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Lighting Controls

Lighting controls regulate lighting functionality, turning lights off when unnecessary or adjusting their brightness as needed. Paired with contemporary LED lighting, these controls can substantially decrease energy usage, extend luminaire lifespan, regulate expenses while providing a comfortable and efficient mood setting.

Lighting Controls

There are 64 products.

Showing 1-12 of 64 item(s)

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  • Categories: Lighting Control Modules and Leads
  • Categories: Prefabricated Leads
  • Categories: Sensors

3 Pole G Type Flat Socket...

The 166G (Flat) range of connectors is ideal for applications where space is minimal, due to their low profile. Together with the options of panel mount connectors & moulded tee pieces, these assemblies provide simple connectivity between luminaires.

The 166G(F) range of connectors is designed for main connection according to EN 61 984 (connected and disconnected under load) and used in installation systems when using the additional locking slides (VDE 0628).

3 Pole G Type Flat Plug To...

The 166G (Flat) range of connectors is ideal for applications where space is minimal, due to their low profile. Together with the options of panel mount connectors & moulded tee pieces, these assemblies provide simple connectivity between luminaires. The 166G(F) range of connectors is designed for main connection according to EN 61 984 (connected and disconnected under load) and used in installation systems when using the additional locking slides (VDE 0628).

MSBS Switching Batten Sensor

The MSBS is a 360° switching high-bay sensor, that can be mounted to a batten type luminaire. There is a daylight sensor built-in, the sensor is programmed using the remote controller MPROG.

3 Pole G Type Flat Extender...

The 166G (Flat) range of connectors is ideal for applications where space is minimal, due to their low profile. Together with the options of panel mount connectors & moulded tee pieces, these assemblies provide simple connectivity between luminaires. The 166G(F) range of connectors is designed for main connection according to EN 61 984 (connected and disconnected under load) and used in installation systems when using the additional locking slides (VDE 0628).

MCC/MDCC 6 Pole Connection...

Our MCC Connection Centre and MDCC standalone addressable LCM, can be connected using the same leads. They are supplied with a 6-pole side latching plug, to a free end using 1.00mm² LS0H cable.

This can be supplied in a variety of cores, and lengths as per your requirements.

These are supplied with a black/blue industry standard, connector coding.

Alternatively there is an option for black/grey connectors.

4 Pole G Type Flat Socket...

The 166G (Flat) range of connectors is ideal for applications where space is minimal, due to their low profile. Together with the options of panel mount connectors & moulded tee pieces, these assemblies provide simple connectivity between luminaires. The 166G(F) range of connectors is designed for main connection according to EN 61 984 (connected and disconnected under load) and used in installation systems when using the additional locking slides (VDE 0628).

4 Pole G Type Flat Plug To...

The 166G (Flat) range of connectors is ideal for applications where space is minimal, due to their low profile. Together with the options of panel mount connectors & moulded tee pieces, these assemblies provide simple connectivity between luminaires. The 166G(F) range of connectors is designed for main connection according to EN 61 984 (connected and disconnected under load) and used in installation systems when using the additional locking slides (VDE 0628).

MDABS DALI Batten Sensor

The MDABS is a 360° DALI high-bay sensor, that can be mounted to a batten type luminaire. There is a daylight sensor built-in, the sensor is programmed using the remote controller MPROG.

4 Pole G Type Flat Extender...

The 166G (Flat) range of connectors is ideal for applications where space is minimal, due to their low profile. Together with the options of panel mount connectors & moulded tee pieces, these assemblies provide simple connectivity between luminaires. The 166G(F) range of connectors is designed for main connection according to EN 61 984 (connected and disconnected under load) and used in installation systems when using the additional locking slides (VDE 0628).

Metway Addressable Leads

Our Metway fully addressable leads are supplied with a 6-pole side latching plug, to a free end using 1.00mm² LS0H cable. This can be supplied in a variety of cores, and lengths as per your requirements.

These are supplied with a black/blue industry standard, connector coding. These leads will connect to the two fully addressable lcm's MA-DD1LCM10/M and also MA-DS10LCM10-S5.

MDSS7S SmartSensor DALI Sensor

Our MDSS7S SmartSensor has been developed to provide a cost effective DALI sensor with a wide range of functions, coupled with a high level of performance.

Housed in a compact moulded enclosure, SmartSensor can operate as part of a managed DALI lighting network, or function as a versatile stand-alone sensor with extensive control capability.

As a stand-alone sensor, the unit is configured using a simple, user-friendly infra-red remote control, with coloured LEDs on the sensor providing feedback for all commands.

As part of a networked system, the sensor settings are managed by a DALI area controller.

DALI 64 Gateway

The Metway DALI gateway provides an interface between DALI lighting products and our addressable control system. The module acts as a fully functional DALI addressable product with 64 individually programmable addresses. Each address can be a DALI luminaire, emergency inverter, PIR sensor, controlled relay or scene set plate.

The DALI64 is DIN rail mounted and enclosed in a steel powder coated enclosure wired to industry standard terminals.

Twin DALI64 units (i.e with 128 addresses) is also available.

A removeable memory module facilitates fast configuration of a replacement gateway should that be needed. In other words, should an gateway need to be replaced for any reason, no reprogramming is necessary, simply remove the memory module and reinsert it into the new controller.