TRANSMITTING MICROUNIT 4 LAMPS TMD4 S110323 Regulating transmitter 4 directions domótica x10
Domótica controls x10
That it is X10? 
70,13-Euro.

Micromodule TMD4 allows you order to send them of regulation of intensity, as well as of ignition and extinguished of up to 4 directions x10. Thanks to the small size of this micromodule, one settles behind normal pulsers, allowing to use the present pulsers to ignite and to extinguish the lights of the domótico system without needing changing the design. The micromodule allows to easily connect up to 4 different pulsers and program with any conventional control x10. The micromodule has bidirectional communication, which means that its state can be read from controller like the interface for PC. In addition, it can change his internal state in response to you order like “all the ignited lights” or “All extinguishing” to synchronize itself with the modules with which this formed.

The micromodule settles in cajillo of the pulsers thanks to its small size.
OPERATION
Micromodule TMD4 turns up to 4 normal pulsers in X10 transmitters, allowing uses pulsers to ignite, to extinguish or to regulate the brightness of modules of lamp located anywhere of the domótica installation. Four external pulsers that act you order sending them of ignition, dull or attenuation to four consecutive different directions can be connected up to x10. Micromodules TMD4 only transmit you order since they do not incorporate any internal unit. The first pulser brown cable, acts on the direction x10 bases corresponding, the second pulser (red cable) and sends the X10 order to the base address +1 through the installation of 220v. Pulsers 3 (cable orange) and 4 (yellow cable) respectively act on the base address +2 and +3. The programming and allocation of the X10 directions of the micromodule can be established with the aid of any controller or order able to send you order X10.
INSTALLATION
The installation of the micromodules will have to become exclusively by people with basic knowledge of electricity, able to at least understand and to include/understand the difference between Neutral, Phase and Load.
Before beginning the installation it remembers to disconnect the current of the circuit in which this working or better even totally disconnects the general current of all the installation

1 Step. It disassembles the mechanism of the pulser in which it wants to place the micromodule and it both locates feeders of 220V which they will feed the micromodule and in addition they sent of return you order X10 sent by micromodule micromodule TMD4 needs to work the phase and the neutral one.

2 Step. Pulsador/es connects cables of the micromodule to /los as it is in the illustration considering that the pulser must act on the neutral one and not on the phase. The blue cable of the connected micromodule this to the entrance of the neutral one and therefore is the common one for the pulsers that go to use. In the illustration is a mechanism with a double pulser, but it can be also used with one simple one, or two, three or four independent pulsers. The unique thing that there is to consider is that the Neutral one is the common one for all of them.

3 Step. Once all this connected, returns to connect the current and comes to program the micromodule, beating for it on the pulser “Prog” with the aid of a screwdriver. It follows the instructions of the section PROGRAMMING to realize this process.

4 Step. Once programmed the micromodule, it returns to place with well-taken care of the mechanism of the pulser in cajillo and places the cover and corresponding frame finally.
PROGRAMMING
In order to program the micromodule it is necessary to count on the aid of some control of domótica or X10 controller. It can use a control by radio frequency like control 8 in 1 along with a receiver of radio frequency, or a controller with direct connection to the network.
In order to enter the programming way, “prog” is necessary to press the button during at least 3 seconds. The LED will ignite indicating that this in programming way. The micromodule will leave the programming way if it does not receive any order in 60 seconds. In order to also leave the programming way “prog” can can press the button briefly, and so the LED will go out.
In order to program the base address of the micromodule, it would be enough with sending commando to him ON to that direction 2 times being the micromodule in the programming way For example to program the B3 direction as direction x10 bases of the micromodule, first puts the micromodule in the programming way, and next with a controller or control that has the code of house “B”, we twice pressed on the button “3 ON”. The micromodule will respond to the received commando making blink the LED 2 times.
Also it is possible to be programmed additional functions as to respond to you order “all the ignited lights,” “to extinguish to everything” and “Dim/Bright” or regulation of the intensity. For defect, unit is not responsible to any of these you order.
In order to program the function “All the ignited lights” the micromodule in way is put programming and continuation with a control or controller that have the same code of house that the micromodule, is sent the commando “all the ignited lights”. The micromodule responds making blink the LED 6 times.
IMPORTANT It always programs the first base address of the micromodule and soon it programs the other secondary functions. Whenever a base address is programmed, all the secondary functions adjust to their values by defect.
| By Defect |
Programmable option |
Commando |
Sparkles LED |
| A1 direction |
A2 directions of P16 |
2 Xs Direction |
2 |
| Without Regulation |
With Regulation |
2 Xs Dim |
5 |
| It does not respond “to All the ignited lights” |
It responds “to All the ignited lights” |
2x “All lights On” |
6 |
| It does not respond “All dull one” |
It responds “All dull one” |
2x “All Units Off” |
8 |

Example of application of micromodule TMD4 in a domótica system.
Engineering specifications
| Tension of feeding |
230 V 50 Hertz |
| Transmission of signal |
>5vpp 50ohmios to 120 Khz |
| Emission staff |
It fulfills the norm IN 50065-2-1 |
| Emission EMS |
It fulfills the norm IN 50065-4-1 |
| Electrical security |
It fulfills the norm IN 60669-2-1 and IN 60669-2-2 |
| Sensitivity of signal |
25 mVpp… 6Vpp to 120 kHz |
| Relation signal/noise |
1,35:1 |
| Dimensions |
46 xs 46 xs 16 mm |
| Connections |
2.5 mm |
| Current feeding |
< 30 mA. Capacitativo |
FAMILY DE MICROMODULOS X10
| TYPICAL SUMMARY OF MICROMODULOS |
| Reference |
S110325 |
S110329 |
S110320 |
S110323 |
S110327 |
| MODEL |
AWM2 |
LWM1 |
TMA4 |
TMD4 |
AW12 |
| X10 communication |
Bidirectional |
Unidirectional |
| Type of commutation |
Inductive relay 16A 2200W Lamps 3A |
Halogenous regulator 250W Lamp 200W lowers tension |
- |
- |
Relay 16A. 2000W inductive lamp 3A |
| Regulating Light |
No |
If |
No |
No |
No |
| You order Received |
On/Off. All on lights. All the Off lights |
| You order Transmitted |
On/Off |
On/Off/atenuacion/brillo |
On/Off |
On/Off/Brillo/Atenuación |
- |
| The load is connected in unit |
If |
No |
If |
| Quiet relay |
If |
- |
No |
| Entrances/X10 exits |
2 |
1 |
4 |
4 |
1 |
| Type interrupting |
Switches or Pulsers |
Pulsers |
Switches |
Pulsers |
Pulsers |
| Connection pulsers a |
Neutral |
Phase 220V |
| Dimensions |
46 xs 46 xs 16 mm. |
| Ignited LED/programming |
If |
No |
| Feeding |
230V 50Hz |
| Consumption |
< 30mA |
< 20mA |
| Functions |
Unit Apparatus 2 directions |
Unit Lamp 1 direction |
Transmitter 4 Directions Apparatuses |
Transmitter 4 Directions Lamps |
Unit Apparatus 1 direction |
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70,13-Euro. 81,35 € with IVA

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TO SEE MAS PRODUCTS DE Mandos Domótica x10
TRANSMITTING MICROUNIT 4 LAMPS TMD4 S110323
Regulating transmitter 4 directions domótica x10
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