socomec DELPHYS MP MX User manual

User Manual of
EXTEND JBUS/MODBUS serial link
DELPHYS MP - MX & elite
UPS/NTA GB/JBUSEXT_MPMX.B
29/06/2010

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FOREWORD
We thank you for the trust you have in our Uninterruptible Power Systems.
This equipment is fitted with up to date technology. Rectifier and inverter subsets are provided with power
semiconductors (IGBT) including a digital micro-controller.
Our equipment complies with IEC EN 62040-2 standard.
CAUTION : “This is a product for restricted sales distribution to informed partners. Installation restrictions or
additional measures may be needed to prevent disturbances”.
SOCOMEC SICON UPS reserves the right to modify their specifications at any time as far as this contributes
to technical progress.
SAVETY REQUIREMNENT
Using conditions:
Do read carefully these operation instructions before using the JBUS/MODBUS interface.
Whatever the repairs, they must be made only by authorised staffs, which have been suitably trained. It is
recommended that the ambient temperature and humidity of the UPS environment are maintained below the
values specified by the manufacturer.
UPS operating reference
Respect the safety requirements.
Do read carefully the operation instructions of DELPHYS MX / MP.
For an optimal operation, it is recommended to maintain the ambient temperature and humidity of the UPS
environment below the values specified by the manufacturer.
This equipment meets the requirements of the European directives applied to this product. As a consequence
it is labelled as follows:
ENVIRONMENT
Recycling of electrical products and equipment.
Provision is made in European countries to break up and recycle materials making up the system. The various
components must be disposed of in accordance with the legal provisions in force in the country where the
system is installed.

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INTRODUCTION
General purpose
This document provides required information of the J JB BU US S/ /M MO OD DB BU US S protocol serial link.
Before connecting a supervision equipment or BMS system (Building management system) to the UPS, it is
necessary to install and set up the serial interface.
This interface is located in the DELPHYS MX / MP « com-slot », and should be set through the control
panel or via the graphic touch screen (optional).
DELPHYS MX / MP is able to manage up to 2 independent J JB BU US S/ /M MO OD DB BU US S serial links.
JBUS/MODBUS protocol
This document does not explain the J
JB BU US S/ /M MO OD DB BU US S protocol management. Please refer on
www.modbus.org web site for more information.
The DELPHYS MX / MP J JB BU US S/ /M MO OD DB BU US S uses the following functions :
- function 3 for reading Input Registers (16 bits),
- function 6 for writing single Registers (to control UPS).
The data field is composed of words, defined by a MSB (most significant byte) and a LSB (lowest
significant byte), and displayed in the following order on the serial link.
1 WORD DATA
b7MSB b0 b7LSB b0
b15 b0
Data decoding
Status and alarms Information
This information are coding in bit. This means that 1 word defines 16 information. If the related bit is set to
1, this information is active or true.
Measurements and counters data
1 word defines a measurement or a counter. Some values are numeric decimal signed or unsigned (0 to
65535 or from -32767 to 32767), or in hexadecimal (0x0000 to 0xFFFF).

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JBUS/MODBUS SERIAL INTERFACE INSTALLATION INSIDE DELPHYS MX / MP
‘Com-Slots’ localisation
The « Com-Slots » integrates all communication interfaces, and it is located at the bottom of the UPS, on
the right side.
Slots 5 and 6 are dedicated to J JB BU US S/ /M MO OD DB BU US S serial interfaces.
Slots 1 to 4 are used for the alarm report boards, 3 inputs and 4 programmable relays (ADC).
JBUS/MODBUS serial interface plug in
The serial interface should be plugged in the corresponding slot, and fixed with 2 crews.
DELPHYS MX / MP is able to manage up to 2 independent J JB BU US S/ /M MO OD DB BU US S interfaces. Each interface can
be set differently, like the slave numbers.
JBUS interface in parallel system configuration
There is only one J JB BU US S/ /M MO OD DB BU US S serial link interface for a parallel system configuration. One serial
interface is used for the whole installation. The access to the data of the UPS module or unit is
managed by the table addressing
1
.

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Connections and cablings
NOTE : there is only one connection per interface (RS232 or RS422 or RS485)
 RS232 connection
Standard PC connection
Sub-D 9 pins connector
Pin 2 : Rx
Pin 3 : Tx
Pin 5 : GND
 Isolated RS485 connection
2 wires connection
« dip-switch » allows connecting the terminal resistor
Isolation via “opto-coupler”
2 polarization resistors could be removed easily (if needed).
 Isolated RS422 connection
4 wires connection
« dip-switch and » allows connecting the terminal resistors
Isolation via “opto-coupler”
4 polarization resistors could be removed easily (if needed).
RECOMMENDATIONS
Before making any connection, please check the cabling. A wrong connection or cabling can damage
the serial link interface.
RTX
-
RTX+
T
X
-
TX+
RX+
RX-

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JBUS/MODBUS LINK
Serial link 1 and 2 default settings
Baud rate: 9600 bauds
Parity: NONE
Data: 8 bits
Stop: 1 bit
Slave: 1
The serial link settings can be set from the control panel or from the graphic touch screen.
How to change the serial link settings ?
Available baud rate: 1200 - 2400 - 4800 - 9600 - 19200 bauds
Parity: EVEN - ODD - NONE
Slave number: 1 to 32
Settings screen of the control panel (last menu)
S
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:
9
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:
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:
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Select the settings with
Change the value with and
Graphic touch screen:
J
JB BU US S/ /M MO OD DB BU US S 1 settings are linked to the interface located in slot 5 .
J
JB BU US S/ /M MO OD DB BU US S 2 settings are linked to the interface located in slot 6 .
The serial interface should be activated by the CIM or the factory during the UPS commissioning
This mode needs a special configuration code (PLC mode has to be activated via UPS maintenance
tools).

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JBUS/MODBUS Protocol
Reminder:
The J JB BU US S/ /M MO OD DB BU US S protocol available on DELPHYS MX / MP is slave and in RTU mode.
It uses the function 3 as ‘read registers’ and the function 6 as ‘write register’.
The slave number is set via the control panel or via the graphic touch screen.
Conventions
The table addresses are written in hexadecimal, beginning with ‘0x’.
Some PLC systems request a relative address starting from 400 (0x0190) or 40001 (0x9C41), on this
address it’s necessary to add the first address of the J JB BU US S/ /M MO OD DB BU US S table.
Frame errors management:
In case of wrong data request, the UPS answers with the following frame error :
Error function code Error code Cause
80 + code function 1 Function error
80 + code function 2 Addresses error
80 + code function 3 Wrong data
80 + code function 6 busy
80 + code function 8 Write register error

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EXTEND JBUS/MODBUS TABLES
For specific needs
To optimize the data traffic between the UPS and the remote equipment, DELPHYS MX / MP is able to
sent in one frame all information, including states and alarms, and also measurements.
The addressing map is absolute; this means that the first address defines the complete table. The next
address defines an other data table.
To use this specific mapping, you need to check if your remote system is able to manage the address
mapping independently of the length of it.
Specific JBUS/MODBUS Tables
TABLE
Absolute address length Function
Common bypass table
0x038
7
16
(240 bits) 3 READ
Common bypass Measurements
0x039
7
64 3 READ
DATA unit 1
0x038
1
16 3 READ
Measurements unit 1
0x039
1
64 3 READ
DATA unit 2
0x038
2
16 3 READ
Measurements unit 2
0x039
2
64 3 READ
DATA unit 3
0x038
3
16 3 READ
Measurements unit 3
0x039
3
64 3 READ
DATA unit 4
0x038
4
16 3 READ
Measurements unit 4
0x039
4
64 3 READ
DATA unit 5
0x038
5
16 3 READ
Measurements unit 5
0x039
5
64 3 READ
DATA unit 6
0x038
6
16 3 READ
Measurements unit 6
0x039
6
64 3 READ
How to read data:
The identification, status and alarms tables should be read completely (this means the number of word to
read is equal to the table length).
The measurements table could be read word by word or per group, without exceed the length of the table.
Incoming data structure:
Example of 6 words
1 2 3 4 5 6 7 8 9 10 11 12
MSB 0 LSB 0 MSB 1 LSB 1 MSB 2 LSB 2 MSB 3 LSB 3 MSB 4 LSB 4 MSB 5 LSB 5
WORD 0 WORD 1 WORD 2 WORD 3 WORD 4 WORD 5
b15 b0b15 b0b15 b0b15 b0b15 b0 b15 b0
S15 S00 S31 S16 S47 S32 S63 S48 S79 S64 S95 S80
A15 A00 A31 A16 A47 A32 A63 A48
M00 M01 M02 M03 M04 M05

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DATA fields detail (11 words)
STATES 0x038n 0x0387
b0 Rectifier S00 Rectifier on X
b1
WORD 0
S01 Rect mains fault X
b2 S02 Battery test interrupted X
b3 S03 Battery charging X
b4 S04 Battery test on X
b5 S05 Battery charged X
b6 S06 Battery breaker closed X
b7 S07 charger on
b8 S08 Boost charge
b9 S09
b10 S10
b11 S11
b12 S12
b13 S13
b14 S14
b15 S15
b0 Inverter S16 Inverter on X
b1
WORD 1
S17
b2 S18
b3 S19
b4 S20
b5 S21
b6 S22
b7 S23
b8 S24
b9 S25
b10 S26
b11 S27
b12 S28
b13 S29
b14 S30
b15 S31
b0 Bypass S32 Unit load on Inverter X X
b1
WORD 2
S33 Unit load on Automatic Bypass X X
b2 S34 Unit load not supplied X X
b3 S35 Unit load on maintenance Bypass X X
b4 S36 ECO/MODE activated X
b5 S37 Automatic Bypass mains out of tol. (1) X
b6 S38 Inverter Switch closed X
b7 S39 Bypass Switch activated X
b8 S40 Output switch Q2/3 closed X
b9 S41 Local maintenance Bypass Q5 closed X
b10 S42 Remote maintenance Bypass closed X
b11 S43 Q21 switch closed X
b12 S44 Q22 switch closed X
b13 S45 Unit isolated from inst. X
b14 S46 Unit available X
b15 S47 ACS forced

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STATES 0x038n
0x0387
b0 Common S48 ESD
b1
WORD 3
S49 Generator set active
b2 S50 Auxiliary input 1 X X
b3 S51 Auxiliary input 2 X X
b4 S52 Auxiliary input 3 X X
b5 S53 Auxiliary input 4 X X
b6 S54 Auxiliary input 5 X X
b7 S55 Auxiliary input 6 X X
b8 S56 Automatic Bypass input is synchro. With Ref
b9 S57 Ext. synchro ref (ACS on)
b10 S58 Commissioning code waiting
b11 S59 eco mode forcé
b12 S60 energy saver off
b13 S61 ext. Auto start request
b14 S62
b15 S63
b0 Synoptic S64 Load protected by inverter X
b1
WORD 4
S65 Load on Automatic Bypass X
b2 S66 Load not supplied X
b3 S67 Load on maintenance Bypass X
b4 S68 Auto start in progress X
b5 S69 Maintenance bypass in progress X
b6 S70 Auxiliary input 7 X
b7 S71 Auxiliary input 8 X
b8 S72 Auxiliary input 9 X
b9 S73 Auxiliary input 10 X
b10 S74 Auxiliary input 11 X
b11 S75 Auxiliary input 12
b12 S76 Maintenance mode
b13 S77 Alerte Preventive maintenance
b14 S78 Unit in stand-by
b15 S79 Energy saver activated
b0 Parallel S80 Unit 1 operating in // X
b1
WORD 5
S81 Unit 2 operating in // X
b2 S82 Unit 3 operating in // X
b3 S83 Unit 4 operating in // X
b4 S84 Unit 5 operating in // X
b5 S85 Unit 6 operating in // X
b6 S86
b7 S87
b8 S88
b9 S89
b10 S90
b11 S91
b12 S92
b13 S93
b14 S94
b15 S95

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ALARMS 0x038n
0x0387
b0 Rectifier A00 Rectifier Critical Alarm X
b1
WORD 6
A01 Battery General Alarm X
b2 A02 Battery room X
b3 A03 Battery test failed X
b4 A04 Battery circuit open X
b5 A05 Battery discharged X
b6 A06 End of backup time X
b7 A07 Rectifier Preventive alarm X
b8 A08 Charger general alarm X
b9 A09 BHC general alarm X
b10 A10 Battery String 1 alarm X
b11 A11 Battery String 2 alarm X
b12 A12 Battery String 3 alarm X
b13 A13 Battery String 4 alarm X
b14 A14 Battery String 5 alarm X
b15 A15 Battery String 6 alarm X
b0 Inverter A16 Inverter critical Alarm X
b1
WORD 7
A17 Inverter preventive alarm X
b2 A18
b3 A19
b4 A20
b5 A21
b6 A22
b7 A23
b8 A24
b9 A25
b10 A26
b11 A27
b12 A28
b13 A29
b14 A30
b15 A31
b0 By-Pass A32 Bypass critical Alarm X X
b1
WORD 8
A33 Transfer impossible X
b2 A34 Transfer blocked X
b3 A35 Maintenance Bypass alarm X
b4 A36 Insufficient Resources X
b5 A37 Back feed protection open X
b6 A38 Bypass preventive alarm X
b7 A39
b8 A40
b9 A41
b10 A42
b11 A43
b12 A44
b13 A45
b14 A46
b15 A47

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ALARMS 0x038n
0x0387
b0 Common A48 Control critical alarm X X
b1
WORD 9
A49 Unit Imminent stop X
b2 A50 Operating on battery X
b3 A51 Unit overload X
b4 A52 ACS source lost X
b5 A53 Batterie en décharge X
b6 A54 Maintenance alarm X X
b7 A55 Control preventive alarm X X
b8 A56 ambiante temp alarm X X
b9 A57
b10 A58
b11 A59
b12 A60
b13 A61
b14 A62
b15 A63
b0 Synoptic A64 Redundancy loss alarm X
b1
WORD 10
A65 Unit 1 general alarm X
b2 A66 Unit 2 general alarm X
b3 A67 Unit 3 general alarm X
b4 A68 Unit 4 general alarm X
b5 A69 Unit 5 general alarm X
b6 A70 Unit 6 general alarm X
b7 A71 UPS Imminent stop X X
b8 A72 Mimic-Panel X X
b9 A73 UPS General Alarm X X
b10 A74 UPS overload X X
b11 A75 Ext input alarme X X
b12 A76 maintenance warning X X
b13 A77 maintenance alarm X x
b14 A78
b15 A79

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MEASUREMENTS fields detail (80 words)
MEASUREMENTS 0x039n
0x0397
Rectifier M00 Rect. mains volt. U12 V X
M01 Rect. mains volt. U13 V X
M02 Rect. mains volt. U23 V X
M03 Rect. mains freq. x10Hz X
M04 DC voltage V X
M05 DC current (bridge 1+2) A X
M06 Battery voltage V X
M07 Battery current A X
M08 Battery T° °C X
M09 Battery capacity Ah X
M10 Remaining backup time mn X
M11 Battery capacity % X
M12 Time on battery X
M13 Average battery temperature X
M14
M15
Inverter M16 Inv. output voltage U13 V X
M17 Inv. output voltage U21 V X
M18 Inv. output voltage U32 V X
M19 Inverter frequency x10Hz X
M20
M21
M22
M23
M24
M25
M26
M27
M28
M29
M30
M31
By-Pass M32 Output voltage L1 V X X
M33 Output voltage L2 V X X
M34 Output voltage L3 V X X
M35 Output current L1 A X X
M36 Output current L2 A X X
M37 Output current L3 A X X
M38 Output frequency x10Hz X X
M39 BYP mains frequency x10Hz X X
M40 BYP mains voltage U13 V X X
M41 BYP mains voltage U21 V X X
M42 BYP mains voltage U32 V X X
M43 Global power kVA X X
M44 Output load rate L1 % X X
M45 Output load rate L2 % X X
M46 Output load rate L3 % X X
M47 Output unit power in kW X X

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MESURES 0x039n
0x0397
Common M48 External sync. freq x10Hz X
M49 Ambient T° °C X
M50 Unit load rate % X X
M51 kVA L1 X X
M52 kVA L2 X X
M53 kVA L3 X X
M54 kW L1 X X
M55 kW L2 X X
M56 kW L3 X X
M57 pf L1 X X
M58 pf L2 X X
M59 pf L3 X X
M60 cf X X
M61
M62
M63 Module number X X
Synoptic M64 last battery test Year/month
M65 last battery test day
M66 last battery test hh:mm
M67 next battery test Y/M
M68 next battery test day
M69 next battery test hh:mm
M70 hours on inverter
M71 minutes on mains
M72 minutes on battery
M73 number of by-pass
M74 number of mains absence
M75 number of battery discharge
M76
M77
M78
M79

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STANDARD JBUS/MODBUS TABLES FOR SINGLE UNIT UPS
In parallel of the extended tables, it’s also possible reading the standard JBUS/MODBUS, according the
following tables.
STANDARD JBUS/MODBUS tables
§ TABLE
Start
addresses
Table length in
words
JBUS/MODBUS
FUNCTION
1 UPS Identification 0x0000 12 3 READ
2 Date and hours 0x0360 4 3 READ
3 UPS Configurations 0x00E0 32 3 READ
4 Status (96 bits) 0x0020 6 3 READ
5 Alarms (64 bits) 0x0040 4 3 READ
6 Measurements 0x0060 48 3 READ
7 Controls permission 0x05C0 2 3 READ
8 UPS Controls 0x05B0 1 6 WRITE
How to read data:
The identification, status and alarms tables should be read completely (this means the number of word to
read is equal to the table length).
The measurements table could be read word by word or per group, without exceed the length of the table.
(from 0x0060 to 0x008F).
Incoming data structure:
Example of 6 words
1 2 3 4 5 6 7 8 9 10 11 12
MSB 0 LSB 0 MSB 1 LSB 1 MSB 2 LSB 2 MSB 3 LSB 3 MSB 4 LSB 4 MSB 5 LSB 5
WORD 0 WORD 1 WORD 2 WORD 3 WORD 4 WORD 5
b15 b0b15 b0b15 b0b15 b0b15 b0 b15 b0
S15 S00 S31 S16 S47 S32 S63 S48 S79 S64 S95 S80
A15 A00 A31 A16 A47 A32 A63 A48
M00 M01 M02 M03 M04 M05
‘Concentrator mode’ in parallel system configuration
The above J JB BU US S/ /M MO OD DB BU US S table can be used in case of a parallel system configuration. The TOR data
from all units or modules are managed in order to create a ‘virtual single unit’. The logic combination ‘OR’ is
used to create the single unit data base, except following states and alarms :
Information
Combination if redundant UPS Combination if not redundant UPS
S00 OR AND
S05 AND OR
S15 AND OR
A02 AND OR
A07 AND OR
A31 AND OR

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UPS IDENTIFICATION: Address 0x0000, 12 words
CODE DESCRIPTION
Number of
WORDS ADDRESS Type Remarks
I00 UPS CODE 1 WORD 0x0000 Numeric value 515 = DELPHYS MX
516 = DELPHYS MX elite
I01 UPS Power 1 WORD 0x0001 Numeric value In kVA * 10
5000 = 500kVA
I02 Module
number 1 WORD 0x0002 Numeric value 1
I03 Serial
number
5 WORDS 0x0003 1 word = 2 ASCII
codes LSB = 1. char MSB = 2. char
UPS Code:CCCCCCAaYYYXXXXXXNNn
Code read :aXXXXXXXXn
I04 Reserved 1 WORD 0x0008 0
I05 Reserved 1 WORD 0x0009 0
I06 Reserved 1 WORD 0x000A 0
I07 Reserved 1 WORD 0x000B 0
DATE & HOURS: Address 0x0360, 4 words
CODE DESCRIPTION
Number of
words Addresses Type Remarks
D00 Minutes /
seconds 1 0x0360 Byte value MSB = minutes LSB = seconds
D01 Hours / day 1 0x0361 Byte value MSB = day
LSB = hours
D02 Month / day
of
week
1 0x0362 Byte value MSB = month
LSB = day of the week
1=Monday
7=Sunday
D03 year 1 0x0363 00 = 2000
UPS CONFIGURATION: Address 0x00E0, 32 words
Code
Measurements
Unit
Address
REMARKS
T00 Nominal start input voltage V 0x00E0
T01 Nominal start output
voltage V 0x00E1
T02 Nominal input frequency Hz 0x00E2
T03 Nominal output frequency Hz 0x00E3
T04 Version value * 100 0x00E4 100 = V1.00
T05 0x00E5
T06 0x00E6
TO7 0x00E7
T08 Nominal battery capacity Ah * 10 0x00E8 3000 = 300Ah
T09 Number of battery elements 0x00E9
T10 Reserved 0x00EA Set to 0xFFFF (-1)
T11 Reserved 0x00EB Set to 0xFFFF (-1)
T12 Reserved 0x00EC
T13 Working mode Bits field
0x00ED b0 not used b1 = with battery
b2 = Gen Set present
b3 = ’energy saver’ enabled
T14 Redundancy level (only in
//) value 0x00EE 0 = without 1 = N+1
T15 Reserved 0x00EF 100
T16
..
T31
Reserved 0x00F0
0x00FF
Set to 0xFFFF (-1)

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STATUS: Address 0x0020, 6 words
CODE
DESCRIPTION
BIT
ADDRESS
REMARKS
S00 Rectifier Input supply present 0 0x0020
S01 Inverter ON 1 0x0020
S02 Rectifier ON 2 0x0020
S03 Load protected by inverter 3 0x0020
S04 Load on automatic bypass 4 0x0020
S05 Load on battery 5 0x0020
S06 Remote controls disable 6 0x0020 0 = controls enabled
S07 Eco-mode ON 7 0x0020 If this function is available
S08 8 0x0020
S09 9 0x0020
S10 10 0x0020
S11 11 0x0020
S12 12 0x0020
S13 13 0x0020
S14 Battery test failed 14 0x0020
S15 Battery near end of backup time 15 0x0020 IMMINENT STOP and end of backup
time
S16 Battery discharged 0 0x0021
S17 Battery OK 1 0x0021 No alarm and battery circuit
closed
S18 2 0x0021
S19 3 0x0021
S20 4 0x0021
S21 5 0x0021
S22 6 0x0021
S23 7 0x0021
S24 8 0x0021
S25 9 0x0021
S26 Bypass input supply present 10 0x0021
S27 Battery charging 11 0x0021
S28 Bypass input frequency out of
tolerance 12 0x0021
S29 13 0x0021 Set to 1
S30 UPS on parallel system 14 0x0021 = 0 for single unit
S31 15 0x0021
S32 Unit operating (available or
coupled) 0 0x0022
S33 1 0x0022
S34 2 0x0022
S35 3 0x0022
S36 4 0x0022
S37 5 0x0022
S38 External Input 1 6 0x0022 IN1 ADC slot 1 or 2
S39 External Input 2 7 0x0022 IN2 ADC slot 1 or 2
S40 External Input 3 8 0x0022 IN3 ADC slot 1 or 2
S41 External Input 4 9 0x0022 IN1 ADC slot 3
S42 Controls permission table manage 10 0x0022 Set to 1
S43 11 0x0022
S44 12 0x0022
S45 13 0x0022
S46 Operating on Gen Set 14 0x0022
S47 15 0x0022
S48 Maintenance mode active 0 0x0023
S49 End of the fist maintenance period 1 0x0023
S50 2 0x0023
S51 3 0x0023
S52 4 0x0023
S53 5 0x0023
S54 6 0x0023
S55 7 0x0023
S56 8 0x0023
S57 9 0x0023
S58 10 0x0023
S59 11 0x0023
S60 12 0x0023
S61 13 0x0023
S62 14 0x0023
S63 15 0x0023
…/…

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…/…
CODE
DESCRIPTION
BIT
ADRESSE
REMARQUES
S64 Boost charge ON 0 0x0024
S65 1 0x0024
S66 Inverter switch closed 2 0x0024
S67 Bypass breaker closed 3 0x0024
S68 Maintenance bypass breaker closed (Q5) 4 0x0024
S69 Remote maintenance bypass breaker closed 5 0x0024
S70 Output breaker closed (Q3) 6 0x0024
S71 Q21 closed 7 0x0024
S72 Q22 closed 8 0x0024
S73 Unit working 9 0x0024 On inverter or on bypass
S74 10 0x0024
S75 11 0x0024
S76 normal mode active 12 0x0024 No Eco-mode No ‘energy-
saver’ active
S77 13 0x0024
S78 14 0x0024
S79 15 0x0024
S80 0 0x0025
S81 1 0x0025
S82 2 0x0025
S83 3 0x0025
S84 4 0x0025
S85 5 0x0025
S86 6 0x0025
S87 7 0x0025
S88 8 0x0025
S89 9 0x0025
S90 10 0x0025
S91 11 0x0025
S92 12 0x0025
S93 13 0x0025
S94 14 0x0025
S95 15 0x0025
Status without description are not managed by DELPHYS MX / MP.

Page 18 / 28
ALARMS: Address 0x0040, 4 words
CODE
DESCRIPTION
BIT
ADRESSE
REMARQUES
A00 General Alarm 0 0x0040 Activated if one alarm
active
A01 Battery failure 1 0x0040 Battery fault, room and
circuit open synthesis
A02 UPS overload 2 0x0040
A03
A04
Control failure (com, internal supply…)
4
0x0
040
Ctrl board critical alarm
A05 Rectifier input supply out of tolerance 5 0x0040
A06 Bypass input supply out of tolerance 6 0x0040
A07 Over temperature alarm 7 0x0040
A08 Maintenance bypass closed 8 0x0040 Q5 closed
A09 9 0x0040
A10 Battery charger fault 10 0x0040
A11 11 0x0040
A12 12 0x0040
A13 13 0x0040
A14 14 0x0040
A15 15 0x0040
A16 0 0x0041
A17 Improper condition of use (Q3 and Q5
closed) 1 0x0041 Maintenance bypass alarm
A18 Inverter stopped for overload
(or bypass transfer) 2 0x0041 Imminent stop and overload
A19
Microprocessor control system
3
0x0
041
Ctrl board preventive Al.
A20 4 0x0041
A21 Synchronisation fault (PLL fault) 5 0x0041 ACS source fault
A22 Rectifier input supply fault 6 0x0041
A23
Rectifier preventive alarm
7
0x0
041
A24 8 0x0041
A25
Inverter preventive alarm
9
0x0
04
1
A26 Charger general alarm 10 0x0041
A27 11 0x0041
A28 12 0x0041
A29
Bypass preventive alarm
13
0x0
041
A30 14 0x0041
A31 Imminent STOP 15 0x0041
A32 Unit 1 general alarm 0 0x0042
A33 1 0x0042
A34 2 0x0042
A35 3 0x0042
A36 4 0x0042
A37 5 0x0042
A38 External alarm 6 0x0042 To configure
A39 7 0x0042
A40 8 0x0042
A41 9 0x0042
A42 e-Service 10 0x0042 NOT AVAILABLE
A43 11 0x0042
A44 Servicing alarm 12 0x0042
A45 Automatic and manual transfer disable 13 0x0042
A46 Automatic transfer disable 14 0x0042
A47 Battery room alarm 15 0x0042
A48 Maintenance bypass alarm 0 0x0043
A49 Battery discharged 1 0x0043
A50 2 0x0043
A51 Synoptic alarm 3 0x0043
A52
Rectifier fault
4
0x0
043
Critical alarm
A53 5 0x0043
A54
Inverter fault
6
0x0
043
Critical alarm
A55 7 0x0043
A56 8 0x0043
A57 9 0x0043
A58 ESD activated 10 0x0043
A59 Battery circuit open 11 0x0043
A60 12 0x0043
A61 13 0x0043
A62
Bypass critical alarm
14
0x0
043
A63 15 0x0043
Alarms without description are not managed by DELPHYS MX / MP.

Page 19 / 28
MEASUREMENTS: Address 0x0060, up to 48 words
Code
Description
Unit
ADDRESSES
REMARKS
M00 Load rate phase1 % 0x0060
M01 Load rate phase 2 % 0x0061 Set to 0xFFFF if one phase
M02 Load rate phase 3 % 0x0062 Set to 0xFFFF if one phase
M03 UPS load rate % 0x0063
M04 Battery Capacity % 0x0064
M05 Battery Capacity Ah*10 0x0065
M06 Input bypass voltage phase 1 V 0x0066
M07 Input bypass voltage phase 2 V 0x0067 Set to 0xFFFF if one phase
M08 Input bypass voltage phase 3 V 0x0068 Set to 0xFFFF if one phase
M09 Output voltage phase 1 V 0x0069
M10 Output voltage phase 2 V 0x006A Set to 0xFFFF if one phase
M11 Output voltage phase 3 V 0x006B Set to 0xFFFF if one phase
M12 0x006C Set to 0xFFFF (-1)
M13 0x006D Set to 0xFFFF (-1)
M14 0x006E Set to 0xFFFF (-1)
M15 Output current phase 1 A*10 0x006F
M16 Output current phase 2 A*10 0x0070 Set to 0xFFFF if one phase
M17 Output current phase 3 A*10 0x0071 Set to 0xFFFF if one phase
M18 Input bypass frequency Hz*10 0x0072
M19 Output frequency Hz*10 0x0073
M20 Battery voltage (+) V*10 0x0074
M21 Battery voltage (-) V*10 0x0075 Set to 0
M22 Ambient Temperature °C 0x0076
M23 Remaining backup time Minutes 0x0077 Set when the load is on
battery
M24 Battery current A*10 0x0078
M25 0x0079 Set to 0xFFFF (-1)
M26 0x007A Set to 0xFFFF (-1)
M27 0x007B Set to 0xFFFF (-1)
M28 Rectifier voltage (+) V 0x007C
M29 Rectifier voltage (-) V 0x007D Set to 0
M30 0x007E Set to 0xFFFF (-1)
M31 0x007F Set to 0xFFFF (-1)
M32 0x0080 Set to 0xFFFF (-1)
M33 Rectifier input voltage phase 1 V 0x0081
M34 Rectifier input voltage phase 2 V 0x0082
M35 Rectifier input voltage phase 3 V 0x0083
M36 UPS output power kW*10 0x0084
M37 Output power phase 1 kVA*10 0x0085
M38 Output power phase 2 kVA*10 0x0086 Set to 0xFFFF if one phase
M39 Output power phase 3 kVA*10 0x0087 Set to 0xFFFF if one phase
M40 0x0088 Set to 0xFFFF (-1)
M41 0x0089 Set to 0xFFFF (-1)
M42 0x008A Set to 0xFFFF (-1)
M43 0x008B
M44 0x008C
M45 0x008D
M46 0x008E
M47 0x008F