G-NiceRF SV6300 3W High Power Long Range RS485 Interface 433MHz Radio Modem

SV6300 is highly-integrated RF module, which adopts high performance Si4432 from Silicon Labs. It has 3 optional Interface (TTL, 232, 485), comes in four frequency band version, 433MHz 470MHz 868MHz and 915MHz.. We can config the frequency around the main band up and down 20MHz. SV6300 has high sensitivity and 3W output power to achieve 6000m long RF range and reliable RF communication. SV6300 comes with many parameters which are configurable, such as:  frequency, data rate, output power, Net ID, Node ID. Users can configure the parameters through PC or customer’s own device. The features of long distance,wide working voltage and simple parameters configuration make SV6300 wildly used in many fields. 

Specifications: 

Feature:

* 433 MHz (Customizable 240-930 MHZ)
* Interface: RS485 
* 40 channels
* 4 bytes net ID
* 2 bytes node ID
* Multiple air data rate
* GFSK modulation
* Bi-Direction communication 
* Parameters configurable
* Parameters saved even powered off
* Sensitivity: -121 dBm 
* Max output power:3W
* Voltage:9 ~ 18 V
* Temperature:-40 ~ +85 °C 

Application:

* Remote telemetry                                           
* Auto meter reading
* Security systems 
* Data logger 
* Wireless data communication
* Home automation
* Healthy monitor
* Wireless PC peripherals
* Access Control
* Robot control

Pin definition

Mechanism dimension

Accessories: 

 Antenna:The antenna is important in the communication. For this module, the match impedance is 50 Ohm. We have many kinds of antenna for customer to choose, please contact the corresponding sales engineer for help, or find the antenna in our website.

USB Bridge board:

The USB Bridge is useful for customers to configure the parameters and simply to do communication test with PC. There are 3 types of USB Bridge, which are SU108-TTL, SU108-232, SU108 - 485. SU108 -TTL is for TTL Interface, SU108-232 is for 232 Interface, SU108 - 485 is for 485 Interface.

Product show:

a) Why module can not communicate properly?
1) The power supply is connected incorrectly and the module is not working properly;
2) 2) Check whether the frequency band of each module and other RF parameters are consistent;
3) 3) Is the module d1) Power supply ripple is 2) The antenna types do not match, or not properly ins3) The surrounding environment is harsh, strong interference s4) Surrounding co-channel interferenc