claudegel/sinope-zha

This is a custom quirks for sinope zigbee devices for testing before it is added to zha-device-handlers. It also explain how to setup those quirks in Home Assistant to use and test them before they are merged in zha-device-handlers

sinope-zha

This is a custom quirks for sinope zigbee devices for testing before it is added to zha-device-handlers. It also explain how to setup those quirks in Home Assistant to use and test them before they are merged in zha-device-handlers.

Home assistant configuration:

• in /config directory create a new directory zhaquirks -> /config/zhaquirks
• in configuration.yaml add the following:

zha:
  database_path: zigbee.db
  custom_quirks_path: /config/zhaquirks/

Copy the quirks

In /config/zhaquirks copy the fourth files, light.py, switch.py, thermostat.py and sensor.py then restart Home Assistant

Logging

In configuration.yaml you can add this to get logging info for the quirks:

logger:
  default: warning
  logs:
    zhaquirks: debug

You should see the following:

...[zhaquirks] Loading quirks module zhaquirks.aduro
...
...[zhaquirks] Loading custom quirks from /config/zhaquirks
...[zhaquirks] Loading custom quirks module light
...[zhaquirks] Loading custom quirks module switch
...[zhaquirks] Loading custom quirks module thermostat
...[zhaquirks] Loading custom quirks module sensor

Editing the quirks:

You can edit the files as you like and restart HA to test your changes. Don't forget to delete the __pycache__ folder in /config/zhaquirks before restarting HA so your changes will be added.

Custom cluster attributes details:

I'll list here all the custom cluster attribute with explanation about how to use them in your automation.

• Thermostats:

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0xff01	0x0001	1	t.Bool	unknown	0, 1	read/write/report
0xff01	0x0002	2	t.enum8	keypadLockout	0 = unlocked, 1 = locked, 2 = prevent disconnect	read/write/report
0xff01	0x0003	3	t.uint16_t	firmware_number		read/report
0xff01	0x0004	4	t.CharacterString	firmware_version		read/report
0xff01	0x0010	16	t.int16s	outdoor_temp	celsius * 100	read/write/report
0xff01	0x0011	17	t.uint16_t	outdoor_temp_timeout	Delay in seconds before reverting to setpoint display if no more outdoor temp is received	read/write/report
0xff01	0x0012	18	t.enum8	config2ndDisplay	0 = auto, 1 = setpoint, 2 = outside temperature.	read/write/report
0xff01	0x0020	32	t.uint32_t	secs_since_2k	second since year 2000	read/write/report
0xff01	0x0070	112	t.bitmap8	currentLoad	watt/hr	read/report
0xff01	0x0071	113	t.int8s	eco_delta_setpoint	off:-128, celsius*+-10, amount of setpoint reduction/increase for peak and pre-heating	read/write/report
0xff01	0x0072	114	t.uint8_t	eco_max_pi_heating_demand	255:off, range: 0-99 Set pi_heating_demand percentage limit 0% to 99% (225 = 100%)	read/write/report
0xff01	0x0073	115	t.uint8_t	eco_safety_temperature_delta	off:255, range: 0-100, set heating restart if room temperature goes x% below setpoint	read/write/report
0xff01	0x0075	117	t.bitmap32	unknown testing	0	read/write/report
0xff01	0x0080	128	t.uint32_t	unknown	17563654	read/report
0xff01	0x0100	256	t.uint8_t	unknown testing	0	read/report
0xff01	0x0101	257	Array	unknown	Array(type=AnonymousLVList, value=[6, 0, 1, 5])	read
0xff01	0x0102	258	t.uint8_t	unknown	0	read
0xff01	0x0103	259	Array	unknown	Array(type=AnonymousLVList, value=[1, 0, 0, 0])	read
0xff01	0x0104	260	t.int16s	setpoint	celsius * 100	read/write
0xff01	0x0105	261	t.enum8	airFloorMode	Air: 1, floor: 2	read/write
0xff01	0x0106	262	t.enum8	auxOutputMode	0=off, 1=expantion module	read/write
0xff01	0x0107	263	t.int16s	FloorTemperature	celsius*100	read
0xff01	0x0108	264	t.int16s	airMaxLimit	temp: celsius*100, valid only if floor mode is selected	read/write
0xff01	0x0109	265	t.int16s	floorMinSetpoint	off: -32768, temp: celsius*100	read/write
0xff01	0x010A	266	t.int16s	floorMaxSetpoint	off: -32768, temp: celsius*100	read/write
0xff01	0x010B	267	t.enum8	tempSensorType	0=10k, 1=12k	read/write
0xff01	0x010C	268	t.uint8_t	floorLimitStatus	0=ok, 1=floorLimitLowReached, 2=floorLimitMaxReached, 3=floorAirLimitMaxReached	report/read
0xff01	0x010D	269	t.int16s	RoomTemperature	celsius*100	read
0xff01	0x0114	276	t.enum8	timeFormat	0=24h, 1=12h	read/write/report
0xff01	0x0115	277	t.enum8	gfciStatus	0=ok, 1=error	report/read
0xff01	0x0116	278	t.enum8	hvacMode	0=off, 1=auto, 3=cool, 4=heat	read
0xff01	0x0117	279	Array	unknown	Array(type=AnonymousLVList, value=[165, 82, 20, 0, 0, 0, 22, 0, 2, 15, 11, 23])	read
0xff01	0x0118	280	t.uint16_t	auxConnectedLoad	watt/hr, 0xffff=off (65535)	read/write
0xff01	0x0119	281	t.uint16_t	connectedLoad	watt/hr	read/write
0xff01	0x0128	296	t.uint8_t	pumpProtectionStatus	Off: 0x00, On: 0x01	read/write
0xff01	0x012A	298	t.enum8	pumpProtectionDuration	default:60, 5,10,15,20,30,60	read/write/report
0xff01	0x012B	299	t.int16s	currentSetpoint	Celsius*100	read/write/report
0xff01	0x012C	300	Array	unknown	Array(type=AnonymousLVList, value=[16, 0, 0, 0, 0, 0, 176, 240, 230, 44])	read
0xff01	0x012D	301	t.int16s	reportLocalTemperature	Celsius*100	read/report
0xff01	0x0130	304	t.bitmap8	unknown	2	report/read/write
0xff01	0x0134	308	t.int16s	unknown	-32768=off	report/read/write
0xff01	0x0135	309	t.int16s	unknown	300	report/read/write
0xff01	0x0138	312	t.bitmap16	unknown	235	report/read/write
0xff01	0x0139	313	t.int16s	unknown	-32768=off	report/read/write
0xff01	0x013A	314	t.int16s	unknown	-32768=off	7967
0xff01	0x013B	315	t.bitmab8	unknown	0	report/read
0xff01	0x0200	512	t.bitmap32	status	0x00000000	report/read
0xff01	0x0202	514	t.enum8	unknown	1,2,6	read
0xff01	0x0260	608	t.bitmap16	unknown	7967	report/read/write
0xff01	0x0261	609	t.bitmap16	unknown	0	report/read/write
0xff01	0x0262	610	t.enum8	unknown	0	report/read/write
0xff01	0x0263	611	t.enum8	unknown	0	report/read/write
0xff01	0x0264	612	t.enum8	unknown	1	report/read/write
0xff01	0x0265	613	t.enum8	unknown	1	report/read/write
0xff01	0x0266	614	t.enum8	unknown	0	report/read/write
0xff01	0x0268	616	t.bitmap8	unknown	2	report/read/write
0xff01	0x0269	617	t.bitmap8	unknown	3	report/read/write
0xff01	0x026A	618	t.bitmap8	unknown	15	report/read/write
0xff01	0x0281	641	t.uint16_t	cycle_length	15 sec or 15 min (900 sec)	report/read/write
0xff01	0x0283	643	t.enum8	unknown	1	report/read
0xff01	0x0284	644	t.uint16_t	unknown	0	report/read/write
0xff01	0x0285	645	t.uint8_t	unknown	65	report/read/write
0xff01	0x0286	646	t.uint8_t	unknown	100	report/read/write
0xff01	0xFF04	65284	LVBytes	unknown	\u0017	report/read
0xff01	0xFF05	65285	LVBytes	unknown	\u0018	report/read
0xff01	0xFF06	65286	LVBytes	unknown		report/read
0xff01	0xFF07	65287	LVBytes	unknown		report/read
0xff01	0xFF08	65288	LVBytes	unknown	3	report/read
0xff01	0xFF09	65289	LVBytes	unknown		report/read
0xff01	0xFF0A	65290	LVBytes	unknown		report/read
0xff01	0xFF0B	65291	LVBytes	unknown		report/read
0xff01	0xFF0C	65292	LVBytes	unknown		report/read
0xff01	0xFF0D	65293	LVBytes	unknown		report/read
0xff01	0xFFFD	65533	t.uint16_t	cluster_revision	0	read
---	---	---	---	---	---	---
0x0201	0x0000	0	t.int16s	LocalTemperature	celsius*100	report/read
0x0201	0x0001	1	t.int16s	outdoor_temperature	celsius*100	report/read
0x0201	0x0002	2	t.bitmap8	occupancy	1=occupied, 0=unoccupied	read
0x0201	0x0003	3	t.int16s	abs_min_heat_setpoint_limit	celsius*100	report/read
0x0201	0x0004	4	t.int16s	abs_max_heat_setpoint_limit	celsius*100	report/read
0x0201	0x0008	8	t.uint8_t	PIHeatingDemand	0 -- 100%	report/read
0x0201	0x0010	16	t.int8s	local_temperature_calibration	-25 to +25 (+- 2.5oC)	read/write/report
0x0201	0x0011	17	t.int16s	occupied_cooling_setpoint	celsius*100	report/read/write
0x0201	0x0012	18	t.int16s	occupied_heating_setpoint	celsius*100	report/read/write
0x0201	0x0014	20	t.int16s	unoccupied_heating_setpoint	celsius*100	read/write
0x0201	0x0015	21	t.int16s	MinHeating Setpoint	celsius*100	read/write
0x0201	0x0016	22	t.int16s	MaxHeating Setpoint	celsius*100	read/write
0x0201	0x001B	27	t.enum8	ctrl_sequence_of_oper	2	report/read/write
0x0201	0x001C	28	t.enum8	SystemMode	0=off, 4=heat	read/write
0x0201	0x001E	30	t.enum8	running_mode	0=off, 4=heat	report/read
0x0201	0x0400	1024	t.enum8	SetOccupancy	Home: 0, away:1	read/write
0x0201	0x0401	1025	t.uint16_t	MainCycleOutput	Number of second, 15: '15_sec', 300: '5_min', 600: '10_min', 900: '15_min', 1200: '20_min', 1800: '30_min', 65535: 'off'	read/write
0x0201	0x0402	1026	t.enum8	BacklightAutoDimParam	OnDemand: 0, Always: 1, bedroom: 2	read/write
0x0201	0x0404	1028	t.uint16_t	AuxCycleOutput	Number of second, 15: '15_sec', 300: '5_min', 600: '10_min', 900: '15_min', 1200: '20_min', 1800: '30_min', 65535: 'off'	read/write
---	---	---	---	---	---	---
0x0b04	0x050b	1291	t.uint16_t	Active_Power	watt/hr	report/read/write
0x0b04	0x050d	1293	t.uint16_t	active_power_max	watt/hr	read
0x0b04	0x050f	1295	t.uint16_t	Apparent_Power	watt/hr	report/read
---	---	---	---	---	---	---
0x0204	0x0000	0	t.enum8	TemperatureDisplayMode	0=celsius, 1=farenheight	read/write
0x0204	0x0001	1	t.enum8	keypadLockout	0=no lock, 1=lock	read/write
---	---	---	---	---	---	---
0x0702	0x0000	0	t.uint48_t	CurrentSummationDelivered	watt/hr	report/read

• lights and dimmer: (SW2500ZB, DM2500ZB, DM2550ZB)

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0xff01	0x0001	1	t.bool	Unknown	0, 1	read/write
0xff01	0x0002	2	t.enum8	KeypadLock	Locked: 1, Unlocked: 0	read/write
0xff01	0x0003	3	t.uint16_t	firmware_number		read
0xff01	0x0004	4	t.CharacterString	firmware_version		read
0xff01	0x0010	16	t.int16s	on_intensity	minIntensity - 3000	read/write
0xff01	0x0012	18	t.enum8	Unknown	0, 1	read/write
0xff01	0x0013	19	t.enum8	unknown	0, 1, 2	read/write
0xff01	0x0050	80	t.uint24_t	onLedColor	0x0affdc - Lim, 0x000a4b - Amber, 0x0100a5 - Fushia, 0x64ffff - Perle, 0xffff00 - Blue	read/write
0xff01	0x0051	81	t.uint24_t	offLedColor	0x0affdc - Lim, 0x000a4b - Amber, 0x0100a5 - Fushia, 0x64ffff - Perle, 0xffff00 - Blue	read/write
0xff01	0x0052	82	t.uint8_t	onLedIntensity	Percent	read/write
0xff01	0x0053	83	t.uint8_t	offLedIntensity	Percent	read/write
0xff01	0x0054	84	t.enum8	actionReport	singleTapUp: 2, doubleTapUp: 4, singleTapDown: 18, doubleTapDown: 20	read/repport
0xff01	0x0055	85	t.uint16_t	minIntensity	0 to 3000	read/write
0xff01	0x0056	86	t.enum8	phase_control	0=forward, 1=reverse	read/write
0xff01	0x0058	88	t.enum8	double_up_full	0=off, 1=on	read/write
0xff01	0x0080	128	t.uint32_t	Unknown	16908288	read
0xff01	0x0090	144	t.uint32_t	currentSummationDelivered	watt/hr	report/read
0xff01	0x00A0	160	t.uint32_t	Timer	Time, 1 to 10800 seconds	read/write
0xff01	0x00A1	161	t.uint32_t	Timer_countdown	Seconds remaining on timer	read
0xff01	0x0119	281	t.uint16_t	ConnectedLoad	None: 0, watt	read/write
0xff01	0x0200	512	t.bitmap32	status	0x00000000	report/read
0xff01	0xFFFD	65533	t.uint16_t	cluster_revision	1	read
---	---	---	---	---	---	---
0x0702	0x0000	0	t.uint48_t	CurrentSummationDelivered	Sum of delivered watt/hr	report/read
---	---	---	---	---	---	---
0x0006	0x0000	0	t.Bool	OnOff	1=on, 0=off	report/read/write
---	---	---	---	---	---	---
0x0008	0x0000	0	t.uint8_t	CurrentLevel	0=0%, 254=100%	report/read
0x0008	0x0011	17	t.uint8_t	OnLevel	0=0%, 254=100%	read/write

• Switch SP2600ZB, SP2610ZB

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0xff01	0x0004	4	t.CharacterString	firmware_version		read
0xff01	0x0220	544	t.bitmap16	Unknown	0	report/read/write
0xff01	0x0221	545	t.bitmap16	Unknown	1	report/read
0xff01	0xFFFD	65533	t.uint16_t	cluster_revision		report/read
---	---	---	---	---	---	---
0x0702	0x0000	0	t.uint48_t	CurrentSummationDelivered	watt/hr	report/read
---	---	---	---	---	---	---
0x0b04	0x050B	1291	t.uint16_t	Active_Power	watt/hr	report/read
0x0b04	0x0604	1540	t.uint16_t	ACPowerMultiplier	1	read
0x0b04	0x0605	1541	t.uint16_t	ACPowerDivisor	10	read
---	---	---	---	---	---	---
0x0006	0x0000	0	t.Bool	OnOff	0=off, 1=on	report/read

• Switch RM3250ZB, Load Controller

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0xff01	0x0001	1	t.bool	unknown	0, 1	read/write
0xff01	0x0002	2	t.enum8	keypadLockout	0 = unlocked, 1 = locked	read/write
0xff01	0x0003	3	t.uint16_t	firmware_number		read
0xff01	0x0004	4	t.CharacterString	firmware_version		read
0xff01	0x0060	96	t.uint16_t	ConnectedLoad	watt/hr	read
0xff01	0x00A0	160	t.uint32_t	Timer	Time, 1 to 86400 seconds	read/write
0xff01	0x00A1	161	t.uint32_t	Timer_countDown	Seconds remaining on timer	read
0xff01	0x0070	112	t.bitmap8	CurrentLoad	watt/hr	read
0xff01	0x0080	128	t.uint32_t	Unknown		read
0xff01	0x0090	144	t.uint32_t	currentSummationDelivered	watt/hr	report/read
0xff01	0x0200	512	t.bitmap32	status	0x00000000	report/read
0xff01	0xFFFD	65533	t.uint16_t	cluster_revision		report/read
---	---	---	---	---	---	---
0x0006	0x0000	0	t.Bool	OnOff	1=on, 0=off	report/read
---	---	---	---	---	---	---
0x0b04	0x050B	1291	t.uint16_t	Active_Power	watt/hr	report/read
0x0b04	0x0505	1285	t.uint16_t	rms_voltage	volt	report/read
0x0b04	0x0605	1541	t.uint16_t	AC_Power_Divisor	1	read
0x0b04	0x0604	1540	t.uint16_t	AC_Power_Multiplier	1	read
0x0b04	0x0605	1541	t.uint16_t	AC_Power_Divisor	1	read
---	---	---	---	---	---	---
0x0702	0x0000	0	t.uint48_t	CurrentSummationDelivered	watt/hr	report/read

• Switch RM3500ZB, Calypso water tank controller

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0xff01	0x0002	2	t.enum8	keypadLockout	0 = unlocked, 1 = locked	read/write
0xff01	0x0003	3	t.uint16_t	firmware_number		read/write/report
0xff01	0x0004	4	t.CharacterString	firmware_version	1	read
0xff01	0x0010	16	t.int16s	unknown	400
0xff01	0x0013	19	t.enum8	unknown	1,2,3,4,16,21	read/write
0xff01	0x0035	53	t.uint16_t	unknown	0	read/report
0xff01	0x0037	55	t.uint16_t	unknown	744	read/write/report
0xff01	0x0038	56	t.enum8	unknown	0	read/report
0xff01	0x0060	96	t.uint16_t	ConnectedLoad	watt/hr	read
0xff01	0x0070	112	t.bitmap8	CurrentLoad	watt/hr	read
0xff01	0x0074	116	t.enum8	unknown	255	read/write/report
0xff01	0x0076	118	t.uint8_t	drConfigWaterTempMin	0=off, 45 to 55 celsius	read/write/report
0xff01	0x0077	119	t.uint8_t	drConfigWaterTempTime	2	read/write/report
0xff01	0x0078	120	t.uint16_t	drWTTimeOn	240	read/write/report
0xff01	0x0079	121	t.bitmap8	unknown	0	report/read
0xff01	0x0080	122	t.uint32_t	unknown	0	read/report
0xff01	0x0090	132	t.uint32_t	current_summation_delivered	watt/hr	read/report
0xff01	0x007A	122	t.uint16_t	unknown	0	read/write/report
0xff01	0x007B	123	t.uint16_t	unknown	288	read/write/report
0xff01	0x007C	124	t.int16s	min_measured_temp	water temp celsius*100	read/report
0xff01	0x007D	125	t.int16s	max_measured_temp	water temp celsius*100	read/report
0xff01	0c0080	122	t.uint32_t	unknown	0	read/report
0xff01	0x0090	144	t.uint32_t	CurrentSummationDelivered	kwh	read/report
0xff01	0x00A0	160	t.uint32_t	Timer	Time, 1 to 86400 seconds	read/write/report
0xff01	0x00A1	161	t.uint32_t	Timer_countDown	Seconds remaining on timer	read/report
0xff01	0x00B0	176	t.Bool	unknown	1	read/report
0xff01	0x0101	257	Array		read/report
0xff01	0x012A	298	t.enum8	unknown	60	read/write/report
0xff01	0x012C	300	Array	unknown		read/report
0xff01	0x0200	512	t.bitmap32	status	0x00000000	report/read
0xff01	0x0202	514	t.enum8	unknown	1	read/report
0xff01	0x0203	515	t.enum8	unknown	12	read/report
0xff01	0x0280	640	t.int16s	max_measured_value	5300	read/write/report
0xff01	0x0281	641	t.uint16_t	unknown	0	read/write/report
0xff01	0x0282	642	t.uint16_t	unknown	0	read/write/report
0xff01	0x0283	643	t.uint8_t	ColdLoadPickupStatus	1, 2	read/report
0xff01	0x0284	644	t.uint16_t	coldLoadPickupRemainingTime	65535=off countdown
0xff01	0xFFFD	65533	t.uint16_t	cluster_revision		read
---	---	---	---	---	---	---
0x0500	0x0002	2	t.uint16_t	ZoneStatus	0=no leak, 1=leak	read
---	---	---	---	---	---	---
0x0006	0x0000	0	t.Bool	OnOff	1=on, 0=off	report/read
---	---	---	---	---	---	---
0x0b04	0x050B	1291	t.uint16_t	Active_Power	watt/hr	report/read
0x0b04	0x0505	1285	t.uint16_t	rms_voltage	volt	report/read
0x0b04	0x0605	1541	t.uint16_t	AC_Power_Divisor	1	read
0x0b04	0x0604	1540	t.uint16_t	AC_Power_Multiplier	1	read
---	---	---	---	---	---	---
0x0b05	0x011d	285	t.int8s	Rssi	value -45
---	---	---	---	---	---	---
0x0402	0x0000	0	t.int16s	WaterTemperature	temp oC
---	---	---	---	---	---	---
0x0702	0x0000	0	t.uint48_t	CurrentSummationDelivered	Watt/hr	report/read

• Switch MC3100ZB, multi controller

Endpoint	Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
1	0x0001	0x0020	32	t.uint8_t	Battery_Voltage	Volt*10	report/read
1	0x0001	0x003e	62	t.bitmap32	BatteryAlarmState	0=no alarm, 1=alarm	report/read
---	---	---	---	---	---	---	---
1	0xff01	0x00A0	160	t.uint32_t	Timer	Time, 1 to 10800 seconds	read/write
2	0xff01	0x00A0	160	t.uint32_t	Timer2	Time, 1 to 10800 seconds	read/write
1	0xff01	0x02A0	672	t.uint32_t	input_on_delay	seconds, 0=off, 0 to 10800	read/write
1	0xff01	0x02A1	673	t.uint32_t	input_off_delay	seconds, 0=off, 0 to 10800	read/write
2	0xff01	0x02A0	672	t.uint32_t	input_on_delay	seconds, 0=off, 0 to 10800	read/write
2	0xff01	0x02A1	673	t.uint32_t	input_off_delay	seconds, 0=off, 0 to 10800	read/write
1	0xff01	0xFFFD	65533	t.uint16_t	cluster_revision		report/read
---	---	---	---	---	---	---	---
1	0x0006	0x0000	0	t.Bool	OnOff	1=on, 0=off	report/read
2	0x0006	0x0000	0	t.Bool	OnOff2	1=on, 0=off	report/read
---	---	---	---	---	---	---	---
1	0x0402	0x0000	0	t.int16s	Measured value, indoor temperature	celsius*100	report/read
2	0x0402	0x0000	0	t.int16s	Measured value, outside temperature	celsius*100	report/read
---	---	---	---	---	---	---	---
1	0x0405	0x0000	0	t.uint16_t	measured value, relative humidity	%	report/read

• Switch valve VA4200WZ, VA4201WZ, VA4200ZB VA4201ZB, VA4220ZB, VA4221ZB

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0x0001	0x0020	32	t.uint8_t	Battery_Voltage	Volt*10	report/read
0x0001	0x0021	33	t.uint8_t	Battery_percentage_remaining	%	report/read
0x0001	0x003e	62	t.bitmap32	BatteryAlarmState	0=no alarm, 1=alarm, 15=no battery	report/read
---	---	---	---	---	---	---
0xff01	0x0200	512	t.bitmap32	status/alarm	0x00000000	report/read
---	---	---	---	---	---	---
0x0006	0x0000	0	t.Bool	OnOff	1=on, 0=off	report/read
---	---	---	---	---	---	---
0x0402	0x0000	0	t.uint16_t	MeasuredValue, Temperature	celsius*100	report/read
---	---	---	---	---	---	---
0x0702	0x0000	0	t.uint48_t	CurrentSummationDelivered	L/h (see below)	report/read
0x0702	0x0200	512	t.bitmap8	status	0=off, 1=off/armed, 2=on	read
0x0702	0x0300	768	t.enum8	unit_of_measure	7=L/h	read
0x0702	0x0306	774	t.bitmap8	metering_device_type	2 = Water Metering	read

• Switch valve VA4220ZB G2, VA4221ZB G2 with flow meter

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0x0000	0x0007	7	t.enum8	power_source	129,130=mains, 3=battery, 4=dc	read
---	---	---	---	---	---	---
0x0001	0x0020	32	t.uint8_t	Battery_Voltage	Volt*10	report/read
0x0001	0x0021	33	t.uint8_t	Battery_percentage_remaining	%	report/read
0x0001	0x003e	62	t.bitmap32	BatteryAlarmState	0=no alarm, 1=alarm, 15=no battery	report/read
---	---	---	---	---	---	---
0x0008	0x0000	0	t.uint8_t	Current_level	From 0 to 254	report/read
0x0008	0x0011	17	t.uint8_t	On_level	0=off, 1 to 255 valve openning value limit	read/write
---	---	---	---	---	---	---
0xff01	0x0101	257	Array	unknown	Array(type=AnonymousLVList, value=[0, 3, 3, 2])	read
0xff01	0x0200	512	t.bitmap32	status/alarm	0x00000000	report/read
0xff01	0x0230	560	t.enum8	alarm_flow_threshold	0=off,1=on	read/write
0xff01	0x0231	561	t.enum8	alarm_options	0=nothing,1=alarm,2=close,3=close and alarm,4=no flowmeter	read
0xff01	0x0240	576	Array	flow_meter_config	12 elements (uint8)	read/write
					no flow meter = Array(type=AnonymousLVList, value=[0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0])
					FS4220 = Array(type=AnonymousLVList, value=[194, 17, 0, 0, 136, 119, 0, 0, 1, 0, 0, 0])
					FS4221 = Array(type=AnonymousLVList, value=[159, 38, 0, 0, 76, 85, 1, 0, 1, 0, 0, 0])
					FS4222 = Array(type=AnonymousLVList, value=[1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0])
0xff01	0x0241	577	t.uint32_t	valve_countdown	seconds	read/write
0xff01	0x0250	592	t.uint32_t	power_source	0x0001d4c0 (120000)= DC power, 0x00000001 (1)=ACUPS, 0x00000000 (0)=Battery	read/write
0xff01	0x0251	593	t.uint32_t	emergency_power_source	0x0000003c (60)=battery + ACUPS, 0x00000001=ACUPS, 0x00000000=battery	read/write
0xff01	0x0252	594	t.uint32_t	abnormal_flow_duration	seconds ,900 (15 min) to 86400 (24hr)	read/write
0xff01	0x0253	595	t.bitmap16	abnormal_flow_action	0x0000= do nothing, 0x0001=send alert, 0x0003= close and send alert	read/write
---	---	---	---	---	---	---
0x0006	0x0000	0	t.Bool	OnOff	1=on, 0=off	report/read
---	---	---	---	---	---	---
0x0402	0x0000	0	t.uint16_t	MeasuredValue, Temperature	celsius	report/read
---	---	---	---	---	---	---
0x0404	0x0000	0	t.uint16_t	MeasuredValue, flowrate	L/hr	report/read
0x0404	0x0001	1	t.uint16_t	min_measured_value	0	read
0x0404	0x0002	2	t.uint16_t	max_measured_value	?	read
0x0404	0x0003	3	t.uint16_t	tolerance	?	read
---	---	---	---	---	---	---
0x0500	0x0000	0	t.enum8	zone_state	1=enrolled, 0=not enrolled	read
0x0500	0x0002	2	t.bitmap16	zone_status	56=flow?	read
---	---	---	---	---	---	---
0x0702	0x0000	0	t.uint48_t	flowVolumeDelivered	L/h	report/read
0x0702	0x0200	512	t.bitmap8	status	0=off, 1=off/armed, 2=on	read
0x0702	0x0300	768	t.enum8	unit_of_measure	7=L/h	read
0x0702	0x0301	769	t.uint24_t	multiplier	1	read
0x0702	0x0302	770	t.uint24_t	divisor	1000	read
0x0702	0x0306	774	t.bitmap8	metering_device_type	2 = Water Metering	read
0x0702	0x0400	1024	t.int24s	instantaneous_demand	0	report/read

• Sensors WL4200, WL4200S, WL4200C, WL4210

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0xff01	0x0003	3	t.uint16_t	firmware_number		read
0xff01	0x0004	4	t.CharacterString	firmware_version		read
0xff01	0x0030	48	t.uint8_t	unknown	0	read/write
0xff01	0x0031	49	t.uint16_t	unknown	696, 774	read/write
0xff01	0x0032	50	t.int16s	min_temperature_limit	300, celsius*100	read/write
0xff01	0x0033	51	t.int16s	max_temperature_limit	5000, celsius*100	read/write
0xff01	0x0034	52	t.bitmap8	device_status	0	read/report
0xff01	0x0035	53	t.uint16_t	unknown	29, 71, 72, 133	read
0xff01	0x0036	54	t.uint16_t	battery_type	7	read/write
0xff01	0x0080	128	t.uint32_t	unknown	16973824	read
0xff01	0x0200	512	t.bitmap32	status	0x00000000	read/report
0xff01	0xfffd	65533	t.uint16_t	cluster_revision	1	read
---	---	---	---	---	---	---
0x0001	0x0020	32	t.uint8_t	Battery_voltage	voltage * 10	report/read
---	---	---	---	---	---	---
0x0402	0x0000	0	t.uint16_t	MeasuredValue, Temperature	celsius * 100	report/read
---	---	---	---	---	---	---
0x0500	0x0030	48	t.uint16_t	leak_alarm	0=no leak, 1=leak	read

• Sensors LM4110-ZB, tank level monitor

Cluster	Attributes	Atribute decimal	Data type	Fonction	Value	Access
0x0001	0x0020	32	t.uint8_t	battery voltage	54, volt*10	report/read
0x0001	0x0021	33	t.uint8_t	remaining battey percentage	%	report/read
0x0001	0x003e	62	t.bitmap32	battery_alarm_state	0=ok, 1=weak battery	report/read
---	---	---	---	---	---	---
0x0402	0x0000	0	t.int16s	MeasuredValue, device Temperature	celsius * 100	report/read
---	---	---	---	---	---	---
0x000c	0x0055	85	t.uint16_t	Present value, angle	angle of the gauge needle in degree	report/read
---	---	---	---	---	---	---
0xff01	0x0003	3	t.uint16_t	firmware_number		read
0xff01	0x0004	4	t.CharacterString	firmware_version		read
0xff01	0x0030	48	t.uint8_t	Unknown	60	report/read/write
0xff01	0x0080	128	t.uint32_t	Unknown	0	report/read
0xff01	0x0200	512	t.bitmap32	status	0x00000000	report/read
0xff01	0xfffd	65533	t.uint16_t	cluster_revision		report/read

Propane level is reported as gauge needle angle cluster 0x000c, attribute 0x0055. There is no % value. In neviweb this is calculated depending on gauge type 5-95 or 10-80. If you need to set an alarm at 20% tank capacity then target angle 182 for 5-95 and 10-80 gauge. For 30% value 5-95 = 221 and 10-80 = 216.

Devices reporting

Device reporting allow device to report any changes that occur on some cluster attributes. If your device was connected to Neviweb before you don't need to activate reporting, except for light and dimmer double tap and long press reporting. If your device is bran new then it should be necessary to implement device reporting. To proceed you can do it by installing ZHA Toolkit (https://github.com/mdeweerd/zha-toolkit) v0.8.31 or higher, and following example below:

Following are the cluster/attributes set for reproting in Neviweb:

• Thermostat:

Data	Cluster	Attribute	format	min time	max time	minimum change
Occupancy	0x0003	0x0400	0x10	1	65000	1
local temperature	0x0201	0x0000	0x29	19	300	25
heating demand	0x0201	0x0008	0x0020	11	301	10
occupied heating setpoint	0x0201	0x0012	0x0029	8	302	40
report gfci status	0xFF01	0x0115	0x30	10	3600	1
floor limit status	0xFF01	0x010C	0x30	10	3600	1

• Light and dimmer:

Data	Cluster	Attribute	format	min time	max time	minimum change
onOff	0x0006	0x0000	0x10	0	599	null
CurrentLevel	0x0008	0x0000	0x20	3	602	0x01
double click	0xff01	0x0054	0x10	0	0	1

• load control RM3250ZB:

Data	Cluster	Attribute	format	min time	max time	minimum change
onOff	0x0006	0x0000	0x10	0	600	null
ActivePower	0x0B04	0x050B	0x29	60	599	0x64
Energy reading	0x0702	0x0000	0x29	59	1799	int

• Valve:

Data	Cluster	Attribute	format	min time	max time	minimum change
Battery %	(0x0001	0x0020	0x20	60	3600	1
on/off	0x0006	0x0000	0x10	0	600	null
Flowrate	0x0404	0x0000	T.uint16_t	30	600	flow change
water volume	0x0702	0x0000	t.uint48_t	59	1799	volume change

• Leak sensors:

Data	Cluster	Attribute	format	min time	max time	minimum change
battery percentage	0x0001	0x0021	0x20	30	43200	1
temperature min	0x0402	0x0000	0x29	30	3600	300
battery Alarm State	0x0001	0x003E	0x1b	30	3600	1

• Tank monitor LM4110-ZB:

Data	Cluster	Attribute	format	min time	max time	minimum change	Note
status	0x0001	0x003e	0x1b	60	43688	1
remaining battey percentage	0x0001	0x0021	0x20	0	65535	1
battery voltage	0x0001	0x0020	0x20	60	43646	1
present value, angle	0x000c	0x0055	0x39	5	3757	1
device temperature	0x0402	0x0000	0x29	60	3678	1	(only if temperature goes below 5oC)

• Calypso RM3500ZB:

Data	Cluster	Attribute	format	min time	max time	minimum change	Note
water temperature	0x0402	0x0000	0x29	30	580	100
Water leak sensor state	0x0500	0x0002	0x19	0
Heater On/off	0x0006	0x0000	0x10	0	600	null
ActivePower	0x0B04	0x050B	0x29	30	600	0x64
Energy reading	0x0702	0x0000	0x29	299	1799	int
Safety water temp reporting	0xFF01	0x0076	DataType.UINT8	0	86400	null

Setting the flow meter model for your VA422xZB valve 2n gen.

To add your flow meter to your valve, you need to use the service ZHA Toolkit: Write Attribute. The data to set the flow meter is written in an attr_type array. The command is different for each type of flow meter:

• FS4220: (3/4 inch)

service: zha_toolkit.attr_write
data:
  ieee: 50:0b:91:40:00:03:ed:b0 <-- your valve ieee
  endpoint: 1
  cluster: 0xff01
  attribute: 0x0240
  attr_type: 0x48
  attr_val: [32, 12, 0, 194, 17, 0, 0, 136, 119, 0, 0, 1, 0, 0, 0]
  read_before_write: true
  read_after_write: true

• FS4221: (one inch)

service: zha_toolkit.attr_write
data:
  ieee: 50:0b:91:40:00:03:ed:b0 <-- your valve ieee
  endpoint: 1
  cluster: 0xff01
  attribute: 0x0240
  attr_type: 0x48
  attr_val: [32, 12, 0, 159, 38, 0, 0, 76, 85, 1, 0, 1, 0, 0, 0]
  read_before_write: true
  read_after_write: true

• FS4222: (1.5 inch)

service: zha_toolkit.attr_write
data:
  ieee: 50:0b:91:40:00:03:ed:b0 <-- your valve ieee
  endpoint: 1
  cluster: 0xff01
  attribute: 0x0240
  attr_type: 0x48
  attr_val: [32, 12, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0]
  read_before_write: true
  read_after_write: true

• No flow meter:

service: zha_toolkit.attr_write
data:
  ieee: 50:0b:91:40:00:03:ed:b0 <-- your valve ieee
  endpoint: 1
  cluster: 0xff01
  attribute: 0x0240
  attr_type: 0x48
  attr_val: [32, 12, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0]
  read_before_write: true
  read_after_write: true

Light switch and dimmer double tap, long press reporting :

Sinopé light switches (SW2500ZB), dimmer (DM2500ZB and DM2550ZB) supports single, double and long click, but requires to enable device reporting on attribute 0x0054, cluster 0xff01 to get the action fired in ZHA. To proceed use zha_toolkit services and follow the example bellow :

The action done on the light switch and dimmer is defined in the cluster: 0xff01 attribut: 0x0054.

Description	Attribute	Value received
Single Tap UP	0x0054	2
Single Tap DOWN	0x0054	18
Double Tap UP	0x0054	4
Double Tap DOWN	0x0054	20
Long press UP	0x0054	3
Long press DOWN	0x0054	19

a) create the reporting :

Here is an exemple of how to proceed. In this exemple :

• 50:0b:91:40:00:03:db:c2 is your light switch
• 00:12:4b:00:24:c0:c1:e0 is your Zigbee Coordinator

service: zha_toolkit.conf_report
data:
  ieee: 50:0b:91:40:00:03:db:c2
  cluster: 0xff01
  attribute: 0x0054
  manf: 4508
  min_interval: 0
  max_interval: 0
  reportable_change: 1
  tries: 3
  event_success: zha_report_success_trigger_event
  event_fail: zha_report_fail_trigger_event
  event_done: zha_done

b) Specify the bind to your coordinator :

service: zha_toolkit.bind_ieee
data:
  ieee: 50:0b:91:40:00:03:db:c2
  command_data: 00:12:4b:00:24:c0:c1:e0
  cluster: 65281
  event_done: zha_done

c) Automation example :

alias: Enable desk light when double tap on light switch
description: ""
trigger:
  - platform: event
    event_type: zha_event
    event_data:
      device_ieee: 50:0b:91:40:00:03:db:c2
      cluster_id: 65281
      args:
        attribute_id: 84
        attribute_name: action_report
        value: 4
condition: []
action:
  - type: toggle
    device_id: 8b11765575b04f899d9867165fa16069
    entity_id: light.interrupteur_lumiere_bureau_light_2
    domain: light
mode: single

For automations you will have acces to those events in the UI for device triggers:

• "Turn on" pressed
• "Turn off" pressed
• "Turn on" double clicked
• "Turn off" double clicked
• "Turn on" continuously pressed
• "Turn off" continuously pressed

LM4110-ZB setup for angle and level % reporting :

This sensor is a sleepy device. That mean the device is sleeping and wake up at specific interval to report his state. When it is sleeping it is impossible to reach hit. We can't send any command to that devive except when it is awake. To be able to configure the device you need to install ZHA-TOOLKIT component. This will allow to do all operations to setup the device.

the steps to configure your LM4110-ZB sensor is as follow:

setup reporting:

service: zha_toolkit.execute
data:
  ieee: «your LM4110 ieee »
  command: conf_report
  endpoint: 1
  cluster: 0x000c
  attribute: 0x0055
  min_interval: 5
  max_interval: 3757
  reportable_change: 1
  tries: 100
  event_done: zha_done

Check your log until you get :

'success': True, 'result_conf': [[ConfigureReportingResponseRecord(status=0)]]

zha-toolkit will submit the command until it reach 100 retry or zha_done event.

bind reporting:

Once you have it correctly, you need to bind your LM410ZB to your zigbee gateway so the report is sent to the correct place:

service: zha_toolkit.bind_ieee
data:
  ieee: «your LM4110 ieee »
  command_data: «your zigbee gateway ieee »
  cluster: 0x000c
  endpoint: 1
  dst_endpoint: 1
  tries: 100
  event_done: zha_done

service: zha_toolkit.execute can be replaced by service: zha_toolkit.conf_report. In that case remove the «command: conf_report line». The most important is to retry many time to catch the moment the LM4110 is awake.

setup automation to catch angle reporting:

To get the angle value you can try this method:

- platform: sql
  db_url: sqlite:////config/zigbee.db
  scan_interval: 10
  queries:
    - name: current_angle
      query: "SELECT value FROM attributes_cache_v7 where ieee = 'your LM4110 ieee' and cluster = 12 and attrid = 85"
      column: "value"

or you can use this method if you don't want to setup the sql platform:

service: zha_toolkit.execute
data:
  command: attr_read
  ieee: «your LM4110 ieee »
  cluster: 0x000c
  attribute: 0x0055
  state_id: sensor.current_angle
  allow_create: True
  tries: 100

This automation will create the sensor.current_angle or any other name you want.

- id: '1692841759194'
  alias: Lecture niveau propane
  description: Lecture du niveau de réservoir à chaque heure
  trigger:
  - platform: time_pattern
    hours: /1
  condition: []
  action:
  - service: zha_toolkit.execute
    data:
      command: attr_read
      ieee: "«your LM4110 ieee »"
      cluster: 12
      attribute: 85
      state_id: sensor.current_angle
      allow_create: true
      tries: 100
  mode: single

Do the calculation to transfert angle to % level:

There are two different tank gauge, scale from 10 to 80 (R3D 10-80) or scale from 5 to 95 (R3D 5-95). Calculation is different for each one.

• First set gauge type and value offset. For this you need to create input_number and input_text to set those value in configuration.yaml

input_number:
  gauge_offset:
    name: "gauge offset"
    initial: 2
    min: 1
    max: 4
    step: 1

input_text:
  tank_gauge:
    name: "tank gauge"
    initial: "10-80" # or "5-95"

• Calculates propane tank % level according to value returned by Sinope device (for R3D 10-80 gauge or R3D 5-95 gauge)

template:
  - trigger:
    - platform: time_pattern
      hours: "/5"
  - sensor:
    - name: "Tank remaining level"
      unit_of_measurement: "%"
      unique_id: sensor.tank_remaining_level
      icon: mdi:propane-tank
      state_class: measurement
      state: >
        {% set gauge = states('input_text.tank_gauge') %} # must match the above input_text name
        {% set angle = states('sensor.current_angle') | float %}
        {% set offset = states('input_number.gauge_offset') | float %} # must match the above input_number name
        {% if (gauge == "10-80") %}
          {% set x_min = 110 | float %}
          {% set x_max = 406 | float %}
          {% set delta = 46 | float %}
          {% set low = 10 | float %}
          {% set high = 80 | float %}
        {% else %}
          {% set x_min = 120 | float %}
          {% set x_max = 415 | float %}
          {% set delta = 55 | float %}
          {% set low = 5 | float %}
          {% set high = 95 | float %}
        {% endif %}

        {% if ((delta <= angle) and (70 >= angle)) %}
          {{ (((delta-x_min)/(x_max-x_min)*(high-low))+low+offset) | round(0) }}
        {% elif ((0 <= angle) and (delta > angle)) %}
          {{ (((angle)+360-x_min)/(x_max-x_min)*(high-low)+low+offset) | round(0) }}
        {% else %}
          {{ (((angle)-x_min)/(x_max-x_min)*(high-low)+low+offset) | round(0) }}
        {% endif %}

Automation examples:

• Sending outside temperature to thermostats:
• Celsius:

- alias: Send-OutdoorTemp
  trigger:
    - platform: state  # send temperature when there are changes
      entity_id: sensor.local_temp # sensor to get local temperature
  variables:
    thermostats:
      - 50:0b:91:40:00:02:2d:6d  #ieee of your thermostat dvices, one per line
      - 50:0b:91:40:00:02:2a:65
  actions:
    - repeat:  #service will be call for each ieee
        count: "{{thermostats|length}}"
        sequence:
          - action: zha.set_zigbee_cluster_attribute
            data:
              ieee: "{{ thermostats[repeat.index-1] }}"
              endpoint_id: 1
              cluster_id: 0xff01 # 65281
              cluster_type: in
              attribute: 0x0010 # 16
              value: "{{ ( trigger.to_state.state|float * 100 ) |int }}" # sending temperature in hundredth of a degree
  mode: single

• Farenheight:

- alias: Update outside Temperature
  description: ''
  trigger:
    - platform: time_pattern # send temperature evey 45 minutes
      minutes: '45'
  actions:
    - action: zha.set_zigbee_cluster_attribute
      data:
        ieee: 50:0b:91:32:01:03:6b:2f
        endpoint_id: 1
        cluster_id: 65281
        cluster_type: in
        attribute: 16
        value: >-
          {{ (((state_attr('weather.home', 'temperature' ) - 32) * 5/9)|float*100)|int }}
  mode: single

You can use either 0xff01 or 65281 in automation. You can send temperature on regular timely basis or when the outside temperature change. Do not pass over 60 minutes or thermostat display will go back to setpoint display. You can change that delay with the outdoor_temp_timeout attribute 0x0011.

• setting the outside temperature sensor:

You can use any temperature source, local or remote.

  - platform: template
    sensors:
      local_temp:
        friendly_name: "Outside_temperature"
        value_template: "{{ state_attr('weather.dark_sky', 'temperature') }}"

• Sending time to your thermostats. This should be done once a day to keep the time display accurate.

- alias: set_time
  trigger:
    - platform: time
      at: "01:00:00" ## at 1:00 AM
  variables:
    thermostats:
      - 50:0b:91:40:00:02:26:6d ## add all your IEEE zigbee thermostats, one per line
  actions:
    - repeat:
        count: "{{thermostats|length}}"
        sequence:
          - action: zha.set_zigbee_cluster_attribute
            data:
              ieee: "{{ thermostats[repeat.index-1] }}"
              endpoint_id: 1
              cluster_id: 0xff01
              cluster_type: in
              attribute: 0x0020
              value: "{{ (as_timestamp(utcnow()) - as_timestamp('2000-01-01'))| int }}"
  mode: single

• Setting the little icon Eco to flash on the thermostat during peak. To stop the icon flashing make another automation with value: -128 at the end of peak period.

- id: eco flash
  alias: eco_flash
  trigger:
    - platform: time
      at: 
        - "06:00:00"
        - "16:00:00"
  condition:
    condition: state
    entity_id: binary_sensor.hydroqc_maison_upcoming_critical_peak
    state: 'on'
  variables:
    thermostats:
      - 50:0b:91:40:00:02:26:6d
      - 38:5c:fb:ff:fe:d9:ea:f4
  actions:
    - repeat:
        count: "{{thermostats|length}}"
        sequence:
          - action: zha.set_zigbee_cluster_attribute
            data:
              ieee: "{{ thermostats[repeat.index-1] }}"
              endpoint_id: 1
              cluster_id: 0xff01
              cluster_type: in
              attribute: 0x0071
              value: 0
  mode: single

Device hard reset:

• Thermostats:

  • Raise the temperature until the display change.
  • Push the two button until CLR appear on the screen.
  • Push once the upper button to get YES on the display.
  • Push both button simutanously and release immediately. DONE should appear on the screen.
  • The thermostat will restart with factory setup.

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