A channel MultiSwitch channel expansion Graupner

One-channel multiswitch channel expansion 8 additional switches (16 functions) For Graupner transmitters, a free proportional channel is required on the transmitter and sound module.

At a glance:
Extension of the transmitter with additional switches 8
Control of other functions 16
-evaluation Of the switch by sound module USM-RC-2 or multiswitch decoder MSD 16
Port requires free proportional channel
Paving possible inside or outside the transmitter housing, housing for external attachment available.
-Wichtig: Compatible with any transmitter / transmission system, due to special transmission method
Description:
The single-channel Multi Switch Module EMS is a channel extension fürRC transmitter with 16 switching functions.
The switch module is installed directly in the transmitter undüberträgt on a channel the Zuständevon 8 switches.
The transfer of the switch states is carried out according einemZählverfahren, whereby the reaction time of Schalterum extended up to 1,4s. By the transfer method Can the EMS modules, broadcast stations (eg 2,4 GHz) can be used, which do not work normal Nautic / Multi switch modules.
With the switches the switching outputs desMultiswitchdecoders MSD 16 or functions of SoundmodulsUSM RC 2 (eg sounds start or switch outputs) can be controlled.
To connect is a free Proportionalkanalbenötigt the transmitter. The output of the receiver is then the sound module orthe Multiswitch decoder connected directly WITH THE proportional input (X2 / 3 or X2 / 4).
Each of the switches has 3 positions: up - Middle - down.The middle position is the "off" position. Thus skill per switch 2 functions ( "Up" and "Down") are controlled.
All switches have a "key function", ie they automatically return to the center position. existing over the imSoundmodul and Multiswitch decoder memory function possible with the new key function permanently switching outputs fürz.B. Lights are switched.
Because of the counting procedure at the EMS modules, a plurality of switches may not be operated simultaneously