfer
to bypass mode at once, and keep
alarming.
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Overload
Battery
Battery fail
UPS Parallel
Main menu
Submenu
Display information or Menu function
UPS status
[status summary screen] / [Alarm] / [Battery
charging
[mode/ Para Num. /Running time]
Mea
[Load] W
[Output/
/
[
[
[Battery remaining time]Min
Control
Single
Starts a
Parallel UPS
Starts a manual battery test
test
5.3 Display functions
Use the two middle buttons ( and ) to scroll through the menu structure.
Press the Enter ( ) button to select an option. Press the ESC button to cancel
or return to the previous menu.
When starting the UPS, the display is in the default UPS status summary screen.
surements
The load exceeds the
capacity of the UPS
UPS is executing a
battery test
The UPS detects bad
battery or battery
disconnected
Using two or three UPS
for heavy load or
redundancy
UPS battery test
battery test
29
Some unnecessary loads should be cut off
one by one to reduce the load connected
to the UPS.
Test the battery
The symbol of battery failure would be
shown and UPS would alarm.
Two or three UPS operation in parallel
/Volt/level/remaining time] /
VA/ [Output/Current] A % /
Voltage ] V Hz/ [Input/Voltage] V Hz
Battery] V % / [DC bus] V V /
temperature] °C
manual battery test for single UPS
for parallel UPS
Page 33
Single UPS turn off
T
Reset
Clears active fault
C
Clears events
Restore
Returns all settings to original values
Settings
S
Event log
Event list
Identification
[Product
number] / [UPS/NMC firmware]
Default settings
USER
English
[
[
Bypass mode
[230V]
[
[
[
[
[Disable
[Load
[
modules
According
According
5.4 User settings
The following table displays the options that can be changed by the user.
Submenu Available settings
Password Key the password
language [English][Deutsch][Español]
User password [disabled] [Enabled]
Audible alarm [enabled] [disabled]
Output voltage [208V] [220V] [230V] [240V]
urn off one UPS in parallel UPS system
fault status
lear event log
factory set
Can be changed in Standby mode and
ets parameters
type/model] / [Part/Serial
disabled]
enabled]
Output
Power strategy [normal] [high efficiency] [converter]
Auto bypass [enabled] [disabled]
Auto restart [enabled] [disabled]
Dry in [Disabled] [SON] [SOFF] [Maintain bypass]
Dry out [Load powered] [On battery mode] [Battery
Start on battery [enabled] [disabled]
External battery
External battery
AH setting
[autosensing] [50HZ][60HZ]
Authorize the product to restart
automatically when mains recovers after a
complete battery discharge.
low] [Battery disconnected] [Bypass output]
[UPS normal]
[0~20]
[0~300]
30
autosensing]
normal]
enabled]
enabled]
d]
powered]
enabled]
to model
to model
Page 34
[
[1.4A]
[2A] for 10K
[4A] for 6KS/10KS
[
[+0]
Battery
remaining time
Charger current [0~4] 0~4A for standard model
Site wiring fault
LCD contrast [-5 ~ +5]
[enabled] [disabled]
[0~12] 0~12A for long backup model
[disabled] [enabled]
enabled]
disabled]
5.5 UPS startup and shutdown
Please make sure there is no load connected to the ups before the ups is turned
on, and take on the load one by one after the UPS is turned on.
Take off all of the connected loads before turning off the UPS.
Starting the UPS with utility
Verify that the total equipment ratings do not exceed the UPS capacity to
prevent an overload alarm.
Start the UPS with utility:
Check all the connection is correct.
Power on the UPS, the fan begins to rotate. After that, the LCD will show the
default UPS status summary screen.
Pressing button continuously for more than 1 second, the buzzer will beep
300ms, UPS starts to turn on.
A few seconds later, the UPS turns into Line mode. If the utility power is
abnormal, the UPS will transfer to Battery mode without output interruption of
the UPS.
Starting the UPS on Battery
Before using this feature, the UPS must have been powered by utility power
with output enabled at least once.
After connect the UPS with battery, should wait 10s before pressing the
button for pre-charging the auxiliary power supply.
Battery start can be disabled. See “Start on battery” setting in user settings
refer to chapter 5.4.
To start the UPS on battery:
Check all the connection is correct.
for 6K
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Pressing button continuously for more than 100ms, the UPS would be
powered on. At this time the fan begins to rotate. Then LCD will show the
default UPS status summary screen.
Pressing button continuously for more than 1 second, the buzzer will beep
for300ms, UPS starts to turn on.
A few seconds later, the UPS turns into Battery mode. If the utility power comes
back, the UPS will transfer to Line mode without output interruption of the
UPS.
UPS shutdown with utility
To shut down the UPS with utility:
Pressing button continuously for more than 3 seconds and the buzzer will
beep 300ms. After that, the UPS will turn into Bypass mode at once.
When completing the above action, UPS output voltage is still present. In order
to cut off the UPS output, simply cut off the utility power supply. A few seconds
later, the ups will shut down and no output voltage is available from the UPS
output terminal.
UPS shutdown without utility
To shut down the UPS without utility:
To power off the UPS by pressing button continuously for more than 3
second, and the buzzer will beep for 300ms. The UPS will cut off the output at
once.
A few seconds later, the ups will shut down and no voltage is available from the
UPS output.
5.6 LCD operation
Except the default UPS status summary screen, the user can get more useful
information about UPS status, detailed various measurements, previous event
records which ever occurred, UPS own identification, and could change the
settings to fit the user own requirements, optimize the function of UPS.
The main menu
In the default UPS status summary screen, when pressing or <300ms,
the detailed information about alarm, battery, the system status would be
shown.
In the default UPS status summary screen, when pressing ESC >300ms, the
display would enter main menu tree.
The main menu tree includes six branches: UPS status menu, measurement
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menu, event log menu, control menu, identification menu and settings menu.
The UPS status menu
By pressing on the menu of “UPS status”, the display would enter the next
UPS status menu tree.
The content of UPS status menu tree is same as the default UPS status summary
menu.
By pressing ESC >300ms, the display would return the last main menu tree.
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The measurement menu
By pressing on the menu of “Measurement”, the display would enter the
next measurement menu tree.
A lot of detailed useful information could be checked here, Ex. the output
voltage and frequency, the output current, the load capacity, the input voltage
and frequency, etc.
By pressing ESC >300ms, the display will return to the last main menu tree.
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The event log menu
By pressing on the menu of “Event log”, the display would enter the next
event menu tree.
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All the previous events, alarm and fault have been recorded here. The
information includes the illustration, the event code, and the precise time of
UPS when the event happened. By press or <300ms, all the events
could be displayed one by one.
The max number of record is 100, when the number is larger than 100, the
latest will replace the previous.
By pressing ESC >300ms, the display would return the last main menu tree.
The control menu
By pressing on the menu of “Control”, the display would enter the next
control menu tree.
Start Battery Test: this is one command that control the UPS to do the battery
test.
Reset Fault status: when fault occurs, UPS would keep in Fault mode and alarm.
To recover to normal status, enter this menu to reset error status, then UPS
would stop alarm and recover to bypass mode. And the reason of fault should
be checked and deleted before UPS is turned on again by manual operation.
Restore factory settings: all the settings would be recover to default factory
settings. It could only be done in Bypass mode.
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37
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The identification menu
By press on the menu of “Identification”, the display would enter the next
identification menu tree.
The identification information includes UPS serial number, firmware serial
number, model type, would be shown here.
By press ESC >300ms, the display would return the last main menu tree.
The setting menu
Please contact your local distributor for further information before using the
settings. Some settings would be changed the specification, and some settings
would enable or disable some functions. The unsuitable option setting by user
may result in potential failures or protecting function loss, even directly damage
the load, battery or UPS.
AH setting could be set via RS232 or USB communication. Default AH setting is
disabled.
Most of settings could only be done while UPS is in Bypass mode.
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Output voltage
<230V>
...
By press <1s
The option would flash
Output voltage
<230V>
By press <1s
Setting menu tree
Output voltage
<220V>
By press or >100ms,
to select the wanted option
Output voltage
<220V>
By press >1s, to confirm the setting
The option would stop flashing
after being confirmed
Example: set rated output voltage value
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6. Communication
6.1 Communication ports
RS232 or USB communication ports
The RS232 and USB communication ports cannot operate simultaneously.
1. Communication cable to the serial or USB port on the computer.
2. Connect the other end of the communication cable to the RS232 or USB
communication port on the UPS.
Emergence Power Off
The Emergence Power Off interface provides an emergence power off function.
When the EPO function is enabled (default setting), once the EPO port is pulled
out, the UPS would shut off the output and enter into EPO mode, and the UPS
would not respond anything command unless the port is plugged back.
Dry in & Dry out
Dry in allows remote action to switch On/ switch Off/ maintain bypass the UPS.
When contact changes from closed to open, the UPS is switch On/ switch Off/
maintain bypass the UPS.
Dry out could indicate the state of UPS.
The Dry out port is normally closed, if the Dry out port is open, it indicate that
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the UPS is Loaded power/ On battery mode /Battery low /Battery disconnected
/Bypass output/ups normal.
6.2 Network Management Card (Optional)
Network Management Card allow the UPS to communicate with different types
of devices in variety of networking environments. The Online series has one
available communication bay for the following connectivity cards:
1. Connect UPS-MS Web/SNMP Card – has SNMP and HTTP capabilities as well
as monitoring through a Web browser interface; connects to a twisted-pair
Ethernet (10/100BaseT) network. In addition.
2. This series UPS has AS400 card (an optional accessory) for AS400
communication protocol. Please contact your local distributor for details.
6.3 UPS Management Software
WinPower is a new software for UPS monitoring, which provides user-friendly
interface to monitor and control your UPS. This unique software provides safely
auto shutdown for multi-computer systems while power failure. With this
software, users can monitor and control any UPS on the same LAN no matter
how far from the UPSs.
Installation procedure:
1. Go to the website:
http://winpower.powerwalker.com/
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2. Choose the operation system you need and follow the instruction described
on the website to download the software.
3. When downloading all required files from the internet, enter the serial No:
511C1-01220-0100-478DF2A to install the software.
When you finish installation, restart your computer, the WinPower software will
appear as a green plug icon located in the system tray, near the clock.
7. UPS maintenance
7.1 Equipment care
For the best preventive maintenance, keep the area around the equipment
clean and dust free. If the atmosphere is very dusty, clean the outside of the
system with a vacuum cleaner.
For full battery life, keep the equipment at an ambient temperature of 25°C
(77°F).
If the UPS requires any type of transportation, verify that the UPS is
disconnected and turned off. The batteries are rated for a 3-5 year service life.
The length of service life varies, depending on the frequency of usage and
ambient temperature. Batteries used beyond expected service life will often
have severely reduced runtimes. Replace batteries at least every 4 years to keep
units running at peak efficiency.
7.2 Transporting the UPS
The internal UPS batteries MUST be disconnected before transport.
The following procedure should be performed or supervised by personnel
knowledgeable about batteries and the required precaution. Keep unauthorized
personnel away from batteries.
If the UPS requires any type of transportation, the batteries must be
disconnected (but not removed) before the unit is transported:
1. Verify that the UPS is off and disconnected from utility power.
2. Place the UPS on a flat, stable surface with the front of the cabinet facing
you.
3. Remove the UPS front cover
4 .Disconnect the internal battery connectors
5. Replace the UPS front cover
7.3 Storing the equipment
If you store the equipment for a long period, recharge the battery every 6
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months by connecting the UPS to utility power. The EBM charge to 90% capacity
in less than 3 hours.
However, recommends that the batteries charge for 48 hours after long-term
storage.
If the date has passed and the batteries were never recharged, do not use them.
Contact your service representative.
7.4 Replacing batteries
DO NOT DISCONNECT the batteries while the UPS is in Battery mode.
Consider all warnings, cautions, and notes before replacing batteries.
Servicing should be performed by qualified service personnel with
knowledgeable of batteries and required precautions. Keep unauthorized
personnel away from batteries.
Batteries can present a risk of electrical shock or burn from high short
circuit current. Observe the following precautions:
1. Remove watches, rings, or other metal objects,
2. Use tools with insulated handles,
3. Do not lay tools or metal parts on top of batteries,
4. Wear rubber gloves and boots.
When replacing batteries, replace with the same type and number of
batteries or battery packs. Contact your service representative to order
new batteries.
Proper disposal of batteries is required. Refer to your local codes for
disposal requirements.
Never dispose of batteries in a fire. Batteries may explode when exposed
to flame.
Do not open or mutilate the battery or batteries. Released electrolyte is
harmful to the skin and eyes and may be extremely toxic.
Take care if the battery is inadvertently grounded. If grounded, remove
source from ground. Contact with any part of a grounded battery may
cause electrical shock.
The likelihood of such shock can be reduced if such grounds are removed
during installation and maintenance (applicable to equipment and remote
battery supplies not having a grounded supply circuit).
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ELECTRIC ENERGY HAZARD. Do not attempt to alter any battery wiring or
connectors. It may cause injury.
Please disconnect battery charging source before battery replacing or
maintenance.
Replacing the EBM(s)
The EBM is heavy. Lifting the cabinet into a rack requires two people at least.
For Tower module, should turn the MBS to bypass and switch off the input and
then replace the EBM(s).
For RT module, if PDU is connected with the UPS, should turn the MBS to
bypass and switch off the input and then replace the EBM(s). If PDU is not
connected with the UPS, should turn off the UPS and then replace the EBM.
To replace the EBM(s):
1. Unplug the EBM power cable from the UPS.
If additional EBM(s) are installed, unplug the EBM power cable from each
EBM.
2. Replace the EBM(s). See "Recycling the used equipment" refer to chapter 7.4
for proper disposal.
A small amount of arcing may occur when connecting the EBM to UPS. This is
normal and will not harm personnel. Please connect the EBM cable to the UPS
quickly and firmly.
3. Plug the EBM cable(s) into the battery connector(s).
4. Verify that the EBM connections are tight, and there are adequate bend
radius and strain relief exist for each cable.
Testing new batteries
1. Charge the batteries for 48 hours.
2. By pressing on the menu of “Control”.
3. Select Control then Single battery test.
The UPS can starts battery test only in line mode without active alarms.
During the battery test, the UPS transfers to Battery mode and discharges the
batteries for 10 seconds. The front panel displays and the percentage of
the test completed.
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7.5Recycling the used equipment
Contact your local recycling or hazardous waste center for information on
proper disposal of the used equipment.
Do not dispose of the batteries in the fire. Which may cause battery explosion.
The batteries must be rightly disposed according to local regulation.
Do not open or destroy the batteries. Escaping electrolyte can cause injury to
the skin and eyes. It may be toxic.
Do not discard the UPS or the UPS batteries in the trash. This product contains
sealed, lead acid batteries and must be disposed of properly. For more
information, contact your local recycling/ reuse or hazardous waste center.
Do not discard waste electrical or electronic equipment (WEEE) in the trash. For
proper disposal, contact your local recycling/reuse or hazardous waste center.
8. Troubleshooting
The UPS is designed for durable, automatic operation and also alert you
whenever potential operating problems may occur. Usually the alarms shown
by the control panel do not mean that the output power is affected. Instead,
they are preventive alarms intended to alert the user.
Events are silent status information that are recorded into the Event log.
Example = "Battery charging".
Alarms are recorded into the Event log and displayed on the LCD status
screen with the logo blinking. Some alarms may be announced by a beep
every 1 second. Example = "Battery low".
Faults are announced by a continuous beep and red LED, recorded into the
Event log. Example = Out. short circuit.
Use the following troubleshooting chart to determine the UPS alarm condition.
8.1 Typical alarms and faults
To check the Event log:
1. By pressing on the menu of “Event log”.
2. Scroll through the listed events or faults.
3. The following table describes typical conditions.
Conditions Possible cause Action
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Code: E062
capacity.
UPS failure.
inactive.
Battery mode
Battery(Orange) LED is
On.
1 beep every 4 seconds.
Battery low
Battery(Orange) LED is
On.
1 beep every 1 second.
Code: A012
No battery
Fault (Red) LED is Flash
1beep every 1 second
Code: A011
Bypass mode
Bypass (Orange) LED is
on.
Code: E060
A utility failure has occurred
and the UPS is in Battery mode.
The UPS is in Battery mode and
the battery is running low.
The batteries are disconnected.
An overload or a fault has
occurred, or a command has
been received and the UPS is in
Bypass mode
The UPS is powering the
equipment with battery
power. Prepare your
equipment for shutdown.
This warning is
approximate, and the
actual time to shutdown
may vary significantly.
Depending on the UPS
load and number of
Extended Battery Modules
(EBMs), the "Battery Low"
warning may occur before
the batteries reach 20%
Verify that all batteries are
properly connected.
If the condition persists,
contact your service
representative.
Equipment is powered but
not protected by the UPS.
Check for one of the
following alarms: over
temperature, overload or
Power overload
Fault (Red) LED is Flash
2beep every 1 second
Code: A041
Power requirements exceed
the UPS capacity
47
Remove some of the
equipment from the UPS.
The UPS continues to
operate, but may switch to
Bypass mode or shut down
if the load increases.
The alarm resets when the
condition becomes
Page 51
mode.
Code: A072
protected.
UPS over temperature
Fault (Red) LED is On.
Beep continuous.
Code: F081
ON Maintenance
Bypass
Bypass (Orange) LED is
on.
In HE Mode
Line(green) LED is on.
Code: E063
Site Wiring Fault
Fault (Red) LED is flash
1beep every 1 second
Code: A004
Back feed
Fault (Red) LED is On.
Beep continuous.
Code: F093
The UPS internal heat sink
temperature is too high or a
fan has failed.
At the warning level, the UPS
generates the alarm but
remains in the current
operating state.
If the temperature rises
another 2°C, the UPS transfers
to Bypass mode or Standby
UPS was manually commanded
to switch to bypass and will
remain in bypass until
commanded out of bypass
The UPS is on bypass while
operating on the High
Efficiency setting.
Site Fault detection is
supported on all models
anytime there is a Grounding
Neutral connection.
Alarm triggers when the
difference between ground and
neutral voltage is > 15v.
UPS has a unexpected bypass
current on battery mode
Clear vents and remove
any heat sources. Allow
the UPS to cool. Ensure the
airflow around the UPS is
not restricted. Restart the
UPS.
If the condition continues
to persist, contact your
service representative.
Check the maintain bypass
switch status
The equipment transferred
to bypass utility power as a
normal function of High
Efficiency operation.
Battery mode is available
and your equipment is
Site Fault detection should
be enabled by default. It
can still be enabled /
disabled from the LCD
settings menu.
Reconnect all input wires.
Transfer to maintenance
bypass and call service.
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Inv Overload Fault
Fault (Red) LED is On
Beep continuous.
Code: F042
Byp Overload Fault
Fault (Red) LED is On.
Beep continuous.
Code: F043
Output Short Circuit
Fault (Red) LED is On.
Beep continuous.
Code: F031
Fan Failure
Fault (Red) LED is flash
1 beep every 1 second
Code: A085
BUS Over Voltage
Fault (Red) LED is On.
Beep continuous.
Code: F021
BUS Under Voltage
Fault (Red) LED is On.
Beep continuous.
Code: F022
BUS Unbalance
Fault (Red) LED is On.
Beep continuous.
Code: F023
BUS Short
Fault (Red) LED is On.
Beep continuous.
Code: F024
UPS has transferred to bypass
or fault mode because of
overload in inverter mode
UPS has cut off the output and
transferred to fault mode
because of overload in bypass
mode or HE mode.
Indicates that the UPS has
detected abnormally low
impedance placed on its
output and considers it a short
circuit
Indicates that the fan could not
work normally
Indicates that the UPS get BUS
over voltage fault because of
BUS.
Indicates that the UPS get BUS
under voltage fault
Indicates that the positive BUS
voltage and negative BUS
voltage are too lopsided to
fault
Indicates that the BUS voltage
decrease very fast
The UPS transfers to
Battery mode if supporting
the load.
Remove some of the
equipment from the UPS
Remove some of the
equipment from the UPS
Remove all the loads. Turn
off the UPS.
Check if UPS output and
loads is short circuit.
Ensure short circuit is
removed before turning on
again.
Check fans of UPS
The UPS transfers to
Bypass mode if supporting
the load
The UPS transfers to
Bypass mode if supporting
the load
The UPS transfers to
Bypass mode if supporting
the load
Contact your service
representative
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Code: F033
UPS2 turn to fault mode
BUS Softstart Fail
Fault (Red) LED is On.
Beep continuous.
Code: F025
Inv Over Voltage
Fault (Red) LED is On.
Beep continuous.
Code: F032
Inv Under Voltage
Fault (Red) LED is On.
Beep continuous.
Inv Softstart Fail
Fault (Red) LED is On.
Beep continuous.
Code: F034
Charger Fail
Fault (Red) LED is
flash
1 beep every 1 second
Code: A015
Battery Over Voltage
Fault (Red) LED is On.
Beep continuous.
Code: F016
Negative power Fault
Fault (Red) LED is On.
Beep continuous.
Code: F0E1
Indicates that the BUS could
not soft start successfully
Indicates that the UPS get
invert over voltage fault
Indicates that the UPS get
inverter under voltage fault
Indicates that the inverter
could not soft start successfully
Indicates that the UPS has
confirmed the charger has
failed
Indicates that the battery
voltage is too high
In parallel system，power of
UPS is negative
Contact your service
representative
The UPS transfers to
Bypass mode if supporting
the load
The UPS transfers to
Bypass mode if supporting
the load
Contact your service
representative
The UPS turns off the
charger until the next
power recycle. Contact
your service representative
The UPS will turn off the
charger until the battery
voltage is normal
Redundancy mode，the
fault UPS turn to fault
mode without output
Increase mode，
UPS1&
Parallel cable loss
Fault (Red) LED is On.
Beep continuous.
Code: F0E2
In parallel system，parallel
cable disconnect
50
Disconnect parallel cable
one turn to fault mode
Page 54
Model
Power Ratings
VFI 6000 TGB
6000VA / 6000W
VFI 10000 TGB
10
VFI 6000 TGS
6000VA / 6000W
VFI 10000 TGS
10000VA / 10000W
VFI 6000 RTG
6
VFI 10000 RTG
10000VA / 10000W
Parallel system battery
status
Fault (Red) LED is flash
1 beep every 1 second
Code: A0E6
Line input different
Fault (Red) LED is flash
1 beep every 1 second
Code: A0E7
Power strategy different
Fault (Red) LED is flash
1 beep every 1 second
Code: A0E9
Rate power different
Fault (Red) LED is flash
1 beep every 1 second
Code: A0EA
HE in parallel
Fault (Red) LED is flash
1 beep every 1 second
Code: A0EB
8.2 Silencing the alarm
Press the ESC (Escape) button 3s on the front panel display to silence the alarm.
Check the alarm condition and perform the applicable action to resolve the
condition. If the alarm status changes or press the ESC button 3s on the front
panel dispaly, the alarm beeps again, overriding the previous alarm silencing.
9. Specifications
9.1 Model specifications
Table 1. Power Module model list
UPS1 connect battery，UPS2
without battery
Parallel system，UPS1 line ok，
UPS2 line loss
Parallel system，UPS mode
（normal ，converter，HE）
different
Parallel system rate power
different
Parallel system，UPS mode set
as HE
Check battery connect
status
Check the line input
Check UPS OP mode, Keep
OP mode be the same
Rate power different，not
allow turn on UPS. Keep
rate power be the same
HE not allow in parallel
system，change UPS mode
000VA / 10000W
000VA / 6000W
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VFI 6000 RTGS
6
VFI 10000 RTGS
10000VA / 10000W
Model
Configuration
Battery voltage
For power ratings
Tower BP
Tower
192Vdc
6000-10000VA
Tower BP
Tower
240Vdc
6000-10000VA
Rack BP
RT
192Vdc
6000-10000VA
Rack BP
RT 240Vdc
6
Description
Weights (kg)
Dimensions (mm)
VFI 6000 TGB
52.7 22
VFI 10000 TGB
60.3 22
VFI 6000 TGS
13 22
VFI 10000 TGS
15.2 22
Tower EBM 16*2
84.6 22
Tower EBM 20*2
102 22
VFI 6000 RTG
13 438*86*573
VFI 10000 RTG
14.7 438*86*573
VFI 6000 RTGS
13.1 438*86*573
VFI 10000 RTGS
15 438*
RT EBM
45.4 438*129*
RT EBM
54.6 438*
Nominal frequency
50/60Hz
Frequency range
40 Hz
45 Hz
54 Hz – 66 Hz (60Hz system) >60% rated load
45 Hz
54 Hz – 66 Hz >60% rated load
Bypass voltage range
176~2
Noise filtering
MOV for normal and common mode noise
000VA / 6000W
Table 2. Extended Battery Module model list
Table 3. Weights and dimensions
BAT
BAT
16 BAT
20 BAT
Table 4. Electrical input
auto-sensing
– 70 Hz ≤60% rated load
– 55 Hz(50Hz system)
5*589*452
5*589*452
5*348*452
5*348*452
5*589*452
5*589*452
86*573
593
129*593
000-10000VA
W x H x D
– 55 Hz
64Vac (default)
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Model
Default input
(Voltage/Current)
Selectable input Voltage
range
Voltage
at 100% Load
Tower/RT 6K 16 P C S BAT
230V / 31.2A
208/220/230/240V
176~275Vac
Tower/RT 6K 20PCS BAT
230V / 32.3A
208/220/230/240V
176~275Vac
Tower/RT 6KS 16P CS B AT
230V / 38.7A
208/220/230/240V
176~275Vac
Tower/RT 6KS 20PCS BAT
230V / 42.3A
208/220/230/240V
176~275Vac
Tower/RT 10K 16PCS BAT
230V / 49.9A
208/220/230/240V
176~275Vac
Tower/RT 10K 20PCS BAT
230V / 50.9A
208/220/230/240V
176~275Vac
Tower/RT 10KS 16PCS BAT
230V / 57.6A
208/220/230/240V
176~275Vac
Tower/RT 10KS 20PCS BAT
230V / 60.2A
208/220/230/240V
176~275Vac
Model
Input connection
Input cable
Tower 6K/6KS
Hardwired
Not provided
RT 6K/6KS
Tower 10K/10KS
RT 10K/10KS
All models
Normal mode
Battery mode
Voltage regulation
±1% ±1%
Efficiency
> 98% (High Efficiency mode)
> 95
> 9
Frequency regulation
Sync with line ±
frequency (outside this
of auto
±0.
nominal frequency
Nominal output
208V*, 220V, 230V, 240V (voltage configurable)
6000/10000VA* 6000/10000W*
Frequency
50 or 60Hz, autosensing or configurable as a frequency
converter
Output overload
100
10
1
Output
(Bypass mode)
100
1
125-150% : UPS shuts down after 30s
Voltage waveform
Sinewave
Harmonic distortion
< 5% THDV on non
Table 5. Electrical input connections
Table 6. Electrical output
%
-selected nominal frequency)
10% of nominal line
range: ±0.1%
3%
1% of auto-selected
25-150% : load transfers to Bypass mode after 30s
overload
05-125% : continue working and alarm
< 1% THDV on linear load
-105% : no alarm
5-125% : load transfers to Bypass mode after 10 minutes
-105% : no alarm
-linear load
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Trans fe r tim e
Online mode: 0
High Efficiency mode: 10ms maximum (due to loss of utility)
Power factor
1
Load crest ratio
3 to 1
Model
Output connection
Output cable
Tower 6K/6KS
Hardwired
Not provided
RT 6K/6KS
Tower 10K/10KS
RT 10K/10KS
C
EN 62040
IEC/EN 62040
IEC/EN 62040
EN
EMC (Emissions)*
IEC 61000
IEC 61000
EMC (Immunity)
IEC 61000
IEC 61000
IEC 61000
IEC 61000
4, Criteria B
IEC 61000
IEC 61000
IEC 61000
Agency
CE
Operating
temperature
0~40
40~50
derating 50%
Storage temperature
-
Trans it
ms (no break)
* for 208V output, the load level will be derating to 90%.
Table 7. Electrical output connections
Table 8. Environmental and safety
ertifications
-1
-2: Cat. C2
-3
60950-1
-3-2 (-3-12)
-3-3 (-3-11)
-2-2
-4-2, Level 4
-4-3, Level 3
-4-4, Level 4 (also on signal ports) IEC 61000-4-5, Level
-4-6, Level 3
-4-8, Level 4
-4-11
* for output cable < 10m.
markings
℃ full load no derating
℃ output power derating to 50% load, Charger current
temperature -25 to 55°C (-13 to 130°F)
-15 to 40°C (32 to 104°F) with batteries
25 to 60°C (5 to 140°F) without batteries
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Relative humidity
0 to 95% no condensing
Operating altitude
Up to 3,000 meters (9,843 ft) above sea level with 10% derating
per 1000m
Transit altitude
Up to 10,000 meters (32,808 ft) above sea level
Audible noise
<
< 55 dBA at 1 meter typical for 10kVA models
EBMs
Rack / Tower
configuration
240Vdc 20 x 12V, 7Ah
240Vdc 20 x 12V, 9Ah
192
192
Fuses 100A
Type Sealed, maintenance
3
Monitoring
Advanced monitoring for earlier failure detection and warning
Battery port
External
EBM
EBM battery cable
100
Communication bay
available independent communication bay for connectivity
cards
Compatible
connectivity cards
MODBUS card
NMC card
AS400 card
Communication ports
USB: 2400 bps
Dry out
2 pins jumper (normally closed)
Dry in
2 pins jumper (normally closed)
Emergency Power Off
3 pins jumper (normally closed)
50 dBA at 1 meter typical for 6kVA models
Table 9. Battery
Vdc 16 x 12V, 7Ah
Vdc 16 x 12V, 9Ah
for 10kVA models and EBM
-year float service life at 25°C (77°F). Lifetime is reduced above 30 °C.
ANEN-SA30 connector on power module for connection to
cm for tower models
Table 10. Communication options
-free, valve-regulated, lead-acid, with minimum
RS-232 (DB9): 2400 bps
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Bypass AC source
Source supplying the bypass line. The equipment can be
UPS output, for maintenance or in the event of a
Frequency converter
Operating mode used to convert the AC-power frequency
HE mode
Operating mode by which the load is supplied directly by
Manual bypass
Rotary switch controlled by the user, used to connect the
manual bypass enables UPS maintenance without
Normal (double
The normal UPS operating mode in which the AC source
10 Glossary
transferred to the bypass line if an overload occurs on the
malfunction.
between the UPS input and output (50Hz -> 60Hz or 60Hz
-> 50Hz).
Low-battery warning This is a battery-voltage level indicating that battery power
is low and that the user must take action to prevent the
imminent break in the supply of power to the load.
Backup time Time during which the load can be supplied by the UPS
operating on battery power.
the AC source if it is within the tolerances defined by the
user. This mode reduces the consumption of electrical
power
loads directly to the AC source. Transfer of the load to the
interrupting the supply of power to the connected loads.
conversion) mode
supplies the UPS which in turn supplies the connected
loads (after electronic double conversion).
Normal AC source Normal source of power for the UPS.
Relay contacts Contacts supplying information to the user in the form of
signals.
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