Instruction d'utilisation SECO-LARM USA Enforcer SK-910R3-4Q

Résumé du contenu de la page N° 1

Installation Manual


SK-910R3Q 3 Channels (315MHz)
SK-910R3-4Q 3 Channels (433.92MHz)
SK-910R4Q 4 Channels (315MHz)

SK-910R4-4Q 4 Channels (433.92MHz)
(SK-910R4Q pictured)

Three- and Four-Channel RF Receivers
 Flexible operating voltage: 11~24 VAC/VDC
 Up to 500ft (152m) range
 Independently programmable channels
Note: Products with model numbers that end with “Q” or that have a round green “Q” sticker are RoHS compliant.


Also Available from SECO-LARM:
SK-910RBQ ...

Résumé du contenu de la page N° 2

ENFORCER Three- and Four-Channel RF Receiver Code Learning a New Transmitter Button: Each receiver channel can learn the codes of up to 15 different transmitters on a first-in, first-out basis. Below is the procedure for code learning a new transmitter button. The same procedure applies to each of the receiver ’s channels. 1. Press the transmitter programming button of the desired channel to be programmed for 3 seconds or more. The channel’s LED will start to flash quickly to indicate

Résumé du contenu de la page N° 3

ENFORCER Three- and Four-Channel RF Receiver Overview: Sec. SW1 SW2 SW3 1 On Off Off CH 3 Mode switch CH 4 Mode switch (4-Channel models only) 2 Off On Off CH 2 Mode switch Programming mode switch 3 Off Off On CH 1 Mode switch Time programming DIP switch 4 On Off On 5 Off On On 10 On On Off 30 Off Off Off 60 On On On If an optional antenna is used, LP3 must be cut and the antenna slot on the receiver case must be chipped off to accommodate the extended range ante

Résumé du contenu de la page N° 4

ENFORCER Three- and Four-Channel RF Receiver Sample Applications: Positive Output Negative Output COM Positive Power Source COM Negative Power Source NC NC NO Positive Power Output NO Negative Power Output — — Power for receiver Power for receiver + + T ypical N.C. Application Typical N.O. Application SD-996C-NUQ COM COM Electric Door Strike NC E-941SA-1200 NC Electromagnetic Lock NO NO — — + + N.C. Application with Independent Power Sources N.O. Application with Indepe