MTX1-SMA Six channel transmitter

New modul with SMA connector are equipped with new possibilities of monitoring  inputs.  In addition to the normal modes, such as switching the output relays for the period of switching the transmitter input, or switching on and off alternating mode relay regime, eventually pulse mode regime, here you will find new modes of transmission of the status contact.

Description of a new mode of transmission of the status contact:

Transmitting modules MTX1,MTX2 have high impedance input 1.On it is possible to connect any isolated contact, which can be permanently closed at rest (the collection is around 30uA).
 The transmitter then sends only the changed status and that way it maintains the long life battery power.  If the contact opens, the receiver opens the corresponding output (can have assigned 1 - 6).  If the contact opens, it will switch the corresponding output on the receiver. With changes to the transmitter mode it is possible to set the inverse mode, or eventually, mode when the module responds to any changes (switching and opening).
Ideal for connection to a door or windows contacts, or for remote transmission of the status of any contact. All while maintaining a minimum of current consumption from the battery power.

Specifications

Power supply voltage:            3V – max 12V
Current consumption:            3uA
Transmitting  consumption: 14mA
Operating bands:                   868,35 MHz
Modulation:                          FSK
Encryption:                          Digital secure 40 bit
Input active level:                GND
Realistic range:                     Open air (500m) Inside buildings (50m) With Directional aerial  up to several kilometers
Dimensions:                         20 x 27 mm

Mode1- Output switching for the period of switching the transmitter input (max 25sec)
Mode2-  Output switching for the pulse mode regime (0.8 sec)
Mode3-  Output switching ON and OFF)
Mode4.1- Output responds to any changes high impedance input 1
Mode4.2- Inverse mode of Mode 4.1

 For easy and fast implementation we came up with several expansion modules of inputs and outputs:

REM6
MOP6
TER6