Search results for: 'steel b m m bs fixing drive arm'

Remote control featured by an elegant and refined design 433Mhz

FA.T80   CoBRA programmable beam

Programmable range photobeam, one side only. Set range on DIP switches, or fully adjustable. 

Two-channel 433.92 MHz standalone receiver. Housing is IP54 (internal). 12 to 24 V ac/dc. Stores up to 50 remotes. Compatible with TOP, TAM, ATOMO D, TWIN and TTS coding.

Pair of surface mounted infrared-beam photocells rated at 12 - 24 V AC - DC. Range: 10 m

Pair of surface mounted infrared-beam photocells rated at 12 - 24 V AC - DC. Range: 30 m

Pair of surface mounted infrared-beam photocells rated at 12 - 24 V AC - DC. Range: 20 m

TOP44FGN is a fixed code remote with four buttons transmitting on 433MHz. Note the black ring around the black buttons; any other coloured ring is not compatible. It not a style thing! Each button can be have a code cloned onto it by a compatible remote. 

Pair of surface mounted synchronized, swiveling, infrared-beam photocells rated at 12 - 24 V AC - DC. Range: 20 m.

Pair of aluminum, surface mounted, synchronized, swiveling, infrared-beam photocells rated at 12 - 24 V AC - DC. Range: 20 m.

Pair of surface mounted synchronized, swiveling, infrared-beam photocells rated at 12 - 24 V AC - DC and battery transmitter. Range: 10 m.

Two-channel multiuser transmitter with self-learning function 433Mhz

Four-channel multiuser transmitter with self-learning function 433Mhz

Two-channel multiuser transmitter with self-learning function 868Mhz

Four-channel multiuser transmitter with self-learning function 868Mhz

433.92Mhz and 868.35Mhz Remotes.

Available Options:

• Colour

• Fixed Code or Rolling Code

• Number of Buttons

DELTA-E Pair of surface-mounted 12 – 24 V AC – DC photocells with casing.Range 20 m. ~ Replaced With The DLX30CEP

DLX30CEP - Direct Replacement

433.92Mhz and 868.35Mhz Remotes.

Available Options:

• Colour

• Fixed Code or Rolling Code

• Number of Buttons

Replacement control panel for legacy barriers GARD4 and GARD6.  ZL39B uses slow down microswitches. The later ZL392 uses an encoder input. Barrier arm speed is selected by moving transformer taps.