Tescom CL110D User manual

UPS
USER MANUAL
CL110D

INTRODUCTION
Thank you for choosing this product
Our company is specialized in the design, development and production of Uninterruptible Power supplies
(UPS)
The UPS described in this manual is a high-quality product, built to guarantee the best performance.
This manual contains detailed instructions on how to use and install the product.
For information on how to use your equipment to its full potential, this manual should be kept close at
hand beside the UPS and PLEASE READ BEFORE STARTING TO WORK ON IT!
Copying all or any part of this manual is strictly prohibited unless due authorization has been granted by the
manufacturer. In order to improve the product, the manufacturers reserve the right to make changes to it at
any time and with no notice.

CONTENTS
I. GENERAL DESCRIPTION ...................................................................................................................1
CL110D SERIES UPS ..........................................................................................................................1
Cooling .................................................................................................................................................3
Block diagram of the UPS.....................................................................................................................3
SAFETY WARNINGS ..........................................................................................................................4
Front view of the UPS ...........................................................................................................................5
Rear view of the UPS............................................................................................................................5
VIEW OF THE CONTROL PANEL........................................................................................................6
II. INSTALLATION....................................................................................................................................6
STORAGE OF THE UPS......................................................................................................................6
PREPARATION FOR INSTALLATION..................................................................................................7
PRELIMINARY INFORMATION............................................................................................................7
ELECTROMAGNETIC COMPATIBILITY...............................................................................................7
INSTALLATION ENVIRONMENT..........................................................................................................8
REMOVING THE UPS FROM PALLET.................................................................................................8
PRELIMINARY CHECK OF CONTENTS ..............................................................................................8
INSTALLING THE UPS.........................................................................................................................8
ELECTRICAL CONNECTIONS.............................................................................................................8
DIAGRAMS OF CONNECTION TO THE ELECTRICAL SYSTEM.........................................................8
CABLE SIZES.......................................................................................................................................9
CONNECTIONS ...................................................................................................................................9
ALARM RELAY CONNECTIONS..........................................................................................................9
RS232 CONNECTOR...........................................................................................................................10
EXTERNAL REPO BUTTON.................................................................................................................11
WIRING PROCEDURE.........................................................................................................................11
PROTECTIVE EARTH..........................................................................................................................12
III. OPERATION ........................................................................................................................................13
DESCRIPTION.....................................................................................................................................13
PROTECTIONS INSIDE THE UPS………………………………………………………………………………13
PRELIMINARY OPERATIONS..............................................................................................................13
POWERING ON FOR THE FIRST TIME...............................................................................................14
Switching On (Normal Operation) The UPS From Off Position...............................................................14
Switching Off The UPS From On (Normal Operation) Position...............................................................15
Transferring the load to bypass manually from On (Normal Operation) Position.....................................15
Transferring the load to maintenance bypass from On (Normal Operation) Position...............................15
IV. FRONT PANEL....................................................................................................................................16
DISPLAY ..............................................................................................................................................16
MIMIC DIAGRAM..................................................................................................................................16
KEY SYMBOLS ....................................................................................................................................16
DISPLAY MENUS.................................................................................................................................17
STATUS MENU ...................................................................................................................................17
MEASURES MENU .............................................................................................................................18
ALARMS MENU ...................................................................................................................................19
INFORMATION MENU .........................................................................................................................19
ADJUST MENU ...................................................................................................................................19
OPTIONS MENU..................................................................................................................................20
TIME MENU .........................................................................................................................................21
SERVICE MENU ..................................................................................................................................21
COMMAND MENU ...............................................................................................................................22
ALARM CODES....................................................................................................................................23
Status codes.........................................................................................................................................25
Fault codes...........................................................................................................................................25
ADJUST MENU ....................................................................................................................................27
Optional AUX1 and AUX2 relay function selection……………………………………………………………..27
V. COMMUNICATION INTERFACE AND REMOTE MANAGEMENT .......................................................28
VI. Technical specifications.....................................................................................................................31

I. GENERAL DESCRIPTION
CL110D SERIES UPS
To choose the CL110D series as your equipment protector was a wise investment. It includes many features to
protect your critical equipments.
Power ranges according to models
Model Output power
CL110D 10000 VA / 7000 Watt
This unit supplies continuous power to critical loads from AC input or DC battery power. It monitors input ,
battery ,output voltage and currents , if any one of them is out of tolerance UPS arranges power redundancy
automatically.
The main functions of the UPS unit are as follows :
•Increased power quality
•Power factor correction
•Increased noise reduction
•Power blackout protection
•Battery backup power
•Automatic static switching
•Remote monitoring of UPS
•Remote management of power events
•Power event logging
Therefore inclusion of a CL110D uninterruptible power supply (UPS) in an energy backup system provides
secure protection against any possible faults in the AC power system.
DESCRIPTION OF THE FUNCTIONS OF THE CL110D UPS
CL110D UPS is a DSP microprocessor controlled UPS, designed to provide backup power from batteries.
There are PFC circuit , battery charger ,battery booster ,inverter and static bypass switch system modules in
the CL110D series UPS.
PFC circuit provides low THD input current and voltage regulation
Battery charger provides low ripple battery voltage and current limiting for perfect battery charging
Inverter system provides stable frequency and voltage to critical loads ,with low THD (total harmonic distortion)
Bypass system provides redundancy during UPS failures
Features:
•3 level converter; PFC ,Inverter, Battery booster and charger
•Central DSP controlled structure
•High efficiency
•Rack and tower options
•Voltage range selection (220-230-240 volts AC)
•Frequency range selection
•Separate battery supported RTC (real time clock)
•Enhanced diagnostic

1
•INPUT
oIGBT rectifier type input PFC correction
oPI controlled PFC circuit
oFuse protected input
oAdjustable mains failure limit
oAdjustable mains high limit (switching tobattery option)
•BYPASS
oStatic bypass system
oSplit bypass input (OPTIONAL)
oVoltage adaptive load transfer system
oAdjustable bypass input voltage limits
oAdjustable frequency synchronization band
oMaintenance bypass switch (OPTIONAL)
•BATTERY
oFlexible battery quantity
oBattery remaining time indicator
oFuse protected battery group
oAdjustable battery charging current limit
oTotal battery voltage high protection
o3 level battery alarm and warning
oBattery deep discharge protection
oBoost and float battery charger modes
oAutomatic or manual battery test function (user selectable)
oInternal batteries
oAutomatic or manual restart selection after battery autonomy end
oTemperature compensation for battery charging
•OUTPUT
o3 level overload protection
oOutput current limit (on or off selectable)
oOutput fuse protection
oPID control in output voltage regulation
oIsolated short circuit protection from bypass input
oAdjustable output voltage low and high protection
•COMMUNICATION and INTERFACE
oRS232 interface
oInteractive control command protection
oNO or NC selectable DRY contacts (standard line failure ,battery low and bypass)
oOPTIONAL programmable relay outputs (AUX1 and AUX2 contacts NO or NC selectable)
oDigital input (OPTIONAL)
oREPO-External remote emergency power off input (NO-NC programmable)
oLCD front panel ,5 buttons ,indicator lamps and buzzer on front panel
oSNMP adaptor for communication (OPTIONAL)
oRS232 serial port multiplexer (OPTIONAL)
oModbus adaptor (OPTIONAL)
o128 events (5000 alarms) logging with time and date
oRTC clock (separate battery supported)
oRelay simulation from front panel and RS232
oOperation hour-meter
oService time indicator
oFront panel language selection
oFront panel lamp test function
oInput voltage and frequency ,bypass voltage and frequency ,output voltage and
frequency ,cabinet inside temperature ,load percentage ,load current ,battery voltage
and current measurements

2
Cooling
A cooling fan is installed on the rear panel of the UPS as air outlet (see back view nr:12 item of the UPS) ,and
another cooling fan is installed on the front side of the UPS as air inlet (see front view nr:1 item of the UPS). A
temperature sensor on the controller board, measures the ambient temperature inside the cabinet and, if the
temperature is higher than a predetermined value,UPS produces an overtemperature alarm. The measured
cabinet inside temperature is also displayed on the panel and used for changing the battery-charging voltage to
compensate for the temperature changes.
Block diagram of the UPS
All power stages and switches/fuses of a CL110D model UPS are shown on the above block diagram.
S1 Output switch/fuse
S2 Mains input switch/fuse
S3 Battery input switch/fuse
S4 Bypass input switch/fuse (OPTIONAL)
SW5 Maintenance bypass switch (OPTIONAL)
SB Static bypass block
PFC Input power factor correction block
CHR Battery charger block
INV Inverter block
BATT Battery group

3
SAFETY WARNINGS
IMPORTANT NOTICES
1. This manual must be carefully read before applying any power to the UPS unit.
2. All warnings in the manual should be adhered to.
3. All operating instructions should be followed.
4. The unit should be supplied by a grounded outlet. Do not operate the unit without ground source.
5. Power input cords of the UPS should be routed carefully so that they are not to be walked on.
6. Please save this manual.
7. Please save or recycle the packaging materials.
WARNING !!!
•
Do not apply electrical power to the UPS equipment before arrival of authorized service personnal.
•
Insta
llation and commissioning of UPS
must be performed by a qualified technician.
•Adequate protection against input over currents must be provided, considering the nominal current rating of
the UPS.
•Do not insert any object into ventilation holes or other openings.
•To reduce the risk of fire or electric shock, install the unit in temperature and humidity controlled indoor area
free of flammable and corrosive substances.
•
I
f
input power
is connected
,
risk of electric shock is vali
d.
•The unit is powered by more than one power source ,AC input power ,DC battery power ,even when it is in
“MAINTENANCE BYPASS” position
WARNING !!!
•
Since it is a high voltage equipment, the UPS contains dangerously high voltages. The risk of
contact with these voltages is minimized using special design features and internal safety shields in
accordance with IP20 standards.
•
All maintenance and installation procedures requiring access to the inside of the device must be
exclusively performed by trained personnal.
•
UPS DOES NOT HAVE AUTOMATIC PROTECTION AGAINST VOLTAGE RETURNING TO THE INPUT.
POWER SWITCHES OR FUSES OUTSIDE THE UPS MAY HAVE VOLTAGES ON THEIR CONNECTION
TERMINALS EVEN WHEN THEY ARE TURNED OFF.
•
SERVICE PERSONNAL MUST INSULATE THE UPS (BY TURNING OF ITS INPUT,BATTERY and
OUTPUT SWITCHES) BEFORE WORKING ON THE UNIT.
•
Installation and commissioning of this device must be performed by qualified service personnal
trained and authorized by the manufacturer (or distributor)
•
Risk of electric shock, do not remove cover. No user serviceable parts inside, refer servicing to
qualified service personnal.
•
Risk of electric shock, hazardous live parts inside .

4
Front view of the UPS
1) Cooling inlet of the UPS
2) Control panel
3) Power on/off button
Rear view of the UPS
4) Emergency Stop
5) SNMP Socket
6) RS232 communication port
7) Cooling outlet of the UPS
8) Output switch/fuse (S1)
9) Input switch/fuse (S2)
10) Battery switch/fuse (S3)
11) Maintenance bypass switch (SW5)
12) Input, output and battery screw terminals
2
3
1
6
1
2
1
1
8
10
9
7
4
5

5
VIEW OF THE CONTROL PANEL
ENTER button Alarm indicator lamp
Menu up navigation button
Increases the current data
Menu down navigation button Decreases the current data
Load on bypass lamp Load on UPS lamp
Alphanumeric LCD panel function
1. Line : menu items and measured parameters
2. Line : alarms are shown one after the other as time shared
II. INSTALLATION
ALL THE OPERATIONS DESCRIBED IN THIS SECTION MUST BE CARRIED OUT EXCLUSIVELY BY
QUALIFIED TECHNICIANS.
The company may no be held liable for any damage caused by incorrect connections or by operations
that are not described in this manual.
STORAGE OF THE UPS
The storage area must have the following characteristics
Temperature : -10 to +50 C
Relative humidity : 95% max.
During storage keep the battery switch always‘’OFF’’ (0 position).
MIMIC LAMPS
LCD

6
PREPARATION FOR INSTALLATION
PRELIMINARY INFORMATION
Model
CL110D
Nominal output power 10000 VA / 7000 Watt
Operating temperature 0 – 40 C
Non operating temper. -10 to + 50 C
Max.relative humidity 90% (non-condensing) during operation
Max.installation altitude 2000 m at nominal power rating
Dimensions (WxDxH) 215 x 775 x 585 mm
Weight (kgs) 36 (without batteries)
80 (with internal batteries)
Protection level IP20
Cables inlet from rear side (screw terminals)
Communication RS232 standard
LCD panel and mimic Available - Standard
Software management Available - Standard
Dry contact outputs Available - Standard
REPO input Available – Standard ( NO or NC programmable)
ELECTROMAGNETIC COMPATIBILITY
This uninterruptible power supply (UPS) conforms to the class C2 specifications (in accordance with the
provisions laid down by the EN62040-2 standard: UPS – EMC requirement). In the home environment, it may
cause radio interference. The user may have to take supplementary measures.
This product is designed for professional use in industrial and commercial environments. Connections to the
RS232 connectors should be made with the cables provided or, in any case, with shielded cables less than
three meters long.
INSTALLATION ENVIRONMENT
When choosing the site in which to install the UPS, the following points should be taken into consideration:
•Avoid dusty environments
•Check that the floor is level and capable of withstanding the weight of the UPS
•Avoid cramped environments that could impede the normal maintenance activities
•The relative humidity should not exceed 90%, non-condensing.
•Check that the ambient temperature, with the UPS running, remains between 0 and 40 C
•Avoid installing the equipment in places exposed to the direct sunlight and hot air.
REMOVING THE UPS FROM PALLET
The UPS is packed and enclosed in a structural cardboard carton to protect it from damage.
1. Inspect for damage that may have occurred during the shipment If any damage is noted, call the
shipper immediately and retain the shipping carton and the UPS.
2. Carefully open the carton and take the UPS out.
Retain the carton and packing material for possible future use
PRELIMINARY CHECK OF CONTENTS
Having opened the package, start by checking the contents
-User manual
-CC05 coded serial RS232 connection cable
-UPS manager software and user manual CD-rom
-Guarantee document

7
INSTALLING THE UPS
When installing the equipment the following points should be considered:
•The air outlet and inlet of the UPS is on the rear and front respectively, because of this do not prevent air
ventilation from the rear and front side.
•No objects should be left on its top surface
•Sufficient space should be left in front of the equipment for it to be turned on/off and maintenance operations
to be performed on it (>1 m)
•Keep out of your equipment from the explosive and flammable items
ELECTRICAL CONNECTIONS
DIAGRAMS OF CONNECTION TO THE ELECTRICAL SYSTEM
Basic connection (no split bypass input option)
Split bypass connection (OPTION)

8
CABLE SIZES / FUSES
The input/output cables can be sized to suit the UPS rating according to the table below
Cables CL110D
Input 3x10 mm2 (phase+neutral+earth)
Output 3x10 mm2 (phase+neutral+earth)
Fuses CL110D
Input 63A
Output
63A
Battery 63A
CONNECTIONS
CL110D Series UPS run only on 1-Phase AC power supplies with a NEUTRAL line.
The UPS unit must be grounded in accordance with electrical regulations
Before making power connections to the unit, ensure that the incoming power sources are de-energized and
insulated.
The connections of the UPS should be supplied by grounded outlets. All control cables should be screened and
run in a separate trunking to the power cables.
Terminal Function
K1 Earth input terminal
K2 Phase input terminal
K3 Neutral input terminal
K4 Neutral output terminal
K5 Phase output terminal
K6 Earth output terminal
K7 Battery (+) terminal
K8 Battery (-) terminal
ALARM RELAY CONNECTIONS
AC INPUT AC OUTPUT
BATTERY
K1- K2- K3 - K4-K5-K6 K7- K8
Phase
(+) (
-
)
Neutral Neutral
Phase

9
Function
Description
AUX1 RELAY (OPTIONAL) Function selectable (NO-NC programmable)
AUX2 RELAY (OPTIONAL) Function selectable (NO-NC programmable)
BYPASS RELAY(OPTIONAL) Standard connection to RS232 connector (NO-NC programmable)
DIGITAL INPUT OPTIONAL (Reserved for special applications)
REPO INPUT Standard Remote Emergency Power Off input (NO-NC programmable)
Bypass relay is standard. The pins of the bypass relay are connected to the RS232 connector, optional screw
terminals are parallel with these contacts.
RS232 CONNECTOR
RS232 communication connector of the CL100D series UPS is a D-type , 9 pins ,female type connector.
This connector contains dry contact relay outputs and RS232 data pins together. All dry contact pins and
RS232 data pins are isolated from UPS circuits.
RS232 hardware
Baud rate 2400
Connection 3 wire (RX,TX,GND)
Bits
8 bits
Parity none
Flow none
Stop bit
1
Function Description
LINE FAILURE
Standard (NO-NC programmable)
BATTERY LOW
Standard (NO-NC programmable)
LOAD ON BYPASS
Standard (NO-NC programmable)
Pin nr. Description
Pin 2 Line failure alarm dry contact pin
Pin 4 Dry contact common pin
Pin 5 Battery low alarm dry contact pin
Pin 6 RS232 data receive pin
Pin 7 RS232 Ground pin
Pin 8 Bypass alarm dry contact pin
Pin 9 RS232 data transmit pin

10
EXTERNAL REPO BUTTON
REPO input is the screw terminal pair at the rear next to the RS232 connector. The function of the REPO input
can be programmable from ADJUST MENU. The selectable options are:
Function Description
NO contact If REPO input terminals are shorted emergency power off will applied
NC contact If REPO input terminals are opened emergency power off will applied
This isolated input is used to turn off the UPS remotely in case of emergency.
The UPS is supplied from the factory with REPO terminals open-circuited ( see “View of the UPS connections”)
if those two (NO) terminals are shorted, UPS shuts-down the output voltage.
In case of emergency ,by activating the stop device, the UPS enters to stand-by mode and powers-off the load
completely.
The REPO circuit is self-powered ,no external power supply voltage is therefore required. If the external REPO
switch is pressed (at least 1 second) UPS turns off its output.
WIRING PROCEDURE
1. Remove the metal guard on the input/output terminal group and connect phase ,neutral and earth input
cables. During connection match phase cable to phase input ,neutral cable to neutral input , earth cable to
earth input.
Input Power Connections
2. For output connections you have three outlets at the back of the UPS
- Two IEC output sockets are available. You can directly plug the load cable into anyone of these outputs.
- If the output will be connected to the load distribution system directly, you can use screw terminal outputs.
During connection of the load, match phase cable to phase output, neutral cable to neutral output, earth
cable to earth output terminals.
Reassemble the metal guard removed previously.

11
Output Connections
3. If external batteries are used , turn off the battery fuse and plug on the battery cable to the external battery
socket on the rear panel of the UPS.
External battery connection
4. Also proper control and signal wire connections (alarm relays, REPO etc.) should be made through the
screw terminal block shown in figure 11.
Note :These auxiliary cables must be shielded and double insulated. (Recommended cross-section =1mm
2
)
PROTECTIVE EARTH
The protective earth cable must be connected to the earth connection terminal and bonded to each cabinets in
the system and also the earthing and neutral bonding arrangements should be in accordance with the local
laws. Proper grounding considerably reduces problems in systems caused by electromagnetic interference.
ATTENTION!!! Failure to follow adequate earthing procedures can result in electric shock
hazard to people or risk of fire.

12
III. OPERATION
DESCRIPTION
The purpose of the UPS is to provide constant power which is in predefined limits. While the input voltage is in
acceptable tolerances, UPS converts the AC mains input voltage to DC voltage , then inverter stage will
convert to AC output voltage again. If the mains input voltage is no available or out of tolerated limits, the UPS
uses the DC power from batteries and generates stable AC output voltage.
So the inverter stage always produce stable AC voltage and frequency for supplying critical loads connected to
the UPS output.
On the other hand, a static bypass system keeps an AC supply (bypass supply) ready to apply immediately to
the output in case of overloads or UPS failures.
PROTECTIONS INSIDE THE UPS
OUTPUT SHORT CIRCUIT PROTECTION
In the event of a fault on the load , like short circuit, UPS shuts-down the output voltage and do not transfer the
load to bypass to protect the bypass source. To restart after a short circuit ,find out the short circuit on the load
side and disconnect it from the output of the UPS. Then restart the UPS again.
OVERLOAD PROTECTION
An electronic overload protection system is available in the UPS. This protection system has 3 levels:
100%-125% load UPS operates for 10 minutes then transfers the load to bypass (adjustable time)
126%-150% load UPS operates for 1 minute then transfers the load to bypass (adjustable time)
If the load is greater then 150% UPS immediately transfers the load to bypass
FUSES
There are some fuses on the UPS:
Power supply fuse (on-board glass fuse)
Static bypass fuse (on-board glass fuse)
Mains input fuse (S2-MCB)
Battery fuse (S3-MCB)
Output fuse (S1-MCB)
OPTIONAL bypass input fuse (S4-MCB)
BATTERY PROTECTION
Deep discharge protection.
Battery charge current limit (adjustable)
Average battery high protection system provides early warning in case of battery over-charge.
A three level battery voltage protection is used in the UPS , the levels are as follows:
9.6 volts per battery / battery low shutdown protection (adjustable)
10.8 volts per battery / battery low warning (adjustable)
14.4 volts per battery / battery high protection (adjustable)
INPUT PROTECTIONS
PFC converter input power is limited against overloads
Input AC voltage high protection (adjustable)
Input AC voltage low protection (adjustable)
OUTPUT PROTECTIONS
Output AC voltage high protection (adjustable)
Output AC voltage low protection (adjustable)
Electronic current limiting at the UPS output.
Output frequency bandwidth protection (adjustable)
BYPASS PROTECTIONS
Bypass input AC voltage high protection (adjustable)
Bypass input AC voltage low protection (adjustable)

13
OTHER
Cabinet inside temperature high alarm (adjustable)
REPO Emergency Power Off feature.
PRELIMINARY OPERATIONS
•Visual check of the connections
Check that all the connections have been made following the information given in the “Connections”
paragraph.
•Check that the switch positions are as follows:
Output Switch (S1) in OFF position
Input Switch (S2) in OFF position
Battery Switch (S3) in OFF position
Optional Bypass Input Switch (S4) in OFF position (If exists)
Optional Maintenance Bypass Switch (SW5) in OFF position (If exists)
POWERING ON FOR THE FIRST TIME
•Turn on input power at external input power distribution box (apply power to input terminals) . Measure the
voltages on input terminals (phase to neutral 220,230 or 240V 50Hz nominal)
•Turn on input switch (S2)
•Turn on output switch (S1)
WARNING! AFTER S2 AND S1 ARE TURNED ON, THERE WILL BE BYPASS VOLTAGE ON THE
OUTPUT TERMINALS OF THE UPS, EVEN IF THE UPS IS NOT TURNED ON YET!
•Press on power button on front panel , wait and see the UPS control panel is activated and displays some
messages.
•Note that during start-up, bypass lamp (red) is turned on indicating that bypass voltage is available on the
output terminals. After some time inverter starts operating and the output is switched to inverter (green
lamp) for normal operation. Measure the output AC voltage of the UPS on output terminals or on IEC outlets
before connecting loads (220,230 or 240V 50Hz depending on the voltage selection).
•See that there is no alarm message or alarm sound on the UPS
•Turn on battery switch (S3).
•At this point according to your application you must select some user options from OPTIONS MENU of the
control panel. (UPS front panel functions)
•Any option you may select will be applied immediately. There is no need to turn off and on again the UPS
after changing any option.
Switching On (Normal Operation) The UPS From Off Position
•Turn on input switch (S2)
•Turn on output switch (S1)
•If maintenance bypass switch (SW5) is on ,change it to ‘’OFF’’ (0 position)
ATTENTION! : The Maintenance Bypass Switch (if available) must be used only by qualified service
technician during servicing.
•Press power button during UPS off

14
•And see the front panel lamps on
•Turn on battery switch (S3)
•Check that there is no alarm on front panel
Switching Off The UPS From On (Normal Operation) Position
•Press power button and wait until you hear an intermittent buzzer sound, at his moment the load is
transferred to bypass
•Release the power button. UPS will be turned-off after 3 seconds.
•Turn off all switches.
Transferring the load to bypass manually from On (Normal Operation) Position
In commands menu go to <ENT>BYPASS submenu and press ENTER button; the load will be transferred to
bypass without interruption. After transfer the message will be changed to <ENT>START
Transferring the load to maintenance bypass from On (Normal Operation) Position
•Power off the UPS by using power button as described above. This way, the load will be transferred to
bypass automatically.
(You can also transfer the load to bypass supply using COMMAND MENU as described above)
•On the rear panel of the UPS, turn on the maintenance bypass switch (SW5) (1 position)
Note that a blocking metal piece must be removed to operate the maintenance bypass switch and
this should be done only by service technician.
•Turn off all other switches (S1, S2 and S3)

15
IV. FRONT PANEL
DISPLAY
At the center of the control panel, there is a 2 lines/16 alphanumeric characters display, which provides a
detailed overview of the current status of the UPS. Directly from front panel you can control the UPS, monitor
the electrical values of the inputs, output etc..and change the main settings.
The LCD display has 2 lines and the functions of lines are as follows:
First line: Operation status, menu items and measured parameters
Second line: Time shared indication of alarms
The tag AXX at the beginning of the alarm message on the second line, is the standard alarm code for a
particular alarm condition .The remaining message part can be different in each language, but the alarm code
is always the same regardless of the selected display language.
MIMIC DIAGRAM
There are two lamps on the mimic panel and one lamp for alarm indication on the control panel of the UPS.
On the mimic panel: Red LED->Bypass, Green LED->Inverter.
Alarm indication : Red LED
KEY SYMBOLS
There are 5 control keys which provide flexible move on menus, these are:
ENTER button to enter menu or to confirm a selection
Move 1 step down on menu
Move 1 step up on menu
Move on options or move cursor to right 1 step
Move on options or move cursor to left 1 step
MIMIC LAMPS
LCD

16
DISPLAY MENUS
The function of LCD panel is arranged as a 2 level menu structure.
-Main menu
-Sub menus
STATUS MENU ____________________________________________________________
POWER OFF
Messages displayed by order of priority
FAULT ! 140
WARNING ! 015
ALARM !
WARNING !
WARNING ! 600
PFC START !
INVERTER START !
STATUS NORMAL !
POWER OFF
User pressed power button for about three seconds during UPS operation. If the user releases the button,
UPS will be turned off after three seconds.
FAULT ! 140
A fault has occurred in the UPS and the number shows the fault code.
WARNING ! 015
Shutdown process started and UPS will be shutdown (sleep mode) after the indicated delay or
UPS is in sleep mode and output voltage will be restored after the indicated delay.
ALARM !
An alarm has occurred in the UPS, inverter has stopped but it will start again.
WARNING !
A warning status occurred
WARNING ! 600
An overload alarm has occurred, the load will be transferred to bypass after the indicated delay (in terms of
seconds) and inverter will stop after the indicated delay.
PFC START !
Input power factor correction stage has started.
INVERTER START !
Inverter stage has started
STATUS NORMAL !
There is no fault ,alarm or warning and the load is transferred to the output of the UPS.