Door Access Openner Button Remote Switch DC 12V 1CH NO COM NC 10A Relay Contact Radio Switches Time Delay OFF 5S 10S 15S Обустройство - купить

Купить Door Access Openner Button Remote Switch DC 12V 1CH NO COM NC 10A Relay Contact Radio Switches Time Delay OFF 5S 10S 15S | Обустройство

1.Working Voltage: DC12V+ - 10% 2.Current:Standby less than 10mA,Working less than 128mA 3.Working Temperature: -10 'C—+60'C 4.Receiver Frequency: 315MHz/433MHZ Optional 5.Receiving Sensitivity: -105dB 6.Output State: 0V Switching Value use Relay NO COM NC 7.Max Load:10A Relay, Resistive load less than 7A,Inductive load less than 3A 8.Receiver Board Size:35*30*17mm 9.Learning Code: Learning Button to add transmitter 10. Working Mode: Momentary, Momentary 5s / 10s / 15s delay off
Learning Method:

Input DC12V for the Receiver,

M4: Press the Learning Button 1 times. Then press transmitter, the Led indicator flash for 3 times, it mean learning successfully.

T4: Press the Learning Button 2 times. Then press transmitter, the Led indicator flash for 3 times, it mean learning successfully.

L4: Press the Learning Button 3 times. Then press transmitter, the Led indicator flash for 3 times, it mean learning successfully.

M4 Signal temporary 5s : Press the Learning Button 4 times. Then press transmitter, the Led indicator flash for 3 times, it mean learning successfully.

M4 Signal temporary 10s : Press the Learning Button 5 times. Then press transmitter, the Led indicator flash for 3 times, it mean learning successfully.

M4 Signal temporary 15s : Press the Learning Button 6 times. Then press transmitter, the Led indicator flash for 3 times, it mean learning successfully.

Clearing Code

Press the Learning Button 8 times, Led indicator flash fast, it mean the code have been clearedsuccessfully.

Remote control (transmitter)

Operating Voltage: DC6V

Operating Current: 30MA

Operating Frequency: 315/433MHz

Frequency Distance: 10M-200M

Battery : CR2016 3V 2PCS

(please notice that is the ideal distance without any block and signal interfere, it would rise and fall about 10%-50% with the block and signal interference ).