

Radio Kit TX-1 RTH
Ameliorate your regular thermostat to digital, wireless LMS technology by using TX-1 RTH set.
LMS - Logic Managing System is entirely Polish technology with strong radio transmission code, invented by Polish engineers. LMS meets all frequency, quality and emission requirements.
If you have wired or wireless thermostat, working on 3V, you will be able to have your own TX-1 RTH set and build wireless thermostat with advanced, digital LMS technology.
- TX-1 RTH works on 868MHz frequency (most of devices this type work on 433MHz frequency).
- Low cost of the set; modification cost may be lower than wireless thermostat offered by particular producer.
- Compare to competitive devices, our thermostats will give you 30 to 50% range raise.
- Ability to easily add more RTH devices do TX-1 radio module.
- LMS technology do not required adding any identification codes.
- Advanced logic of RTH receiver is allowing any heating devices to continue working, even when it temporarily lost connection with thermostat; receiver remembers work cycles from last 24hrs and it is working on average cycle, until it will get connected again.
- Trifling energy usage by TX-41 module is not overloading thermostat battery power supply. Depends of the particular thermostat model it will even increase battery lifetime (check technical and energy usage data).
- Easy instalation.
- RTH receiver and TX-1 radio module meet CE and radio European requirements.
- TX-1 RTH set is compatible with other LMS technology devices, e.g. window handle Auraton H-1.
TX-1 radio module is compatible with AURATON RTH receiver and thanks to that you can make your wired temperature regulator a wireless version.

Below temperature regulators AURATON 2005 and Auraton 2020 with mounted TX-1 radio module.

You can adjustment your wired temperature controller into wireless version, even when devices you purchased are different company’s products.
| Frequency: |
868 MHz |
| Emitter power: |
10 mW |
| Open field range: |
300 m |
Building range:
|
approximately 30 m
(bulding range depends on the construction type)
|
| Mains power range: |
2,2 – 3,6 V |
| Voltage range: |
3,0 V
|
| Energy usage during standby: |
0,4 μA - for certain pulsing entrance signal
|
Energy usage depending
on entrance signal configuration: |
3,5 μA - for certain entrance signal |
| Current usage: |
30mA (4ms) |
| Entrance signal confirmation |
- during every change;
- every 5 minutes |
| Humidity |
90% without condensation |
| Working temperaure range |
-20°C do +60°C |