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sinope.js
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const exposes = require('../lib/exposes');
const fz = {...require('../converters/fromZigbee'), legacy: require('../lib/legacy').fromZigbee};
const tz = require('../converters/toZigbee');
const constants = require('../lib/constants');
const utils = require('../lib/utils');
const reporting = require('../lib/reporting');
const extend = require('../lib/extend');
const e = exposes.presets;
const ea = exposes.access;
const {precisionRound} = require('../lib/utils');
const manuSinope = {manufacturerCode: 0x119C};
const fzLocal = {
ias_water_leak_alarm: {
// RM3500ZB specific
cluster: 'ssIasZone',
type: ['commandStatusChangeNotification', 'attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const zoneStatus = msg.data.zoneStatus;
return {
water_leak: (zoneStatus & 1) > 0,
tamper: (zoneStatus & 1<<2) > 0,
};
},
},
thermostat: {
cluster: 'hvacThermostat',
type: ['attributeReport', 'readResponse'],
options: [exposes.options.legacy()],
convert: (model, msg, publish, options, meta) => {
delete msg['running_state'];
const result = {};
const occupancyLookup = {0: 'unoccupied', 1: 'occupied'};
const cycleOutputLookup = {15: '15_sec', 300: '5_min', 600: '10_min',
900: '15_min', 1200: '20_min', 1800: '30_min', 65535: 'off'};
if (msg.data.hasOwnProperty('1024')) {
result.thermostat_occupancy = occupancyLookup[msg.data['1024']];
}
if (msg.data.hasOwnProperty('SinopeOccupancy')) {
result.thermostat_occupancy = occupancyLookup[msg.data['SinopeOccupancy']];
}
if (msg.data.hasOwnProperty('1025')) {
result.main_cycle_output = cycleOutputLookup[msg.data['1025']];
}
if (msg.data.hasOwnProperty('SinopeMainCycleOutput')) {
result.main_cycle_output = cycleOutputLookup[msg.data['SinopeMainCycleOutput']];
}
if (msg.data.hasOwnProperty('1026')) {
const lookup = {0: 'on_demand', 1: 'sensing'};
result.backlight_auto_dim = lookup[msg.data['1026']];
}
if (msg.data.hasOwnProperty('SinopeBacklight')) {
const lookup = {0: 'on_demand', 1: 'sensing'};
result.backlight_auto_dim = lookup[msg.data['SinopeBacklight']];
}
if (msg.data.hasOwnProperty('1028')) {
result.aux_cycle_output = cycleOutputLookup[msg.data['1028']];
}
if (msg.data.hasOwnProperty('localTemp')) {
result.local_temperature = precisionRound(msg.data['localTemp'], 2) / 100;
}
if (msg.data.hasOwnProperty('localTemperatureCalibration')) {
result.local_temperature_calibration = precisionRound(msg.data['localTemperatureCalibration'], 2) / 10;
}
if (msg.data.hasOwnProperty('outdoorTemp')) {
result.outdoor_temperature = precisionRound(msg.data['outdoorTemp'], 2) / 100;
}
if (msg.data.hasOwnProperty('occupiedHeatingSetpoint')) {
result.occupied_heating_setpoint = precisionRound(msg.data['occupiedHeatingSetpoint'], 2) / 100;
}
if (msg.data.hasOwnProperty('unoccupiedHeatingSetpoint')) {
result.unoccupied_heating_setpoint = precisionRound(msg.data['unoccupiedHeatingSetpoint'], 2) / 100;
}
if (msg.data.hasOwnProperty('occupiedCoolingSetpoint')) {
result.occupied_cooling_setpoint = precisionRound(msg.data['occupiedCoolingSetpoint'], 2) / 100;
}
if (msg.data.hasOwnProperty('unoccupiedCoolingSetpoint')) {
result.unoccupied_cooling_setpoint = precisionRound(msg.data['unoccupiedCoolingSetpoint'], 2) / 100;
}
if (msg.data.hasOwnProperty('ctrlSeqeOfOper')) {
result.control_sequence_of_operation = constants.thermostatControlSequenceOfOperations[msg.data['ctrlSeqeOfOper']];
}
if (msg.data.hasOwnProperty('systemMode')) {
result.system_mode = constants.thermostatSystemModes[msg.data['systemMode']];
}
if (msg.data.hasOwnProperty('pIHeatingDemand')) {
result.pi_heating_demand = precisionRound(msg.data['pIHeatingDemand'], 0);
}
if (msg.data.hasOwnProperty('minHeatSetpointLimit')) {
result.min_heat_setpoint_limit = precisionRound(msg.data['minHeatSetpointLimit'], 2) / 100;
}
if (msg.data.hasOwnProperty('maxHeatSetpointLimit')) {
result.max_heat_setpoint_limit = precisionRound(msg.data['maxHeatSetpointLimit'], 2) / 100;
}
if (msg.data.hasOwnProperty('absMinHeatSetpointLimit')) {
result.abs_min_heat_setpoint_limit = precisionRound(msg.data['absMinHeatSetpointLimit'], 2) / 100;
}
if (msg.data.hasOwnProperty('absMaxHeatSetpointLimit')) {
result.abs_max_heat_setpoint_limit = precisionRound(msg.data['absMaxHeatSetpointLimit'], 2) / 100;
}
if (msg.data.hasOwnProperty('pIHeatingDemand')) {
result.running_state = msg.data['pIHeatingDemand'] >= 10 ? 'heat' : 'idle';
}
return result;
},
},
sinope: {
cluster: 'manuSpecificSinope',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const result = {};
if (msg.data.hasOwnProperty('GFCiStatus')) {
const lookup = {0: 'off', 1: 'on'};
result.gfci_status = lookup[msg.data['GFCiStatus']];
}
if (msg.data.hasOwnProperty('floorLimitStatus')) {
const lookup = {0: 'off', 1: 'on'};
result.floor_limit_status = lookup[msg.data['floorLimitStatus']];
}
if (msg.data.hasOwnProperty('outdoorTempToDisplayTimeout')) {
result.enable_outdoor_temperature = msg.data['outdoorTempToDisplayTimeout'] == 10800 ? 'ON' : 'OFF';
}
if (msg.data.hasOwnProperty('currentTimeToDisplay')) {
result.current_time_to_display = msg.data['currentTimeToDisplay'];
}
if (msg.data.hasOwnProperty('floorControlMode')) {
const lookup = {1: 'ambiant', 2: 'floor'};
result.floor_control_mode = lookup[msg.data['floorControlMode']];
}
if (msg.data.hasOwnProperty('ambiantMaxHeatSetpointLimit')) {
result.ambiant_max_heat_setpoint = msg.data['ambiantMaxHeatSetpointLimit'] / 100.0;
if (result.ambiant_max_heat_setpoint === -327.68) {
result.ambiant_max_heat_setpoint = 'off';
}
}
if (msg.data.hasOwnProperty('floorMinHeatSetpointLimit')) {
result.floor_min_heat_setpoint = msg.data['floorMinHeatSetpointLimit'] / 100.0;
if (result.floor_min_heat_setpoint === -327.68) {
result.floor_min_heat_setpoint = 'off';
}
}
if (msg.data.hasOwnProperty('floorMaxHeatSetpointLimit')) {
result.floor_max_heat_setpoint = msg.data['floorMaxHeatSetpointLimit'] / 100.0;
if (result.floor_max_heat_setpoint === -327.68) {
result.floor_max_heat_setpoint = 'off';
}
}
if (msg.data.hasOwnProperty('temperatureSensor')) {
const lookup = {0: '10k', 1: '12k'};
result.floor_temperature_sensor = lookup[msg.data['temperatureSensor']];
}
if (msg.data.hasOwnProperty('timeFormatToDisplay')) {
const lookup = {0: '24h', 1: '12h'};
result.time_format = lookup[msg.data['timeFormatToDisplay']];
}
if (msg.data.hasOwnProperty('connectedLoad')) {
result.connected_load = msg.data['connectedLoad'];
}
if (msg.data.hasOwnProperty('auxConnectedLoad')) {
result.aux_connected_load = msg.data['auxConnectedLoad'];
if (result.aux_connected_load == 65535) {
result.aux_connected_load = 'disabled';
}
}
if (msg.data.hasOwnProperty('pumpProtection')) {
result.pump_protection = msg.data['pumpProtection'] == 1 ? 'ON' : 'OFF';
}
if (msg.data.hasOwnProperty('dimmerTimmer')) {
result.timer_seconds = msg.data['dimmerTimmer'];
}
if (msg.data.hasOwnProperty('ledIntensityOn')) {
result.led_intensity_on = msg.data['ledIntensityOn'];
}
if (msg.data.hasOwnProperty('ledIntensityOff')) {
result.led_intensity_off = msg.data['ledIntensityOff'];
}
if (msg.data.hasOwnProperty('minimumBrightness')) {
result.minimum_brightness = msg.data['minimumBrightness'];
}
return result;
},
},
};
const tzLocal = {
thermostat_occupancy: {
key: ['thermostat_occupancy'],
convertSet: async (entity, key, value, meta) => {
const sinopeOccupancy = {0: 'unoccupied', 1: 'occupied'};
const SinopeOccupancy = utils.getKey(sinopeOccupancy, value, value, Number);
await entity.write('hvacThermostat', {SinopeOccupancy}, manuSinope);
return {state: {'thermostat_occupancy': value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('hvacThermostat', ['SinopeOccupancy'], manuSinope);
},
},
backlight_autodim: {
key: ['backlight_auto_dim'],
convertSet: async (entity, key, value, meta) => {
const sinopeBacklightParam = {0: 'on_demand', 1: 'sensing'};
const SinopeBacklight = utils.getKey(sinopeBacklightParam, value, value, Number);
await entity.write('hvacThermostat', {SinopeBacklight}, manuSinope);
return {state: {'backlight_auto_dim': value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('hvacThermostat', ['SinopeBacklight'], manuSinope);
},
},
main_cycle_output: {
key: ['main_cycle_output'],
convertSet: async (entity, key, value, meta) => {
const lookup = {'15_sec': 15, '5_min': 300, '10_min': 600, '15_min': 900, '20_min': 1200, '30_min': 1800};
await entity.write('hvacThermostat', {SinopeMainCycleOutput: lookup[value]}, manuSinope);
return {state: {'main_cycle_output': value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('hvacThermostat', ['SinopeMainCycleOutput'], manuSinope);
},
},
aux_cycle_output: {
// TH1400ZB specific
key: ['aux_cycle_output'],
convertSet: async (entity, key, value, meta) => {
const lookup = {'off': 65535, '15_sec': 15, '5_min': 300, '10_min': 600, '15_min': 900, '20_min': 1200, '30_min': 1800};
await entity.write('hvacThermostat', {SinopeAuxCycleOutput: lookup[value]});
return {state: {'aux_cycle_output': value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('hvacThermostat', ['SinopeAuxCycleOutput']);
},
},
enable_outdoor_temperature: {
key: ['enable_outdoor_temperature'],
convertSet: async (entity, key, value, meta) => {
if (value.toLowerCase() == 'on') {
await entity.write('manuSpecificSinope', {outdoorTempToDisplayTimeout: 10800}, manuSinope);
} else if (value.toLowerCase() == 'off') {
// set timer to 12 sec in order to disable outdoor temperature
await entity.write('manuSpecificSinope', {outdoorTempToDisplayTimeout: 12}, manuSinope);
}
return {readAfterWriteTime: 250, state: {enable_outdoor_temperature: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['outdoorTempToDisplayTimeout'], manuSinope);
},
},
outdoor_temperature: {
key: ['thermostat_outdoor_temperature'],
convertSet: async (entity, key, value, meta) => {
if (value > -100 && value < 100) {
await entity.write('manuSpecificSinope', {outdoorTempToDisplay: value * 100}, manuSinope);
}
},
},
thermostat_time: {
key: ['thermostat_time'],
convertSet: async (entity, key, value, meta) => {
if (value === '') {
const thermostatDate = new Date();
const thermostatTimeSec = thermostatDate.getTime() / 1000;
const thermostatTimezoneOffsetSec = thermostatDate.getTimezoneOffset() * 60;
const currentTimeToDisplay = Math.round(thermostatTimeSec - thermostatTimezoneOffsetSec - 946684800);
await entity.write('manuSpecificSinope', {currentTimeToDisplay}, manuSinope);
} else if (value !== '') {
await entity.write('manuSpecificSinope', {currentTimeToDisplay: value}, manuSinope);
}
},
},
floor_control_mode: {
// TH1300ZB and TH1400ZB specific
key: ['floor_control_mode'],
convertSet: async (entity, key, value, meta) => {
if (typeof value !== 'string') {
return;
}
const lookup = {'ambiant': 1, 'floor': 2};
value = value.toLowerCase();
if (lookup.hasOwnProperty(value)) {
await entity.write('manuSpecificSinope', {floorControlMode: lookup[value]});
}
return {readAfterWriteTime: 250, state: {floor_control_mode: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['floorControlMode']);
},
},
ambiant_max_heat_setpoint: {
// TH1300ZB and TH1400ZBspecific
key: ['ambiant_max_heat_setpoint'],
convertSet: async (entity, key, value, meta) => {
if ((value >= 5 && value <= 36) || value == 'off') {
await entity.write('manuSpecificSinope', {ambiantMaxHeatSetpointLimit: (value == 'off' ? -32768 : value * 100)});
return {readAfterWriteTime: 250, state: {ambiant_max_heat_setpoint: value}};
}
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['ambiantMaxHeatSetpointLimit']);
},
},
floor_min_heat_setpoint: {
// TH1300ZB and TH1400ZB specific
key: ['floor_min_heat_setpoint'],
convertSet: async (entity, key, value, meta) => {
if ((value >= 5 && value <= 34) || value == 'off') {
await entity.write('manuSpecificSinope', {floorMinHeatSetpointLimit: (value == 'off' ? -32768 : value * 100)});
return {readAfterWriteTime: 250, state: {floor_min_heat_setpoint: value}};
}
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['floorMinHeatSetpointLimit']);
},
},
floor_max_heat_setpoint: {
// TH1300ZB and TH1400ZB specific
key: ['floor_max_heat_setpoint'],
convertSet: async (entity, key, value, meta) => {
if ((value >= 7 && value <= 36) || value == 'off') {
await entity.write('manuSpecificSinope', {floorMaxHeatSetpointLimit: (value == 'off' ? -32768 : value * 100)});
return {readAfterWriteTime: 250, state: {floor_max_heat_setpoint: value}};
}
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['floorMaxHeatSetpointLimit']);
},
},
temperature_sensor: {
// TH1300ZB and TH1400ZB specific
key: ['floor_temperature_sensor'],
convertSet: async (entity, key, value, meta) => {
if (typeof value !== 'string') {
return;
}
const lookup = {'10k': 0, '12k': 1};
value = value.toLowerCase();
if (lookup.hasOwnProperty(value)) {
await entity.write('manuSpecificSinope', {temperatureSensor: lookup[value]});
}
return {readAfterWriteTime: 250, state: {floor_temperature_sensor: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['temperatureSensor']);
},
},
time_format: {
key: ['time_format'],
convertSet: async (entity, key, value, meta) => {
if (typeof value !== 'string') {
return;
}
const lookup = {'24h': 0, '12h': 1};
value = value.toLowerCase();
if (lookup.hasOwnProperty(value)) {
await entity.write('manuSpecificSinope', {timeFormatToDisplay: lookup[value]}, manuSinope);
return {readAfterWriteTime: 250, state: {time_format: value}};
}
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['timeFormatToDisplay'], manuSinope);
},
},
connected_load: {
// TH1400ZB specific
key: ['connected_load'],
convertSet: async (entity, key, value, meta) => {
await entity.write('manuSpecificSinope', {connectedLoad: value});
return {state: {connected_load: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['connectedLoad']);
},
},
aux_connected_load: {
// TH1400ZB specific
key: ['aux_connected_load'],
convertSet: async (entity, key, value, meta) => {
await entity.write('manuSpecificSinope', {auxConnectedLoad: value});
return {readAfterWriteTime: 250, state: {aux_connected_load: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['auxConnectedLoad']);
},
},
pump_protection: {
// TH1400ZB specific
key: ['pump_protection'],
convertSet: async (entity, key, value, meta) => {
if (value.toLowerCase() == 'on') {
await entity.write('manuSpecificSinope', {pumpProtection: 1});
} else if (value.toLowerCase() == 'off') {
await entity.write('manuSpecificSinope', {pumpProtection: 255});
}
return {readAfterWriteTime: 250, state: {pump_protection: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['pumpProtection']);
},
},
led_intensity_on: {
// DM25x0ZB and SW2500ZB
key: ['led_intensity_on'],
convertSet: async (entity, key, value, meta) => {
if (value >= 0 && value <= 100) {
await entity.write('manuSpecificSinope', {ledIntensityOn: value});
}
return {readAfterWriteTime: 250, state: {ledIntensityOn: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['ledIntensityOn']);
},
},
led_intensity_off: {
// DM2500ZB and SW2500ZB
key: ['led_intensity_off'],
convertSet: async (entity, key, value, meta) => {
if (value >= 0 && value <= 100) {
await entity.write('manuSpecificSinope', {ledIntensityOff: value});
}
return {readAfterWriteTime: 250, state: {ledIntensityOff: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['ledIntensityOff']);
},
},
led_color_on: {
// DM25x0ZB and SW2500ZB
key: ['led_color_on'],
convertSet: async (entity, key, value, meta) => {
const r = (value.r >= 0 && value.r <= 255) ? value.r : 0;
const g = (value.g >= 0 && value.g <= 255) ? value.g : 0;
const b = (value.b >= 0 && value.b <= 255) ? value.b : 0;
const valueHex = r + g * 256 + (b * 256 ** 2);
await entity.write('manuSpecificSinope', {ledColorOn: valueHex});
},
},
led_color_off: {
// DM25x0ZB and SW2500ZB
key: ['led_color_off'],
convertSet: async (entity, key, value, meta) => {
const r = (value.r >= 0 && value.r <= 255) ? value.r : 0;
const g = (value.g >= 0 && value.g <= 255) ? value.g : 0;
const b = (value.b >= 0 && value.b <= 255) ? value.b : 0;
const valueHex = r + g * 256 + b * 256 ** 2;
await entity.write('manuSpecificSinope', {ledColorOff: valueHex});
},
},
minimum_brightness: {
// DM2x0ZB
key: ['minimum_brightness'],
convertSet: async (entity, key, value, meta) => {
if (value >= 0 && value <= 3000) {
await entity.write('manuSpecificSinope', {minimumBrightness: value});
}
return {readAfterWriteTime: 250, state: {minimumBrightness: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['minimumBrightness']);
},
},
timer_seconds: {
// DM25x0ZB and SW2500ZB
key: ['timer_seconds'],
convertSet: async (entity, key, value, meta) => {
if (value >= 0 && value <= 10800) {
await entity.write('manuSpecificSinope', {dimmerTimmer: value});
}
return {readAfterWriteTime: 250, state: {dimmerTimmer: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificSinope', ['dimmerTimmer']);
},
},
};
module.exports = [
{
zigbeeModel: ['TH1123ZB'],
model: 'TH1123ZB',
vendor: 'Sinopé',
description: 'Zigbee line volt thermostat',
fromZigbee: [fzLocal.thermostat, fzLocal.sinope, fz.legacy.hvac_user_interface,
fz.electrical_measurement, fz.metering, fz.ignore_temperature_report],
toZigbee: [tz.thermostat_local_temperature, tz.thermostat_occupied_heating_setpoint, tz.thermostat_unoccupied_heating_setpoint,
tz.thermostat_temperature_display_mode, tz.thermostat_keypad_lockout, tz.thermostat_system_mode, tzLocal.backlight_autodim,
tzLocal.thermostat_time, tzLocal.time_format, tzLocal.enable_outdoor_temperature, tzLocal.outdoor_temperature,
tzLocal.thermostat_occupancy, tzLocal.main_cycle_output, tz.electrical_measurement_power],
exposes: [
exposes.climate()
.withSetpoint('occupied_heating_setpoint', 5, 30, 0.5)
.withSetpoint('unoccupied_heating_setpoint', 5, 30, 0.5)
.withLocalTemperature()
.withSystemMode(['off', 'heat'], ea.ALL, 'Mode of the thermostat')
.withPiHeatingDemand()
.withRunningState(['idle', 'heat'], ea.STATE),
exposes.enum('thermostat_occupancy', ea.ALL, ['unoccupied', 'occupied'])
.withDescription('Occupancy state of the thermostat'),
exposes.binary('enable_outdoor_temperature', ea.ALL, 'ON', 'OFF')
.withDescription('Showing outdoor temperature on secondary display'),
exposes.enum('temperature_display_mode', ea.ALL, ['celsius', 'fahrenheit'])
.withDescription('The temperature format displayed on the thermostat screen'),
exposes.enum('time_format', ea.ALL, ['24h', '12h'])
.withDescription('The time format featured on the thermostat display'),
exposes.enum('backlight_auto_dim', ea.ALL, ['on_demand', 'sensing'])
.withDescription('Control backlight dimming behavior'),
exposes.enum('keypad_lockout', ea.ALL, ['unlock', 'lock1'])
.withDescription('Enables or disables the device’s buttons'),
exposes.enum('main_cycle_output', ea.ALL, ['15_sec', '15_min'])
.withDescription('The length of the control cycle: 15_sec=normal 15_min=fan'),
e.power().withAccess(ea.STATE_GET), e.current(), e.voltage(), e.energy(),
],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = [
'genBasic', 'genIdentify', 'genGroups', 'hvacThermostat', 'hvacUserInterfaceCfg',
'msTemperatureMeasurement', 'haElectricalMeasurement', 'seMetering',
'manuSpecificSinope'];
await reporting.bind(endpoint, coordinatorEndpoint, binds);
await reporting.thermostatTemperature(endpoint);
await reporting.thermostatPIHeatingDemand(endpoint);
await reporting.thermostatOccupiedHeatingSetpoint(endpoint);
await reporting.temperature(endpoint, {min: 1, max: 0xFFFF}); // Disable default reporting
await endpoint.configureReporting('msTemperatureMeasurement', [{
attribute: 'tolerance', minimumReportInterval: 1, maximumReportInterval: 0xFFFF, reportableChange: 1}]);
try {
await reporting.thermostatSystemMode(endpoint);
} catch (error) {/* Not all support this */}
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.currentSummDelivered(endpoint, {min: 10, max: 303, change: [1, 1]});
await reporting.readEletricalMeasurementMultiplierDivisors(endpoint);
try {
await endpoint.read('haElectricalMeasurement', ['acPowerMultiplier', 'acPowerDivisor']);
await reporting.activePower(endpoint, {min: 10, max: 305, change: 1}); // divider 1: 1W
} catch (error) {
endpoint.saveClusterAttributeKeyValue('haElectricalMeasurement', {'acPowerMultiplier': 1, 'acPowerDivisor': 1});
}
await reporting.rmsCurrent(endpoint, {min: 10, max: 306, change: 100}); // divider 1000: 0.1Arms
await reporting.rmsVoltage(endpoint, {min: 10, max: 307, change: 5}); // divider 10: 0.5Vrms
},
},
{
zigbeeModel: ['TH1124ZB'],
model: 'TH1124ZB',
vendor: 'Sinopé',
description: 'Zigbee line volt thermostat',
fromZigbee: [fzLocal.thermostat, fzLocal.sinope, fz.legacy.hvac_user_interface,
fz.electrical_measurement, fz.metering, fz.ignore_temperature_report],
toZigbee: [tz.thermostat_local_temperature, tz.thermostat_occupied_heating_setpoint, tz.thermostat_unoccupied_heating_setpoint,
tz.thermostat_temperature_display_mode, tz.thermostat_keypad_lockout, tz.thermostat_system_mode, tzLocal.backlight_autodim,
tzLocal.thermostat_time, tzLocal.time_format, tzLocal.enable_outdoor_temperature, tzLocal.outdoor_temperature,
tzLocal.thermostat_occupancy, tzLocal.main_cycle_output, tz.electrical_measurement_power],
exposes: [
exposes.climate()
.withSetpoint('occupied_heating_setpoint', 5, 30, 0.5)
.withSetpoint('unoccupied_heating_setpoint', 5, 30, 0.5)
.withLocalTemperature()
.withSystemMode(['off', 'heat'], ea.ALL, 'Mode of the thermostat')
.withPiHeatingDemand()
.withRunningState(['idle', 'heat'], ea.STATE),
exposes.enum('thermostat_occupancy', ea.ALL, ['unoccupied', 'occupied'])
.withDescription('Occupancy state of the thermostat'),
exposes.binary('enable_outdoor_temperature', ea.ALL, 'ON', 'OFF')
.withDescription('Showing outdoor temperature on secondary display'),
exposes.enum('temperature_display_mode', ea.ALL, ['celsius', 'fahrenheit'])
.withDescription('The temperature format displayed on the thermostat screen'),
exposes.enum('time_format', ea.ALL, ['24h', '12h'])
.withDescription('The time format featured on the thermostat display'),
exposes.enum('backlight_auto_dim', ea.ALL, ['on_demand', 'sensing'])
.withDescription('Control backlight dimming behavior'),
exposes.enum('keypad_lockout', ea.ALL, ['unlock', 'lock1'])
.withDescription('Enables or disables the device’s buttons'),
exposes.enum('main_cycle_output', ea.ALL, ['15_sec', '15_min'])
.withDescription('The length of the control cycle: 15_sec=normal 15_min=fan'),
e.power().withAccess(ea.STATE_GET), e.current(), e.voltage(), e.energy(),
],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = [
'genBasic', 'genIdentify', 'genGroups', 'hvacThermostat', 'hvacUserInterfaceCfg',
'msTemperatureMeasurement', 'haElectricalMeasurement', 'seMetering',
'manuSpecificSinope'];
await reporting.bind(endpoint, coordinatorEndpoint, binds);
await reporting.thermostatTemperature(endpoint);
await reporting.thermostatPIHeatingDemand(endpoint);
await reporting.thermostatOccupiedHeatingSetpoint(endpoint);
await reporting.temperature(endpoint, {min: 1, max: 0xFFFF}); // Disable default reporting
await endpoint.configureReporting('msTemperatureMeasurement', [{
attribute: 'tolerance', minimumReportInterval: 1, maximumReportInterval: 0xFFFF, reportableChange: 1}]);
try {
await reporting.thermostatSystemMode(endpoint);
} catch (error) {/* Not all support this */}
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.currentSummDelivered(endpoint, {min: 10, max: 303, change: [1, 1]});
await reporting.readEletricalMeasurementMultiplierDivisors(endpoint);
try {
await endpoint.read('haElectricalMeasurement', ['acPowerMultiplier', 'acPowerDivisor']);
await reporting.activePower(endpoint, {min: 10, max: 305, change: 1}); // divider 1: 1W
} catch (error) {
endpoint.saveClusterAttributeKeyValue('haElectricalMeasurement', {'acPowerMultiplier': 1, 'acPowerDivisor': 1});
}
await reporting.rmsCurrent(endpoint, {min: 10, max: 306, change: 100}); // divider 1000: 0.1Arms
await reporting.rmsVoltage(endpoint, {min: 10, max: 307, change: 5}); // divider 10: 0.5Vrms
},
},
{
zigbeeModel: ['TH1123ZB-G2'],
model: 'TH1123ZB-G2',
vendor: 'Sinopé',
description: 'Zigbee line volt thermostat',
fromZigbee: [fzLocal.thermostat, fzLocal.sinope, fz.legacy.hvac_user_interface,
fz.electrical_measurement, fz.metering, fz.ignore_temperature_report],
toZigbee: [tz.thermostat_local_temperature, tz.thermostat_occupied_heating_setpoint, tz.thermostat_unoccupied_heating_setpoint,
tz.thermostat_temperature_display_mode, tz.thermostat_keypad_lockout, tz.thermostat_system_mode, tzLocal.backlight_autodim,
tzLocal.thermostat_time, tzLocal.time_format, tzLocal.enable_outdoor_temperature, tzLocal.outdoor_temperature,
tzLocal.thermostat_occupancy, tzLocal.main_cycle_output, tz.electrical_measurement_power],
exposes: [
exposes.climate()
.withSetpoint('occupied_heating_setpoint', 5, 30, 0.5)
.withSetpoint('unoccupied_heating_setpoint', 5, 30, 0.5)
.withLocalTemperature()
.withSystemMode(['off', 'heat'], ea.ALL, 'Mode of the thermostat')
.withPiHeatingDemand()
.withRunningState(['idle', 'heat'], ea.STATE),
exposes.enum('thermostat_occupancy', ea.ALL, ['unoccupied', 'occupied'])
.withDescription('Occupancy state of the thermostat'),
exposes.binary('enable_outdoor_temperature', ea.ALL, 'ON', 'OFF')
.withDescription('Showing outdoor temperature on secondary display'),
exposes.enum('temperature_display_mode', ea.ALL, ['celsius', 'fahrenheit'])
.withDescription('The temperature format displayed on the thermostat screen'),
exposes.enum('time_format', ea.ALL, ['24h', '12h'])
.withDescription('The time format featured on the thermostat display'),
exposes.enum('backlight_auto_dim', ea.ALL, ['on_demand', 'sensing'])
.withDescription('Control backlight dimming behavior'),
exposes.enum('keypad_lockout', ea.ALL, ['unlock', 'lock1'])
.withDescription('Enables or disables the device’s buttons'),
exposes.enum('main_cycle_output', ea.ALL, ['15_sec', '15_min'])
.withDescription('The length of the control cycle: 15_sec=normal 15_min=fan'),
e.power().withAccess(ea.STATE_GET), e.current(), e.voltage(), e.energy(),
],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = [
'genBasic', 'genIdentify', 'genGroups', 'hvacThermostat', 'hvacUserInterfaceCfg',
'msTemperatureMeasurement', 'haElectricalMeasurement', 'seMetering',
'manuSpecificSinope'];
await reporting.bind(endpoint, coordinatorEndpoint, binds); // This G2 version has limited memory space
const thermostatDate = new Date();
const thermostatTimeSec = thermostatDate.getTime() / 1000;
const thermostatTimezoneOffsetSec = thermostatDate.getTimezoneOffset() * 60;
const currentTimeToDisplay = Math.round(thermostatTimeSec - thermostatTimezoneOffsetSec - 946684800);
await endpoint.write('manuSpecificSinope', {currentTimeToDisplay}, manuSinope);
await endpoint.write('manuSpecificSinope', {'secondScreenBehavior': 0}, manuSinope); // Mode auto
await reporting.thermostatTemperature(endpoint);
await reporting.thermostatPIHeatingDemand(endpoint);
await reporting.thermostatOccupiedHeatingSetpoint(endpoint);
await reporting.thermostatSystemMode(endpoint);
await reporting.temperature(endpoint, {min: 1, max: 0xFFFF}); // Disable default reporting
await endpoint.configureReporting('msTemperatureMeasurement', [{
attribute: 'tolerance', minimumReportInterval: 1, maximumReportInterval: 0xFFFF, reportableChange: 1}]);
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.currentSummDelivered(endpoint, {min: 10, max: 303, change: [1, 1]});
await reporting.readEletricalMeasurementMultiplierDivisors(endpoint);
await reporting.activePower(endpoint, {min: 10, max: 305, change: 1}); // divider 1: 1W
await reporting.rmsCurrent(endpoint, {min: 10, max: 306, change: 100}); // divider 1000: 0.1Arms
await reporting.rmsVoltage(endpoint, {min: 10, max: 307, change: 5}); // divider 10: 0.5Vrms
// Disable default reporting (not used by Sinope)
await reporting.thermostatRunningState(endpoint, {min: 1, max: 0xFFFF});
try {
await reporting.thermostatUnoccupiedHeatingSetpoint(endpoint);
} catch (error) {/* Do nothing */}
},
},
{
zigbeeModel: ['TH1124ZB-G2'],
model: 'TH1124ZB-G2',
vendor: 'Sinopé',
description: 'Zigbee line volt thermostat',
fromZigbee: [fzLocal.thermostat, fzLocal.sinope, fz.legacy.hvac_user_interface,
fz.electrical_measurement, fz.metering, fz.ignore_temperature_report],
toZigbee: [tz.thermostat_local_temperature, tz.thermostat_occupied_heating_setpoint, tz.thermostat_unoccupied_heating_setpoint,
tz.thermostat_temperature_display_mode, tz.thermostat_keypad_lockout, tz.thermostat_system_mode, tzLocal.backlight_autodim,
tzLocal.thermostat_time, tzLocal.time_format, tzLocal.enable_outdoor_temperature, tzLocal.outdoor_temperature,
tzLocal.thermostat_occupancy, tzLocal.main_cycle_output, tz.electrical_measurement_power],
exposes: [
exposes.climate()
.withSetpoint('occupied_heating_setpoint', 5, 30, 0.5)
.withSetpoint('unoccupied_heating_setpoint', 5, 30, 0.5)
.withLocalTemperature()
.withSystemMode(['off', 'heat'], ea.ALL, 'Mode of the thermostat')
.withPiHeatingDemand()
.withRunningState(['idle', 'heat'], ea.STATE),
exposes.enum('thermostat_occupancy', ea.ALL, ['unoccupied', 'occupied'])
.withDescription('Occupancy state of the thermostat'),
exposes.binary('enable_outdoor_temperature', ea.ALL, 'ON', 'OFF')
.withDescription('Showing outdoor temperature on secondary display'),
exposes.enum('temperature_display_mode', ea.ALL, ['celsius', 'fahrenheit'])
.withDescription('The temperature format displayed on the thermostat screen'),
exposes.enum('time_format', ea.ALL, ['24h', '12h'])
.withDescription('The time format featured on the thermostat display'),
exposes.enum('backlight_auto_dim', ea.ALL, ['on_demand', 'sensing'])
.withDescription('Control backlight dimming behavior'),
exposes.enum('keypad_lockout', ea.ALL, ['unlock', 'lock1'])
.withDescription('Enables or disables the device’s buttons'),
exposes.enum('main_cycle_output', ea.ALL, ['15_sec', '15_min'])
.withDescription('The length of the control cycle: 15_sec=normal 15_min=fan'),
e.power().withAccess(ea.STATE_GET), e.current(), e.voltage(), e.energy(),
],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = [
'genBasic', 'genIdentify', 'genGroups', 'hvacThermostat', 'hvacUserInterfaceCfg',
'msTemperatureMeasurement', 'haElectricalMeasurement', 'seMetering',
'manuSpecificSinope'];
await reporting.bind(endpoint, coordinatorEndpoint, binds); // This G2 version has limited memory space
const thermostatDate = new Date();
const thermostatTimeSec = thermostatDate.getTime() / 1000;
const thermostatTimezoneOffsetSec = thermostatDate.getTimezoneOffset() * 60;
const currentTimeToDisplay = Math.round(thermostatTimeSec - thermostatTimezoneOffsetSec - 946684800);
await endpoint.write('manuSpecificSinope', {currentTimeToDisplay}, manuSinope);
await endpoint.write('manuSpecificSinope', {'secondScreenBehavior': 0}, manuSinope); // Mode auto
await reporting.thermostatTemperature(endpoint);
await reporting.thermostatPIHeatingDemand(endpoint);
await reporting.thermostatOccupiedHeatingSetpoint(endpoint);
await reporting.thermostatSystemMode(endpoint);
await reporting.temperature(endpoint, {min: 1, max: 0xFFFF}); // Disable default reporting
await endpoint.configureReporting('msTemperatureMeasurement', [{
attribute: 'tolerance', minimumReportInterval: 1, maximumReportInterval: 0xFFFF, reportableChange: 1}]);
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.currentSummDelivered(endpoint, {min: 10, max: 303, change: [1, 1]});
await reporting.readEletricalMeasurementMultiplierDivisors(endpoint);
await reporting.activePower(endpoint, {min: 10, max: 305, change: 1}); // divider 1: 1W
await reporting.rmsCurrent(endpoint, {min: 10, max: 306, change: 100}); // divider 1000: 0.1Arms
await reporting.rmsVoltage(endpoint, {min: 10, max: 307, change: 5}); // divider 10: 0.5Vrms
// Disable default reporting (not used by Sinope)
await reporting.thermostatRunningState(endpoint, {min: 1, max: 0xFFFF});
try {
await reporting.thermostatUnoccupiedHeatingSetpoint(endpoint);
} catch (error) {/* Do nothing */}
},
},
{
zigbeeModel: ['TH1300ZB'],
model: 'TH1300ZB',
vendor: 'Sinopé',
description: 'Zigbee smart floor heating thermostat',
fromZigbee: [fzLocal.thermostat, fzLocal.sinope, fz.legacy.hvac_user_interface,
fz.electrical_measurement, fz.metering, fz.ignore_temperature_report],
toZigbee: [tz.thermostat_local_temperature, tz.thermostat_occupied_heating_setpoint, tz.thermostat_unoccupied_heating_setpoint,
tz.thermostat_temperature_display_mode, tz.thermostat_keypad_lockout, tz.thermostat_system_mode, tzLocal.backlight_autodim,
tzLocal.thermostat_time, tzLocal.time_format, tzLocal.enable_outdoor_temperature, tzLocal.outdoor_temperature,
tzLocal.thermostat_occupancy, tzLocal.floor_control_mode, tzLocal.ambiant_max_heat_setpoint, tzLocal.floor_min_heat_setpoint,
tzLocal.floor_max_heat_setpoint, tzLocal.temperature_sensor, tz.electrical_measurement_power],
exposes: [
exposes.climate()
.withSetpoint('occupied_heating_setpoint', 5, 36, 0.5)
.withSetpoint('unoccupied_heating_setpoint', 5, 36, 0.5)
.withLocalTemperature()
.withSystemMode(['off', 'heat'], ea.ALL, 'Mode of the thermostat')
.withPiHeatingDemand()
.withRunningState(['idle', 'heat'], ea.STATE),
exposes.enum('thermostat_occupancy', ea.ALL, ['unoccupied', 'occupied'])
.withDescription('Occupancy state of the thermostat'),
exposes.binary('enable_outdoor_temperature', ea.ALL, 'ON', 'OFF')
.withDescription('Showing outdoor temperature on secondary display'),
exposes.enum('temperature_display_mode', ea.ALL, ['celsius', 'fahrenheit'])
.withDescription('The temperature format displayed on the thermostat screen'),
exposes.enum('time_format', ea.ALL, ['24h', '12h'])
.withDescription('The time format featured on the thermostat display'),
exposes.enum('backlight_auto_dim', ea.ALL, ['on_demand', 'sensing'])
.withDescription('Control backlight dimming behavior'),
exposes.enum('keypad_lockout', ea.ALL, ['unlock', 'lock1'])
.withDescription('Enables or disables the device’s buttons'),
e.power().withAccess(ea.STATE_GET), e.current(), e.voltage(), e.energy()],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = [
'genBasic', 'genIdentify', 'genGroups', 'hvacThermostat', 'hvacUserInterfaceCfg',
'haElectricalMeasurement', 'msTemperatureMeasurement', 'seMetering', 'manuSpecificSinope'];
await reporting.bind(endpoint, coordinatorEndpoint, binds);
await reporting.thermostatTemperature(endpoint);
await reporting.thermostatPIHeatingDemand(endpoint);
await reporting.thermostatOccupiedHeatingSetpoint(endpoint);
try {
await reporting.readMeteringMultiplierDivisor(endpoint);
} catch (error) {/* Do nothing*/}
try {
await reporting.currentSummDelivered(endpoint, {min: 10, max: 303, change: [1, 1]});
} catch (error) {/* Do nothing*/}
try {
await endpoint.read('haElectricalMeasurement', ['acPowerMultiplier', 'acPowerDivisor']);
await reporting.activePower(endpoint, {min: 10, max: 305, change: 1}); // divider 1: 1W
} catch (error) {
endpoint.saveClusterAttributeKeyValue('haElectricalMeasurement', {'acPowerMultiplier': 1, 'acPowerDivisor': 1});
}
try {
await endpoint.read('haElectricalMeasurement', ['acCurrentMultiplier', 'acCurrentDivisor']);
await reporting.rmsCurrent(endpoint, {min: 10, max: 306, change: 100}); // divider 1000: 0.1Arms
} catch (error) {/* Do nothing*/}
try {
await endpoint.read('haElectricalMeasurement', ['acVoltageMultiplier', 'acVoltageDivisor']);
await reporting.rmsVoltage(endpoint, {min: 10, max: 307, change: 5}); // divider 10: 0.5Vrms
} catch (error) {/* Do nothing*/}
try {
await reporting.thermostatKeypadLockMode(endpoint);
} catch (error) {
// Not all support this: https://github.com/Koenkk/zigbee2mqtt/issues/3760
}
await endpoint.configureReporting('manuSpecificSinope', [{attribute: 'GFCiStatus', minimumReportInterval: 1,
maximumReportInterval: constants.repInterval.HOUR, reportableChange: 1}]);
await endpoint.configureReporting('manuSpecificSinope', [{attribute: 'floorLimitStatus', minimumReportInterval: 1,
maximumReportInterval: constants.repInterval.HOUR, reportableChange: 1}]);
await reporting.temperature(endpoint, {min: 1, max: 0xFFFF}); // disable reporting
},
},
{
zigbeeModel: ['TH1400ZB'],
model: 'TH1400ZB',
vendor: 'Sinopé',
description: 'Zigbee low volt thermostat',
fromZigbee: [fzLocal.thermostat, fzLocal.sinope, fz.legacy.hvac_user_interface,
fz.electrical_measurement, fz.metering, fz.ignore_temperature_report],
toZigbee: [tz.thermostat_local_temperature, tz.thermostat_occupied_heating_setpoint, tz.thermostat_unoccupied_heating_setpoint,
tz.thermostat_temperature_display_mode, tz.thermostat_keypad_lockout, tz.thermostat_system_mode, tzLocal.backlight_autodim,
tzLocal.thermostat_time, tzLocal.time_format, tzLocal.enable_outdoor_temperature, tzLocal.outdoor_temperature,
tzLocal.thermostat_occupancy, tzLocal.floor_control_mode, tzLocal.ambiant_max_heat_setpoint, tzLocal.floor_min_heat_setpoint,
tzLocal.floor_max_heat_setpoint, tzLocal.temperature_sensor, tz.thermostat_min_heat_setpoint_limit,
tz.thermostat_max_heat_setpoint_limit, tzLocal.connected_load, tzLocal.aux_connected_load, tzLocal.main_cycle_output,
tzLocal.aux_cycle_output, tzLocal.pump_protection],
exposes: [
exposes.climate()
.withSetpoint('occupied_heating_setpoint', 5, 36, 0.5)
.withSetpoint('unoccupied_heating_setpoint', 5, 36, 0.5)
.withLocalTemperature()
.withSystemMode(['off', 'heat'])
.withPiHeatingDemand()
.withRunningState(['idle', 'heat'], ea.STATE),
e.max_heat_setpoint_limit(5, 36, 0.5),
e.min_heat_setpoint_limit(5, 36, 0.5),
exposes.enum('thermostat_occupancy', ea.ALL, ['unoccupied', 'occupied'])
.withDescription('Occupancy state of the thermostat'),
exposes.binary('enable_outdoor_temperature', ea.ALL, 'ON', 'OFF')
.withDescription('Showing outdoor temperature on secondary display'),
exposes.enum('temperature_display_mode', ea.ALL, ['celsius', 'fahrenheit'])
.withDescription('The temperature format displayed on the thermostat screen'),
exposes.enum('time_format', ea.ALL, ['24h', '12h'])
.withDescription('The time format featured on the thermostat display'),
exposes.enum('backlight_auto_dim', ea.ALL, ['on_demand', 'sensing'])
.withDescription('The display backlight behavior'),
exposes.enum('keypad_lockout', ea.ALL, ['unlock', 'lock1'])
.withDescription('Enables or disables the device’s buttons'),
exposes.numeric('connected_load', ea.ALL)
.withUnit('W').withValueMin(1).withValueMax(20000)
.withDescription('The power in watts of the electrical load connected to the device'),
exposes.enum('floor_control_mode', ea.ALL, ['ambiant', 'floor'])
.withDescription('Control mode using floor or ambient temperature'),
exposes.numeric('floor_max_heat_setpoint', ea.ALL)
.withUnit('°C').withValueMin(7).withValueMax(36).withValueStep(0.5)
.withPreset('off', 'off', 'Use minimum permitted value')
.withDescription('The maximum floor temperature limit of the floor when in ambient control mode'),
exposes.numeric('floor_min_heat_setpoint', ea.ALL)
.withUnit('°C').withValueMin(5).withValueMax(34).withValueStep(0.5)
.withPreset('off', 'off', 'Use minimum permitted value')
.withDescription('The minimum floor temperature limit of the floor when in ambient control mode'),
exposes.numeric('ambiant_max_heat_setpoint', ea.ALL)
.withUnit('°C').withValueMin(5).withValueMax(36).withValueStep(0.5)
.withPreset('off', 'off', 'Use minimum permitted value')
.withDescription('The maximum ambient temperature limit when in floor control mode'),
exposes.enum('floor_temperature_sensor', ea.ALL, ['10k', '12k'])
.withDescription('The floor sensor'),
exposes.enum('main_cycle_output', ea.ALL, ['15_sec', '5_min', '10_min', '15_min', '20_min', '30_min'])
.withDescription('The length of the control cycle according to the type of load connected to the thermostats'),
exposes.enum('aux_cycle_output', ea.ALL, ['off', '15_sec', '5_min', '10_min', '15_min', '20_min', '30_min'])
.withDescription('The length of the control cycle according to the type of auxiliary load connected to the thermostats'),
exposes.binary('pump_protection', ea.ALL, 'ON', 'OFF')
.withDescription('This function prevents the seizure of the pump'),
exposes.numeric('aux_connected_load', ea.ALL)
.withUnit('W').withValueMin(0).withValueMax(20000)
.withDescription('The power in watts of the heater connected to the auxiliary output of the thermostat'),
],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = [
'genBasic', 'genIdentify', 'genGroups', 'hvacThermostat',
'hvacUserInterfaceCfg', 'msTemperatureMeasurement', 'manuSpecificSinope'];
await reporting.bind(endpoint, coordinatorEndpoint, binds);
await reporting.thermostatTemperature(endpoint);
await reporting.thermostatOccupiedHeatingSetpoint(endpoint);
await reporting.thermostatPIHeatingDemand(endpoint);
try {
await reporting.thermostatSystemMode(endpoint);
} catch (error) {/* Not all support this */}
await endpoint.read('hvacThermostat', ['occupiedHeatingSetpoint', 'localTemp', 'systemMode', 'pIHeatingDemand',
'SinopeBacklight', 'maxHeatSetpointLimit', 'minHeatSetpointLimit', 'SinopeMainCycleOutput', 'SinopeAuxCycleOutput']);
await endpoint.read('hvacUserInterfaceCfg', ['keypadLockout', 'tempDisplayMode']);
await endpoint.read('manuSpecificSinope', ['timeFormatToDisplay', 'connectedLoad', 'auxConnectedLoad', 'floorControlMode',
'floorMinHeatSetpointLimit', 'floorMaxHeatSetpointLimit', 'ambiantMaxHeatSetpointLimit', 'outdoorTempToDisplayTimeout',
'temperatureSensor', 'pumpProtection']);
await reporting.temperature(endpoint, {min: 1, max: 0xFFFF}); // disable reporting
},
},
{
zigbeeModel: ['TH1500ZB'],
model: 'TH1500ZB',
vendor: 'Sinopé',
description: 'Zigbee dual pole line volt thermostat',
fromZigbee: [fzLocal.thermostat, fzLocal.sinope, fz.legacy.hvac_user_interface,
fz.electrical_measurement, fz.metering, fz.ignore_temperature_report],
toZigbee: [tz.thermostat_local_temperature, tz.thermostat_occupied_heating_setpoint, tz.thermostat_unoccupied_heating_setpoint,
tz.thermostat_temperature_display_mode, tz.thermostat_keypad_lockout, tz.thermostat_system_mode, tzLocal.backlight_autodim,
tzLocal.thermostat_time, tzLocal.time_format, tzLocal.enable_outdoor_temperature, tzLocal.outdoor_temperature,
tzLocal.thermostat_occupancy],
exposes: [
exposes.climate()
.withSetpoint('occupied_heating_setpoint', 5, 30, 0.5)
.withSetpoint('unoccupied_heating_setpoint', 5, 30, 0.5)
.withLocalTemperature()
.withSystemMode(['off', 'heat'], ea.ALL, 'Mode of the thermostat')
.withPiHeatingDemand()
.withRunningState(['idle', 'heat'], ea.STATE),
exposes.enum('thermostat_occupancy', ea.ALL, ['unoccupied', 'occupied'])
.withDescription('Occupancy state of the thermostat'),
exposes.binary('enable_outdoor_temperature', ea.ALL, 'ON', 'OFF')
.withDescription('Showing outdoor temperature on secondary display'),
exposes.enum('temperature_display_mode', ea.ALL, ['celsius', 'fahrenheit'])
.withDescription('The temperature format displayed on the thermostat screen'),
exposes.enum('time_format', ea.ALL, ['24h', '12h'])
.withDescription('The time format featured on the thermostat display'),
exposes.enum('backlight_auto_dim', ea.ALL, ['on_demand', 'sensing'])
.withDescription('Control backlight dimming behavior'),
exposes.enum('keypad_lockout', ea.ALL, ['unlock', 'lock1'])
.withDescription('Enables or disables the device’s buttons'),
],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = [
'genBasic', 'genIdentify', 'genGroups',
'hvacThermostat', 'hvacUserInterfaceCfg', 'msTemperatureMeasurement'];
await reporting.bind(endpoint, coordinatorEndpoint, binds);
await reporting.thermostatTemperature(endpoint);
await reporting.thermostatOccupiedHeatingSetpoint(endpoint);
await reporting.thermostatPIHeatingDemand(endpoint);
},
},
{
zigbeeModel: ['SW2500ZB'],
model: 'SW2500ZB',
vendor: 'Sinopé',
description: 'Zigbee smart light switch',
fromZigbee: [fz.on_off, fz.electrical_measurement, fzLocal.sinope],
toZigbee: [tz.on_off, tzLocal.timer_seconds, tzLocal.led_intensity_on, tzLocal.led_intensity_off,
tzLocal.led_color_on, tzLocal.led_color_off],
exposes: [e.switch(),
exposes.numeric('timer_seconds', ea.ALL).withValueMin(0).withValueMax(10800)
.withDescription('Automatically turn off load after x seconds'),
exposes.numeric('led_intensity_on', ea.ALL).withValueMin(0).withValueMax(100)
.withDescription('Control status LED intensity when load ON'),
exposes.numeric('led_intensity_off', ea.ALL).withValueMin(0).withValueMax(100)
.withDescription('Control status LED intensity when load OFF'),
exposes.composite('led_color_on', 'led_color_on', ea.SET)
.withFeature(exposes.numeric('r', ea.SET))
.withFeature(exposes.numeric('g', ea.SET))
.withFeature(exposes.numeric('b', ea.SET))
.withDescription('Control status LED color when load ON'),
exposes.composite('led_color_off', 'led_color_off', ea.SET)
.withFeature(exposes.numeric('r', ea.SET))
.withFeature(exposes.numeric('g', ea.SET))
.withFeature(exposes.numeric('b', ea.SET))
.withDescription('Control status LED color when load OFF')],
configure: async (device, coordinatorEndpoint, logger) => {
const endpoint = device.getEndpoint(1);
const binds = ['genOnOff'];
await reporting.bind(endpoint, coordinatorEndpoint, binds);
await reporting.onOff(endpoint);
},
},
{