DC 12V 24V RF Wireless Remote Control Switch Motor Radio Receiver Remote Control

Features: *Brand new and high quality *Made of high quality materials durable *0 and J are shorted for memory mode. *8 different control mode setting instructions: *①1-4 way jog mode: M+1 is shorted. *②1-4 way self-locking mode: T+2 short circuit. *③1-4 way interlock mode no short circuit at all. *④1-2 way self-locking 3-4 way jogging 2 modes combination: M+1 short circuit T+2 short circuit. *⑤1-2 way inching 3-4 way interlocking 2 modes combination: M+1 short circuit MT+3 short circuit. *⑥1-2 way self-locking 3-4 way interlocking 2 modes combination: T+2 short circuit MT+3 short circuit. *⑦1-way self-locking 2-4-way inching 2 modes combination: M+1 short circuit T+2 short circuit MT+3 short circuit. *⑧1-4 way jog delay 5 seconds off mode: MT+3 short circuit. Specification: *Control distance: 50m *Control type: RF control *Working current: ≤3.5A *Rated frequency: 315MHz *Transmitting power: ≤10dBm *Coding method: learning *Security : 32 bits (4.3 billion groups) *Receiver sensitivity: -105dBM *Control cable length: 24cm *Transmitter control point: RF wireless radio frequency *Transmitter function buttons: turn off lock stop *Number of remote controllers that can be adapted: send more and receive more *Built-in accessories: 10A relay *Installation method: punching and fixing *Dimensions: 97*62*28mm *color: White *Model: 12V-50M 24V-50M (optional) *Scope of application: electrical appliances industrial lighting *Working temperature: -20℃~45℃ *Shell material: ABS *Wiring mode: 2 into 12 out *Protection grade: IP45 *Switch type: wireless remote control switch *Receiver power supply: DC12V *Product series: 4-way wireless remote control switch *Compatible battery: 23A12V *Load power: 40W 80W Package Included: 1XRF wireless remote control switch 1X Receiver Notes: 1. Due to various factors such as display brightness and light brightness the actual color of the product may be slightly different from the website picture. 2. Please allow a slight deviation between the data and the manual measurement.