Shenzhen Yishi Electronic Technology Development Co., Ltd.

home products RF Transceiver Modules Automatic meter reading (AMR) module, RS485/RS232/TTL to wireless

Automatic meter reading (AMR) module, RS485/RS232/TTL to wireless

Product Details:

Place of Origin Guangdong, China (Mainland)

Detailed Product Description


RF module

1. Main Features:

  * Carrier frequency:  433 MHz, 450MHz, 670MHz, 868MHz, 915MHz or ISM others;

  * Provide rich interface: RS-232/ TTL/ RS-485;

  * 8 channels, expandable for 16/32 channels according to requirements of customers;

  * Baud rate: 1200/2400/4800/9600/19200/38400bps;

  * Interface format: 8N1/8E1 user-defined, or customization for other format interface;

  * Integration of receiving and transmitting and half duplex;

  * Low power consumption and sleep function;

  * Temperature: -35~+75 C ;

  * Impedance: 50 Ohm(SMA antenna port, multiple antenna options available);

  * Complying with EN 300220 and ARIB STD-T67.  

2.Application areas:

 * Automatic meter reading (AMR) and home automation
 * Supervisory control and data acquisition (SCADA) 
 * Remote control,industry data collection;
 * Monitoring of remote systems
 * Production reporting of active systems
 * Wireless remote control alarm of power supply and fan equipment in the computer room;
 * Sports training & competition;
 * Wireless POS, PAD wireless smart terminal;
 * Electronic bus station and intelligent traffic;
 * Point to multi-point wireless network, Industrial wireless remote control.


Automatic meter reading (AMR) module,  RS485/RS232/TTL to wireless Automatic meter reading (AMR) module, RS485/RS232/TTL to wireless

Send your message to this supplier
« Prev Product 1 2 3 4 5 6 7 ... Next Product »

Other Products from this Supplier

Company Info

Shenzhen Yishi Electronic Technology Development Co., Ltd.
[China (Mainland)]
[Verified Member]

City: Shenzhen
Province/State: Guangdong
Country/Region : China (Mainland)

Business Type:Manufacturer

View Contact Details

Email this page Bookmark this page Print this Page