Lutron® Rania® RNSU-452B-F single electronic dimmer. Universal compatability and 450 W VA max load.

Lutron® Rania® RISU-452B-F single electronic dimmer with remote control facility. Universal compatibility and 450 W VA max load.

Lutron® Rania® RDSU-452B-F Accessory dimmer control for the Rania dimmers.

Lutron® Rania® RNDU-252B-F Twin electronic dimmer. Universal compatability and 2x 250 W VA max load.

Lutron® Rania® RIDU-252B-F Twin electronic dimmer with remote control facility. Universal compatability and 2x 250 W VA max load.

Lutron® Rania® RDDU-252B-F Dual accessory dimmer control for the Rania dimmers.

Lutron® Grafik Eye QS 4 or 6 zone Lighting and shade controller. Control not only your lighting but also blinds, curtains, etc. Backlit buttons, information screen for control and programming. Direct connection to most lights, networkable with multiple units for whole house control. Wallplate, IR and RS232 control options.

GRX-IT 4 scene IR remote for Lutron Grafik Eye and wallstations

Lutron QSWE# Wall control for Grafik Eye QS. Models available with or without IR receivers, various button configurations.

LUT-LBX-CE A synthetic minimum load for Lutron dimmers, allows them to control loads below the usual minimum level for the dimmer.

NGRX-PB-CE, allows Grafik Eye control units to control lighting loads over 800W VA

QSE-CI-NWK-E allows control of Grafik Eye QS by RS232 or Ethernet.

Lutron QSE-IO Control Interface for QS Grafik Eye systems. 5 inputs and 5 dry-contact outputs. It can be used to select scenes, perform special functions, trigger other equipment both Lutron and 3rd party etc.

GRX-CCO-8 is a contact closure device to increase the connectivity and functionality of a Grafik Eye system. May be linked to zones or scenes.

The DLE1203 is a 12 channel leading edge energy management controller with a maximum load per channel of 3A and a total device load of 32A. It is suitable for use with incandescent, low voltage, neon and selected fluorescent fixtures.
 

The DDLE802 is an eight channel leading edge dimmer with a maximum load per channel of 2 Amps. It is suitable for use with incandescent, low voltage, neon and selected fluorescent fixtures.
 

The DLE1220GL-S is a 12 channel energy management controller with a maximum load per channel of 20A. It is suitable for control of large loads, including incandescent, low voltage, neon and selected fluorescent light sources.
 

The DLE1210GL is a 12 channel leading edge dimmer with a maximum load per channel of 10A and a total device load of 75A. It is suitable for control of large loads, including incandescent, low voltage, neon and selected fluorescent light sources.
 

The DLE1205 is a 12 channel leading edge dimmer with a maximum load per channel of 5A and a total device load of 60A. It is suitable for use with incandescent, low voltage, neon and selected fluorescent fixtures.
 

The DLE410 is a 4 channel energy management controller with a maximum load per channel of 10A. It is suitable for use with incandescent, low voltage, neon and selected fluorescent light sources.
 

The DLE405 is a 4 channel energy management controller with a maximum load per channel of 5A. It is suitable for use with incandescent, low voltage, neon and selected fluorescent lighting.
 

The DLE120-S is a single channel energy management controller with a maximum load of 20A. It is suitable for the control of large loads including incandescent, low voltage, neon and selected fluorescent light sources.

The DLE220-S is a 2 channel energy management controller with a maximum load of 20A per channel. It is suitable for control of large loads, including incandescent, low voltage, neon and selected fluorescent light sources.
 

The DLE1210 is a 12 channel energy management controller with a maximum load per channel of 10A. It is suitable for control of large loads, including incandescent, low voltage, neon and selected fluorescent light sources.
 

The DRC1205 is a 12 channel relay controller, with a maximum load of 5A per channel. It is used for switching both lighting and non-lighting loads. In areas where it is beneficial to sequentially switch on large lighting loads, such as factories and indoor sporting arenas, the DRC1205 can be programmed to stagger the switch on of the lights, to minimise peak demand current.