Modbus Register List
The Modbus register is supported both on function call 2 and function call 4. The data is stored as either:
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UINT32 (unsigned 32–bit integer), most significant word in n+0, least significant word in n+1, also known as big-endian.
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UINT16 (unsigned 16–bit integer), registers are transmitted as with the most significant bit (MSB) first, also known as big-endian.
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ASCII (the printable ASCII subset from 0x20 – 0x7E), strings with unused characters (length less than maximum) are filled with nulls. Strings are two characters per register, first character in high-order byte, second character in low-order byte.
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Boolean (a single bit, 0 or 1), 1 = alarm active, reserved or undefined registers will return an error. Blocked reads which begin with a valid register will not return an error but will return zeros for undefined registers.
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FP (floating point)
All registers are read only (RO). Bit 0 is the least significant bit.
NOTE: For the Modbus register the absolute starting register address
is 0, this is equivalent to 40001 in Modicon terminology (address
zero when transmitted over the wire).
| Modbus Register | Name | Data Type (Length / Number of Registers) | Description [Unit of Measurement] |
|---|---|---|---|
| General status | |||
| 1 | NMC model number | ASCII (9) | The model number of the NMC. |
| 10 | NMC serial number | ASCII (8) | The serial number of the NMC. |
| 18 | NMC firmware revision APP | ASCII (9) | The firmware revision of the Gutor application for the NMC. |
| 27 | NMC firmware revision | ASCII (9) | The firmware revision of the NMC. |
| 36 | NMC date of manufacture | ASCII (6) | The manufacturing date for the NMC. |
| 42 | NMC/UPS time (hh:mm:ss format) | ASCII (4) | The NMC/system time (hh:mm:ss format). |
| 46 | NMC/UPS date (mm/dd/yyyy format) | ASCII (5) | The NMC/system date (mm/dd/yyyy format). |
| 51 | Product name | ASCII (40) | The name for the system entered in the NMC. |
| 91 | Probe 1 temperature | UINT16 (1) | The measured temperature from the optionally connected temperature and humidity sensor (AP9335TH) or the temperature sensor (AP9335T). Only available if the sensor is connected. |
| 92 | Probe 1 humidity | UINT16 (1) | The measured humidity from the optionally connected temperature and humidity sensor (AP9335TH). Only available if the sensor is connected. |
| 108 | UPS model | ASCII (16) | The model of the connected UPS or system. |
| 124 | UPS type | ASCII (16) | The type of the connected UPS or system. |
| 140 | UPS serial number | ASCII (8) | The serial number of the connected UPS or system. |
| 148 | UPS manufacturing date | ASCII (6) | The manufacturing date of the connected UPS or system. |
| 201 | MCU Modbus revision | UINT16 (1) | The Modbus revision of the UPS or system controller. |
| 202 | MCU part number | UINT32 (2) | The part number of the UPS or system controller. |
| 204 | Software version of MCU (Index) | UINT16 (1) | Software version of the UPS or system controller (Index). |
| 206 | MCU serial number word 1 (LB) | UINT16 (1) | The UPS or system controller’s serial number word 1 (LB). |
| 207 | MCU serial number word 2 | UINT16 (1) | The UPS or system controller’s serial number word 2. |
| 208 | MCU serial number word 3 | UINT16 (1) | The UPS or system controller’s serial number word 3. |
| 209 | MCU serial number word 4 (HB) | UINT16 (1) | The UPS or system controller’s serial number word 4 (HB). |
| 1000 | NMC alarm - alarm register 1 | ||
| 1000 (Bit 0) |
Communication lost with MCU | Boolean | The communication between the NMC and the UPS or system controller is lost. |
| 1000 (Bit 3) |
Firmware incompatibility detected | Boolean | The Gutor NMC application firmware is incompatible with the system controller (MCU) firmware. |
| 1001 | Alarm register 2 - NMC Alarm | ||
| 1001 (Bit 0) |
Low temperature threshold violation at remote sensor | Boolean | The measured temperature is below the configured low temperature setting. Only available if (AP9335TH) or (AP9335T) is connected to the NMC. |
| 1001 (Bit 1) |
Minimum temperature threshold violation at remote sensor | Boolean | The measured temperature is below the configured minimum temperature setting. Only available if (AP9335TH) or (AP9335T) is connected to the NMC. |
| 1001 (Bit 2) |
High temperature threshold violation at remote sensor | Boolean | The measured temperature is above the configured high temperature setting. Only available if (AP9335TH) or (AP9335T) is connected to the NMC. |
| 1001 (Bit 3) |
Maximum temperature threshold violation at remote sensor | Boolean | The measured temperature is above the configured maximum temperature setting. Only available if (AP9335TH) or (AP9335T) is connected to the NMC. |
| 1001 (Bit 4) |
Low humidity threshold violation at remote | Boolean | The measured humidity is below the configured low humidity setting. Only available if (AP9335TH) is connected to the NMC. |
| 1001 (Bit 5) |
Minimum humidity threshold violation at remote sensor | Boolean | The measured humidity is below the configured minimum humidity setting. Only available if (AP9335TH) is connected to the NMC. |
| 1001 (Bit 6) |
High humidity threshold violation at remote sensor | Boolean | The measured humidity is above the configured high humidity setting. Only available if (AP9335TH) is connected to the NMC. |
| 1001 (Bit 7) |
Maximum humidity threshold violation at remote sensor | Boolean | The measured humidity is above the configured maximum humidity setting. Only available if (AP9335TH) is connected to the NMC. |
| 1001 (Bit 8) |
Lost communication to-NMC integrated environmental sensor | Boolean | The communication to the temperature and humidity or the temperature sensor connected to the NMC card is interrupted. Only available if (AP9335TH) or (AP9335T) is connected to the NMC. |
| 1002 | Alarm register 1 - System main alarm | ||
| 1002 (Bit 0) |
Common alarm | Boolean | One or more alarms that are configured for the common alarm are present. The common alarm is mainly intended to be used for external signals. |
| 1002 (Bit 1) |
Urgent event | Boolean | One or more urgent alarms that require immediate actions are present. |
| 1002 (Bit 2) |
Non urgent alarm | Boolean | One or more non urgent alarms that require actions are present. |
| 1002 (Bit 3) |
HMI to MCU communication fault | Boolean | The communication between the display and the controller is interrupted or lost. |
| 1002 (Bit 4) |
ADBUS communication is lost | Boolean | The communication with one or more optional ADBUS cards are interrupted or lost. |
| 1002 (Bit 5) |
Battery symmetry error | Boolean | The battery symmetry is out of tolerance. |
| 1002 (Bit 6) |
Battery current-limiting is active | Boolean | The battery charging current has reached its maximum limit. The rectifier will regulate the DC output current to not overcharge the batteries with a too high charging current. |
| 1002 (Bit 7) |
High DC warning alarm | Boolean | The system output voltage is above the set high warning voltage level. |
| 1002 (Bit 8) |
High DC shutdown alarm | Boolean | The system output voltage is above the set high shutdown voltage level. |
| 1002 (Bit 9) |
Low DC warning alarm | Boolean | The system output voltage is below the set low warning voltage level. |
| 1002 (Bit 10) |
Low DC shutdown alarm | Boolean | The system output voltage is below the set low shutdown voltage level. |
| 1002 (Bit 11) |
Number of rectifier modules is below warning limit | Boolean | Only for redundant N+x and N+N module configurations. The number of redundant rectifier modules is currently below the warning limit because of some inoperable rectifier modules. (Calculated based on number of modules). |
| 1002 (Bit 12) |
Number of rectifier modules is below critical limit | Boolean | Only for redundant N+x and N+N module configurations. The number of redundant rectifier modules are currently below the critical limit because of some inoperable rectifier modules. (Calculated based on number of modules). |
| 1002 (Bit 13) |
Power module current reserve is lost | Boolean | Only for redundant N+x and N+N module configurations. The output current redundancy is currently not available because of some inoperable rectifier modules. (Calculated based on output current). |
| 1002 (Bit 14) |
One or more modules are inoperable | Boolean | One or more rectifier modules are inoperable. Depending on the module configuration this might be a warning or a critical alarm. If the system has no redundant rectifier modules, immediate action is required. |
| 1002 (Bit 15) |
One or more modules in overtemperature warning | Boolean | One or more rectifier modules are above the high temperature level. |
| 1007 | Alarm register 1 - Main controller (MCU) main alarm | ||
| 1007 (Bit 1) |
MCU system errors summary alarm | Boolean | The MCU (controller) has detected a system error, for example with the real time clock (RTC), EEPROM, filesystem or task timed out. |
| 1007 (Bit 2) |
MCU memory errors summary alarm | Boolean | The MCU (controller) is out of memory, for example for the filter or heap. |
| 1007 (Bit 3) |
MCU Modbus errors summary alarm | Boolean | The MCU (controller) has detected a Modbus server error, for example with Modbus TCP/serial server communication. |
| 1007 (Bit 4) |
MCU initialization is in progress | Boolean | The MCU (controller) is initializing. |
| 1007 (Bit 5) |
MCU soft reset is active | Boolean | The MCU (controller) is performing a software reset. |
| 1007 (Bit 6) |
MCU watchdog reset summary alarm | Boolean | The MCU (controller) has detected a watchdog reset, for example in the MCU (controller), or in one or more modules. |
| 1007 (Bit 7) |
MCU temperature is too high | Boolean | The MCU (controller) temperature is above the set high temperature level. |
| 1009 | Alarm register 1 - System main configuration | ||
| 1009 (Bit 0) |
All power modules are set in SINGLE phase configuration | Boolean | The rectifier modules are configured for a 1-phase input. |
| 1009 (Bit 1) |
All power modules are set in THREE phase configuration | Boolean | The rectifier modules are configured for a 3-phase input. |
| 1009 (Bit 2) |
Neutral wire is required | Boolean | The neutral on the input must be wired. Only for systems with a 1-phase input. |
| 1009 (Bit 3) |
One of the power modules is in DC-DC mode | Boolean | One of the rectifier/DC–DC modules is configured for DC-DC conversion. |
| 1012 | Alarm register 1 - System main operation modes | ||
| 1012 (Bit 0) |
Charger mode is boost-charge | Boolean | Boost charge mode is active in the rectifier modules. The rectifier DC output voltage is higher than float charge voltage. |
| 1012 (Bit 1) |
Boost charge is blocked | Boolean | Switch to boost charge mode is blocked. The mode can be blocked by an external/internal signal. |
| 1012 (Bit 2) |
Charger mode is float-charge | Boolean | Float charge mode is active in the rectifier modules. |
| 1012 (Bit 3) |
Charger mode is direct feed, no batt | Boolean | The direct feed mode is active in the rectifier modules. Caution, batteries might not be charged anymore. |
| 1012 (Bit 5) |
Charger turned off by software command | Boolean | The rectifier modules are turned of over the display or an external signal. For example, by the EPO signal. |
| 1012 (Bit 6) |
On battery | Boolean | Battery operation mode is active (manually or automatically). The batteries are being discharged to supply the load. |
| 1012 (Bit 7) |
Battery equalizing charging | Boolean | Equalizing charge mode is active in the rectifier modules. The rectifier DC output voltage is higher than float and boost charge voltage. |
| 1012 (Bit 8) |
Battery equalizing charging is blocked | Boolean | Switch to equalizing charge mode is blocked. The mode can be blocked by an external/internal signal. |
| 1016 | Alarm register 1 - System breaker status | ||
| 1016 (Bit 0) |
Breaker Q001 open | Boolean | The input breaker is open. |
| 1016 (Bit 1) |
Breaker Q004 open | Boolean | The internal battery breaker and/or the external battery breaker is open. |
| 1016 (Bit 2) |
Breaker Q003 open | Boolean | The output breaker or is open. |
| 1016 (Bit 4) |
One or more distribution input breaker open | Boolean | One or more distribution output breakers has tripped. |
| 1016 (Bit 5) |
Surge arrester breaker open | Boolean | The AC input surge arrester has tripped. |
| 1016 (Bit 6) |
Breaker 2Q001 open | Boolean | The dual input breaker is open. |
| 1018 | Alarm register 1 - Battery status/alarm | ||
| 1018 (Bit 0) |
Battery test running | Boolean | The system is running a battery capacity discharge test. |
| 1018 (Bit 1) |
A weak battery exists | Boolean | The result of a battery capacity discharge test shows that the battery capacity is too low. |
| 1018 (Bit 2) |
Battery test aborted | Boolean | A battery capacity discharge test was interrupted. |
| 1018 (Bit 3) |
Battery test configuration error | Boolean | The battery capacity discharge test is not configured correctly. |
| 1018 (Bit 4) |
Battery circuit test failed | Boolean | The battery circuit test showed that the battery is not available to take over the load if needed. |
| 1018 (Bit 5) |
Battery circuit test configuration error | Boolean | The battery circuit test is not configured correctly. |
| 1018 (Bit 6) |
Battery temperature measurement invalid | Boolean | The battery temperature sensor is returning an invalid value (NaN or <-90°C). The sensor might not be configured correctly or is not operating correctly. |
| 1020 | Alarm register 1 - Charger detailed alarm | ||
| 1020 (Bit 4) |
All rectifier modules switched off | Boolean | All rectifier modules are switched off from the display or through an external signal. |
| 1020 (Bit 5) |
Some rectifier modules switched off | Boolean | Some rectifier modules are switched off from the display or through an external signal. |
| 1020 (Bit 6) |
Some rectifier modules in current limitation | Boolean | One or more rectifier modules have reached current limitation (modules are overloaded). |
| 1020 (Bit 7) |
Some rectifier modules shutdown for overvoltage | Boolean | One or more rectifier modules have switched OFF because of too high output voltage. (The red LED will flash fast 3 times.) |
| 1020 (Bit 8) |
Rectifier output voltage out of range | Boolean | The rectifier modules output voltage is above or below the tolerance level. |
| 1020 (Bit 9) |
Mains input in fault condition | Boolean | The rectifier mains input is not available. The rectifier modules cannot operate. |
| 1020 (Bit 10) |
One or more modules with input voltage out of range | Boolean | The rectifier mains input is out of tolerance for one or more rectifier modules. Depending on the cause the rectifier modules might not run. |
| 1020 (Bit 12) |
One or more modules have an inoperable fan | Boolean | At least one of the fans is rotating too slowly or is inoperable. |
| 1020 (Bit 14) |
One or more modules in overtemperature shutdown | Boolean | One or more rectifier modules are above the temperature shutdown level. The rectifier modules will run with reduced output power. |
| 1020 (Bit 15) |
One or more modules with defective temperature sensor | Boolean | One or more rectifier modules have a temperature sensor that is inoperable. |
| 1021 | Alarm register 2 - Charger detailed alarm | ||
| 1021 (Bit 0) |
Load sharing error in all power modules | Boolean | The active load sharing between all the rectifier modules is not functioning correctly. |
| 1021 (Bit 1) |
Fan warning in all power modules | Boolean | The fans in all rectifier modules are rotating too slowly. |
| 1021 (Bit 2) |
Fan fault in all power modules | Boolean | The fans in all rectifier modules are inoperable. |
| 1021 (Bit 3) |
Input voltage out of range in all power modules | Boolean | Input voltage out of range in all rectifier modules. |
| 1021 (Bit 4) |
Output voltage out of range in all power modules | Boolean | The rectifier mains input is out of tolerance for all rectifier modules. |
| 1021 (Bit 5) |
Power module bus error | Boolean | There is a communication bus error between all rectifier modules and the controller (MCU). |
| 1026 | Alarm register 1 - Charger filter logic alarm | ||
| 1026 (Bit 0) |
Logic Gate - Option 1 alarm | Boolean | Customized (programmable) alarm on request, see system settings or drawings if used. |
| 1026 (Bit 1) |
Logic Gate - Option 2 alarm | Boolean | Customized (programmable) alarm on request, see system settings or drawings if used. |
| 1026 (Bit 2) |
Logic Gate - Option 3 alarm | Boolean | Customized (programmable) alarm on request, see system settings or drawings if used. |
| 1027 | Alarm register 1 - Charger filter delay alarm | ||
| 1027 (Bit 0) |
Delay Gate - Option 1 alarm | Boolean | Customized (programmable) alarm on request, see system settings or drawings if used. |
| 1028 | Alarm register 1 - Charger filter set-reset gate alarm | ||
| 1028 (Bit 0) |
Filter Set-Reset Gate option 1 alarm | Boolean | Customized (programmable) alarm on request, see system settings or drawings if used. |
| 1028 (Bit 1) |
Filter Set-Reset Gate option 2 alarm | Boolean | Customized (programmable) alarm on request, see system settings or drawings if used. |
| 1028 (Bit 2) |
Filter Set-Reset Gate option 3 alarm | Boolean | Customized (programmable) alarm on request, see system settings or drawings if used. |
| 1029 | Alarm register 1 - Earth fault monitoring module alarm (ADB-IMD) | ||
| 1029 (Bit 0) |
Earth fault positive resistance warning | Boolean | Insulation resistance from the positive pole below the warning level detected by the optionally connected GUMD-ADB-IMD. Requires a connected GUMD-ADB-IMD. |
| 1029 (Bit 1) |
Earth fault negative resistance warning | Boolean | Insulation resistance from the negative pole below the warning level detected by the optionally connected GUMD-ADB-IMD. Requires a connected GUMD-ADB-IMD. |
| 1029 (Bit 2) |
Earth fault positive resistance alarm | Boolean | Insulation resistance from the positive pole below the alarm level detected by the optionally connected GUMD-ADB-IMD. Requires a connected GUMD-ADB-IMD. |
| 1029 (Bit 3) |
Earth fault negative resistance alarm | Boolean | Insulation resistance from the negative pole below the alarm level detected by the optionally connected GUMD-ADB-IMD. Requires a connected GUMD-ADB-IMD. |
| 1031 | Alarm register 1 - Battery supervision module alarm (BATT60) | ||
| 1031 (Bit 0) |
BATTS60C1 Battery measurement out of range on channel 1 | Boolean | The measurement on channel 1 from the optionally connected GUMD-ADB-BM60 is out of tolerance of the specified range. Requires a connected GUMD-ADB-BM60. |
| 1031 (Bit 1) |
BATTS60C1 Battery measurement out of range on channel 2 | Boolean | The measurement on channel 2 from the optionally connected GUMD-ADB-BM60 is out of tolerance of the specified range. Requires a connected GUMD-ADB-BM60. |
| 1031 (Bit 2) |
BATTS60C1 Battery measurement out of range on channel 3 | Boolean | The measurement on channel 3 from the optionally connected GUMD-ADB-BM60 is out of tolerance of the specified range. Requires a connected GUMD-ADB-BM60. |
| 1031 (Bit 3) |
BATTS60C1 Battery measurement out of range on channel 4 | Boolean | The measurement on channel 4 from the optionally connected GUMD-ADB-BM60 is out of tolerance of the specified range. Requires a connected GUMD-ADB-BM60. |
| 1031 (Bit 4) |
BATTS60C1 Battery supervision module type mismatch | Boolean | The optionally connected GUMD-ADB-BM60 card settings is not matching the battery configuration. Requires a connected GUMD-ADB-BM60. |
| 1033 | Alarm register 1 - Battery supervision module alarm (BATT300) | ||
| 1033 (Bit 0) |
BATTS300C1 Battery measurement out of range on channel 1 | Boolean | The measurement on channel 1 from the optionally connected GUMD-ADB-BM300 is out of tolerance of the specified range. Requires a connected GUMD-ADB-BM300. |
| 1033 (Bit 1) |
BATTS300C1 Battery measurement out of range on channel 2 | Boolean | The measurement on channel 2 from the optionally connected GUMD-ADB-BM300 is out of tolerance of the specified range. Requires a connected GUMD-ADB-BM300. |
| 1033 (Bit 2) |
BATTS300C1 Battery supervision module type mismatch | Boolean | The optionally connected GUMD-ADB-BM300 card settings is not matching the battery configuration. Requires a connected GUMD-ADB-BM300. |
| Dynamic data register 1 - Charger | |||
| 5000 | Rectifier module nominal voltage (output) | FP (2) | The nominal voltage of the rectifier modules in the system. [V] |
| 5002 | Rectifier module nominal current (output) | FP (2) | The nominal current of the rectifier modules in the system. [A] |
| 5004 | Number of power modules | UINT16 (1) | The number of rectifier modules connected and installed in the system. |
| 5005 | Modules with available output power | UINT16 (1) | The number of rectifier modules with an output power available. |
| 5006 | Number of modules in standby | UINT16 (1) | The number of rectifier modules currently in standby. |
| 5009 | DC Rectifier output voltage | FP (2) | The DC output voltage of the rectifier modules in the system. [V] |
| 5011 | DC Rectifier output current | FP (2) | The total DC output current of the rectifier modules in the system. [A] |
| 5013 | Load current | FP (2) | The DC current used by the load. [A] |
| 5015 | Output power | FP (2) | The total output power of the system. [kW] |
| 5017 | Relative output power low-pass filtered | FP (2) | The relative output power of the system. [%] |
| 5019 | Maximum rectifier ambient temperature | FP (2) | Maximum rectifier ambient temperature [°C] |
| 5021 | AC Voltage input measurement L1-N - Rectifier System 1 | FP (2) | The measured AC voltage on L1-N from the optionally connected GUMD-ADB-ACM to rectifier system 1. Requires a connected GUMD-ADB-ACM. [V] |
| 5023 | AC Voltage input measurement L2-N - Rectifier System 1 | FP (2) | The measured AC voltage on L2-N from the optionally connected GUMD-ADB-ACM to rectifier system 1. Requires a connected GUMD-ADB-ACM. [V] |
| 5025 | AC Voltage input measurement L3-N - Rectifier System 1 | FP (2) | The measured AC voltage on L3-N from the optionally connected GUMD-ADB-ACM to rectifier system 1. Requires a connected GUMD-ADB-ACM. [V] |
| Dynamic data register 1 - Battery | |||
| 5095 | Battery voltage 1 | FP (2) | The total measured battery voltage of string 1. [V] |
| 5097 | Battery current 1 | FP (2) | The total measured battery current of string 1. [C] |
| 5099 | Nominal battery capacity 1 | FP (2) | The available nominal battery capacity of string 1. [Ah] |
| 5101 | Final discharge voltage battery 1 | FP (2) | The battery discharge voltage of string 1. [V] |
| 5103 | Battery capacity withdrawn 1 | FP (2) | The amount of used battery capacity of string 1. [Ah] |
| 5115 | Battery temperature | FP (2) | The measured battery temperature by the system’s battery temperature sensor. The temperature unit depends on the NMC setting. Temperatures below zero reads as 0. [°C or °F] |
| 5117 | Battery test duration | FP (2) | The duration of the latest battery capacity discharge test. [s] |
| 5119 | Last battery test (time stamp) | UINT32 (2) | The time stamp of the last battery capacity discharge test. |
| 5121 | Last battery circuit test (time stamp) | UINT32 (2) | The time stamp of the last battery capacity discharge test. |
| Dynamic data register 1 – Charger algebra | |||
| 5157 | Input power | FP (2) | The system input power. [kW] |
| 5165 | Mains frequency (Max of first 30 modules) | FP (2) | The calculated maximum mains frequency of the first 30 rectifier modules. [Hz] |
| 5167 | Mains frequency (Min of first 30 modules) | FP (2) | The calculated minimum mains frequency of the first 30 rectifier modules. [Hz] |
| 5169 | Module incoming air temperature (Max of first 30 modules) | FP (2) | The calculated maximum incoming air temperature of the first 30 rectifier modules. [°C] |
| 5171 | Module outgoing air temperature (Max of first 30 modules) | FP (2) | The calculated maximum outgoing air temperature. [°C] |
| 5173 | Module temperature heat sink (Max of first 30 modules) | FP (2) | The calculated maximum heat sink temperature of the first 30 rectifier modules. [°C] |
| 5175 | Module transformer temperature (Max of first 30 modules) | FP (2) | The calculated maximum transformer temperature of the first 30 rectifier modules. [°C] |
| 5177 | Battery capacity | FP (2) | The calculated relative available battery capacity (of nominal battery capacity). This value will only show a useful value if the battery capacity test is started with the batteries fully charged. [%] |
| 5179 | Algebra gate - Option 1 | FP (2) | Customized (programmable) alarm on request, see system settings or drawings if used. |
| Dynamic data register 1 – Earth fault monitoring module measurement (ESU) | |||
| 5285 | DC Voltage - ground fault monitoring - ESU card 1 | FP (2) | The measured value of the monitored ground earth fault. Requires a connected GUMD-ADB-DCM. [V] |
| 5287 | Earth resistance positive pole - R+ - ESU card 1 | FP (2) | The measured value of the monitored earth resistance on the positive (+) pole. Requires a connected GUMD-ADB-DCM. [kOhm] |
| 5289 | Earth resistance negative pole - R- - ESU card 1 | FP (2) | The measured value of the monitored earth resistance on the negative (-) pole. Requires a connected GUMD-ADB-DCM. [kOhm] |
| Dynamic data register 1 - Battery supervision module measurement (BATT60) | |||
| 5349 | Measurement input L1-N - BATT60 card 1 | FP (2) | The measured value on L1-N from the optionally connected GUMD-ADB-BM60. Requires a connected GUMD-ADB-BM60. [V] |
| 5351 | Measurement input L2-N - BATT60 card 1 | FP (2) | The measured value on L2-N from the optionally connected GUMD-ADB-BM60. Requires a connected GUMD-ADB-BM60. [V] |
| 5353 | Measurement input L3-N - BATT60 card 1 | FP (2) | The measured value on L3-N from the optionally connected GUMD-ADB-BM60. Requires a connected GUMD-ADB-BM60. [V] |
| 5355 | Measurement input L4-N - BATT60 card 1 | FP (2) | The measured value on L4-N from the optionally connected GUMD-ADB-BM60. Requires a connected GUMD-ADB-BM60. [V] |
| 5357 | Measurement input L5-N - BATT60 card 1 | FP (2) | The measured value on L5-N from the optionally connected GUMD-ADB-BM60. Requires a connected GUMD-ADB-BM60. [V] |
| Dynamic data register 1 - Battery supervision module measurement (BATT300) | |||
| 5413 | Measurement input L1-N - BATT300 card 1 | FP (2) | The measured value on L1-N from the optionally connected GUMD-ADB-BM300. Requires a connected GUMD-ADB-BM60. [V] |
| 5415 | Measurement input L2-N - BATT300 card 1 | FP (2) | The measured value on L2-N from the optionally connected GUMD-ADB-BM300. Requires a connected GUMD-ADB-BM60. [V] |
| 5417 | Measurement input L3-N - BATT300 card 1 | FP (2) | The measured value on L3-N from the optionally connected GUMD-ADB-BM300. Requires a connected GUMD-ADB-BM60. [V] |