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HELTUN - módulo de chave de força 16A Z-Wave + 700

HE-HLS01

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O módulo de chave de alta potência de Heltun é um dispositivo Z-Wave + com funções termostáticas. Também é adequado para luminárias ou acessórios de até 16A.

Mais detalhes

Não disponível

69,99 €

Características tecnicas

Tecnologia Z-Wave Plus

Mais Informação

SEU CONFORTO É IMPORTANTE.

Quais são os aspectos mais importantes do seu conforto? É a temperatura ambiente geral? Controle remoto ou automático de aparelhos, tomadas ou grupos de luzes? Ou talvez outra coisa? Seja qual for a necessidade, a HELTUN garante que cuidará de tudo.

Assumir o controle

A avançada tecnologia zero-crossing da HELTUN oferece um aumento significativo na longevidade e confiabilidade do sistema. O relé suporta uma carga máxima de 16 amperes e é adequado para controlar o aquecimento elétrico, bem como tomadas elétricas, aparelhos ou luzes.

Incrivelmente pequeno e inteligente

O switch de serviço pesado com funções de termostato traz recursos incríveis para qualquer aparelho conectado. Torna as tomadas e luzes elétricas "inteligentes" com controle remoto avançado, controle e programabilidade. Agora você pode habilitar as funções do termostato conectado à Internet nos casos em que a tela e os controles locais não são necessários, como sistemas de degelo no telhado ou na garagem, etc. Isso traz a conveniência de controle e programação de aplicativos de smartphones para dispositivos "burros", como tomadas e painéis elétricos, aquecedores elétricos de água, radiadores, lareiras e sistemas de descongelamento sob o piso ou sob o piso.

Com 26 mm de profundidade, o módulo de chave também é incrivelmente pequeno, cabendo em qualquer caixa de junção elétrica retangular, redonda ou quadrada, mesmo atrás de um dispositivo conectado.

Entradas, saídas e sensores

Você pode conectar um sensor de temperatura NTC para monitorar a temperatura ambiente ou radiante do sistema de piso / teto. Este sensor pode ser instalado na parede, sob o piso ou no teto, permitindo medir com precisão as temperaturas da superfície. O Módulo de Chave de Trabalho Pesado HELTUN é totalmente compatível com sensores NTC de terceiros, portanto, não há necessidade de substituir um sensor existente durante a instalação.

Você também pode controlar o módulo conectando-o a um sistema externo - como um sistema de alarme - usando um fio piloto que pode ser programado para diminuir automaticamente a temperatura quando a casa estiver vazia ou ligar as tomadas / luzes quando as pessoas voltarem.

Conheça o seu consumo de energia
O sistema integrado de consumo de energia da HELTUN monitora com precisão a quantidade de energia que passou por seu módulo de chave de alta carga durante um determinado dia, semana ou mês. Com o módulo de chave, você pode determinar a quantidade de energia usada pelos principais aparelhos, sistemas de entretenimento, computadores, pequenos aparelhos ou sistemas completos de iluminação.

Heltun também projetou o circuito para consumir quase zero watts de energia quando em modo de espera. Isso economiza energia e dinheiro, mesmo se sua casa estiver equipada com muitos produtos HELTUN.

Modos de termostato
Embora o Heavy Duty Switch Module não tenha visor ou botões, todas as suas funções de termostato são acessíveis por meio de um controlador Z-Wave. Aqui estão os modos de termostato disponíveis.

Os modos COM (Conforto), ECO (Economia de energia) e VAC (Férias) mantêm a temperatura que você especificou usando o controlador Z-Wave.

O modo DRY muda para uma temperatura mais alta para aquecer rapidamente para pisos secos após a lavagem. O modo DRY retorna ao modo anterior após o tempo especificado.

O modo MAN (manual) permite que você substitua qualquer modo ou programa atual e ligue ou desligue manualmente o aquecedor usando a interface do controlador.

Consulte o manual do controlador para obter instruções sobre como definir os pontos de ajuste de temperatura e os modos dos termostatos conectados.

Modo de tempo: termostato
Você pode reduzir sua conta de eletricidade e ajudar o meio ambiente simplesmente usando o modo TIME através do controlador Z-Wave. Ajuste o nível de conforto da sua casa de acordo com os hábitos da sua família, baixando a temperatura enquanto todos estão fora e aumentando-a à noite e pela manhã.

As pessoas passam em média de 12 a 14 horas por dia em casa. No resto do tempo, uma casa vazia precisa de aquecimento mínimo. E como sua família dorme a maior parte do tempo em casa, você pode fazer uma grande diferença ajustando o nível de conforto de sua casa para 18 ° C à noite, que é considerada a temperatura ideal para dormir.

Usando o modo TIME e seu controlador, defina diferentes temperaturas para manhã, dia, tarde ou noite. Por exemplo: o modo "Manhã" pode começar às 7h00 a 23 ° C e depois mudar para o "Dia" às 8h30 a 17 ° C quando todos estiverem no trabalho e na escola. O modo "Noite" pode começar às 16h00 a 22 ° C e depois mudar para "Noite" às 23h00 a 18 ° C. Ajustar as temperaturas para esses quatro períodos pode economizar muito na conta de luz, e você pode ajustar os dias da semana para os dias de fim de semana.

Modo de tempo: outros dispositivos
O módulo de chave de serviço pesado pode ser conectado a produtos diferentes daqueles controlados por um termostato, como painéis elétricos, tomadas e iluminação. O modo horário fornece uma capacidade extremamente poderosa de agendar ciclos de ativação e desativação para grupos de dispositivos conectados. Aqui estão algumas maneiras como o Modo hora pode adicionar conveniência, conforto, segurança e economia à sua casa:

Desligue as tomadas elétricas conectadas a aparelhos que consomem energia, como lavadoras, secadoras e lava-louças, durante os períodos em que a eletricidade é cara.
Desligue o aquecedor elétrico de água / caldeira nas férias ou mesmo à noite e ligue-o novamente pela manhã.
Desligue as tomadas elétricas quando os familiares estiverem no trabalho ou de férias para evitar que um incêndio deixe um aparelho ligado (chaleira, ferro, chapinha, etc.).
Pré-programe todas as luzes da casa e do pátio para acender antes que os visitantes cheguem à sua casa de férias.
E, como acontece com as funções de termostato do módulo de chave de alta potência, um controlador pode atribuir aparelhos conectados a LIGAR ou DESLIGAR durante os períodos da manhã, dia, tarde ou noite. Isso pode permitir que você desligue facilmente os plugues conectados aos consoles de jogos à noite ou programe todas as luzes externas para acenderem à noite e pela manhã. As possibilidades são limitadas apenas pela criatividade do usuário.

Poderosamente personalizável
Existem oito modos diferentes que podem ser selecionados para o módulo de chave de serviço pesado usando um fio piloto para outro dispositivo (por exemplo, painel de alarme, interruptor de parede, etc.):

Reverter estado - Se ligado, desligado quando o circuito é fechado (ou se desligado, ligado).
Momentâneo - Ligado quando o circuito do fio piloto está fechado, desligado quando aberto.
Momentary Reverse - Desligado quando o circuito do fio piloto está aberto, ligado quando fechado.
Switch Only - Quando o circuito do fio piloto está fechado (ou seja, em curto).
Apenas desligamento - quando o circuito do fio piloto está fechado (ou seja, em curto).
Alterar modo - Muda para um modo de termostato específico (predefinido no menu de configurações).
A saída de relé do Módulo de Chave Pesada também pode ser controlada por um temporizador interno. Por exemplo, após ligar a chave, ela pode ser configurada para desligar automaticamente mais tarde (ou vice-versa: ligar depois de ser desligada).

Temporizador (LIGADO e DESLIGADO) - Acende quando o circuito do fio piloto fecha e desliga após um tempo especificado.
Temporizador (DESLIGADO e LIGADO) - Desliga quando o circuito do fio piloto fecha e liga após um tempo especificado.

Torne seus interruptores incrivelmente inteligentes
O seu trilho DIN é um trilho "estúpido"?

Uma vez que o Módulo de Chave HELTUN Heavy Duty pode lidar com até 16 amperes, é um complemento perfeito para seu painel de chave para monitorar e controlar grupos de dispositivos da Internet através de um gateway Z-Wave, como:

As tomadas conectadas aos dispositivos principais
Plugues conectados a pequenos dispositivos com altas cargas
Grupos inteiros de soquetes
Grupos inteiros de luzes
O adaptador de montagem está disponível como um acessório para o módulo de chave de serviço pesado para se ajustar a trilhos DIN padrão (50 mm de largura), ou também pode ser montado diretamente na parede usando os parafusos e plugues fornecidos.

Segurança
O módulo de chave reforçada pode melhorar a segurança da sua casa de várias maneiras.

Sobrecarga - Se o Módulo de Chave Pesada detectar muita energia de aparelhos conectados - como várias tomadas elétricas conectadas - ele desligará automaticamente para se proteger da sobrecarga do circuito. Isso é útil para muitas aplicações onde várias cargas são conectadas a um módulo de chave de carga pesada.

Superaquecimento - O Módulo de Switch de Serviço Pesado também monitora continuamente a temperatura, fornecendo várias camadas de proteção. Com um sensor NTC externo, ele monitora as temperaturas dentro da caixa de junção, permitindo a desconexão automática e notificação ao usuário se um plugue ficar muito quente. Ele pode até mesmo alertar o usuário sobre o aumento da temperatura antes de atingir um nível crítico de desligamento, após o qual fechará automaticamente a saída quando ultrapassar um limite perigoso.

Atraso de alta carga - Se um membro da família deixar um aparelho de alta energia ligado por um longo tempo - como um ferro conectado por mais de uma hora - o Módulo de interruptor de alta carga pode ser configurado para desligar automaticamente os plugues conectados para evitar incêndio.

Os usuários podem definir limites de desligamento de alta carga, limites de tempo e temperatura e configurações de notificação nas configurações do módulo de chave de serviço pesado usando um controlador de onda Z.

Fácil de instalar
O módulo de chave HELTUN para serviço pesado pode ser facilmente instalado em qualquer caixa de junção elétrica padrão (retangular, quadrada ou redonda) em apenas alguns minutos. A instalação deve ser realizada apenas por uma pessoa treinada no manuseio de sistemas elétricos de alta tensão.

Certificado Z-Wave Plus V2
Você pode conectar dispositivos HELTUN a um controlador de automação residencial usando a plataforma Z-Wave Plus V2 700. HELTUN apresenta tecnologia Smart Start avançada para fácil integração do sistema e estrutura de segurança S2 com criptografia AES 256 para transferência perfeita. dados seguros.

Este módulo de chave resistente é compatível com todos os controladores e dispositivos Wave Z certificados que implementam corretamente as classes de chaves e termostatos Wave Z. Com um controlador Z-Wave, você pode gerenciar todas as funções do módulo de chave via de um aplicativo móvel, incluindo mudanças de temperatura e modo, exibindo gráficos de consumo de energia e muito mais.

Até 10 dispositivos separados podem ser conectados ao módulo de chave de serviço pesado HELTUN. Você pode combiná-lo com qualquer chave liga / desliga compatível com a onda Z ou qualquer outra chave para controlar diferentes sistemas de ar condicionado em uma sala. Você pode até conectar detectores de movimento e alternar os modos de comutação de alta carga quando as pessoas são detectadas na casa.

As unidades HELTUN são compatíveis com todas as frequências Z-Wave para diferentes países (Europa, Rússia, Israel, Austrália, EUA, Índia, Hong Kong, China, Japão e Coréia). A frequência correta pode ser selecionada no menu do dispositivo.

A HELTUN lança periodicamente novo firmware para o dispositivo com recursos adicionais que podem ser atualizados remotamente por meio de um processo OTA (Over-The-Air) criptografado.

FUNÇÕES:

Opções de inclusão / exclusão em uma rede Wave Z:
Não é garantido
S0 Seguro ...
S2 não permitido, S2 permitido com chave
Controle de associação de 10 dispositivos de rede
6 modos de operação: COM, ECO, VAC, DRY, TIME, MANUAL
Quatro programas: manhã, dia, tarde e noite.
Programe e defina a temperatura (aquecedores)
Apenas programação (outros dispositivos)
Oito modos de retransmissão (usando um fio piloto para outro dispositivo):
Reverter o estado
Momentâneo
Inverta momentaneamente
Ligue apenas
Desligue apenas
Troque para
Temporizador (ON e OFF)
Temporizador (DESLIGADO e LIGADO)
Três modos de segurança com notificação e desligamento automático:
Sobrecarga (desligamento automático em caso de sobrecarga)
Superaquecimento (desligamento automático em caso de superaquecimento da saída)
Atraso de carga alta (notificação e desligamento automático quando o atraso de carga alta é excedido)
Pode ser usado com vários sensores NTC: Faixa de valor de resistência: 1k © - 100k ©
Calibrando o sensor de temperatura
Faixas de configuração de temperatura: 4 ° C - 37 ° C
Limitador de temperatura
Defina a histerese da temperatura
Medição de temperatura: Centígrados (° C) ou Fahrenheit (° F)
Reinicie o medidor de consumo de energia
Botão de redefinição de fábrica
Atualizando o firmware OTA (Over-The-Air)
DADOS TÉCNICOS :

Dimensões: 50x50x26 mm
Material: plástico retardador de fogo
Cor branca
Temperatura de operação: 0 °! em + 60 °!
Fonte de alimentação: 85-265VAC 50Hz / 60Hz ou 24-48VDC
Consumo de energia: <1W
Carga resistiva máxima: 16.4000W @ 220V
Comutação de relé com tecnologia HELTUN Advanced Zero Pass
Vida do relé: 100.000 ciclos
Sensor externo de temperatura do solo
NTC 10k © (incluído)
Faixa de medição: -30 ° C a + 80 ° C
Precisão: ± 0,5 ° C
Medidor de consumo de energia
Classe IP: IP21
Z-Wave Plus V2 SDK: V7.11
Módulo Z Wave: ZGM130S
Montagem:
Caixa de ligações elétricas: redonda, retangular ou quadrada - profundidade mínima de 40 mm.
Adaptador opcional para montagem em trilho DIN (50 mm de largura) ou para aparafusar na parede

Informação alargada da Z-Wave (Inglês)

Nome: High Load Switch
Fabricante:HELTUN
Identificador:HE-HLS01
Número de Certificação Z-Wave :ZC12-20070081
Plataforma de Hardware :ZGM130
FLiRS:Não
Tipo de Role :Always On Slave
Descrição breve :Advanced Programmable Z-Wave Plus v2 In-Wall High Load Switch on the Z-Wave 700 platform. With 16 Amp load capacity, it is a perfect addition to any circuit breaker panel. Fits easily behind outlets or switches in standard electrical junction boxes. It can also provide Internet-connected thermostat functions where a local display and controls are not needed.
Descrição :The HELTUN HE-HLS01 is an advanced programmable Z-Wave Plus v2 in-wall high load switch that controls many devices, such as electrical outlets & panels, electric water heaters, radiators, fireplaces, and radiant floor or de-icing systems. It can also provide Internet-connected thermostat functions where a local display and controls are not needed. HELTUN HE-HLS01 fits easily behind outlets or switches in standard electrical junction boxes. Features: • 16A maximum load • 10 scenarios for output control • 6 thermostat operating modes • 4 association groups • External NTC sensor • Real time energy consumption meter • Onboard Real Time Clock (RTC) • 8 safety functions & notifications • Works both with VAC 85-265 and VDC 24-48 • Incorporates HELTUN Advanced Zero-Cross Technology The HELTUN HE-HLS01 is part of an entire line of smart, connected products designed to provide the best technology has to offer without compromising stylish living. Learn more about HELTUN products at www.heltun.com

Descarregue o manual a partir de aqui.

Grupo
Nodos máximos
Descrição
1
1
This is the Lifeline Group 1 which sends status (lifeline) reports to the primary controller.
2
1
Group 2 – “Relay Basic Set”: is assigned to the HE-HT01 operating state. It sends a Basic Set command with value 0 (Off) when it goes to IDLE state and sends 255 (ON) when it goes into HEATING state.
3
1
Group 3 – “S1 Basic Set”: is assigned to the HE-HLS01 external input state. It sends a Basic Set command with value 255 (On) when external input is shorted and sends 0 (Off) when input is open.
4
1
Group 4 – “Temperature Sensor”: is assigned to the HE-HLS01 external temperature sensor and sends the sensor value when it changes.
Número
Tamanho (Bytes)
Valor por defeito
Nome
Descrição
1
1
0
DEVICE TYPE
Device Type. This parameter is read only and indicates in which mode the device is included. The device can be included either in the Binary Switch mode or in the Thermostat mode. Use inclusion in Binary Switch mode if there is a need to control on/off device and use inclusion in Thermostat mode if there is a need to control heating system. For the appropriate inclusion process see the section Z-Wave Network of manual.
10
1
0
TEMPERATURE SCALE MODE
Temperature Scale Mode. This parameter determines in which unit of measurement (degrees Celsius or Fahrenheit) the device will report the temperature, and also determines the scale that will be interpreted by the configuration parameters. Note: This configuration parameter has impact on configuration parameters 9,12,16,17 and 32, 42-69 in thermostat mode. If scale is set to degrees Fahrenheit, configuration values at mentioned parameters will be automatically converted from Celsius to Fahrenheit and any change in the values will be interpreted as Fahrenheits.
11
1
10
TEMPERATURE REPORT INTERVAL
Temperature Sensor Consecutive Report Interval. This Parameter defines the interval between consecutive reports of temperature sensor reading to the gateway. Note: If the sensor readings change, the device will send the report to the gateway regardless of this parameter value. In order not to increase traffic on your network, it is not recommended to reduce the value of this parameter. We recommend reducing the value of this parameter only in case of poor connection, when reports from the device does not always reach the gateway.
12
1
5
TEMPERATURE REPORT THRESHOLD
Temperature Sensor Report Threshold. This parameter determines the change in temperature level resulting in temperature sensors report being sent to the gateway. In Celsius scale mode the value of this parameter should be x10, e.g. for 0.4°C use value 4. From 1 (0.1°C) to 100 (10°C) can be selected in Celsius scale mode and from 1 to 18 can be selected in Fahrenheit scale mode. The factory default value is 5 (0.5°) in °C scale and 1 in °F scale.
13
1
10
METER REPORT INTERVAL
Energy Consumption Meter Consecutive Report Interval. When the device is connected to the Z-Wave gateway (controller), it periodically sends to the gateway reports from its external temperature sensor and energy consumption meter even if there are not changes in the values. This Parameter defines the interval between consecutive reports of real time and cumulative energy consumption data to the gateway. Note: If the sensor readings change, the device will send the report to the gateway regardless of this parameter value. In order not to increase traffic on your network, it is not recommended to reduce the value of this parameter. We recommend reducing the value of this parameter only in case of poor connection, when reports from the device does not always reach the gateway. Note: Energy consumption meter function is available only if the device is AC powered.
131
1
0
LOAD ON NOTIFICATION
The actual parameter number is 31 when the device is in the 'Binary Switch' mode. Load Switched On Notification. If this function is enabled the device will send “AC Mains Re-Connected” notification to the gateway each time when the relay output state changes to On. Note: This function can be useful for informing in case of automatic control of the load by schedule or scenario.
132
1
1
LOAD OFF NOTIFICATION
The actual parameter number is 32 when the device is in the 'Binary Switch' mode. Load Switched Off Notification. If this function is enabled the device will send “AC Mains Disconnected” notification to the gateway each time when the relay output state changes to Off. Note: This function can be useful for informing when the device automatically switches the output Off because of emergency case or in case of automatic control of the load by schedule or scenario.
133
2
0
TIME LIMITITED LOAD
The actual parameter number is 33 when the device is in the 'Binary Switch' mode. High Load Timeout Protection: Power Threshold If the HLS01 is used to control an electric socket, you can configure the device so that it automatically switch Off the socket if the potentially dangerous high load is connected longer than allowable time (time to be set in the Parameter 34), for example, if you left the iron switched On for too long. Set in this parameter the threshold value in watts, reaching which the connected load will be considered high. Note: If the connected load power is less than value of this parameter, the protection will not be activated. Note: If the Parameter 34 (time threshold) value is set to 0, the protection will not be activated. Note: The time counter is reset every time when the load consumption drops to zero. Note: We recommend activating the Load Switched Off notification (the Parameter 32) to be informed when the device automatically switch Off the socket. Note: The protection works only if the device is AC powered.
134
2
0
HIGH LOAD ON TIME LIMIT
The actual parameter number is 34 when the device is in the 'Binary Switch' mode. High Load Timeout Protection: Time Threshold If High Load Timeout Protection is activated (the Parameter 33 is set) use this parameter to set the threshold value in minutes. If the load is connected longer than this value, the device will automatically switch Off the socket. Note: If the value of this parameter is set 0, the protection will not be activated. Note: If the connected load power is less than value of the Parameter 33, the protection will not be activated. Note: The time counter is reset every time when the load consumption drops to zero. If the connected load may change its consumption, make sure that the time threshold will be reached before the load consumption drops. Note: We recommend activating the Load Switched Off notification (the Parameter 32) to be informed when the device automatically switch Off the socket. Note: The protection works only if the device is AC powered.
135
1
0
LOAD AUTO ON/OFF
The actual parameter number is 35 when the device is in the 'Binary Switch' mode. Load Switched On Notification. Auto On/Off If this function is enabled the device will switch Off the relay output when there is no consumption and switch On the output again when the load is reconnected. It is possible to set the delay for Auto Off function (in the Parameter 36) and for Auto On function (in the Parameter 37). Note: If the output is manually switched Off (from Gateway or External Input toggle) Auto ON function will be blocked until the output switches back to ON manually or the load disconnected. Note: The function works only if the device is AC powered.
136
1
5
AUTO OFF TIMEOUT
The actual parameter number is 36 when the device is in the 'Binary Switch' mode. Load Switched On Notification. Auto Off Timeout If Auto On/Off function (the Parameter 35) is enabled, it is possible to delay the Auto Off function. The output will be switched Off when there is no consumption for the interval defined in this parameter in minutes. Note: The function works only if the device is AC powered.
137
1
0
AUTO ON RECONNECT TIMEOUT
The actual parameter number is 37 when the device is in the 'Binary Switch' mode. Load Switched On Notification. Auto On Reconnect Timeout If Auto On/Off function (the Parameter 35) is enabled, it is possible to delay the Auto On function. When the load is reconnected the relay output will be switched On after the time defined in this parameter in minutes. Note: The function works only if the device is AC powered.
138
1
2
S1 INPUT HOLD CONTROL MODE
The actual parameter number is 38 when the device is in the 'Binary Switch' mode. Load Switched On Notification.
139
1
1
S1 INPUT CLICK CONTROL MODE
The actual parameter number is 39 when the device is in the 'Binary Switch' mode. External Input: Click Control Mode.
14
1
25
METER REPORT THRESHOLD
Energy Consumption Meter Report Threshold. This parameter determines how much the cumulative or real time energy consumption data need to increase/reduce to be reported to the gateway. The value of this parameter is in % and from 1 to 90 can be selected. Note: Energy consumption meter function is available only if the device is AC powered.
140
2
0
RELAY TIMER DURATION
The actual parameter number is 40 when the device is in the 'Binary Switch' mode. Relay Timer Mode Duration These parameters specify the duration in seconds for the Timer mode (values 4 or 5 in the Parameter 39). Press the button on the switch connected to external input and the relay output goes to ON/OFF for the specified time then changes back to OFF/ON. Note: If the parameter value is set to “0” the relay output will operate as a short contact (duration is about 0.5 sec).
141
4
0
RELAY CONTROL SCENARIO 1
The actual parameter number is 41 when the device is in the 'Binary Switch' mode. Relay 1 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
142
4
0
RELAY CONTROL SCENARIO 2
The actual parameter number is 42 when the device is in the 'Binary Switch' mode. Relay 2 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
143
4
0
RELAY CONTROL SCENARIO 3
The actual parameter number is 43 when the device is in the 'Binary Switch' mode. Relay 3 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
144
4
0
RELAY CONTROL SCENARIO 4
The actual parameter number is 44 when the device is in the 'Binary Switch' mode. Relay 4 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
145
4
0
RELAY CONTROL SCENARIO 5
The actual parameter number is 45 when the device is in the 'Binary Switch' mode. Relay 5 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
146
4
0
RELAY CONTROL SCENARIO 6
The actual parameter number is 46 when the device is in the 'Binary Switch' mode. Relay 6 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
147
4
0
RELAY CONTROL SCENARIO 7
The actual parameter number is 47 when the device is in the 'Binary Switch' mode. Relay 7 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
148
4
0
RELAY CONTROL SCENARIO 8
The actual parameter number is 48 when the device is in the 'Binary Switch' mode. Relay 8 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
149
4
0
RELAY CONTROL SCENARIO 9
The actual parameter number is 49 when the device is in the 'Binary Switch' mode. Relay 9 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
15
1
1
SYSTEM ERROR NOTIFICATION
Device Failure Notifications. If the HLS01 does not work properly it sends “System Failure” notification to the gateway with the error code. Errors code list (sent with the notification): 0 – No Error (no issue is detected) 1 – Relay Off Error (when unable to switch Off the relay output). 2 – Relay On Error (when unable to switch On the relay output). 3 – Relay On & Off Error (when unable to switch On and Off the relay output). 4 – NTC Error (when no NTC sensor is detected or when it is damaged). 5 – NTC and Relay Off Error (when no NTC sensor is detected or when it is damaged and unable to switch Off the relay output). 6 – NTC and Relay On Error (when no NTC sensor is detected or when it is damaged and unable to switch On the relay output). 7 – NTC and Relay On & Off Error (when no NTC sensor is detected or when it is damaged and unable to switch On and Off the relay output).
150
4
0
RELAY CONTROL SCENARIO 10
The actual parameter number is 50 when the device is in the 'Binary Switch' mode. Relay 10 Control by Scenario In these parameters, the relay state changes depending on day and time. For these configurations, parameter values are encoded as 7-digit numbers (ABCDEFG). A: State. 0 = Disabled, 1 = Enabled B: Day of week 0 = every day 1-7 = corresponding day (1 is Monday, 7 is Sunday) 8 = every weekday (Monday - Friday) 9 = every weekend (Saturday and Sunday) C: Change state to 0 = Switch OFF 1 = Switch ON DEFG: Time DE represents Hour (from 0 to 23), FG represents Minutes (from 0 to 59).
151
4
0
RESERVED
The actual parameter number is 51 when the device is in the 'Binary Switch' mode. For 'Binary Switch' device type the parameters from 51 to 60 are reserved by the manufacturer. Setting this parameters will have no impact on DUT functionality.
16
2
50
TEMPERATURE RISE NOTIFICATION
Temperature Rise Notification. Use this parameter if you want to know about temperature rise before it reaches the critical value, defined in the “Overheat Protection” parameter. The device will send “Rapid Temperature Rise” notification to the gateway if the temperature sensor reading reaches the value defined in this parameter. The factory default value is 50 in °C scale and 122 in °F scale. Note: We recommend setting the value of this Parameter lower than value of Parameter 17 (Overheat Protection).
17
2
60
OVERHEAT PROTECTION LEVEL
Overheat Protection & Notification. You can define the maximum limit of temperature, reaching which the device will automatically switch Off the load and send “Overheat Detected” notification to the gateway. The factory default value is 60 in °C scale and 140 in °F scale.
18
1
1
OVERCURRENT NOTIFICATION
Over-Current Protection & Notification. The maximum load for the device is 16A. If the connected load current exceeds 16A the device will automatically switch Off the output and send the “Over-Current Detected” notification to the gateway. Note: Even if you turn off the notification, the device will switch Off the load when the current reaches 16A. Note: The protection works only if the device is AC powered.
19
2
3500
OVERLOAD PROTECTION LEVEL
Over-Load Protection & Notification. You can define the maximum power in Watt for connected load. The device will automatically switch off the output and send “Over-Load Detected” notification to the gateway if power consumed by the connected load exceeds this limit. Note: The protection works only if the device is AC powered.
2
1
0
FREQUENCY REGION
Frequency Region. The HLS01 has Z-Wave 700 platform chip inside which allows to use the device in different Z-Wave frequencies. If there is a need to use the device in the frequency different from the factory default change the value of this parameter according to the list is user manual.
20
2
240
OVERVOLTAGE PROTECTION LEVEL
Over-Voltage Protection & Notification. The device constantly monitors the voltage of your electricity network. You can define the maximum voltage of network exceeding which the device will automatically switch off the output and send “Over-Voltage Detected” notification to the gateway. The value of this parameter can be set from 120 to 280 in volts. Note: The protection works only if the device is AC powered.
21
2
200
VOLTAGE DROP PROTECTION LEVEL
Voltage Drop Protection & Notification. You can define the minimum voltage of your electricity network. If the voltage of the network drops determined level the device will automatically switch off the output and send “Voltage Drop Detected” notification to the gateway. Note: The protection works only if the device is AC powered.
22
1
1
SPARK PROTECTION
Sparks Protection & Notification. If connected load fails it can create sparks that may cause a fire. The device constantly monitors the power consumption of connected load and can detect even a small surge in consumption and automatically switch off the output and send “Surge Detected” notification to the gateway. Note: The protection works only if the device is AC powered.
23
4
0
RESERVED
Parameters from 23 to 30 are reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.
3
1
0
OUTPUT MODE
Output NO/NC Mode. The device can operate in Normal Open (NO) mode and in Normal Close (NC) mode.
31
1
0
LOAD ERROR NOTIFICATION
Parameter only for 'Thermostat' device type: Load Error Notification. The device can send the “Load Error” notification to the gateway when the relay is On but there is no power consumption (meaning possible problems with the heating system). Note: The function works only if the device is AC powered.
32
1
5
TEMPERATURE REGULATION HYSTERESYS
Parameter only for 'Thermostat' device type: Temperature Hysteresis. This Parameter defines the hysteresis value for temperature control. The HE-HLS01 will stabilize the temperature with selected hysteresis. For example, if the SET POINT is set for 25°C and HYSTERESIS is set for 0.5°C the HE-HLS01 will change the state to IDLE when the temperature reaches 25.0°C, but it will change the state to HEATING if the temperature drops lower than 24.5°C. The hysteresis can be changed from 0.2°C to 10.0°C range in Celsius mode, and from 1°F to 18.0°F in Fahrenheit mode.
33
1
1
BASIC SET MODE
Parameter only for 'Thermostat' device type: Basic Set Action This Parameter defines which Operating Mode the HE-HLS01 reverts to if the Basic Set command is received. If the Basic Set command value is 0 (OFF state) the HE-HLS01 will go to Manual mode and switch Off the heating element (IDLE mode). If the Basic Set command is value is 0xFF (ON state) the HE-HLS01 will change the Mode to the corresponding Parameter value.
34
1
0
S1 INPUT MODE
Parameter only for 'Thermostat' device type: S1 external input mode
35
1
1
S1 INPUT ACTION
Parameter only for 'Thermostat' device type: Mode number for S1 external input action
36
2
30
DRY TIME
Parameter only for 'Thermostat' device type: Dry Mode Timeout. By choosing Dry Mode, the device will increase the temperature to the selected Set Point and keep it for the time specified in this parameter. As the Dry Time passes, the Thermostat will automatically change to the Mode set in the Parameter 37.
37
1
1
DRY MODE SWITCH
Parameter only for 'Thermostat' device type: Mode to switch after Dry mode operation completion
38
2
600
MORNING START TIME
Parameter only for 'Thermostat' device type: Morning start time. Format: HHMM. e.g.08:00 should be sent as 0800
39
2
900
DAY START TIME
Parameter only for 'Thermostat' device type: Day start time. Format: HHMM.
4
1
1
TIME CORRECTION
Time correction by controller
40
2
1800
EVENING START TIME
Parameter only for 'Thermostat' device type: Evening start time. Format: HHMM.
41
2
2300
NIGHT START TIME
Parameter only for 'Thermostat' device type: Night start time. Format: HHMM.
42
2
240
MONDAY MORNING TEMP
Parameter only for 'Thermostat' device type: Monday Morning temperature, valueX10
43
2
200
MONDAY DAYTIME TEMP
Parameter only for 'Thermostat' device type: Monday Day temperature, valueX10
44
2
230
MONDAY EVENING TEMP
Parameter only for 'Thermostat' device type: Monday Evening temperature, valueX10
45
2
180
MONDAY NIGHT TEMP
Parameter only for 'Thermostat' device type: Monday Night temperature, valueX10
46
2
240
TUESDAY MORNING TEMP
Parameter only for 'Thermostat' device type: Tuesday Morning temperature, valueX10
47
2
200
TUESDAY DAYTIME TEMP
Parameter only for 'Thermostat' device type: Tuesday Day temperature, valueX10
48
2
230
TUESDAY EVENING TEMP
Parameter only for 'Thermostat' device type: Tuesday Evening temperature, valueX10
49
2
180
TUESDAY NIGHT TEMP
Parameter only for 'Thermostat' device type: Tuesday Night temperature, valueX10
5
1
1
WEEKDAY
Week day. Allows manually adjustment of the day of the week in case the HE-HLS01 is not connected to any Z-Wave gateway or the Parameter 04 (auto-correction) is set to 0.
50
2
240
WEDNESDAY MORNING TEMP
Parameter only for 'Thermostat' device type: Wednesday Morning temperature, valueX10
51
2
200
WEDNESDAY DAYTIME TEMP
Parameter only for 'Thermostat' device type: Wednesday Day temperature, valueX10
52
2
230
WEDNESDAY EVENING TEMP
Parameter only for 'Thermostat' device type: Wednesday Evening temperature, valueX10
53
2
180
WEDNESDAY NIGHT TEMP
Parameter only for 'Thermostat' device type: Wednesday Night temperature, valueX10
54
2
240
THURSDAY MORNING TEMP
Parameter only for 'Thermostat' device type: Thursday Morning temperature, valueX10
55
2
200
THURSDAY DAYTIME TEMP
Parameter only for 'Thermostat' device type: Thursday Day temperature, valueX10
56
2
230
THURSDAY EVENING TEMP
Parameter only for 'Thermostat' device type: Thursday Evening temperature, valueX10
57
2
180
THURSDAY NIGHT TEMP
Parameter only for 'Thermostat' device type: Thursday Night temperature, valueX10
58
2
240
FRIDAY MORNING TEMP
Parameter only for 'Thermostat' device type: Friday Morning temperature, valueX10
59
2
200
FRIDAY DAYTIME TEMP
Parameter only for 'Thermostat' device type: Friday Day temperature, valueX10
6
1
0
HOUR
Time hour. Allows manually adjustment of hours for internal clock in case the HE-HLS01 is not connected to any Z-Wave gateway or the Parameter 04 (auto-correction) is set to 0.
60
2
230
FRIDAY EVENING TEMP
Parameter only for 'Thermostat' device type: Friday Evening temperature, valueX10
61
2
180
FRIDAY NIGHT TEMP
Parameter only for 'Thermostat' device type: Friday Night temperature, valueX10
62
2
240
SATURDAY MORNING TEMP
Parameter only for 'Thermostat' device type: Saturday Morning temperature, valueX10
63
2
200
SATURDAY DAYTIME TEMP
Parameter only for 'Thermostat' device type: Saturday Day temperature, valueX10
64
2
230
SATURDAY EVENING TEMP
Parameter only for 'Thermostat' device type: Saturday Evening temperature, valueX10
65
2
180
SATURDAY NIGHT TEMP
Parameter only for 'Thermostat' device type: Saturday Night temperature, valueX10
66
2
240
SUNDAY MORNING TEMP
Parameter only for 'Thermostat' device type: Sunday Morning temperature, valueX10
67
2
200
SUNDAY DAYTIME TEMP
Parameter only for 'Thermostat' device type: Sunday Day temperature, valueX10
68
2
230
SUNDAY EVENING TEMP
Parameter only for 'Thermostat' device type: Sunday Evening temperature, valueX10
69
2
180
SUNDAY NIGHT TEMP
Parameter only for 'Thermostat' device type: Sunday Night temperature, valueX10
7
1
0
MINUTE
Time minutes. Allows manually adjustment of minutes for internal clock in case the HE-HLS01 is not connected to any Z-Wave gateway or the Parameter 04 (auto-correction) is set to 0.
70
4
0
RESERVED
For 'Thermostat' device type the parameters from 70 to 80 are reserved by the manufacturer. Setting this parameters will have no impact on DUT functionality.
8
1
10
NTC RESISTANCE
External NTC Temperature Sensor Resistance (kΩ)
9
1
0
TEMPERATURE SENSOR OFFSET
Temperature Calibration in °C, x10. Temperature Sensor Calibration This Parameter defines the offset value for external NTC temperature sensor. If the temperature sensor is not calibrated properly, manual calibration can be made by adjusting the values up to ±10.0°C or ±18°F.
Application Status
COMMAND_CLASS_APPLICATION_STATUS
Association Group Information V3
COMMAND_CLASS_ASSOCIATION_GRP_INFO_V3
Association V2
COMMAND_CLASS_ASSOCIATION_V2
Basic V2
COMMAND_CLASS_BASIC_V2
Clock
COMMAND_CLASS_CLOCK
Configuration V4
COMMAND_CLASS_CONFIGURATION_V4
Device Reset Locally
COMMAND_CLASS_DEVICE_RESET_LOCALLY
Firmware Update Meta-Data V5
COMMAND_CLASS_FIRMWARE_UPDATE_MD_V5
Indicator V3
COMMAND_CLASS_INDICATOR_V3
Manufacturer Specific V2
COMMAND_CLASS_MANUFACTURER_SPECIFIC_V2
Meter V5
COMMAND_CLASS_METER_V5
Multi-Channel Association V3
COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION_V3
Notification V8
COMMAND_CLASS_NOTIFICATION_V8
Powerlevel
COMMAND_CLASS_POWERLEVEL
Security S0
COMMAND_CLASS_SECURITY
Security S2
COMMAND_CLASS_SECURITY_2
Sensor Multilevel V11
COMMAND_CLASS_SENSOR_MULTILEVEL_V11
Supervision
COMMAND_CLASS_SUPERVISION
Switch Binary V2
COMMAND_CLASS_SWITCH_BINARY_V2
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 V3
COMMAND_CLASS_VERSION_V3
Z-Wave Plus Info V2
COMMAND_CLASS_ZWAVEPLUS_INFO_V2
Where to find S2 DSK on product
The device security code (DSK) and SmartStart QR code are printed on the rear and front of the HE-HLS01 plus on the additional Security Card included in the packaging
Factory Reset Procedure
To reset the HE-HLS01 to factory defaults, press and hold the service button for six seconds.

If successful, the LED indicator will blink white for two seconds then the device will reboot.

The factory reset will change all the Parameters to their original factory default values and will also Exclude the device from any Z-Wave network.

Note: Please use this procedure only when the network primary controller is missing or otherwise inoperable.
Classic Inclusion
To add the HE-HLS01 to an existing Z-Wave network (i.e. “inclusion”), do the following:

1. Ensure the HE-HLS01 is Powered On and the LED indicator blinks red slowly (i.e. it is excluded).

2. Start the Inclusion Mode from the gateway/controller.

3. To start the inclusion process on the HE-HLS01:

a) if you want to use the device as a “Binary Switch”, double-press the service button on the device (with no more than a one-second interval between presses).

b) if you want to use the device as a “Thermostat”, press four times the service button on the device (with no more than a one-second interval between presses).

4. The LED indicator will blink green quickly.

5. If the inclusion has been successful, the LED indicator will turn green for three seconds then continue slowly blinking green continuously while the HE-HLS01 is Powered On.

6. If the inclusion was not successful, the LED indicator will turn red for three seconds then continue slowly blinking red continuously while the HE-HLS01 is Powered On. In that case repeat the inclusion process (2-5) above.

Dynamic Capabilities
The device type is "Binary Switch" by default.

Depending on the inclusion method it is possible also to use that as "Thermostat".

To start the inclusion process on the HE-HLS01:

a) if you want to use the device as a “Binary Switch”, double-press the service button on the device (with no more than a one-second interval between presses).

b) if you want to use the device as a “Thermostat”, press four times the service button on the device (with no more than a one-second interval between presses).

The altered capabilities are described in the corresponding sections in user manual:

Functions & Features

Device type “Binary Switch”

Device type “Thermostat”
Notice of Capability Rediscovery Needed
The functions and features of HE-HLS01 could be different depending on how the device is included in Z-Wave network.

Depending on the number of button presses (two or four) during the inclusion process HE-HLS01 could function as either “Binary Switch“ or “Thermostat“.

In case if the device is already included in Z-Wave network and there is a need to change the device type, it should be removed from network and re-included with the corresponding type.
Classic Exclusion
To remove the HE-HLS01 from a Z-Wave network (i.e. “Exclusion”), do the following:

1. Ensure the HE-HLS01 is Powered On and the LED indicator blinks green slowly (i.e. it is included in a Z-Wave network). 1. Start the Exclusion Mode from the gateway/controller.

2. To start the exclusion process on the HE-HLS01, double-press the service button on the device (with no more than a one-second interval between presses).

3. The LED indicator will blink red quickly.

4. If the exclusion has been successful, LED indicator will turn red for three seconds then continue slowly blinking red continuously while the HE-HLS01 is Powered On.

5. If the exclusion was not successful, the LED indicator will turn green for three seconds then continue slowly blinking green continuously while the HE-HLS01 is Powered On. In that case repeat the exclusion process (2-5) above.

Note: If the HE-HLS01 has previously been part of a Z-Wave network and not Excluded since, Inclusion is not possible without first performing an Exclusion or Factory Reset procedure.
S2 Authenticated
S2_AUTHENTICATED
S2 Unauthenticated
S2_UNAUTHENTICATED
Thermostat Power Source
Select one or more supported power sources for a thermostat.
Switch Load Capacity Watts
The amount of switch load energy the product is rated for in Watts
Switch Load Capacity Current
The amount of switch load energy the product is rated for in Amps
Neutral Wire Required
For electric in-wall/wired switches, indicate whether a neutral wire is required for installation.
Firmware Updatable
Indicates whether the firmware can be updated and whether it is done by the consumer or a technician.
Switch Type
Describes the type of operator for a switch.
Thermostat HVAC Systems Supported
Indicate which HVAC system or systems are supported by the thermostat.
Thermostat Modes
Select the mode(s) supported by the thermostat.

 

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HELTUN - módulo de chave de força 16A Z-Wave + 700

HELTUN - módulo de chave de força 16A Z-Wave + 700

O módulo de chave de alta potência de Heltun é um dispositivo Z-Wave + com funções termostáticas. Também é adequado para luminárias ou acessórios de até 16A.

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