Mounting frame
Mounting frame for DIN rail Set WAGO Mounting base for our I2C rails kits
this 433 MHz radio transmitter allows you remote-controlled electrical socket controlled via the I2C bus.
The I2HFS module connects between the I2C bus and 433MHz radio outlets from different manufacturers.
About the I2C bus data is written to various registers of the card, which are then transmitted to the radio-controlled sockets via 433MHz.
To ensure compliance with the various protocols and data formats you need not worry about, this is done by the PIC controller, which is installed on the card.
Program examples can be found in the blog
http://www.horter.de/blog/i2c-funksender-433mhz/
Data Sheet
Shematic Diagram
Description
1 | Resistor 4,7 k |
1 | Resistor 1,5 k |
1 | LED grün 2mA |
1 | NPN-transistor BC546A |
1 | Ceramic Capacitor 100 nF |
1 | I2HFS-PIC (PIC18F13K22 programmed) with IC socket 20 pol |
4 | pin connectors 3 pol and Jumper |
1 | DIP-Switch 4pol |
1 | 433 MHz radio module |
1 | 433 MHz wire antenna |
1 | terminal 4 pol fix or plug in |
1 | pin connectors 5 pol. |
1 | PCB lead-free tin with solder mask |
Mounting frame for DIN rail Set WAGO Mounting base for our I2C rails kits
Rod antenna for 433 MHz transmitter With this antenna you increase the range of I2C radio transmitter.
Rod antenna for 433 MHz transmitter This antenna can be mounted outside the switchbox.
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I2C pulse counter kit with PCF8583 and optocoupler 2-channel counter for fast pulses
Mounting frame for DIN rail Set WAGO Mounting base for our I2C rails kits
Rod antenna for 433 MHz transmitter This antenna can be mounted outside the switchbox.
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