Controlador de iluminación Royce Thompson Electric OASIS 1000 KIT DRG 114, Sensor, Fotodiodo de Silicio Filtrado,

Código de producto RS: 571-439Marca: Royce Thompson ElectricNúmero de parte de fabricante: OASIS 1000 KIT DRG 114
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Documentos Técnicos

Especificaciones

Tipo de Controlador

Sensor

Tipo de Sensor

Fotodiodo de Silicio Filtrado

Índice de Tensión

220 a 270 V.

Mount Type

Wall

Alcance

Oasis

Diámetro

85.5mm

Profundidad

72 mm

Altura

62mm

Potencia

250 mW

Series

Oasis 1000

Cumple con los Estándares

CE

País de Origen

United Kingdom

Datos del producto

Kit de control electrónico (fotodiodo de silicio)

Solid-state electronic lighting controller utilising an optically-filtered silicon photodiode sensor for high accuracy and repeatability

Equipado con una cubierta cónica, traslúcida, resistente a impactos, inalterable por radiación UV
Sensor de luz de fotodiodo de silicona
Bajo consumo de alimentación, día o noche
Omnidireccional

Supplied with

NEMA rotaloc socket, wall mounting bracket, gaskets and fixings

Daylight Lighting Controllers

These controllers automatically turn lights 'ON' and 'OFF' in response to changes in ambient light levels, primarily the transition from day to night and vice-versa. The more advanced types (see note below) have inbuilt logic to minimise false triggering, whereas the remainder have inbuilt time delays or higher 'OFF' thresholds, to prevent on/off cycling. As a general rule, these controllers should be sited such that they are not illuminated, by the light they are controlling. Nominal supply voltage is 230Vac.,Note regarding energy-saving negative-hysteresis controllers,Where figures for the 'OFF' threshold are lower than for the 'ON' threshold, the sensor is designed such that four thresholds are actually monitored. These are: dusk, the middle of the night, dawn and the middle of the day. Monitoring at times other than dusk and dawn enables the sensor to determine what it should be looking for next, minimising false triggering and improving overall controller operation.

Información de stock no disponible temporalmente.

Vuelva a verificar más tarde.

Información de stock no disponible temporalmente.

€ 68,24

Each (Sin IVA)

Controlador de iluminación Royce Thompson Electric OASIS 1000 KIT DRG 114, Sensor, Fotodiodo de Silicio Filtrado,

€ 68,24

Each (Sin IVA)

Controlador de iluminación Royce Thompson Electric OASIS 1000 KIT DRG 114, Sensor, Fotodiodo de Silicio Filtrado,
Información de stock no disponible temporalmente.

Documentos Técnicos

Especificaciones

Tipo de Controlador

Sensor

Tipo de Sensor

Fotodiodo de Silicio Filtrado

Índice de Tensión

220 a 270 V.

Mount Type

Wall

Alcance

Oasis

Diámetro

85.5mm

Profundidad

72 mm

Altura

62mm

Potencia

250 mW

Series

Oasis 1000

Cumple con los Estándares

CE

País de Origen

United Kingdom

Datos del producto

Kit de control electrónico (fotodiodo de silicio)

Solid-state electronic lighting controller utilising an optically-filtered silicon photodiode sensor for high accuracy and repeatability

Equipado con una cubierta cónica, traslúcida, resistente a impactos, inalterable por radiación UV
Sensor de luz de fotodiodo de silicona
Bajo consumo de alimentación, día o noche
Omnidireccional

Supplied with

NEMA rotaloc socket, wall mounting bracket, gaskets and fixings

Daylight Lighting Controllers

These controllers automatically turn lights 'ON' and 'OFF' in response to changes in ambient light levels, primarily the transition from day to night and vice-versa. The more advanced types (see note below) have inbuilt logic to minimise false triggering, whereas the remainder have inbuilt time delays or higher 'OFF' thresholds, to prevent on/off cycling. As a general rule, these controllers should be sited such that they are not illuminated, by the light they are controlling. Nominal supply voltage is 230Vac.,Note regarding energy-saving negative-hysteresis controllers,Where figures for the 'OFF' threshold are lower than for the 'ON' threshold, the sensor is designed such that four thresholds are actually monitored. These are: dusk, the middle of the night, dawn and the middle of the day. Monitoring at times other than dusk and dawn enables the sensor to determine what it should be looking for next, minimising false triggering and improving overall controller operation.