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Problem description
I am currently working on implementing a quirk for this 3 phase circuit breaker. ZMB9-125 ARD W 3P 63~100A (https://www.cnzmele.com/smart-circuit-breaker/zigbee-smart-circuit-breaker.html)
I adapted the quirk for https://github.com/zigpy/zha-device-handlers/blob/master/zhaquirks/tuya/ts0601_rcbo.py (Just the signatures) but all entities are just shown as unknown.
I am new to developing quirks so any help going forward from here is greatly appreciated as I would have expected for at least the sensors to be copy paste from the similar device.
Solution description
Implementing a quirk for the device or helping me to move forward with my implementation.
Screenshots/Video
Screenshots/Video
Device signature
Device signature
```yaml model: TS0601 manufacturer: _TZE200_abatw3kj manufacturer_id: "0x4417" endpoints: - id: 1 device_type: "0x0051" profile: "0x0104" in_clusters: "0x0000": cluster_id: "0x0000" title: Basic name: basic attributes: "0x0000": attribute_id: "0x0000" attribute_name: zcl_version value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 3 "0x0001": attribute_id: "0x0001" attribute_name: app_version value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 70 "0x0002": attribute_id: "0x0002" attribute_name: stack_version value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 0 "0x0003": attribute_id: "0x0003" attribute_name: hw_version value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 1 "0x0004": attribute_id: "0x0004" attribute_name: manufacturer value_type: - "0x42" - CharacterString - Discrete access: "5" access_acl: 5 attribute_value: _TZE200_abatw3kj "0x0005": attribute_id: "0x0005" attribute_name: model value_type: - "0x42" - CharacterString - Discrete access: "5" access_acl: 5 attribute_value: TS0601 "0x0006": attribute_id: "0x0006" attribute_name: date_code value_type: - "0x42" - CharacterString - Discrete access: "5" access_acl: 5 attribute_value: "" "0x0007": attribute_id: "0x0007" attribute_name: power_source value_type: - "0x30" - enum8 - Discrete access: "5" access_acl: 5 attribute_value: 1 "0xffde": attribute_id: "0xffde" attribute_name: "65502" value_type: - "0x20" - uint8_t - Analog access: "7" access_acl: 7 attribute_value: 13 "0xffe2": attribute_id: "0xffe2" attribute_name: "65506" value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 54 "0xffe3": attribute_id: "0xffe3" attribute_name: "65507" value_type: - "0x48" - Array - Discrete access: "5" access_acl: 5 "0xfffd": attribute_id: "0xfffd" attribute_name: cluster_revision value_type: - "0x21" - uint16_t - Analog access: "5" access_acl: 5 attribute_value: 2 "0xfffe": attribute_id: "0xfffe" attribute_name: reporting_status value_type: - "0x30" - enum8 - Discrete access: "5" access_acl: 5 attribute_value: 0 commands_received: {} commands_generated: {} "0x0004": cluster_id: "0x0004" title: Groups name: groups attributes: "0x0000": attribute_id: "0x0000" attribute_name: name_support value_type: - "0x18" - bitmap8 - Discrete access: "5" access_acl: 5 attribute_value: 0 "0xfffd": attribute_id: "0xfffd" attribute_name: cluster_revision value_type: - "0x21" - uint16_t - Analog access: "5" access_acl: 5 attribute_value: 2 commands_received: {} commands_generated: {} "0x0005": cluster_id: "0x0005" title: Scenes name: scenes attributes: "0x0000": attribute_id: "0x0000" attribute_name: count value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 0 "0x0001": attribute_id: "0x0001" attribute_name: current_scene value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 0 "0x0002": attribute_id: "0x0002" attribute_name: current_group value_type: - "0x21" - uint16_t - Analog access: "5" access_acl: 5 attribute_value: 0 "0x0003": attribute_id: "0x0003" attribute_name: scene_valid value_type: - "0x10" - Bool - Discrete access: "5" access_acl: 5 attribute_value: 0 "0x0004": attribute_id: "0x0004" attribute_name: name_support value_type: - "0x18" - bitmap8 - Discrete access: "5" access_acl: 5 attribute_value: 0 "0xfffd": attribute_id: "0xfffd" attribute_name: cluster_revision value_type: - "0x21" - uint16_t - Analog access: "5" access_acl: 5 attribute_value: 2 commands_received: {} commands_generated: {} "0xef00": cluster_id: "0xef00" title: Cluster name: null attributes: "0x0000": attribute_id: "0x0000" attribute_name: "0" value_type: - "0x20" - uint8_t - Analog access: "5" access_acl: 5 attribute_value: 0 commands_received: {} commands_generated: {} out_clusters: "0x000a": cluster_id: "0x000a" title: Time name: time attributes: "0xfffd": attribute_id: "0xfffd" attribute_name: cluster_revision value_type: - "0x21" - uint16_t - Analog access: "1" access_acl: 1 attribute_value: 1 commands_received: {} commands_generated: {} "0x0019": cluster_id: "0x0019" title: Ota name: ota attributes: "0x0000": attribute_id: "0x0000" attribute_name: upgrade_server_id value_type: - "0xf0" - EUI64 - Discrete access: "1" access_acl: 1 attribute_value: - 255 - 255 - 255 - 255 - 255 - 255 - 255 - 255 "0x0001": attribute_id: "0x0001" attribute_name: file_offset value_type: - "0x23" - uint32_t - Analog access: "1" access_acl: 1 attribute_value: 4294967295 "0x0002": attribute_id: "0x0002" attribute_name: current_file_version value_type: - "0x23" - uint32_t - Analog access: "1" access_acl: 1 attribute_value: 70 "0x0003": attribute_id: "0x0003" attribute_name: current_zigbee_stack_version value_type: - "0x21" - uint16_t - Analog access: "1" access_acl: 1 attribute_value: 2 "0x0004": attribute_id: "0x0004" attribute_name: downloaded_file_version value_type: - "0x23" - uint32_t - Analog access: "1" access_acl: 1 attribute_value: 4294967295 "0x0005": attribute_id: "0x0005" attribute_name: downloaded_zigbee_stack_version value_type: - "0x21" - uint16_t - Analog access: "1" access_acl: 1 attribute_value: 65535 "0x0006": attribute_id: "0x0006" attribute_name: image_upgrade_status value_type: - "0x30" - enum8 - Discrete access: "1" access_acl: 1 attribute_value: 0 "0x0007": attribute_id: "0x0007" attribute_name: manufacturer_id value_type: - "0x21" - uint16_t - Analog access: "1" access_acl: 1 attribute_value: 4417 "0x0008": attribute_id: "0x0008" attribute_name: image_type_id value_type: - "0x21" - uint16_t - Analog access: "1" access_acl: 1 attribute_value: 65535 "0x0009": attribute_id: "0x0009" attribute_name: minimum_block_req_delay value_type: - "0x21" - uint16_t - Analog access: "1" access_acl: 1 attribute_value: 0 "0xfffd": attribute_id: "0xfffd" attribute_name: cluster_revision value_type: - "0x21" - uint16_t - Analog access: "1" access_acl: 1 attribute_value: 3 commands_received: {} commands_generated: {} - id: 242 device_type: "0x0061" profile: "0xa1e0" ```Custom quirk
Custom quirk
```python """Tuya Din RCBO Circuit Breaker.""" from typing import Any, Dict, Optional, Union from zigpy.profiles import zgp, zha from zigpy.quirks import CustomCluster, CustomDevice import zigpy.types as t from zigpy.zcl import foundation from zigpy.zcl.clusters.general import ( Basic, GreenPowerProxy, DeviceTemperature, Groups, Ota, Scenes, Time, ) from zigpy.zcl.clusters.homeautomation import ElectricalMeasurement from zigpy.zcl.clusters.smartenergy import Metering from zhaquirks.const import ( DEVICE_TYPE, ENDPOINTS, INPUT_CLUSTERS, MODELS_INFO, OUTPUT_CLUSTERS, PROFILE_ID, ) from zhaquirks.tuya import TUYA_MCU_COMMAND, AttributeWithMask, PowerOnState from zhaquirks.tuya.mcu import ( DPToAttributeMapping, TuyaAttributesCluster, TuyaClusterData, TuyaMCUCluster, TuyaOnOff, ) TUYA_DP_STATE = 1 TUYA_DP_COUNTDOWN_TIMER = 9 TUYA_DP_FAULT_CODE = 26 TUYA_DP_RELAY_STATUS = 27 # power recovery behaviour TUYA_DP_CHILD_LOCK = 29 TUYA_DP_VOLTAGE = 101 TUYA_DP_CURRENT = 102 TUYA_DP_ACTIVE_POWER = 103 TUYA_DP_LEAKAGE_CURRENT = 104 TUYA_DP_TEMPERATURE = 105 TUYA_DP_REMAINING_ENERGY = 106 TUYA_DP_RECHARGE_ENERGY = 107 TUYA_DP_COST_PARAMETERS = 108 TUYA_DP_LEAKAGE_PARAMETERS = 109 TUYA_DP_VOLTAGE_THRESHOLD = 110 TUYA_DP_CURRENT_THRESHOLD = 111 TUYA_DP_TEMPERATURE_THRESHOLD = 112 TUYA_DP_TOTAL_ACTIVE_POWER = 113 TUYA_DP_EQUIPMENT_NUMBER_AND_TYPE = 114 TUYA_DP_CLEAR_ENERGY = 115 TUYA_DP_LOCKING = 116 # test button pressed TUYA_DP_TOTAL_REVERSE_ACTIVE_POWER = 117 TUYA_DP_HISTORICAL_VOLTAGE = 118 TUYA_DP_HISTORICAL_CURRENT = 119 class FaultCode(t.enum8): """Fault Code enum.""" CLEAR = 0x00 OVERVOLTAGE = 0x01 UNDERVOLTAGE = 0x02 OVERCURRENT = 0x04 OVERTEMPERATURE = 0x08 OVERLEAKAGECURRENT = 0x0A TRIPTEST = 0x10 SAFETYLOCK = 0x80 class SelfTest(t.enum8): """Self test enum.""" CLEAR = 0x00 TEST = 0x01 class CostParameters(t.Struct): """Tuya cost parameters.""" cost_parameters: t.uint16_t_be cost_parameters_enabled: t.Bool class LeakageParameters(t.Struct): """Tuya leakage parameters.""" self_test_auto_days: t.uint8_t self_test_auto_hours: t.uint8_t self_test_auto: t.Bool over_leakage_current_threshold: t.uint16_t_be over_leakage_current_trip: t.Bool over_leakage_current_alarm: t.Bool self_test: SelfTest class VoltageParameters(t.Struct): """Tuya voltage parameters.""" over_voltage_threshold: t.uint16_t_be over_voltage_trip: t.Bool over_voltage_alarm: t.Bool under_voltage_threshold: t.uint16_t_be under_voltage_trip: t.Bool under_voltage_alarm: t.Bool class CurrentParameters(t.Struct): """Tuya current parameters.""" over_current_threshold: t.uint24_t_be over_current_trip: t.Bool over_current_alarm: t.Bool class TemperatureSetting(t.Struct): """Tuya temperature parameters.""" over_temperature_threshold: t.int8s over_temperature_trip: t.Bool over_temperature_alarm: t.Bool class TuyaRCBOBasic(CustomCluster, Basic): """Provide Tuya Basic Cluster with custom attributes.""" attributes = Basic.attributes.copy() attributes.update( { 0xFFE2: ("tuya_FFE2", t.uint8_t), 0xFFE4: ("tuya_FFE4", t.uint8_t), } ) class TuyaRCBOOnOff(TuyaOnOff, TuyaAttributesCluster): """Custom class for on off switch.""" attributes = TuyaOnOff.attributes.copy() attributes.update( { 0x8000: ("child_lock", t.Bool), 0x8002: ("power_on_state", PowerOnState), 0xF090: ("countdown_timer", t.uint32_t), 0xF740: ("trip", t.Bool), } ) server_commands = TuyaOnOff.server_commands.copy() server_commands.update( { 0x74: foundation.ZCLCommandDef("clear_locking", {}, False), } ) async def command( self, command_id: Union[foundation.GeneralCommand, int, t.uint8_t], *args, manufacturer: Optional[Union[int, t.uint16_t]] = None, expect_reply: bool = True, tsn: Optional[Union[int, t.uint8_t]] = None, ): """Override the default Cluster command.""" # clear_locking if command_id == 0x74: self.debug( "Sending Tuya Cluster Command... Cluster Command is %x, Arguments are %s", command_id, args, ) cluster_data = TuyaClusterData( endpoint_id=self.endpoint.endpoint_id, cluster_name=self.ep_attribute, cluster_attr="trip", attr_value=True, expect_reply=expect_reply, manufacturer=manufacturer, ) self.endpoint.device.command_bus.listener_event( TUYA_MCU_COMMAND, cluster_data, ) return foundation.GENERAL_COMMANDS[ foundation.GeneralCommand.Default_Response ].schema(command_id=command_id, status=foundation.Status.SUCCESS) return await super().command(command_id, args, manufacturer, expect_reply, tsn) class TuyaRCBOElectricalMeasurement(ElectricalMeasurement, TuyaAttributesCluster): """Custom class for power, voltage and current measurement.""" AC_VOLTAGE_MULTIPLIER = 0x0600 AC_VOLTAGE_DIVISOR = 0x0601 AC_CURRENT_MULTIPLIER = 0x0602 AC_CURRENT_DIVISOR = 0x0603 AC_POWER_MULTIPLIER = 0x0604 AC_POWER_DIVISOR = 0x0605 _CONSTANT_ATTRIBUTES = { AC_VOLTAGE_MULTIPLIER: 1, AC_VOLTAGE_DIVISOR: 10, AC_CURRENT_MULTIPLIER: 1, AC_CURRENT_DIVISOR: 1000, AC_POWER_MULTIPLIER: 1, AC_POWER_DIVISOR: 10, } attributes = ElectricalMeasurement.attributes.copy() attributes.update( { 0x0802: ("ac_current_overload", t.uint24_t), 0xF1A0: ("alarm", FaultCode), 0xF680: ("leakage_current", t.uint32_t), 0xF6D0: ("self_test_auto_days", t.uint8_t), 0xF6D1: ("self_test_auto_hours", t.uint8_t), 0xF6D2: ("self_test_auto", t.Bool), 0xF6D3: ("over_leakage_current_threshold", t.uint16_t), 0xF6D5: ("over_leakage_current_trip", t.Bool), 0xF6D6: ("over_leakage_current_alarm", t.Bool), 0xF6D7: ("self_test", SelfTest), 0xF6E3: ("over_voltage_trip", t.Bool), 0xF6E7: ("under_voltage_trip", t.Bool), 0xF6F3: ("over_current_trip", t.Bool), 0xF760: ("rms_historical_voltage", t.uint16_t), 0xF770: ("rms_historical_current", t.uint16_t), } ) def update_attribute(self, attr_name: str, value: Any) -> None: """Calculate active current and power factor.""" super().update_attribute(attr_name, value) if attr_name == "rms_current": rms_voltage = self.get("rms_voltage") if rms_voltage: apparent_power = value * rms_voltage / 1000 super().update_attribute("apparent_power", int(apparent_power)) if attr_name == "active_power": apparent_power = self.get("apparent_power") if apparent_power: power_factor = value / apparent_power * 1000 if power_factor > 1000: power_factor = 1000 super().update_attribute("power_factor", int(power_factor)) class TuyaRCBODeviceTemperature(DeviceTemperature, TuyaAttributesCluster): """Tuya device temperature.""" attributes = DeviceTemperature.attributes.copy() attributes.update( { 0xFF10: ("over_temp_trip", t.Bool), } ) class TuyaRCBOMetering(Metering, TuyaAttributesCluster): """Custom class for total energy measurement.""" UNIT_OF_MEASURE = 0x0300 MULTIPLIER = 0x0301 DIVISOR = 0x0302 POWER_WATT = 0x0000 _CONSTANT_ATTRIBUTES = {UNIT_OF_MEASURE: POWER_WATT, MULTIPLIER: 1, DIVISOR: 100} attributes = Metering.attributes.copy() attributes.update( { 0xF6A0: ("remaining_energy", t.uint32_t), 0xF6C0: ("cost_parameters", t.uint16_t), 0xF6C1: ("cost_parameters_enabled", t.Bool), 0xF720: ("meter_number", t.LimitedCharString(20)), } ) server_commands = Metering.server_commands.copy() server_commands.update( { 0x73: foundation.ZCLCommandDef("clear_device_data", {}, False), } ) async def command( self, command_id: Union[foundation.GeneralCommand, int, t.uint8_t], *args, manufacturer: Optional[Union[int, t.uint16_t]] = None, expect_reply: bool = True, tsn: Optional[Union[int, t.uint8_t]] = None, ): """Override the default Cluster command.""" self.debug( "Sending Tuya Cluster Command... Cluster Command is %x, Arguments are %s", command_id, args, ) # clear_device_data if command_id == 0x73: cluster_data = TuyaClusterData( endpoint_id=self.endpoint.endpoint_id, cluster_name=self.ep_attribute, cluster_attr="clear_device_data", attr_value=True, expect_reply=expect_reply, manufacturer=manufacturer, ) self.endpoint.device.command_bus.listener_event( TUYA_MCU_COMMAND, cluster_data, ) return foundation.GENERAL_COMMANDS[ foundation.GeneralCommand.Default_Response ].schema(command_id=command_id, status=foundation.Status.SUCCESS) self.warning("Unsupported command_id: %s", command_id) return foundation.GENERAL_COMMANDS[ foundation.GeneralCommand.Default_Response ].schema(command_id=command_id, status=foundation.Status.UNSUP_CLUSTER_COMMAND) class TuyaRCBOManufCluster(TuyaMCUCluster): """Tuya with power measurement data points.""" dp_to_attribute: Dict[int, DPToAttributeMapping] = { TUYA_DP_STATE: DPToAttributeMapping( TuyaRCBOOnOff.ep_attribute, "on_off", ), TUYA_DP_COUNTDOWN_TIMER: DPToAttributeMapping( TuyaRCBOOnOff.ep_attribute, "countdown_timer", ), TUYA_DP_FAULT_CODE: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, "alarm", lambda x: FaultCode(x), ), TUYA_DP_RELAY_STATUS: DPToAttributeMapping( TuyaRCBOOnOff.ep_attribute, "power_on_state", lambda x: PowerOnState(x), ), TUYA_DP_CHILD_LOCK: DPToAttributeMapping( TuyaRCBOOnOff.ep_attribute, "child_lock", ), TUYA_DP_VOLTAGE: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, "rms_voltage", lambda x: x[1] | x[0] << 8, ), TUYA_DP_CURRENT: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, "rms_current", lambda x: x[2] | x[1] << 8, ), TUYA_DP_ACTIVE_POWER: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, "active_power", lambda x: x[2] | x[1] << 8, ), TUYA_DP_LEAKAGE_CURRENT: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, "leakage_current", ), TUYA_DP_TEMPERATURE: DPToAttributeMapping( TuyaRCBODeviceTemperature.ep_attribute, "current_temperature", lambda x: x * 100, ), TUYA_DP_REMAINING_ENERGY: DPToAttributeMapping( TuyaRCBOMetering.ep_attribute, "remaining_energy", ), TUYA_DP_COST_PARAMETERS: DPToAttributeMapping( TuyaRCBOMetering.ep_attribute, ("cost_parameters", "cost_parameters_enabled"), lambda x: (x[1] | x[0] << 8, x[2]), lambda *fields: CostParameters(*fields), ), TUYA_DP_LEAKAGE_PARAMETERS: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, ( "self_test_auto_days", "self_test_auto_hours", "self_test_auto", "over_leakage_current_threshold", "over_leakage_current_trip", "over_leakage_current_alarm", "self_test", ), lambda x: (x[0], x[1], x[2], x[4] | x[3] << 8, x[5], x[6], SelfTest(x[7])), lambda *fields: LeakageParameters(*fields), ), TUYA_DP_VOLTAGE_THRESHOLD: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, ( "rms_extreme_over_voltage", "over_voltage_trip", "ac_alarms_mask", "rms_extreme_under_voltage", "under_voltage_trip", ), lambda x: ( x[1] | x[0] << 8, x[2], AttributeWithMask(x[3] << 6 | x[7] << 7, 1 << 6 | 1 << 7), x[5] | x[4] << 8, x[6], ), lambda rms_extreme_over_voltage, over_voltage_trip, ac_alarms_mask, rms_extreme_under_voltage, under_voltage_trip: VoltageParameters( rms_extreme_over_voltage, over_voltage_trip, bool(ac_alarms_mask & 0x40), rms_extreme_under_voltage, under_voltage_trip, bool(ac_alarms_mask & 0x80), ), ), TUYA_DP_CURRENT_THRESHOLD: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, ("ac_current_overload", "over_current_trip", "ac_alarms_mask"), lambda x: ( (x[2] | x[1] << 8 | x[0] << 16), x[3], AttributeWithMask(x[4] << 1, 1 << 1), ), lambda ac_current_overload, over_current_trip, ac_alarms_mask: CurrentParameters( ac_current_overload, over_current_trip, bool(ac_alarms_mask & 0x02) ), ), TUYA_DP_TEMPERATURE_THRESHOLD: DPToAttributeMapping( TuyaRCBODeviceTemperature.ep_attribute, ("high_temp_thres", "over_temp_trip", "dev_temp_alarm_mask"), lambda x: (x[0] if x[0] <= 127 else x[0] - 256, x[1], x[2] << 1), lambda x, y, z: TemperatureSetting(x, y, bool(z & 0x02)), ), TUYA_DP_TOTAL_ACTIVE_POWER: DPToAttributeMapping( TuyaRCBOMetering.ep_attribute, "current_summ_delivered", ), TUYA_DP_EQUIPMENT_NUMBER_AND_TYPE: DPToAttributeMapping( TuyaRCBOMetering.ep_attribute, "meter_number", lambda x: x.rstrip(), ), TUYA_DP_CLEAR_ENERGY: DPToAttributeMapping( TuyaRCBOMetering.ep_attribute, "clear_device_data" ), TUYA_DP_LOCKING: DPToAttributeMapping(TuyaRCBOOnOff.ep_attribute, "trip"), TUYA_DP_TOTAL_REVERSE_ACTIVE_POWER: DPToAttributeMapping( TuyaRCBOMetering.ep_attribute, "current_summ_received", ), TUYA_DP_HISTORICAL_VOLTAGE: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, "rms_historical_voltage", lambda x: x[1] | x[0] << 8, ), TUYA_DP_HISTORICAL_CURRENT: DPToAttributeMapping( TuyaRCBOElectricalMeasurement.ep_attribute, "rms_historical_current", lambda x: x[2] | x[1] << 8, ), } data_point_handlers: Dict[int, str] = { TUYA_DP_STATE: "_dp_2_attr_update", TUYA_DP_COUNTDOWN_TIMER: "_dp_2_attr_update", TUYA_DP_FAULT_CODE: "_dp_2_attr_update", TUYA_DP_RELAY_STATUS: "_dp_2_attr_update", TUYA_DP_CHILD_LOCK: "_dp_2_attr_update", TUYA_DP_VOLTAGE: "_dp_2_attr_update", TUYA_DP_CURRENT: "_dp_2_attr_update", TUYA_DP_ACTIVE_POWER: "_dp_2_attr_update", TUYA_DP_LEAKAGE_CURRENT: "_dp_2_attr_update", TUYA_DP_TEMPERATURE: "_dp_2_attr_update", TUYA_DP_REMAINING_ENERGY: "_dp_2_attr_update", TUYA_DP_COST_PARAMETERS: "_dp_2_attr_update", TUYA_DP_LEAKAGE_PARAMETERS: "_dp_2_attr_update", TUYA_DP_VOLTAGE_THRESHOLD: "_dp_2_attr_update", TUYA_DP_CURRENT_THRESHOLD: "_dp_2_attr_update", TUYA_DP_TEMPERATURE_THRESHOLD: "_dp_2_attr_update", TUYA_DP_TOTAL_ACTIVE_POWER: "_dp_2_attr_update", TUYA_DP_EQUIPMENT_NUMBER_AND_TYPE: "_dp_2_attr_update", TUYA_DP_LOCKING: "_dp_2_attr_update", TUYA_DP_TOTAL_REVERSE_ACTIVE_POWER: "_dp_2_attr_update", TUYA_DP_HISTORICAL_VOLTAGE: "_dp_2_attr_update", TUYA_DP_HISTORICAL_CURRENT: "_dp_2_attr_update", } class TuyaCircuitBreaker(CustomDevice): """Tuya RCBO with power meter device.""" signature = { # "node_descriptor": "