ME-RVC Application Document

Transcription

1 Page 1 of 22 Date 1. General Specifications Input Voltage... 8 VDC - 17 VDC Input Amperage ma Typical, 60mA 12V Operating Temperature Range to 60 Deg C Non-operating Temperature Range to 70 Deg C Environmental Limitations... Not sealed for exterior mounting. EEPROM... None External Dimensions (L) x 4.2 (W) x 2.3 (H) Source Address SAE Product ID Software Version Changes 1/5/ First Production Release 4/21/ Update Charger_Status and Charger_Command 11/11/ Fix bug with Battery type. Battery type AGM2 was the value for Lithium-Iron- Phosphate. Added Magnum Fault code to PROP_INVETER_STATUS_INFO The Product Name transmit PRODUCT_ID DGN (0xFEEB) data upon request. Details on this DGN are found in the RV-C Protocol Manual. The format of the data appears as: Magnum Energy* **v.vv* Where: v.vv product version number

2 3. Connectors 3.1. Connector Types: Page 2 of 22 All diagrams are wire-side view. Molex 4-Pin MiniFit Jr. See Figure 2.1.4f in RV-C August 15, Connector Pinouts Connector Pinouts are the same as defined in RV-C August 15, 2012 (Copied from Table 2.1.4a and Table 2.1.4b). PIN # 4. Operation DESCRIPTION 1 CAN-H 2 CAN-L 3 C PS- 4 PS+ If the CAN network or both of the Magnum Networks receives no communication then the unit will time out after five seconds and stop transmitting on both networks. Supports no more than one AGS.

3 5. DGN Summary Page 3 of 22 DGN COMMUNICATION_STATUS_1 COMMUNICATION_STATUS_2 GENERAL_RESET DC_SOURCE_STATUS_1 DC_SOURCE_STATUS_2 INVERTER_AC_STATUS_1 INVERTER_STATUS INVERTER_COMMAND INVERTER_CONFIGURATION_STATUS_1 INVERTER_CONFIGURATION_COMMAND_1 INVERTER_ACFAULT_CONFIGURATION_STATUS_1 INVERTER_ACFAULT_CONFIGURATION _COMMAND_1 INVERTER_DC_STATUS INVERTER_CONFIGURATION_STATUS_3 INVERTER_CONFIGURATION_COMMAND_3 CHARGER_AC_STATUS_1 CHARGER_STATUS CHARGER_CONFIGURATION_STATUS CHARGER_COMMAND CHARGER_CONFIGURATION_COMMAND CHARGER_EQUALIZATION_CONFIGURATION_STATUS CHARGER_EQUALIZATION_CONFIGURATION_COMMAND CHARGER_CONFIGURATION_STATUS_2 CHARGER_CONFIGURATION_COMMAND_2 CHARGER _ACFAULT_CONFIGURATION_STATUS_1 CHARGER _ACFAULT_CONFIGURATION _COMMAND_1 CHARGER_CONFIGURATION_STATUS_3 CHARGER_CONFIGURATION_COMMAND_3 CHARGER_CONFIGURATION_STATUS_4 CHARGER_CONFIGURATION_COMMAND_4 INVERTER_TEMPERATURE_STATUS DM_RV AGS_CRITERION_STATUS AGS_CRITERION_COMMAND Hex 1FFFAh 1FFF9h 17F##h 1FFFDh 1FFFCh 1FFD7h 1FFD4h 1FFD3h 1FFD2h 1FFD0h 1FF8Eh 1FF8Ch 1FEE8h 1FECEh 1FECDh 1FFCAh 1FFC7h 1FFC6h 1FFC5h 1FFC4h 1FF98h 1FF97h 1FF96h 1FF95h 1FF8Ch 1FF8Ch 1FECCh 1FECBh 1FEBFh 1FEBEh 1FEBDh 1FECAh 1FEFEh 1FEFDh

4 6. System Configuration 6.1. DGNs Supported Page 4 of 22 The Field states what the resolution of the meter or setting could be, not the resolution of the RV-C speciation. All unit follow units to counts defined in the RV-C specification. Name: COMMUNICATION_STATUS_1 DGN: 1FFFAh 0-3 Timer count Supported 4-5 Receive error count In case of an error during reception, this counter is incremented by 1 or by 8 depending on the error condition as defined by the CAN standard. After every successful reception, the counter is decremented by 1 or reset to 120 if its value was higher than 128. When the counter value exceeds 127, the CAN controller enters the error passive state. 6-7 Transmit error count 255 Supported Name: COMMUNICATION_STATUS_2 DGN: 1FFF9 0-3 Transmitted frames Supported count 4-7 Received frames count Supported (only counts frames that are relevant to the device) Name: GENERAL_RESET Reboot Reboots Crossover box 2-3 Clear faults Not Supported 4-5 Reset to default settings Supported If using AGS the generator will be set to off. 6-7 Reset Statistics COMMUNICATION_STATUS_1 Timer count COMMUNICATION_STATUS_2 Name: DC_SOURCE_STATUS_1 DGN: 17F## DGN: 1FFFDh 0 Instance 1 1 Always 1 - (Main House battery bank.) 1 Device priority If BMK present Battery SOC device Else Inverter/Charger 2-3 DC voltage 0.1V If BMK Present then use BMK Voltage ( of 0.01V) Otherwise lowest inverter number battery voltage 4-7 DC current 1A If BMK present then use BMK current ( of 0.1A) Otherwise sum of Inverter Battery Currents

5 Page 5 of 22 Name: DC_SOURCE_STATUS_2 DGN: 1FFFCh 0 Instance 1 1 Always 1 - (Main House battery bank 1 Device priority If BMK present Battery SOC device Else Inverter/Charger 2-3 Battery Temperature 0C 150C 1C When the BTS is unplugged the value is 25C 151C- BTS Shorted 4-7 State of charge 1% Supported if BMK Present 5-6 Time remaining Not supported Name: INVERTER_AC_STATUS_1 DGN: 1FFD7h Instance Line 00b - Line 1 01b - Line 2 Uses the same as CHARGER_CONFIGURATION Charger Installation Line 6-7 Input / Output 00b Input (Not used because use CHARGER_AC_STATUS_1 instead) 01b Output 1-2 RMS voltage 1V Accuracy is not great. 3-4 RMS current* 1A Only supported on MS-PAE, MS-PE, MSH Polarity of current is determined by if connected to AC in, except on MSH 5-6 Frequency 0.1Hz** Note units don t match up with RV-C. Units are rounded. 7 Fault Not supported *On MSH-RE as of now there is no way of knowing which input it is connected to.

6 Page 6 of 22 Name: INVERTER_STATUS DGN: 1FFD4h 0 Instance Supports up to 2 inverters 1 Status Disabled 1 - Invert 2 If AC passthru and Inverter on. 3 - APS Only Not supported 4 - Load sense (Unit is waiting for a load.) 2-6 Reserved Inverter enable on 0 Not Supported startup 2-3 Load sense enable on startup 1 Not Supported 4-5 Pass-through enable 1 Not Supported on startup Name: INVERTER_COMMAND DGN: 1FFD3h 0 Instance Supports up to 2 inverters Inverter enable* 00b - Disable inverter 01b - Enable inverter 1xb - Keep same inverter 2-3 Load sense enable 00b - Disable load sense 01b - Enable load sense 1xb - Keep same load sense 4-5 Pass-through enable 00b - Disable pass-through 01b - Enable pass-through 1xb - Keep same pass-through 2-6 Reserved Inverter enable on startup Not Supported, by default in the inverter the inverter is off. 2-3 Load sense enable on startup Not Supported, by default in the inverter Load sense is enable. 4-5 Pass-through enable on startup Not Supported by default in the inverter Pass-through enable. *Inverter enable works off of a change in value or a time out of 2 seconds of not send a value. There are many reasons why the inverter could turn on or off that are not a result of the CAN bus. Though toggling the Inverter on off will get the desired state it is recommended to send 11b (Keep same inverter) normally and when you want to turn the inverter on or off send the associated command. This way there is no unintended mode change.

7 Page 7 of 22 Name: INVERTER_CONFIGURATION_STATUS_1 DGN: 1FFD2h 0 Instance Supports up to 2 inverters 1-2 Load sense power threshold Value of zero watts is an acceptable value but at that point the Load sense is off. 3-4 Load sense interval Not Supported 5-6 DC source shutdown voltage Minimum Inverter enable on startup 2-3 Load sense enable on startup 4-5 AC Pass-through enable on startup 9V 18V 36V 10V 20V 40V Off On On 12.2V 24.4V 48.8V Name: INVERTER_CONFIGURATION_COMMAND_1 0.1V 0.1V 0.2V The range is dependent on the DC Voltage range of the inverter (12V,24V,48V) Not Supported Not Supported Not Supported DGN: 1FFD0h 0 Instance Supports up to 2 inverters 1-2 Load sense power threshold Value of zero watts is an acceptable value but at that point the Load sense is off. 3-4 Load sense interval Not Supported 5-6 DC source shutdown voltage Minimum 9V 18V 36V 10V 20V 40V 12.2V 24.4V 48.8V 0.1V 0.1V 0.2V The range is dependent on the DC Voltage range of the inverter (12V,24V,48V)

8 Page 8 of 22 Name: INVERTER_ACFAULT_CONFIGURATION_STATUS_1 INVERTER_ACFAULT_CONFIGURATION_ COMMAND _1 CHARGER_ACFAULT_CONFIGURATION_STATUS_1 CHARGER_ACFAULT_CONFIGURATION_ COMMAND _1 DGN: 1FF8Eh 1FF8Ch 1FF89h 1FF87h 0 Instance 1 Extreme low Not Supported voltage level 2 Low voltage level 60Vac 80Vac 100Vac 230V units are not supported 3 High voltage level Not Supported 4 Extreme high Not Supported voltage level 5 Qualification time Not Supported Bypass mode Not Supported Name: INVERTER_DC_STATUS 0 Instance 1-2 DC Voltage 0.1V 3-4 DC Amperage 1A DGN: 1FEE8h

9 Page 9 of 22 Name: CHARGER_AC_STATUS_1 DGN: 1FFCAh Instance Line 00b - Line 1 01b - Line Input / Output 00b - Input 01b Output (Not used because use INVERTER_AC_STATUS_1 instead) 1-2 RMS voltage 1V Accuracy is worse, except on MSH 3-4 RMS current* 1A Only supported on MS-PAE, MS-PE, MSH Polarity of current is assumed positive, except on MSH MSH-RE Dual input does not support 2 nd input. 5-6 Frequency 0.1Hz Out frequency is really what is known. This is not supported when not connected to AC in. Note units don t match up with RV-C. Units are rounded. 7 Fault Not Supported *On MSH-RE as of now there is no way of knowing which input it is connected to. Name: CHARGER_STATUS DGN: 1FFC7h 0 Instance 1-2 Charge voltage Not Supported 3-4 Charge current Polarity of current is assumed positive, except on MSH 5 Charge current percent of maximum 0% 80% 100% 10%, 1% Most inverter only support resolution of 10%, except MSH does 1% 6 Operating state 0 Disable 1 - Not charging 2 Bulk 3 Absorption 5 Equalize 6 Float state on On Not Supported power- up Auto recharge enable On 00b Auto recharge disabled 01b Auto recharge enable Force charge 00b Force charge off 01b Force charge to bulk 02b Force charge to float

10 Page 10 of 22 Name: CHARGER_CONFIGURATION_STATUS DGN: 1FFC6h 0 Instance 1 Charging Always 2 3-Stage algorithm 2 Charger mode 0 0 Always 0 - Stand-alone Battery sensor present When value is 25C there is no way to know if not present but can know if present when not 25C. 0 Supported 2-3 Charger Installation Line 4-7 Battery type Flooded 0 = Flooded 1 = Gel 2 = AGM 12 = Custom Battery 13 = Custom1 (AGM2) 4-5 Battery bank size 6-7 Maximum charging current Name: CHARGER_COMMAND 200Ah 400Ah (2550Ah) 5000Ah (10Ah) 200Ah If BMK Present on that port INV Rounded to the nearest 200Ah Note if Absorb time is not set it use battery size to set absorb time. Not Supported DGN: 1FFC5h 0 Instance 1 Status 0 = Disable, If in EQ it stops EQ and goes to charger standby 1 = Enable charger 2 = Start equalization state on power- up 1 Not Supported by default in the charger the charger is enabled Auto recharge enable On 00b Auto recharge disabled 01b Auto recharge enable Force charge 00b Force charge off 01b Force charge to bulk 02b Force charge to float

11 Page 11 of 22 Name: CHARGER_CONFIGURATION_COMMAND DGN: 1FFC4h 0 Instance 1 Charging algorithm 2 2 Always 2 3-Stage 2 Charger mode 0 0 Always 0 - Stand-alone Battery sensor Has no effect because this is a meter present 2-3 Charger Installation Line Supported 4-5 Battery bank size 200Ah (2550Ah) 5000Ah (20Ah) 200Ah If BMK Present on that port INV Rounded to the nearest 200Ah Note if Absorb time is not set it use battery size to set absorb time Battery type 0 = Flooded 1 = Gel 2 = AGM 3 = AGM 2 (Was on 1.1 and earlier) 12 = Custom Battery 13 = Custom1 (AGM2) (Add after 1.1) 7 Maximum charging current Not Supported Name: CHARGER_EQUALIZATION_CONFIGURATION_STATUS CHARGER_EQUALIZATION_CONFIGURATION_COMMAND DGN: 1FF98h 1FF97h 0 Instance 1-2 Equalization voltage Absorb Voltage* 15.6V 31.2V 62.4V ** ***0.1V 0.2V 0.4V Equalization voltage is only used with Custom battery settings. If custom battery settings. When reading and custom battery is not selected will return 0xffff. When writing it will change battery type to custom battery. Not Supported 2-3 Equalization time *The minimum value of is the absorb voltage. **The maximum value is the lesser of Absorb Voltage+(2V*SystemVoltage/12V), 16V*SystemVoltage/12V. *** are scale with system voltage.

12 Page 12 of 22 Name: CHARGER_CONFIGURATION_STATUS_2 DGN: 1FF96h CHARGER_CONFIGURATION_COMMAND_2 1FF95h 0 Instance 1 Maximum charge current as percent 0% 80% 100% 1% Most inverter will only work off of 10% increments. 2 Charge rate limit as Not Supported percent of bank size 3 Shore Breaker Size 5A 30A 60A 1A Values over 30Amps dial back to 30Amps, effect except on MSH 4 Battery 25C Temperature 5-6 Recharge Voltage Not Supported Name: CHARGER_CONFIGURATION_STATUS_3 DGN: 1FECC Name: CHARGER_CONFIGURATION_COMMAND_3 DGN: 1FECB 0 Instance 1-2 Bulk Voltage Not supported 3-4 Absorption Voltage 12.0V 24.0V 14.4V 28.8V 16.0V 32.0V ***0.1V 0.2V 48.0V 5-6 Float Voltage 12.0V 24.0V 48.0V 7 Temperature Compensation Constant 53.6V 13.1V 26.4V 52.8V 30mV/K 60mV/K 120mV/K 64.0V 16.0V 32.0V 64.0V 0.4V ***0.1V 0.2V 0.4V Absorption and Float voltage is only used with Custom battery settings. If custom battery settings. When reading and custom battery is not selected will return 0xffff. When writing it will change battery type to custom battery. Not supported Note: Once absorption voltage has been set battery type is now disabled and CHARGER_EQUALIZATION_CONFIGURATION, Float Voltage, and Absorption Voltage are now enabled. To reenable battery type reset battery type that makes CHARGER_EQUALIZATION_CONFIGURATION, float and absorption voltage disabled.

13 Page 13 of 22 Name: CHARGER_CONFIGURATION_STATUS_4 DGN: 1FEBF Name: CHARGER_CONFIGURATION_COMMAND_4 Minimum Maximum DGN: 1FEBE 0 Instance 1-2 Bulk Time Not supported 3-4 Absorption Time 6 minutes 0xFFFF 1530 minutes 6 minutes Note if a value less than 6 minutes it will reset absorption time based on battery size. If this is the case it will report 0xFFFF. 5-6 Float Time Not supported INVERTER_TEMPERATURE_STATUS Minimum Maximum 0 Instance 1-2 FET Temperature 1C 3-4 Transformer Temperature 1C DGN: 1FEBDh Name: PROP_INVETER_STATUS_INFO Name: PROP_INVETER_REQUEST_INFO Minimum Maximum DGN: EF## DGN: EF Operation 0 0 0xf Reserved for expansion 4-7 Inverter Instance 1 2 b not used b not used 1 Inverter Model See Inverter Model Table (next page) 2 Inverter Version Inverter Fault See Inverter Fault Table (next page) 4 Inverter Mode See Inverter Mode Table (next page) To request this packet send this packet with first byte set for the Requested data and all ones in the data. Note: The lower byte of the DGN is equal to the last source address that sent out to DGN 0xEF42.

14 Page 14 of 22 Inverter Model Table: Model Dec Hex Model Dec Hex Model Dec Hex MM x06 MS1512E 36 0x24 MS x5B MM612-AE 7 0x07 MS2012E 40 0x28 MSH4024M 103 0x67 MM x08 MSH3012M 44 0x2C MSH4024RE 104 0x68 MMS x09 MS x2D MS x69 MM1012E 10 0x0A MS2712E 47 0x2F MS4024AE 106 0x6A MM x0B MM1324E 53 0x35 MS4024PAE 107 0x6B MMS912E 12 0x0C MM x36 MS4448AE 111 0x6F MMS912E 13 0x0D RD x37 MS3748AEJ 112 0x70 ME x0F RD2624E 59 0x3B MS x72 ME x14 RD x3F MS4448PAE 115 0x73 RD x15 RD4024E 69 0x45 MS3748PAEJ 116 0x74 ME x19 RD x4A MS4348PE 117 0x75 ME x1E MS4124PE 89 0x59 MS x23 MS4124E 90 0x5A Inverter Fault Table: RC Text Value Inverter Fault Name 0 INV_NO_FAULT Stuck Relay 1 INV_STUCK_RELAY_FAULT Overcurrent 2 INV_DC_OVERLOAD_FAULT AC Overload 3 INV_AC_OVERLOAD_FAULT Dead Batt Charge 4 INV_DEAD_BATTERY_FAULT AC Backfeed 5 INV_BACKFEED_FAULT Low Battery 8 INV_LOW_BATTERY_FAULT High Battery 9 INV_HIGH_BATTERY_FAULT High Volts AC 10 INV_HIGH_VAC_FAULT High Speed Bus 11 INV_HIGH_SPEED_BUS_FAULT Internal Bridge 16 INV_INT_BRIDGE_FAULT Internal NTC 18 INV_NTC_FAULT FET Overload 19 INV_FET_OVERLOAD_FAULT Stack Mode Fault 22 INV_STACK_MODE_FAULT StackClock Fault 23 INV_STACK_NO_CLOCK_FAULT StackPhase Fault 24 INV_STACK_CLK_PHASE_FAULT StackPhase Fault 25 INV_STACK_PHASE_LOSS_FAULT Overtemp 32 INV_OVERTEMP_FAULT Internal Relay 33 INV_RELAY_FAULT Internal Charger 128 INV_INT_CHARGER_FAULT High Batt Temp 129 INV_HIGH_BATTERY_TEMP_FAULT Tfmr Overtemp 144 INV_SELCO_FAULT Breaker Tripped 145 INV_CB3_OPEN_FAULT

15 Inverter Mode Table: RC Text Value Charger Standby 0 Equalizing 1 Float Charging 2 Absorb Charging 4 Bulk Charging 8 Full Charge 9 Load Support VDC 10 Load Support AAC 11 Charging 16 Off 32 Inverting 64 Inverter Standby 80 Searching 128 Page 15 of 22 Name: DM_RV Operating status Not Supported 2-3 Operating status Supported 4-5 Yellow Lamp status Supported 6-7 Red Lamp status Supported 1 DSA As of now always 66, 0x42 2 SPN-MSB See Next section for more info 3 SPN-ISB See Next section for more info FMI See Next section for more info 5-7 SPN-LSB See Next section for more info Occurrence count Not Supported 7 Reserved always 1 6 DSA extension Not Supported 7 Bank Select Not Supported (See next few pages for descriptions of DM_RV.) DGN: 1FECA

16 Doc. No. 64-xxxx Date 12/07/16 Page 16 of 22 Inverter Fault Name Yellow Lamp Red Lamp SPN FMI Operating status INV_NO_FAULT 0 0 x x *1 INV_STUCK_RELAY_FAULT 0 1 TRANSFER_RELAY MECHANICAL_DEVICE_NOT_RESPONDING *4 INV_DC_OVERLOAD_FAULT 1 0 DC_CURRENT DATUM_VALUE_ABOVE_NORMAL_RANGE *1 INV_AC_OVERLOAD_FAULT 1 0 RMS_CURRENT DATUM_VALUE_ABOVE_NORMAL_RANGE *1 INV_DEAD_BATTERY_FAULT 1 0 DC_VOLTAGE DATUM_VALID_BUT_BELOW_NORMAL_OPERATIONAL_RANGE3 *1 INV_BACKFEED_FAULT 0 1 AC_BACKFEED FAILURE_NOT_IDENTIFIABLE *1 INV_LOW_BATTERY_FAULT 1 0 DC_VOLTAGE DATUM_VALUE_BELOW_NORMAL_RANGE *2 INV_HIGH_BATTERY_FAULT 1 0 DC_VOLTAGE DATUM_VALUE_ABOVE_NORMAL_RANGE *2 INV_HIGH_VAC_FAULT 1 0 RMS_VOLTAGE DATUM_VALUE_ABOVE_NORMAL_RANGE *1 INV_HIGH_SPEED_BUS_FAULT 0 1 RMS_VOLTAGE FAILURE_NOT_IDENTIFIABLE *4 INV_INT_BRIDGE_FAULT 0 1 DC_BRIDGE FAILURE_NOT_IDENTIFIABLE *4 INV_NTC_FAULT 0 1 FET_1_TEMPERATURE DATUM_VALID_BUT_ABOVE_NORMAL_OPERATIONAL_RANGE2 *4 INV_FET_OVERLOAD_FAULT 0 1 FET_1_TEMPERATURE DATUM_VALUE_FLUCTUATING_AT_ABNORMAL_RATE *4 INV_STACK_MODE_FAULT 0 1 STACKING_CONFIGURATION RECEIVED_INVALID_NETWORK_DATUM *4 INV_STACK_NO_CLOCK_FAULT 0 1 STACKING_COMMUNICATION RECEIVED_INVALID_NETWORK_DATUM *4 INV_STACK_CLK_PHASE_FAULT 0 1 STACKING_SYNC_CLOCK DATUM_VALUE_SHOWING_ERROR_OF_FREQUENCY_PULSE_WI *4 DTH_OR_PERIOD INV_STACK_PHASE_LOSS_FAULT 0 1 STACKING_CONFIGURATION DATUM_VALUE_SHOWING_ERROR_OF_FREQUENCY_PULSE_WI *4 DTH_OR_PERIOD INV_OVERTEMP_FAULT 1 0 FET_1_TEMPERATURE DATUM_VALUE_ABOVE_NORMAL_RANGE *3 INV_RELAY_FAULT 0 1 TRANSFER_RELAY OPEN_CIRCUIT_OR_OUTPUT_CURRENT_BELOW_NORMAL *4 INV_INT_CHARGER_FAULT 0 1 DC_BRIDGE OPEN_CIRCUIT_OR_OUTPUT_CURRENT_BELOW_NORMAL *4 INV_HIGH_BATTERY_TEMP_FAULT 1 0 BATTERY_TEMPERATURE DATUM_VALUE_ABOVE_NORMAL_RANGE *2 INV_SELCO_FAULT 1 0 TRANSFORMER_TEMPERATURE DATUM_VALUE_ABOVE_NORMAL_RANGE *4 INV_CB3_OPEN_FAULT 1 0 RMS_CURRENT DATUM_VALUE_BELOW_NORMAL_RANGE *1

17 Doc. No. 64-xxxx Date 12/07/16 Page 17 of 22 Instances used is the AC output for the following fault: INV_AC_OVERLOAD_FAULT INV_BACKFEED_FAULT INV_HIGH_SPEED_BUS_FAULT Instances used is the AC input for the following faults: INV_HIGH_VAC_FAULT INV_CB3_OPEN_FAULT Instances use the inverter instance unless otherwise stated. The inverter does not support reporting more than one fault at a time. 7. Operating status *1 If Mode is Off or Charger Standby then ON_STANDBY else ON_ACTIVE *2 If Mode is Off then OFF_STANDBY else ON_STANDBY *3 ON_STANDBY *4 (also unknown faults) OFF_STANDBY Name: DM_RV For BMK Operating status See Next section for more info 2-3 Operating status See Next section for more info 4-5 Yellow Lamp status Not used 6-7 Red Lamp status Supported 1 DSA As of now always 69, 0x45 2 SPN-MSB See Next section for more info 3 SPN-ISB See Next section for more info FMI See Next section for more info 5-7 SPN-LSB See Next section for more info Occurrence count Not Supported 7 Reserved always 1 6 DSA extension Not Supported 7 Bank Select Not Supported DGN: 1FECA Name Yellow Lamp Red Lamp SPN FMI BMK_CALOBRATOIN_F AULT 0 1 BMK_STARTUP_FAULT 0 1 DC_SOURCE_STATE CALIBRATION_REQUIRED _OF_CHARGE DC_SOURCE_STATE SHORT_CIRCUIT_TO_HIGH_VOLTAGE_OR_COM _OF_CHARGE PLETE_SENSOR_INPUT_FAILURE

18 Doc. No. 64-xxxx Date 12/07/16 Page 18 of 22 Name: DM_RV For AGS Operating status See Below 2-3 Operating status See Below 4-5 Yellow Lamp status Supported 6-7 Red Lamp status Not used 1 DSA As of now always 65, 0x41 2 SPN-MSB See Next section for more info 3 SPN-ISB See Next section for more info FMI See Next section for more info 5-7 SPN-LSB See Next section for more info Occurrence count Not Supported 7 Reserved always 1 6 DSA extension Not Supported 7 Bank Select Not Supported DGN: 1FECA Name Yellow Red Lamp Lamp SPN FMI AGS_FAULT_START_ON_TEST 1 0 Generator FAILURE_MODE_NOT_AVAILABLE AGS_FAULT_START_ON_TEMP 1 0 Generator FAILURE_MODE_NOT_AVAILABLE AGS_FAULT_START_ON_VOLTAGE 1 0 Generator FAILURE_MODE_NOT_AVAILABLE To clear a fault turn off DC voltage and ambient temperature Active status or Commands in AGS_CRITERION_COMMAND. AGS Status Operating status (Bits 0-1) Operating status (Bits 2-3) Off 0 0 Fault start on test 0 0 Fault start on temp 0 0 Fault start on voltage 0 0 Manual Run 0 1 Start in test mode 0 1 Ready 1 0 AC In 1 0 In quiet time (hours) 1 0 Start on temperature 1 1 Start on voltage 1 1

19 8. Auto Generator Starter (AGS) Doc. No. 64-xxxx Date 12/07/16 Page 19 of 22 This Magnum RV-C Bridge supports one AGS. The AGS should be plugged into the network port of the inverter. Name: AGS_CRITERION_STATUS DGN: 1FEFE 0 Instance Always Current demand status 0 Only one criterion current demand status be active at a time. 2-3 Active status 0 2 Criterion type 0 = DC voltage 3 = Ambient temperature 5 = Quiet Time Instances are not supported with AGS. Name: AGS_CRITERION_COMMAND DGN: 1FEFD 0 Instance Must be instance Command 2-3 Active status 2 Criterion type 0 = DC voltage 3 = Ambient temperature 5 = Quiet Time Instances are not supported with AGS. If Criterion Type = 0 (DC voltage) 3 DC instance Instances are not supported with AGS. Both voltage and ambient temperature setting work off of the measurement by the AGS. 4-5 DC voltage threshold 6 Time under threshold 10V 20V 40V 11.5V 21V 42V 12.2V 24.4V 48.8V 0.1V 0.2V 0.4V Not Supported

20 Doc. No. 64-xxxx Date 12/07/16 Page 20 of 22 If Criterion Type = 3 (Ambient temperature) 3 Thermostat ambient instance Instances are not supported with AGS. Both voltage and ambient temperature setting work off of the measurement by the AGS. 60F off 95F 1F Rounds to the closest 1/32C 4-5 Ambient temperature threshold 6 Time under threshold Not Supported If Criterion Type = 5 (Quiet Time) 3 Reserved Reserved 4 Quiet Time Begin Hour See note below 5 Quiet Time Begin Minute See note below 6 Quiet Time End Hour See note below 7 Quiet Time End Minute See note below There are only a few combinations that are supported. If the values received are not equal to the ones listed then it will not accept the settings. The combinations are: 9:00pm to 7:00am, 9:00pm to 8:00am, 9:00pm to 9:00am, 10:00pm to 8:00am, 11:00pm to 8:00am

21 Doc. No. 64-xxxx Date 12/07/16 Page 21 of 22 Name: PROP_AGS_STATUS_1 DGN: EF## Name: PROP_AGS_REQUEST_1 DGN: EF Operation Reserved AGS Mode 1 = Off 2 = Ready 3 = Manual Run 4 = AC In 5 = In quiet time (hours) 6 = Start in test mode 7 = Start on temperature 8 = Start on voltage 9 = Fault start on test 10 = Fault start on temp 11 = Fault start on voltage 2 AGS Version Not used in Request. 1 count = Run Time Setting 30 minutes 120 minutes 1530 minutes 6 minutes See note below 1 count = 1 minute 5-6 Run Time 6 minutes Not used in Request. 1 count = 1 minute Run Time: Generator will run for the set amount of time. If a start condition exists during the time of normal stop it will restart the run time from the beginning. Note run time starts right way and does not stop counting when below set point. Name: PROP_AGS_STATUS_1 DGN: EF## Name: PROP_AGS_REQUEST_1 DGN: EF Operation Reserved AGS 33F 104F 1F Rounds to the closest 1/32C Temperature 3-4 Vdc 0.1V 0.2V 0.4V Run Time: Generator will run for the set amount of time. If a start condition exist during the time of normal stop it will restart the run time from the beginning. Note run time starts right way and does not stop counting when below set point.

22 Doc. No. 64-xxxx Date 12/07/16 Page 22 of 22 Revision History Revision PCR# Date Approver A Initial Release 03/29/17 B. Linari