Qubino Flush On/Off Thermostat 2 - micromódulo termostato Z-Wave+

Características técnicas

Tecnología	Z-Wave Plus
Característica	Medición de Consumo

Descripción

El termostato Qubino Thermostat On/Off 2 es un termostato de tecnología inalámbrica Z-Wave en formato micromódulo y es ideal para el control remoto de sistemas de calefacción por suelo radiante eléctricos o de suelo radiante basados en circuitos de agua caliente (los más habituales en España), calentadores de agua eléctricos, bombas de agua caliente, radiadores eléctricos y similares. Se conecta directamente a la alimentación de 240 V AC o a una fuente de 24 V DC y no necesita pilas.

Mide el consumo de energía de su sistema de calefacción eléctrico

El termostato inteligente mide el consumo de energía del sistema de calefacción conectado: consumo de energía en W y consumo acumulado en kWh. (esto es generalmente útil si la fuente de generación de calor es eléctrica).

Mide y regula automáticamente la temperatura

El termostato inteligente Qubino Thermostat On/Off 2 viene con un sensor digital de temperatura. Permite medir y controlar la temperatura ambiente conectando y desconectando automáticamente la fuente de calor conectada.

Usted puede decidir si desea mostrar la temperatura en °C o °F en su controlador domótico Z-Wave. (Fibaro, eedomus, smartthings, Vera, Home Assistant, OpenHAB, etc.)

El termostato Qubino Flush On/Off 2 se puede utilizar con todo tipo de sistemas de calefacción directa o indirectamente.

El termostato Qubino Flush On/Off 2 funciona con calderas de calefacción por gas y gas-oil (generalmente intercalando un rele libre de potencial), bomba de calor, radiadores eléctricos calefacción por suelo radiante eléctrico, calefacción por suelo radiante mediante circuitos de agua caliente, paneles de infra-rojos...

Ventajas de Qubino Flush On/Off Thermostat 2 - micromódulo termostato Z-Wave+

Es un dispositivo inalámbrico e inteligente para el hogar, que se utiliza como controlador de la calefacción o de agua caliente, y que también mide el consumo de energía.

Es ideal para el control inalámbrico de sistemas de calefacción por suelo radiante eléctrico o suelo radiante por agua, calentadores de agua eléctricos, bombas de agua caliente, radiadores eléctricos, paneles IR, etc. Permite establecer horarios para ajustar la temperatura de su hogar a su estilo de vida. Apaga automáticamente su sistema de calefacción inteligente después de salir por la mañana y lo vuelve a encender a distancia antes de volver a casa.

Conectado a un sensor de temperatura, hace que el sistema de calefacción se encienda de vez en cuando para evitar que la temperatura baje, digamos, por debajo de los 17°C . Tu casa siempre te dará la bienvenida con una temperatura óptima, sin importar el tiempo que vayas a estar fuera.

En una casa tipo situada en el hemisferio norte, la calefacción supone aproximadamente la mitad del consumo total de energía.

El termostato Qubino Flush On/Off Thermostat 2 puede reducir significativamente las necesidades de energía y ahorrar dinero en calefacción, manteniendo la casa a una temperatura óptima. Calentar cada habitación por separado ofrece un nivel máximo de bienestar a la vez que hace que su casa sea más eficiente desde el punto de vista energético. El termostato inteligente Qubino Flush On/Off Thermostat 2 permite la zonificación inteligente, lo que significa que puede apagar la calefacción en habitaciones de forma independiente y ahorrar calefacción y energía sin comprometer el confort.

El termostato Qubino Flush On/Off Thermostat 2 le permite establecer una temperatura diferente en cada habitación en función de sus necesidades. La creación de zonas inteligentes en toda su casa reducirá el consumo de energía de su sistema de calefacción al reducir la temperatura en las habitaciones vacías. Al mismo tiempo, puede crear un clima perfecto donde y cuando sea necesario.

Poder apagar los mayores consumidores de energía, como los sistemas de calefacción, mientras se está fuera, reducirá considerablemente sus facturas de electricidad. Pero no a costa de su comodidad.

¿Cómo funciona Qubino Flush On/Off Thermostat 2?

Los dispositivos inalámbricos Qubino para smarthome están desarrollados con la tecnología mundialmente conocida para los hogares inteligentes: Z-Wave. Lo que significa que los dispositivos Qubino se conectan con un hub (pasarela o centro domótico) de hogar inteligente que también funciona con la tecnología Z-Wave. A través de la aplicación del centro domótico, podemos añadir los dispositivos Qubino a la red doméstica inteligente y controlarlos con el smartphone o establecer horarios que activen o desactiven automáticamente los dispositivos, que salten los termostatos cunado hay presencia o apagar la calefacción cuando no la hay, etc..

¿Cómo se instala?

Los dispositivos Qubino se comunican a través del protocolo inalámbrico, por lo que no es necesario derribar paredes ni instalar cables adicionales en su red eléctrica. La instalación es rápida y sencilla.

Conecte el dispositivo Qubino detrás de su interruptor de pared existente, al lado de las válvulas de calefacción eléctrica, cerca de la bomba de agua - donde lo necesite, (consulte el esquema eléctrico para los esquemas de conexión), emparéjelo con una pasarela Z-Wave y controle su dispositivo con un teléfono inteligente o establezca escenarios para que funcionen automáticamente.

Consulte los vídeos de instalación para ver diferentes ejemplos de aplicación de este termostato:

Instalación de Qubino Flush On/Off Thermostat 2 para calefacción por suelo radiante:

Instalación de Qubino Flush On/Off Thermostat 2 para calefacción mediante termo/acumulador de agua caliente (menos popular en España y Portugal)

Instalación de Qubino Flush On/Off Thermostat 2 para calefacción con paneles de infrarrojos o radiadores eléctricos:

Instalación de Qubino Flush On/Off Thermostat 2 para el control de la bomba de circulación de agua de calefacción y/o radiadores:

Para una configuración rápida y sin problemas, Qubino Termostato 2 es compatible con Z-Wave SmartStart. La configuración del termostato inteligente Qubino es fácil de usar para todos. Basta con escanear el código QR del dispositivo, instalarlo y darle corriente. La pasarela SmartStart reconoce el dispositivo y la inclusión se realiza automáticamente.

FUNCIONES:

Control remoto (a través de smartphone, tablet o PC) y encendido/apagado de válvulas locales para sistemas de calefacción por suelo radiante con agua, o de suelo radiante y resistencia eléctrica, termo-calentadores de agua eléctricos, bombas de agua caliente, radiadores eléctricos, acumuladores de tarifa nocturna y similares.
Funciona con un botón pulsador (interruptor momentáneo) y un interruptor de palanca
Capaz de medir el consumo de energía del dispositivo conectado en tiempo real a través de un smartphone
Funciona en 110-240 VAC o 24-30 VDC
Una de las instalaciones más fáciles y rápidas de este tipo de equipos; puede integrarse incluso en las más pequeñas cajas empotradas o de empalme.
Guarda y restaura el último estado después de un corte de energía.
El rango del sensor digital de temperatura está entre -25 y +80 ° C.
Soporta la inclusión de SmartStart para una instalación rápida
Enciende y apaga automáticamente el dispositivo de acuerdo con la histéresis.
Enciende automáticamente la unidad si la temperatura es demasiado baja (anticongelante).
Soporta ajustes adicionales para usuarios expertos, lo que permite una configuración avanzada
Actúa como un repetidor de señal que mejora el alcance y la estabilidad de su red Z-Wave.
Puede ser usado para controlar y disparar remotamente otros dispositivos en su red Z-Wave

ESPECIFICACIONES TÉCNICAS

Alimentación: 110 - 240 VAC ± 10% 50 / 60Hz, (24-30VDC)
Corriente de carga nominal de la salida CA/CC (carga resistiva): 1 X 10 A (230 V CA) / 1 X 10 A / 30 V CC
Potencia del circuito de salida AC / DC (carga resistiva): 2300W (230VAC) / 240W (24VDC)
Precisión de medición de potencia: P = 5-50W, +/- 3W P> 50W, +/- 3%.
Temperatura de funcionamiento: -10 ~ + 40 ° C
Alcance de funcionamiento de la onda Z: hasta 40 m en interiores
Dimensiones (AnxAlxPr) (con embalaje): 41,8x36,8x16,9 mm (115x96x22 mm)
Peso (con embalaje): 48 g (64 g)
Consumo de energía: 0,4W
Para instalación en cajas: Ø ≥ 60 mm o 2M
Conmutación: relé
Longitud del cable del sensor digital de temperatura: 1000 mm
Repetidor Z-Wave: Sí

¿Por qué Qubino?

Los productos Qubino se diseñan y fabrican en la UE y contienen sólo componentes de la más alta calidad.

Qubino es la marca comercial de GOAP. La empresa GOAP cuenta con más de 30 años de experiencia en proyectos de automatización y un historial de éxito en la implementación de sistemas de automatización en el 50% de los cruceros más grandes y lujosos del planeta.

La innovación es nuestro valor principal y está arraigada en todo lo que hacemos. Nos esforzamos por mejorar constantemente e introducir novedades, adelantándonos a los tiempos. Algunos de nuestros productos son únicos en el mundo. Para dar vida constantemente a nuevas ideas, colaboramos con universidades y centros de investigación.

Qubino garantiza al 100% la calidad de los dispositivos. Se puede ofrecer una calidad tan alta porque cada producto de Qubino pasa por rigurosos estándares de control de calidad durante todo el proceso de producción. Cada dispositivo recibe un número de serie único y un número de pieza, sólo después de pasar por un estricto procedimiento de pruebas.
Para asegurar la calidad de los productos, antes de que entren en el mercado, los probamos y certificamos con instituciones de certificación independientes para recibir el reconocimiento internacional.
Los productos de Qubino cumplen con las directivas de la UE, para garantizar los más altos estándares de seguridad.

Nuestra política de atención al cliente aconseja que cada cliente reciba una respuesta en un plazo de 24 horas.
Sólo tiene que ir a nuestra página web de soporte y abrir un nuevo ticket de soporte. Al indicarnos el número de serie y el número de pieza exclusivos del producto, revisaremos automáticamente el archivo de registro de producción que contiene los parámetros y la información del dispositivo. Esto nos permite identificar y resolver inmediatamente los problemas, ofreciéndole la mejor asistencia al cliente.

Información Ampliada Z-Wave (Inglés)

Nombre: Flush On/Off Thermostat 2

Fabricante:QUBINO

Identificador:ZMNKID1

Número de Certificación Z-Wave:ZC10-19086722

Plataforma Hardware:ZM5202

FLiRS:NO

Tipo de Role:Always On Slave

Descripción Corta:The Qubino Flush On/Off Thermostat 2 is ideal for remotely controlling electric or water-based underfloor heating systems, electric water heaters, hot water pumps, electric radiators, and similar devices.

Descripción:The Qubino Flush On/Off Thermostat 2 can measure the power consumption of the connected electrical device and itself has an extremely low power consumption of just 0.4 W. On/Off Thermostat 2 can operate across a wide temperature range, from a chilly -10˚C to a scorching 40˚C (14˚–104˚F) it allows to create complex scenes and switch any device relative to a set temperature range. - It supports SmartStart inclusion for quick set up - Automatically turn the device on if the temperature is too low (antifreeze) - Automatically turn the device on/off based on Hysteresis - Works on 110-240 VAC or 24-30 VDC

Descargue el manual desde aquí.

Grupo

Max Nodos

Descripción

1

5

Supports the following commands: • Device Reset Locally: triggered upon request, • Sensor multilevel report: triggered upon temperature change, • Meter report: triggered upon energy consumption change according to configuration parameters 40, 42, • Notification report: triggered upon current overload detection, • Thermostat mode: triggered upon thermostat mode change • Thermostat operating state: triggered upon thermostat operating state (Idle, Heating, Cooling)

2

5

Supports the following command: • Basic set: triggered by change of output Q

3

5

Supports the following command: • Basic set: triggered when actual temperature reaches Too High or Too Low temperature limit; Heat mode: when temperature reaches Too High Temperature Limit reports OFF (0x00), when temperature reaches Too Low Temperature Limit reports ON (0xFF). Cool mode: when temperature reaches Too High Temperature Limit reports ON (0xFF), when temperature reaches Too Low Temperature Limit reports OFF (0x00). Thermostat off mode reports OFF (0x00) on both limits reached. Hysteresis is 1°C.

4

5

Supports the following command: • Sensor multilevel report: triggered by change of temperature for threshold defined in configuration parameter 120

Número

Tamaño (Bytes)

Valor por Defecto

Nombre

Descripción

1

Parameter no. 1 – Input I1 switch type

With this parameter, you can select between push-button (momentary) and on/off toggle switch types. Values (size is 1 byte dec): • default value 1 • 0 - push-button (momentary) • 1 - on/off toggle switch

110

2

0

Parameter no. 110 – Temperature Sensor Offset Settings

Set value is added to or subtracted from the actually measured value to adjust the temperature report sent by an external sensor. Values (size is 2 byte dec): • default value 0 • -270 - 270 NOTE1: If configuration parameter 78 (Scale selection) is set to Celsius, then valid interval is -150 – 150 (-15.0 °C – 15.0 °C, resolution 0.1 °C) NOTE2: If configuration parameter 78 (Scale selection) is set to Fahrenheit, then valid interval is -270 - 270 (-27.0 °F – 27.0 °F, resolution 0.1 °F) NOTE3: If configuration parameter 78 (Scale selection) is set to Fahrenheit, note that Fahrenheit values will be converted to Celsius degrees. Due to conversion algorithm please be advised that configuration value could drift when converting values back and forth.

120

2

5

Parameter no. 120 – Temperature Sensor Reporting Threshold

This configuration parameters sets reporting threshold between reported temperature and actual temperature for reporting temperature at association group 4. Values (size is 2 byte dec): • Default value 5 = 0.5°C • 0 – Reporting disabled • 0 - 270 NOTE1: If configuration parameter 78 (Scale selection) is set to Celsius, then valid interval is 0 – 150 (0 °C – 15.0 °C, resolution 0.1 °C) NOTE2: If configuration parameter 78 (Scale selection) is set to Fahrenheit, then valid interval is 0 - 270 (0 °F – 27.0 °F, resolution 0.1 °F) NOTE3: If configuration parameter 78 (Scale selection) is set to Fahrenheit, note that Fahrenheit values will be converted to Celsius degrees. Due to conversion algorithm please be advised that configuration value could drift when converting values back and forth.

4

1

0

Parameter no. 4 – Input 1 contact type

This parameter determines how the switch or push-button is connected. Values (size is 1 byte dec): • default value 0 • 0 - NO (normally open) input type • 1 - NC (normally close) input type

40

1

10

Parameter no. 40 – Watt Power Consumption Reporting Threshold for Q⬆ Load

Choose by how much power consumption needs to increase or decrease to be reported. Values correspond to percentages so if 10 is set, for example, the device will report any power consumption changes of 10% or more compared to the last reading. Values (size is 1 byte dec): • default value 10 • 0 - Power consumption reporting disabled • 1 - 100 = 1% - 100% Power consumption reporting enabled. New value is reported only when Wattage in real time changes by more than the percentage value set in this parameter compared to the previous Wattage reading, starting at 1% (the lowest value possible). NOTE: Power consumption needs to increase or decrease by at least 1 Watt to be reported, REGARDLESS of percentage set in this parameter.

42

2

600

Parameter no. 42 – Watt Power Consumption Reporting Time Threshold for Q⬆

Set value refers to the time interval with which power consumption in Watts is reported (30 – 32767 seconds) starting from time of last Watts reported. If for example 300 is entered, energy consumption reports will be sent to the gateway (hub) every 300 seconds (or 5 minutes). Values (size is 2 byte dec): • default value 600 (600 seconds = 10 minutes) • 0 - Power consumption reporting disabled • 30 - 32767 = 30 - 32767 seconds. Power consumption reporting enabled. Report is sent according to time interval (value) set here. EXAMPLE: If we set value to 30 seconds and the device reports Watts because of percent change of power (parameter 40 - Watt Power Consumption Reporting Threshold) at time = 5 seconds, then the device will send next meter report at time = 35 seconds (assuming the device has not sent report within interval 5 to 35 seconds).

43

2

5

Parameter no. 43 – Hysteresis Upper temperature offset

This parameter defines minimum temperature difference between real measured temperature and set-point temperature to turn device on in heat mode or turn device off in cool mode. Values (size is 2 byte dec): • default value 5 (0.5 °C) • 0 – 450 NOTE1: If configuration parameter 78 (Scale selection) is set to Celsius, then valid interval is 0 – 250 (0.0 °C – 25.0 °C, resolution 0.1 °C) NOTE2: If configuration parameter 78 (Scale selection) is set to Fahrenheit, then valid interval is 0 – 450 (0.0 °F – 45.0 °F, resolution 0.1 °F) NOTE3: If configuration parameter 78 (Scale selection) is set to Fahrenheit, note that Fahrenheit values will be converted to Celsius degrees. Due to conversion algorithm please be advised that configuration value could drift when converting values back and forth.

44

2

5

Parameter no. 44 – Hysteresis Lower temperature offset

This parameter defines minimum temperature difference between real measured temperature and set-point temperature to turn device off in heat mode or turn device on in cool mode. Values (size is 2 byte dec): • default value 5 (0.5 °C) • 0 - 450 NOTE1: If configuration parameter 78 (Scale selection) is set to Celsius, then valid interval is 0 – 250 (0.0 °C – 25.0 °C, resolution 0.1 °C) NOTE2: If configuration parameter 78 (Scale selection) is set to Fahrenheit, then valid interval is 0 – 450 (0.0 °F – 45.0 °F, resolution 0.1 °F) NOTE3: If configuration parameter 78 (Scale selection) is set to Fahrenheit, note that Fahrenheit values will be converted to Celsius degrees. Due to conversion algorithm please be advised that configuration value could drift when converting values back and forth.

45

2

50

Parameter no. 45 – Antifreeze

Set value determines at which temperature the device will be turned on even (if the thermostat was manually set to off). Values (size is 2 byte dec): • default value 50 (5.0 °C) • -125 - 545 • 1000 - Antifreeze functionality disabled NOTE1: Antifreeze is activated only in heating mode and it uses hysteresis of ±0.5°C. NOTE2: If configuration parameter 78 (Scale selection) is set to Celsius, then valid interval is -125 – 125 (-12.5 °C – 12.5 °C, resolution 0.1 °C) NOTE3: If configuration parameter 78 (Scale selection) is set to Fahrenheit, then valid interval is 95 – 545 (9.5 °F – 54.5 °F, resolution 0.1 °F) NOTE4: If configuration parameter 78 (Scale selection) is set to Fahrenheit, note that Fahrenheit values will be converted to Celsius degrees. Due to conversion algorithm please be advised that configuration value could drift when converting values back and forth.

59

1

0

Parameter no. 59 - Thermostat mode

This parameter determines how the device will operate if it will operate in the heating mode or in the cooling mode. The range of the hysteresis will remain the same, only operation will change from heating to cooling and vice versa Values (size is 1 byte dec): • default value 0 • 0 - Heat mode • 1 - Cool mode NOTE1: After parameter change, first exclude device (without setting parameters to default value) and then re include the device!

60

2

50

Parameter no. 60 – Too low temperature limit

This parameter determines the temperature at which the device sends a command to the associated device - to turn ON device or to turn OFF device: Values (size is 2 byte dec): • Default value 50 (Too low temperature limit is 5.0 °C) • -150 - 2120 NOTE1: Too low temperature limit is used with Association Group 3. NOTE2: If configuration parameter 78 (Scale selection) is set to Celsius, then valid interval is -150 – 1000 (-15.0 °C – 100.0 °C, resolution 0.1 °C) NOTE3: If configuration parameter 78 (Scale selection) is set to Fahrenheit, then valid interval is 50 – 2120 (5.0 °F – 212.0 °F, resolution 0.1 °F) NOTE4: If configuration parameter 78 (Scale selection) is set to Fahrenheit, note that Fahrenheit values will be converted to Celsius degrees. Due to conversion algorithm please be advised that configuration value could drift when converting values back and forth.

61

2

700

Parameter no. 61 – Too high temperature limit

This parameter determines the temperature at which the device sends a command to the associated device, to turn ON device or to turn OFF device. Values (size is 2 byte dec): • default value 700 (too high temperature limit is 70.0 °C) • 1 - 2120 NOTE1: Too high temperature limit is used with Association Group 3. NOTE2: If configuration parameter 78 (Scale selection) is set to Celsius, then valid interval is 1 – 1000 (0.1 °C – 100.0 °C, resolution 0.1 °C) NOTE3: If configuration parameter 78 (Scale selection) is set to Fahrenheit, then valid interval is 322 – 2120 (32.2 °F – 212.0 °F, resolution 0.1 °F) NOTE4: If configuration parameter 78 (Scale selection) is set to Fahrenheit, note that Fahrenheit values will be converted to Celsius degrees. Due to conversion algorithm please be advised that configuration value could drift when converting values back and forth.

63

1

0

Parameter no. 63 – Output switch selection

Set value determines the type of the device connected to the on/off output. The output type can be normally open (NO) or normally closed (NC). Values (size is 1 byte dec): • default value 0 • 0 - When switch/device is off the output is 0V (NC). • 1 - When switch/device is off the output is 240V or 24V (NO).

78

1

0

Parameter no. 78 – Scale Selection

This parameter determines in which measurement unit the device will report temperature (Fahrenheit or Celsius) and determines the scale the configuration parameters (43, 44, 44, 45, 60, 61, 110, 120) are interpreted as. Values (size is 1 byte dec): • Default value 0 = degrees Celsius • 0 = degrees Celsius • 1 = degrees Fahrenheit NOTE1: This scale has influence on Temperature reporting. The device is capable of receiving a Set point in all supported scales. NOTE2: This configuration parameter has impact on configuration parameters 43, 44, 44, 45, 60, 61, 110, 120. If scale is set to degrees Fahrenheit configuration values at parameters 43, 44, 44, 45, 60, 61, 110, 120 will be converted to degrees Celsius. Please note that converted values could drift when converting values back and forth.

Basic V2

COMMAND_CLASS_BASIC_V2

Association Group Information V3

COMMAND_CLASS_ASSOCIATION_GRP_INFO_V3

Association V2

COMMAND_CLASS_ASSOCIATION_V2

Basic V2

COMMAND_CLASS_BASIC_V2

Configuration

COMMAND_CLASS_CONFIGURATION

Device Reset Locally

COMMAND_CLASS_DEVICE_RESET_LOCALLY

Manufacturer Specific V2

COMMAND_CLASS_MANUFACTURER_SPECIFIC_V2

Meter V4

COMMAND_CLASS_METER_V4

Notification V8

COMMAND_CLASS_NOTIFICATION_V8

Powerlevel

COMMAND_CLASS_POWERLEVEL

Security S0

COMMAND_CLASS_SECURITY

Security S2

COMMAND_CLASS_SECURITY_2

Sensor Multilevel V7

COMMAND_CLASS_SENSOR_MULTILEVEL_V7

Supervision

COMMAND_CLASS_SUPERVISION

Thermostat Mode V3

COMMAND_CLASS_THERMOSTAT_MODE_V3

Thermostat Operating State

COMMAND_CLASS_THERMOSTAT_OPERATING_STATE

Thermostat Setpoint V3

COMMAND_CLASS_THERMOSTAT_SETPOINT_V3

Transport Service V2

COMMAND_CLASS_TRANSPORT_SERVICE_V2

Version V2

COMMAND_CLASS_VERSION_V2

Z-Wave Plus Info V2

COMMAND_CLASS_ZWAVEPLUS_INFO_V2

Where to find S2 DSK on product

IMPORTANT: When adding the Flush On/Off Thermostat 2 to a Z-Wave network with a controller supporting Security 2 (S2), the PIN code of the Z-Wave Device Specific Key (DSK) is required. The unique DSK code is printed on the product label and a copy is inserted in the packaging, which must not be lost. Do not remove the DSK from the product. As a backup measure, use the label in the packaging.

DSK access via UI

Gateways, which implement the S2 and Smart Start security feature, display an input dialog box, with a full or partial DSK key. The majority of them display a partial DSK (they don't show the PIN code), when the device is included with the S2-Authenticated security scheme. When included with the S2-Unauthenticated, some gateways show the complete DSK while others perform the complete inclusion process without prompting the user with the dialogue.

Classic Inclusion

AUTOMATICALLY ADDING THE DEVICE TO A Z-WAVE NETWORK (SMARTSTART INCLUSION)

1. Scan QR code on device label and add S2 DSK to Provisioning List in gateway (hub)

2. Connect the device to the power supply (with the temperature sensor already connected).

3. Inclusion will be initiated automatically within few seconds of connection to the power supply and the device will automatically enrol in your network (when the device is excluded and connected to the power supply it automatically enters the LEARN MODE state).

NOTE: LEARN MODE state allows the device to receive network information from the controller.

ⓘ SmartStart inclusion is a part of S2 security level, so if you want to use SmartStart, you need to include it as S2 Authenticated.

MANUALLY ADDING THE DEVICE TO A Z-WAVE NETWORK (MANUAL INCLUSION)

1. Enable add/remove mode on your Z-Wave gateway (hub)

2. Connect the device to the power supply (with the temperature sensor already connected*)

3. Toggle the switch connected to the I1 terminal 3 times within 3 seconds (The device has to get On/Off signal 3 times, meaning 3 times click on the push button or with the normal button 3 times On/Off.) (this procedure puts the device in LEARN MODE) in the first minute after power cycle.

OR

If the device is powered by 24 V SELV supply, press and hold the S (Service) button between 3 and 6 seconds (this procedure puts the device in LEARN MODE)

4. A new device will appear on your dashboard

5. Inclusion with the switch connected to I1 terminal is not limited by time

*If connecting the temperature sensor, switch off the power supply.

NOTE1: LEARN MODE state allows the device to receive network information from the controller.

Classic Exclusion

REMOVAL FROM A ZWAVE NETWORK (Z-WAVE EXCLUSION)

1. Connect the device to the power supply

2. Make sure the device is within direct range of your Z-Wave gateway (hub) or use a hand-held Z-Wave remote to perform exclusion

3. Enable add/remove mode on your Z-Wave gateway (hub)

4. Toggle the switch connected to the I1 terminal 3 times within 3 seconds in the first minute after power cycle (The device has to get On/Off signal 3 times, meaning 3 times click on the push button or with the normal button 3 times On/Off).

OR

If the device is powered by 24 V SELV supply, press and hold the S (Service) button between 3 and 6 seconds

5. Exclusion with the switch connected to I1 terminal is not limited by time

6. The device will be removed from your network, but any custom configuration parameters will not be erased

NOTE1: LEARN MODE state allows the device to receive network information from the controller.

NOTE2: After device is excluded you should wait 30 seconds before performing re-inclusion.

Controller Classic Inclusion

AUTOMATICALLY ADDING THE DEVICE TO A Z-WAVE NETWORK (SMARTSTART INCLUSION)

1. Scan QR code on device label and add S2 DSK to Provisioning List in gateway (hub)

2. Connect the device to the power supply (with the temperature sensor already connected).

3. Inclusion will be initiated automatically within few seconds of connection to the power supply and the device will automatically enrol in your network (when the device is excluded and connected to the power supply it automatically enters the LEARN MODE state).

NOTE: LEARN MODE state allows the device to receive network information from the controller.

ⓘ SmartStart inclusion is a part of S2 security level, so if you want to use SmartStart, you need to include it as S2 Authenticated.

MANUALLY ADDING THE DEVICE TO A Z-WAVE NETWORK (MANUAL INCLUSION)

1. Enable add/remove mode on your Z-Wave gateway (hub)

2. Connect the device to the power supply (with the temperature sensor already connected*)

3. Toggle the switch connected to the I1 terminal 3 times within 3 seconds (The device has to get On/Off signal 3 times, meaning 3 times click on the push button or with the normal button 3 times On/Off.) (this procedure puts the device in LEARN MODE) in the first minute after power cycle.

OR

If the device is powered by 24 V SELV supply, press and hold the S (Service) button between 3 and 6 seconds (this procedure puts the device in LEARN MODE)

4. A new device will appear on your dashboard

5. Inclusion with the switch connected to I1 terminal is not limited by time

*If connecting the temperature sensor, switch off the power supply.

NOTE1: LEARN MODE state allows the device to receive network information from the controller.

Controller Classic Exclusion

REMOVAL FROM A ZWAVE NETWORK (Z-WAVE EXCLUSION)

1. Connect the device to the power supply

2. Make sure the device is within direct range of your Z-Wave gateway (hub) or use a hand-held Z-Wave remote to perform exclusion

3. Enable add/remove mode on your Z-Wave gateway (hub)

4. Toggle the switch connected to the I1 terminal 3 times within 3 seconds in the first minute after power cycle (The device has to get On/Off signal 3 times, meaning 3 times click on the push button or with the normal button 3 times On/Off).

OR

If the device is powered by 24 V SELV supply, press and hold the S (Service) button between 3 and 6 seconds

5. Exclusion with the switch connected to I1 terminal is not limited by time

6. The device will be removed from your network, but any custom configuration parameters will not be erased

NOTE1: LEARN MODE state allows the device to receive network information from the controller.

NOTE2: After device is excluded you should wait 30 seconds before performing re-inclusion.

Factory Reset Procedure

FACTORY RESET

1. Connect the device to the power supply

2. Within the first minute (60 seconds) the device is connected to the power supply, toggle the switch connected to the I1 terminal 5 times within 3 seconds (The device has to get On/Off signal 5 times, meaning 5 times click on the push button or with the normal button 5 times On/Off).

OR

If the device is powered by 24 V SELV supply, press and hold the S (Service) button for more than 6 seconds

ⓘBy resetting the device, all custom parameters previously set on the device will return to their default values, and the owner node ID will be deleted. Use this reset procedure only when the main gateway (hub) is missing or otherwise inoperable. If an end device is factory reset, it is reverted to the Z-Wave SmartStart inclusion state.

S2 Authenticated

S2_AUTHENTICATED

S2 Unauthenticated

S2_UNAUTHENTICATED

Color

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Supported Meter Type

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Electric Load Type

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Supported Notification Types

Select the Notification Types that the product handles (controllers), or sends (slaves).