433MHz Opy Remote Ontrol Ele Tri Garage Door 4- On

Features:

1. 433mhz remote loner: This is a fixed frequen y remote loner (433mhz) for opying 9
9.99% ommon fixed and learning ode. With this remote loner you an lone all 433MHz fixed ode key fobs.

2. High performan e: The remote ontrol adopts RF te hnology, with long remote ontrol distan e and stable signal. Long transmission distan e, omnidire tional, transmission of high sensitivity, no signal blo ker. Distan e Up to -100 meters.

3. High qu ty: Made of qu ty material, durable and pra ti al. Portable size is easy to store and arry. It is the latest modern design and te hnology equals a ply smarter and unique remote.

4. 4 keys: With 4 programmable fun tion keys. Single key operation for ea h pas . It an be flexibly onfigured in quantity and in operating modes.

5. Wide a li ation: It is widely used in industrial ontrol and se urity fields, su h as light, motor, remote ontroller, wireless se urity alarm, wireless door alarm, wireless ontroller, et . Wireless remote ontrol suitable for various intelligen e ontrol system su h as ele tri gate, garage door, hine, et .

Des ription:

This is a fixed frequen y remote loner (433mhz) for opying 99.99% ommon fixed and learning ode with 4 programmable fun tion keys, widely used in industrial ontrol and se urity fields, su h as light, motor, remote ontroller, wireless se urity alarm, wireless door alarm, wireless ontroller, et .

Spe ifi ations:

Working voltage: 12V (built-in a 27A12V battery)

Working urrent: 10mA@12V

power: 10mw@12V

Transmission frequen y: 433MHZ

Transmission distan e: -100M (open area, the sensitivity of the re eiving devi e is minus 100dbm)

En oder type: fixed ode. learning ode. part of the rolling ode

Type: AB D on, lo k on, up&down on (optional)

Fun tion: opy remote ontrol

Size: 6.7*1.7*1.7 ( m)

Pa kage In luded:

1 * opy remote ontrol
Notes:
1. Please allow 0-1 in h error due to manual measurement. Thanks for your understanding.
2. are not brated same, item olor displayed in photos may be showing slightly different from real obje t.