Tescom RMP-X1 User manual

0
UPS REMOTE
MONITORING PANEL
RMP-X1
INSTALLATION AND USER'S GUIDE

1
Thank you for choosing our product.
UPS Remote Monitoring panel is developed by expert R&D personnel carefully and became a product.
You can find all information on the remote monitoring panel in this document. Remote monitoring panel
shall briefly referred as RMP. (Remote Monitoring Panel)
Special Situations
•RMP should be kept in dry and dehumified places.
•Storage temperature is between -10 and +70 degrees.
INDEX
1. PRESENTATION .................................................................................................................2
1.1 Package Opening and Content Control ............................................................................2
1.2 View of Remote Monitoring Panel ...................................................................................2
1.3 Functions ..........................................................................................................................2
1.4 Front panel functions .......................................................................................................3
1.5 Technical Characteristics ..................................................................................................3
2. INSTALLATION .................................................................................................................4
2.1 UPS and Remote Monitoring Panel connection types ....................................................4
2.2 Explanations on Cable pin between UPS - Remote monitoring panel ............................5
2.3 Mechanical Installation ....................................................................................................6
2.4 Before Starting ................................................................................................................6
3. STARTING .........................................................................................................................6
3.1 LCD Menu Structure .........................................................................................................6
3.2 Menus and Sub-parameters (Upper Line)........................................................................7
3.3 UPS status information and alarm messages (Lower line) ..............................................9
3.4 Special situations while remote monitoring panel operates ...........................................12
4. POSSIBLE FAILURES .........................................................................................................12
5. MECHANICAL DIMENSIONS.............................................................................................12

2
1. PRESENTATION
1.1 Package Opening and Content Control
Remote monitoring panel and pedestal
5Vdc 1A Supply adapter
RS232 UPS connection cable (CC05)
Installation and User's Guide
1.2 View of Remote Monitoring Panel
1.3 Functions
Remote monitoring panel is developed for remotely monitoring UPS status information and measured parameters.
UPS can be connected through RS232 and RS485 communication networks. It has separate input port for each
communication network. It has communication output port equal to UPS communication port. It can transmit
responses coming from UPS to other devices from this port with RS232. Device has 3 relay outputs (dry contact).
Views and functions of ports are as given below.
5V DC
Supply input
RS485 input Port
TX-, TX+, RX-, RX+, 0V
RS232 Output Port
TXD, RXD, GND
UPS RS232 input Port
TXD, RXD, GND
Emergency
Stop
button input
Relay (dry contact)
Outputs
(Assignable relays)

3
1.4 Front panel functions
TFT Screen : The screen indicating status information received from UPS and values measured.
Selection buttons : Used for roaming between menus and setting options.
Enter (OK) button : Used for entering the selected menu or confirming the selected option.
1.5 Technical Features
Function
Parameter
Value
COM1
RS232 UPS Port
Baud rate
2400 baud
Parity
No parity
Stop bit
1 stop bit
UPS Connection
RXD, TXD, Gnd (3 wire)
Pin
no.
Function
1
Empty
2
TXD (RS232)
3
RXD (RS232)
4
Empty
5
Signal Ground
6
Empty
7
Empty
8
Empty
9
Empty
TFT Screen
Enter (OK) button
Selection buttons

4
RS485 Port
UPS Connection
TX-, TX+, RX-, RX+, Gnd (5 wire)
COM2
RS232 Ext. Port
Baud rate
2400 baud
Parity
No parity
Stop bit
1 stop bit
PC or Other devices
RXD, TXD, Gnd (3 wire)
Pin
no.
Function
1
Empty
2
Empty
3
Empty
4
Empty
5
Empty
6
RXD (RS232)
7
Signal Ground
8
Empty
9
TXD (RS232)
2. INSTALLATION
2.1 UPS and Remote Monitoring Panel connection types
•RS232 connection
This connection type is used for the max. 25 m short distance. Connection shall be made with CC05 coded cable.
See the next topic for pin explanations of CC05 Cable.
•
•RS485 connection
This connection type is used for distances longer than 25 meters with UPS. As UPS has standard RS232
communication output, RSC24 model RS232-RS485 converter adapter should be used to establish communication
with RMP. Input of this adapter shall be established with CC05 coded cable. Remote monitoring panel connection
with far distance output shall be established with CC11 coded cable. See the next topic for pin explanations of
cables.
Tx-
Tx+
Rx-
Rx+
GND
Phoenix Contact MC1.5/5-ST-3.81
RMP-X1

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2.2 Explanations on Cable pin between UPS - Remote monitoring panel
•CC05 RS232 communication cable (max. 25m)
•CC11 RS485 communication cable (distances further than 25m)
RMP COM1
or
PC (COM PORTS)
4
3
5
2
1
8
7
4
1
8
7
6
2
9
6
9
5
3
UPS
communication
port or
RMP COM2
CONNECTOR
MC1.5/5-ST-3.81
RMP
RS485 input
PORT
Tx-
Tx+
Rx-
Rx+
Gnd
Gnd
Tx-
Tx+
Rx-
Rx+
CONNECTOR
MC1.5/5-ST-3.81
RSC24
RS485
output
PORT
RMP-X1

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2.3 Mechanical Installation
You can either install the remote monitoring panel on the wall or use on the table by placing on the
pedestal.
There are 2 connection points to install to the wall.
Dimension of installation points are given below.
2.4 Before Starting
Control the communication connection between UPS and more monitoring panel. (RS232 / RS485). If
everything is OK, plug the electrical cable of adapter. (Panel supply should be taken from UPS output.
Otherwise, panel power shall be interrupted during electrical interruptions).
3. STARTING
3.1 LCD Menu Structure
Menu structure is established on LCD panel to monitor UPS status information and measured parameters.
These menus can be roamed with the "menu selection button" and enter into menu content with the "enter" button.
Menu selection button is used again to monitor different parameters inside the menu. Menu names and monitorable
values are given at upper line on the LCD screen. UPS status information and alarms are monitored on the lower
line.
Values in the menu content vary depending on communication protocol of the device. Remote monitoring
panel automatically recognizes the communication protocol and varies values accordingly. It can communicate with
TX100 (1phase/1phase) and TX300 (3 phase/1 phase, 3 phase/3 phase) protocols. For instance, while voltage
value is indicated as single phase in menus depending on TX100 information, it is indicated as 3 phase depending
on TX300 protocol.
Menus and sub-parameters are indicated below.
220 mm

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3.2 Menus and Sub-parameters (Upper Line)
View of a 3 phase / 3 phase device in the remote monitoring panel is different than the screen view of 3 phase / 1
phase. LCD screen views automatically vary depending on the device protocol. Screen view and explanations of a remote
monitoring panel connected to a 3/3 phase UPS are given in the table below.

STATUS

MEASURES – INPUT
P-N
L1
L2
L3
V
!!!
!!!
!!!
V
I
!!!
!!!
!!!
A
P-P
L1-3
L2-1
L3-2
V
!!!
!!!
!!!
V
FREQ
!!!
Hz
-------- Alarm Line --------

INPUT CURRENT AND VOLTAGE VALUES BETWEEN
PHASE NEUTRAL
INPUT VOLTAGE VALUES BETWEEN PHASE PHASE
INDICATES THE INPUT FREQUENCY STATUS AND
VALUE.
LOWEST LINE IS THE ALARM INDICATOR.

MEASURES - BYPASS
P-N
L1
L2
L3
V
!!!
!!!
!!!
V
P-P
L1-3
L2-1
L3-2
V
!!!
!!!
!!!
V
FREQ
!!!
Hz
-------- Alarm Line --------
BYPASS VOLTAGE VALUES BETWEEN PHASE
NEUTRAL
BYPASS VOLTAGE VALUES BETWEEN PHASE PHASE
BYPASS FREQUENCY STATUS AND VALUE
LOWEST LINE IS THE ALARM INDICATOR.

MEASURES – INVERTER
P-N
L1
L2
L3
V
!!!
!!!
!!!
V
-------- Alarm Line --------
INDICATES THE INTERTER VOLTAGE VALUES
BETWEEN PHASE NEUTRAL
LOWEST LINE IS THE ALARM INDICATOR.

MEASURES – OUTPUT
P-N
L1
L2
L3
V
!!!
!!!
!!!
V
I
!!!
!!!
!!!
A
P-P
L1-3
L2-1
L3-2
V
!!!
!!!
!!!
V
FREQ
!!!
Hz
-------- Alarm Line --------

OUTPUT CURRENT AND VOLTAGE VALUES BETWEEN
PHASE NEUTRAL
OUTPUT VOLTAGE VALUES BETWEEN PHASE PHASE
INDICATES THE OUTPUT FREQUENCY STATUS AND
VALUE.
LOWEST LINE IS THE ALARM INDICATOR.

MEASURES – DC
Vbat
!!!
/
-!!!
V
Ibat
!!!!!!
/
!!!!!!
A
Batteries :
!!!
X 2
Par. Batts :
!!
Batt. A/H :
!!!
Ah
Backup Time
!!!
min
-------- Alarm Line --------
Indicates Accumulator voltage and current
values,
Accumulator number,
Accumulator remaining period.
Lowest line is the alarm indicator.
L1
L2
L3
L4
L5
L6
L7

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
MEASURES – GENERAL
TH1
!!!!!
C
TH2
!!!!!
C
TH3
!!!!!
C
-------- Alarm Line --------

Indicates the UPS Temperature values.
Lowest line is the alarm indicator.

ALARMS LOGS MENU
ALARM LOGS SHOULD BE SEEN OVER THE
DEVICE, NOT THROUGH THE REMOTE
CONTROL PANEL.

INFORMATION MENU
RS232 COMM1 :
--
RS232 COMM2 :
--
------------------------
------------------
NOMINAL VALUE :
!!!!!! !!!!!!
LCD VERSION :
!!!
PROTOCOL :
!!!!!!!
Chassis Nr :
!!!!!!!
-------- Alarm Line --------
Instant communication status,
Software version data,
Protocol data,
Nominal voltage values, model and chassis
number data
are indicated by taking from UPS.
Lowest line is the alarm indicator.

OPTIONS MENU
LCD OPTIONS
LANGUAGE :
--
CLICK :
--
BACKLIGHT :
------------------
BL DELAY :
!!!!!! !!!!!!
BL DIM :
!!!
ENTER
EXIT
-------- Alarm Line --------
COMMUNICATION OPTIONS
REMOTE CNTRL :
!!!
UPS BAUD :
!!!
UPS COMM. :
!!!
REPO :
!!!!!! !!!!!!
RELAY-ALARM ASSIGN
GENIN :
!!!
EPO :
!!!
RELAY CONTACTS :
!!!
ENTER
EXIT
-------- Alarm Line --------
ALARM OPTIONS
BYPSS OPTIONS
Language setting and Button volume
setting, screen background illumination
settings are adjusted independent from
UPS.
Lowest line is the alarm indicator.
Remote control permission setting,
UPS communication frequency setting(2400-
9600),
UPS communication type setting (RS232-
RS485),
Setting for alarm assignment to internal
alarm relays,
Selection screen indicates the normal open
or closed emergency stop button input
Lowest line is the alarm indicator.
ALARM SETTINGS SHOULD BE MADE OVER
THE DEVICE, NOT THROUGH THE REMOTE
CONTROL PANEL.
BYPASS SETTINGS SHOULD BE MADE OVER
THE DEVICE, NOT THROUGH THE REMOTE
CONTROL PANEL.

COMMAND MENU
------------------------------------------------------
------------------------------------------------------
------------------------------------------------------
RELAY TEST
------------------------------------------------------
ALARM SOUND : ON
-------- Alarm Line --------
Indicates the setting for cancelling alarm
noise of remote monitoring panel until a new
alarm is received,
The test whether internal relays are
functional.
Lowest line is the alarm indicator.

TIME MENU
CLOCK DATA IS RECEIVED FROM UPS BY THE
REMOTE MONITORING PANEL. SETTING
SHOULD BE MADE THROUGH UPS.

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
SERVICE MENU
HOURMETER :
!!!
ENTER<FAULT RESET> :
!!!
------------------------------------------------------
------------------------------------------------------
------------------------------------------------------
LOGOUT…. :
OK
RELAY CONTACTS :
!!!
ENTER
EXIT
-------- Alarm Line --------
Ones other than total working hour data are
only used for monitoring.

ADJUST MENU
SERV. PASS :
!!!
USER PASW :
!!!
-------- Alarm Line --------
Made through UPS except
main panel settings.

T.CALIB MENU
TOUCH THE STATED POINTS FOR CALIBRATION
TOUCH SCREEN CALIBRATION SETTING IS
DONE.
CLICK ON THE CENTER OF PLUSES
AUTOMATICALLY INDICATED FOR
CALIBRATION.
Lowest line is the alarm indicator.
3.3 UPS status information and alarm messages (Lower line)
Alarm line shall be seen as empty on the LCD screen when no alarm or event is available. Alarms indicated on the
screen vary depending on UPS communication protocols. Alarms to be monitored depending on TX300 and TX301
protocols are indicated in below given tables.
TX301 protocol alarm and statuses
REC CODE = 1XXX
Status code of rectifier module at that moment.
R00 PFC ERROR = XXXX
Error
System error in PFC Module XXXX value indicates the occurring error. Call the service
R01 AC INPUT HIGH
Alarm
Rectifier AC input voltage high, rectifier stopped
R02 GRID INTERRUPTED
Alarm
Rectifier AC input voltage interrupted, rectifier stopped
R03 DC HIGH
Alarm
Rectifier DC output voltage high, rectifier stopped
R04 DC LOW
Alarm
Rectifier DC output voltage low, rectifier stopped
R05 FREQ TOLER
Alarm
Rectifier AC input frequency out of tolerance, rectifier stopped
R06 OVER HEAT
Alarm
Excessive heating at rectifier power cooler, rectifier stopped
R07 SHORT INTERRUPTION
Alarm
Short term interruption at rectifier input voltage, rectifier stopped
R08 IGBT ERROR
Alarm
Excessive load at rectifier power components, rectifier stopped
R09 PHASE ROTATE
Alarm
Rectifier AC input voltage phase line faulty, rectifier stopped
R14 PFC PAUSED
Alarm
Rectifier paused for short period
R15 DC LOW
Alarm
DC busbar reduced while rectifier operates, rectifier shall start again after 20 seconds.
R17 ACCUMULATOR TEST
Warning
Accumulator test is in progress (lasts for 30 seconds)
R18 BOOST CHARGE
Warning
Rectified charge is in progress (lasts for 10 hours)
R19 AC HIGH
AC input peak voltage 20% higher
R20 INPUT CONTACTOR
Warning
Input contactor is in released status
R21 PFC STOPPED
Warning
Rectifier stopped for short period by the inverter module
R22 POS CHARGE LIMIT
Warning
(+)Accumulator charge current limited
R23 NEG CHARGE LIMIT
Warning
(-)Accumulator charge current limited
R24 DC BUSBAR HOLD
Warning
Rectifier waits for DC busbar increase to start
R25 ACCUMULATOR FAILURE
Warning
Accumulators found faulty in the accumulator test
R26 ACCUMULATOR HEAT
SENSOR
Warning
Accumulator heat sensor failed or not plugged.
R27 ACCUMULATOR HEAT HIGH
Warning
Accumulator environment heat is high
R28 PHASE LOSS
Warning
Missing phase in input.
R29 PFC RESET
Warning
PFC module supply applied recently (only seen when the device is started for the first time)
R30 WAIT !
Warning
Rectifier start delay waits for the setting period.
L01 TH1 HIGH HEAT
Warning
TH1 heat sensor heat is higher than the adjusted alarm level
L02 TH2 HIGH HEAT
Warning
TH2 heat sensor heat is higher than the adjusted alarm level

10
INV CODE = 0XXX
Status code of inverter module at that moment.
A00 INV ERROR = XXXX
Error
System error in inverter module XXXX value indicates the occurring error, service code is required to
start the device
-call the service
A01 OVER CURRENT
Alarm
Over loading occurred in the inverter module
A02 OVER HEAT BREAK
Alarm
Over heat occurred in the inverter module
A03 ACCUMULATOR HIGH
Alarm
Accumulator voltage found high
A04 LOW OUTPUT
Alarm
UPS Output voltage found low
A05 OUTPUTN HIGH
Alarm
UPS Output voltage found high
A02 OVER LOAD BREAK
Alarm
Over loading occurred at device output stop the device
A07 SHORT CIRCUIT
Alarm
Short circuit occurred at UPS output device blocked
A08 IN MAINTENANCE
Alarm
Device maintenance switch is on
A09 MANUAL BYPASS
Alarm
Device taken to manual by-pass position from the front panel
A10 ACCUMULATOR LOW BREAK
Alarm
Accumulator voltage found low
A11 EMERGENCY SHUT-OFF
Alarm
External emergency shut-off signal detected
A12 DC BALANCE
Alarm
DC available at INV output before inverter starts
A13 PEAK HIGH
Alarm
Short period over load drawn from UPS output
A14 INV FAILED TO START
Alarm
Inverter module failed to create voltage at output during start
A17 BYPASS INTERRUPTED
Warning
By-pass input voltage interrupted
A18 BYPASS VOLT
Warning
By-pass input voltage out of tolerance
A19 BYPASS FREQUENCY
Warning
By-pass voltage frequency is out-of-tolerance
A20 OVER LOAD
Warning
Over loading available at device output device will stop
A21 OVER HEAT
Warning
Over heating available at device output device will stop
A22 OUTPUT INTERRUPTED
Warning
No voltage at UPS output
A23 BYPASS
Warning
Device transferred the load to by-pass input
A24 REVERSE CURRENT
Warning
Regenerative load applied voltage to device output
A25 INV RESET
Warning
Inverter module supply applied recently (only seen when the device is started for the first time)
A26 ACCUMULATOR LOW
Warning
Accumulator low warning, device will stop soon and electricity of connected loads will be interrupted.
A27 GENERATOR MODE
Warning
Device operates at generator position
A28 PHASE LOSS
Warning
Interruption in any of phases at UPS output
A29 NO SYNCHRON
Warning
Inverter is not synchronous to by-pass input
A30 SHORT CIRCUIT
Warning
Short circuit occurred and passed at UPS output
A31 OUTPUT SWITCH
Warning
Device output switch is closed
A32 SERVICE LOGIN
Warning
Device logged in with service authorizations
A34 BYP.PHASE ROTATE
Warning
Order of 3 phases applied to device by-pass input is reverse
A35 INV STOP
Warning
Inverter module stopped for any reason
L03 TH1 LOW HEAT
Warning
TH1 heat sensor heat is lower than the adjusted alarm level
L04 TH2 LOW HEAT
Warning
TH2 heat sensor heat is lower than the adjusted alarm level
L05 FAN MAINTENANCE
Warning
FAN maintenance period expired warning
L06 ACCUMULATOR
MAINTENANCE
Warning
ACCUMULATOR maintenance period expired warning
L07 OPT MAINTENANCE
Warning
Allocated for future
L08 TH1 SENSOR ERROR
Warning
TH1 temperature sensor broken or short circuit
L09 TH2 SENSOR ERROR
Warning
TH2 temperature sensor broken or short circuit
L10 ERROR RESET
Warning
Not recorded in logs
L11 ACCUMULATOR OUT-OF-
SERVICE
Warning
External accumulator switch is off
L12 GENERAL MAINTENANCE
Warning
General maintenance period expired warning
L13 PFC CAN COMM ERR
Warning
PFC module CAN communication broken warning
L14 INV CAN COMM ERR
Warning
INV module CAN communication broken warning
L17 SLEEP WAIT
Warning
Wait warning before the sleep mode
L18 WAKE-UP WAIT
Warning
Wait warning before transition from sleep to wake-up mode
A36 INV DC LOW
Warning
DC Busbar voltage is below 120 volt DC value
A37 AC CURRENT LIMIT
Warning
UPS output current is over RXXXX value
A38 FUSE BLOWN
Warning
Any fuse blown in the device
A39 SUPPLY TOL.
Alarm
Inverter card supply values out-of-tolerance
A41 SLEEP MODE
Warning
Inverter module in sleep mode
A43 USER LOGIN
Warning
Device logged in with user authorizations
A45 ENTER PASSWORD
Error
Error occurred at device inverter module service code required
-call the service

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TX300 protocol alarms
A1 BYPASS FAILURE
Bypass system failure
A2 INVERTER FAILURE
Inverter starting signals not established
A3 3 OVERTEMP
Over-heating occurred for 3 times in the device within half an hour.
A4 OUT FAILURE
UPS output voltage found as out-of-tolerance for 3 times within half an hour
A5 BATT AUT END
Accumulators emptied as the result of electricity interruption Status normal.
A6 CHARGER FAULT
Rectifier failed to create DC busbar voltage.
A7 BATTERY LOW
Accumulators low.
A8 OUTPUT HIGH
Inverter output voltage found high at max. tolerance value and inverter stopped.
A9 OVERLOAD
Over load. UPS more than 100% loaded max power level exceeded.
A10 LINE FAILURE
Grid interrupted.
A11 HIGH TEMPER
Over heat (at inverter or rectifier section)
A12 IGBT FAILURE
Inverter output system failure.
A13 OUTPUT LOW
Inverter output voltage is found below the minimum tolerance. Inverter stopped.
A14 BATTERY HIGH
Accumulator voltage found higher than the maximum tolerance.
A15 FUSE FAILURE
Fuse blown.
A16 BYP INPUT BAD
UPS tried to transfer the load to bypass but grid voltage is out-of-tolerance. This message may
be seen when grid conditions are bad. If bypass protection is active, if grid voltage is out of
min or max tolerances when the load is on bypass, electricity supplied to load will be
interrupted to protect the load.
A17 BATT CB OPEN
Accumulator contactor off accumulators not connected to UPS.
If electricity is available, only the user will be warned on the lower line.
If no electricity, device will stop and waits for the accumulator switch to be turned on by the
user.
A18 BATT.CAPA.LOW
Accumulators emptied during electricity interruption charging process not completed yet.
If electricity interruption occurs while this message is on the screen, expected accumulator
supplied operation period will be short.
User will be warned with an audio warning once in 15 seconds when this message is seen.
A19 BATT FAULT
Accumulators are detected as faulty as the result of accumulator test.
Message may be deleted by the user by pressing the enter button for 3 seconds.
User will be warned with an audio warning once in 15 seconds when this message is seen.
A20 BOOST CHARGE
Accumulators are in increased charge position. This charge lasts for 10 hours and automatically
normal charge position is selected at the end of this period.
User will be warned with a short audio warning once in 15 seconds when this message is seen.
A21 ROTATE PHASE
Phase order connected to UPS input is rotated. Change.
A23 MODE FAILURE
Other UPS mode is not same with this UPS in the parallel system. Change the mode.
A24 P.FAILURE 17
Parallel card failure
A25 P.FAILURE 18
Parallel card failure
A26 P.FAILURE 19
Parallel card failure
A27 P.FAILURE 20
Parallel card failure
A28 P.FAILURE 21
Parallel card failure
A29 P.TEST MODE
Parallel card in test position
A30 P FAILURE 23
Parallel card failure
A31 DUBL UPS NR.
There are 2 UPSs with same number in the system while operating in parallel modes.
A39 PSP FAILURE1
Power supply failure occurring in the device
A40 CANT FIND PR
Parallel mode selected. But parallel control system not available. Only operated in ONLINE
mode. Change the mode.
A41 P.BAL.FAILURE
Current exchange failed in parallel operation.
A42 BATTERY TEST
Indicates the ongoing accumulator test.
A43 P.SYNC.FAIL
Parallel mode synchronous signal not followed.
A44 BT.OPERATION
Operation from accumulator
A45 MAINS OK
Grid normalized after the electricity interruption. This message will be seen for 15 seconds
upon grid normalization after electricity interruption and lost on the screen at the end of the
period.
A46 BOOST CH.END
Boost charge mode is ended automatically or manually. Normal mode selected.
A47 CANNOT START
Everything is OK for inverter start but failed to start.

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Status Information
RECTIFIER START ! : Rectifier started to operate.
INVERTER START ! : Inverter started to operate.
MAINT SWITCH ON ! : Maintenance Bypass Switch is on.
MANUEL BYPASS ! : Load manually transferred to grid.
STATUS ALARM ! : Alarm status message on the lower line means alarm status situation is temporary
STATUS NORMAL ! : UPS operates normally.
EMERGENCY STOP ! : Emergency shut-off button is pressed.
WAITING SYNC ! : Inverter operated I am waiting for grid synchronization to transfer the load.
STATUS FAULT ! : Failure status is permanent.
STATUS WARNING ! : Warning status message on the lower line is a warning system functioning but, Caution!
CLOSE BATT.CB ! : UPS waits opening of accumulator switch.
3.4 Special situations while remote monitoring panel operates
•If panel's communication with UPS interrupts, all values coming from UPS will be seen as "! ! ! ” for 10
seconds and panel will give audio warning as very short "beep" with one minute breaks.
•Short "beep" button voice is given in every press on panel buttons.
•When the panel voice is turned-off on the menu, panel's audio alarm will be prevented. If a different
alarm occurs, panel voice will be opened automatically.
4. POSSIBLE FAILURES
•If electricity is not supplied to panel when the supply cable is plugged, supply cable may be failed. The
socket which the cable is plugged in may be failed. Main card transformer of remote monitoring panel
may be failed.
•All connections made with UPS but if communication interrupted alarm is given on the remote
monitoring panel screen;
oControl whether the selected communication interface is correct. RS232 / RS485
communication ports are different.
oCable may be failed. Plug the cable to a PC that you are sure of having functional com port
directly with UPS and try with T-mom software. If not functional, try with another CC05 cable.
oIf you are sure about the cable soundness and communication error is still available, a problem
may be available in the main card of remote monitoring panel. Inform the service.
•UPS Communication is available but if measured values are false or various values cannot be read;
oIn this case, see the communication status of UPS from the "Alarms Menu".
UPS: 232 Tout P1 etc. messages will be seen. In this case, UPS's software version
will be incompatible. UPS software should be in TX100 or TX300 communication protocol.
5. MECHANICAL DIMENSIONS
135mm
205mm
280mm

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AGKK13150 08/2018