Description

FAAC Receivers 868 SLH

All Products 868 SLH Frequency

If you are extending existing systems or adding new systems, we advise you to use transmitters identical to those currently in use.

Self Learning Hopping Code: the code varies whenever the transmitter is used. An algorithm recognises and confirms the signal, but only that of the transmitters coded by the receiver.

Dipswitch: coding is via dipswitch allowing 4096 combinations. Using a binary code (ON/OFF) with 12 dip switches.

FAAC Receivers used to receive a transmitted signal in order to operate a function (open a gate)

Choose Options Above:

• Receiver Plus 868 – 787827
  • Fixed aerial – requires either a MINIDECSL or DECSLH or DECSLHP – IP44 rated – Manual Download
• Decoder Board MINIDEC SLH – 785532
  • Plug-in, only compatible with FAAC control boards, memory capacity 250 codes
    Push button programming
    SLH – self learning hopping code to reduce risk of duplication.
• Decoder Board DEC SLH – 785534
  • Plugs in to FAAC control boards and wire-in, compatible with other control boards
    Memory capacity 1000 codes
    Push button programming
    SLH – self learning hopping code to reduce risk of duplication.
• Plug In Receiver & Decoder RP868 – 787730
  • Plugs into FAAC control boards, short wire aerial (can be used with Antenna 868 to increase range)
    Push button programming
    SLH – self learning hopping code to reduce risk of duplication.
• XF868 – 319007
  • An Antenna for use with D600, D1000, E024S, E145, E124 and E720. It will accept dipswitch or SLH 868 transmitters
• XR2 2 Channel Receiver – 787749
  • Universal decoder for use with dipswitch or rolling code 250 codes can be saved per channel. One latching/pulse relay, one pulse
    SLH – self learning hopping code to reduce risk of duplication.
• XR4 – 4 Channel Receiver
  • Universal decoder for use with dipswitch or rolling code
    250 codes can be saved per channel
    One latching, 2 pulse and 1 timed relay
    SLH – self learning hopping code to reduce risk of duplication.