Multi Switch-Prop Decoder Memory (robbe) decoder module (receiver side) for 12 switching functions and 2 servo functions. New in 2017! 8370. For each Multi-Switch-Prop module (item 6454) in the transmitter, 1 decoder is required on the receiver side. This only occupies 1 servo channel and switches 12 channels directly. As well as 2 servo functions. Operating voltage 4,8V-24V Load current up to 2,7A per output With memory function - this means that the channels on one control switch can be switched on at the same time. The memory function can be switched off optionally. The short-circuit-proof, reverse-polarity-proof and overtemperature-protected output stage makes this decoder almost indestructible. This decoder can also process the switching functions of the 8- and 16-channel switch modules.
Relay polarity reversal module for multi-switch decoder Switching relay with connection cable for multi-switch decoder to increase the switching capacity to 16 A. The relays are already wired in such a way that after connecting the motor and battery, the functions forward, stop and reverse are available. Suitable for switching special functions with high power consumption, such as pumps, electric motors, etc. This module cannot be operated directly on the receiver. Technical data: Dimensions: 62 x 35 x 20 mm Weight: approx. 40 g Switching function: 1 Operating voltage: 4,8 - 12 V Switching voltage max: 24 V Switching current max: 16 A
Relay module 16A for multi-switch decoder. This relay module can be connected to the multi-switch decoder with the item number 6453 and 6464.Switching relay with connection cable for multi-switch decoder to increase the switching capacity up to 16 A. Suitable for switching special functions with high power consumption, such as pumps, electric motors, etc.This module cannot be operated directly on the receiver. Technical data:Dimensions 55 x 20 x 20 mmWeight approx. 25 gSwitching function 1Switching voltage max: 24 VSwitching current max: 16 A
Multi-Switch-Prop 12+2 module for F and FC transmitters, 4x 3-position switches, 1x switch, 1x double button, 2 rotary potentiometers (8101). For 6 double switch functions and 2 proportional servo actuators. On the receiver side, ONE decoder (item 6455) is required for each Multi-Switch-Prop module!
Polarity reversal transistor module 1A for multi-switch decoder. Module is NOT suitable for use with a receiver output! This module is suitable for connection to the robbe/Futaba Multi-Switch 16 decoder, Multi-Switch-Prop 12+2 decoder (item no. 6453/6454) and enables motors with a current consumption of up to 1 A to be switched with the forward - stop - reverse function. With little modification to the plug-in system, the module is also compatible with older multi-switch decoders or with Nautic modules from other manufacturers.ConnectionThe module is delivered ready for connection. The BEC cable is recommended for connecting the motor.Important: The transistor polarity reversal module may only be connected to decoder outputs where the memory function has been deactivated (see decoder instructions). The maximum current consumption of the connected motor must not exceed 1 A, as this is supplied with voltage via the decoder (6-12V).FunctionAfter switching on the remote control system, the connected motor can be switched using the switch on the multi-switch module in the transmitter.Toggle switch to the front: Motor runs forwardsToggle switch in the middle: Motor stopToggle switch to the back: Motor runs backwardsIf the motor runs in the wrong direction, the motor connection plug must be turned 180°.Technical dataOperating voltage 6-12V (via multi-switch decoder)Switching current max. 1ADimensions of circuit board approx. 11x23 mmWeight 4gFunctions Forward-stop-backward (can only be used for connection to a multi-switch decoder)This switching module is particularly ideal for controlling small electric motors. With a switching capacity of 1A, for example, our Micro Pile gear motors can be controlled with the functions forward-stop-backward. A multi-switch module with a suitable decoder must be used as the encoder on the transmitter. A switch or button can be used as required. Ready for use.Technical dataSwitching current max. 1ADimensions of circuit board approx. 11x23 mmWeight 4gFunctions forward-stop-backward(Can only be used in conjunction with a multi-switch decoder)
Multi Switch 16 Decoder Memory (robbe) decoder module (receiver side) for 16 switching functions. NEW 2017! 8369. For each multi-switch module (items 2524, 5207 and 5725) in the transmitter, 1 decoder is required on the receiver side. This only occupies 1 servo channel and switches 16 channels directly. Operating voltage 4,8V-24V Load current up to 1,8A per output With memory function - this means that the channels on one control switch can be switched on at the same time. The memory function can be switched off optionally. The short-circuit-proof, reverse-polarity-proof and overtemperature-protected output stage makes this decoder almost indestructible.
Single-channel multiswitch channel extension 8 additional switches (16 functions) for Robbe/Futaba transmitters. A free proportional channel is required on the transmitter and sound module. At a glance: -Extension of the transmitter with an additional 8 switches -Control of a further 16 functions -Evaluation of the switches using the USM-RC-2 sound module or MSD-16 multiswitch decoder -Connection requires a free proportional channel -Installation inside or outside the transmitter housing is possible, housing available for external installation. -Important: compatible with every transmitter/transmitter system due to the special transmission method Description: The single-channel multiswitch module EMS is a channel extension for RC transmitters with 16 switching functions. The switch module is installed directly in the transmitter and transmits the states of 8 switches on one channel. The switch states are transmitted using a counting method, which extends the reaction time of the switches by up to 1,4s. The transmission method means that the EMS modules can also be used with transmitters (e.g. 2,4 GHz) where normal Nautic/multiswitch modules do not work. The switches can be used to control the switching outputs of the MSD-16 multiswitch decoder or functions of the USM-RC-2 sound module (e.g. starting sounds or switching outputs). A free proportional channel is required on the transmitter for the connection. The receiver output is then connected directly to the proportional input (X2/3 or X2/4) of the sound module or the multiswitch decoder. Each switch has 3 positions: top - middle - bottom. The middle position is the "off" position. This means that 2 functions ("top" and "bottom") can be controlled per switch. All switches have a "pushbutton function", ie they automatically return to the middle position. Using the memory functions available in the sound module and multi-switch decoder, switching outputs for lights, for example, can be permanently switched using the button function. Due to the counting method used in the EMS modules, several switches must not be operated at the same time
1x Multiswitch Decoder MSD-16. Decodes the signals from the multiswitch modules. 16 switching outputs, 2 servo outputs. The Multiswitch Decoder MSD-16 is of interest to model builders who want to use transmitter modules/multiswitch modules but no longer have a free proportional channel on the USM-RC-2 sound module or do not have a sound module at all. The Multiswitch Decoder MSD-16 evaluates signals from the multiswitch modules and enables 16 additional functions (not sound) to be switched. This means that a USM-RC-2 sound module is no longer required for evaluating the transmitter modules. The Multiswitch Decoder MSD-16 can be used to control our Multiswitch Module NMS-16 (Beier-Elektronik, items 9823, 9824, 9825) as well as the original Robbe and Graupner multiswitch modules. The MSD-16 is connected directly to the Nautic/Multiswitch channel of the receiver using a servo patch cable. The MSD-16 has 16 switching outputs that are assigned to the 8 switches on the multiswitch module. Switch 1 (top) switches output 1, switch 1 (bottom) switches output 2, switch 2 (top) switches output 3, etc. In addition to the 16 switching outputs, there are 2 servo outputs on the MSD-16. These are controlled in parallel to outputs 1 and 2 or 3 and 4. The module is configured using 8 DIP switches. These can be used to set whether a switch block consisting of 2 switches should be switched statically or as a memory.
Single-channel multiswitch channel extension 12 additional switches (24 functions) For Graupner transmitters. A free proportional channel is required on the transmitter and sound module. At a glance: -Extension of the transmitter with an additional 12 switches -Control of a further 24 functions -Evaluation of the switches using the USM-RC-2 sound module or MSD-16 multiswitch decoder -Connection requires a free proportional channel -Installation inside or outside the transmitter housing possible, housing available for external installation. -Important: compatible with every transmitter / transmission system due to special transmission method Description: The single-channel multiswitch module EMS is a channel extension for RC transmitters with 24 switching functions. The switch module is installed directly in the transmitter and transmits the states of 12 switches on one channel. The switch states are transmitted using a counting method, which extends the reaction time of the switches by up to 1,4s. The transmission method means that the EMS modules can also be used with transmitters (e.g. 2,4 GHz) where normal Nautic/multiswitch modules do not work. The switches can be used to control the switching outputs of the MSD-16 multiswitch decoder or functions of the USM-RC-2 sound module (e.g. starting sounds or switching outputs). A free proportional channel is required on the transmitter for the connection. The receiver output is then connected directly to the proportional input (X2/3 or X2/4) of the sound module or the multiswitch decoder. Each switch has 3 positions: top - middle - bottom. The middle position is the "off" position. This means that 2 functions ("top" and "bottom") can be controlled per switch. All switches have a "pushbutton function", ie they automatically return to the middle position. Using the memory functions available in the sound module and multi-switch decoder, switching outputs for lights, for example, can be permanently switched using the button function. Due to the counting method used in the EMS modules, several switches must not be operated at the same time
Multi Prop 8 module (Futaba). NEW 2017! Station extension for 8 Prop functions 8 proportional knob. P-RT1512. For Futaba transmitters of the F-Series, F-14, 16-FC.
1x Nautic Multiswitch channel extension 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 an additional 8 switches -Control of a further 16 functions -Evaluation of the switches using the sound module USM-RC, USM-RC-2 or multiswitch decoder MSD -16 connection requires a free proportional channel -Installation inside or outside the transmitter housing possible, Housing available for external attachment -Important: not compatible with every transmitter / transmitter system Description: The Nautic Multiswitch Module NMS is a channel extension for RC transmitters with 16 switching functions. The switch module is installed in the transmitter and transmits the states of 812 switches on one channel - depending on the version. If there is not enough space in the transmitter housing for installation, the modules with the multiswitch housings can be installed outside the transmitter housing. With the Switches can be used to control the various functions (e.g. starting sounds or switching outputs) of the USM-RC and USM-RC-2 sound modules. The receiver output is connected directly to the proportional input (X2/3 or X2/4) of the sound module, so no additional multiswitch decoder is required. Optionally, it is also possible to use the NMS-16-G and NMS-16-R modules to switch the outputs of the MSD-16 multiswitch decoder if the evaluation of the switches is to be carried out independently of the sound module. Each of the switches on the NMS has 3 positions: top - middle - bottom. The middle position is the "off" position. This means that 2 functions ("up" and "down") can be controlled per switch. The switches all have a "touch function", i.e. they always automatically return to the middle position. Using the memory function that can be programmed in the sound teacher, the touch function can also be used to permanently switch switching outputs for lights, for example. The switch states are transmitted using the time-multiplex method, which extends the reaction time of the switches by approx. 0,2-0,3s. Technical data: NMS-16-G The NMS-16-G (with 8 switches) can be installed in Graupner transmitters. - Dimensions of the base board: 66 x 47 mm - Required height in the remote control (without switch lever): 26 mm - Switch spacing: horizontal 12 mm, vertical 15 mm
1x Nautic Multiswitch channel extension 12 additional switches (24 functions) For Graupner transmitters, A free proportional channel is required on the transmitter and sound module At a glance: -Extension of the transmitter with an additional 12 switches -Control of a further 24 functions -Evaluation of the switches using the sound module USM-RC, USM-RC-2 or multiswitch decoder MSD-16 connection requires a free proportional channel -Installation inside or outside the transmitter housing possible, Housing available for external attachment -Important: not compatible with every transmitter / transmitter system Description: The Nautic Multiswitch Module NMS is a channel extension for RC transmitters with 24 switching functions. The switch module is installed in the transmitter and transmits the states of 12 switches on one channel. If there is not enough space in the transmitter housing for installation, the modules with the multiswitch housings can be installed outside the transmitter housing. The switches can be used to control the various Functions (e.g. starting sounds or switching outputs) of the sound modules USM-RC and USM-RC-2 can be controlled. The output of the receiver is connected directly to the proportional input (X2/3 or X2/4) of the sound module, so no additional multiswitch decoder is required. Each of the switches on the NMS has 3 positions: top - middle - bottom. The middle position is the "off" position. This means that 2 functions ("up" and "down") can be controlled per switch. The switches all have a "touch function", i.e. they always automatically return to the middle position. Using the memory function that can be programmed in the sound teacher, the touch function can also be used to permanently switch switching outputs for lights, for example. The switch states are transmitted using the time-division multiplex method, which extends the reaction time of the switches by approx. 0,2-0,3s. Technical data: NMS-24-G The NMS-24-G (with 12 switches) can be installed in Graupner transmitters. Attention: The NMS-24-G does not work with the 2,4 GHz HoTT system! The NMS-16-G is to be used here. -Dimensions of the base board: 66 x 47 mm -Required height in the remote control (without switch lever): 26 mm -Switch spacing: horizontal 12 mm, vertical 15 mm
Single-channel multiswitch channel extension 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 an additional 8 switches -Control of a further 16 functions -Evaluation of the switches using the USM-RC-2 sound module or MSD-16 multiswitch decoder -Connection requires a free proportional channel -Installation inside or outside the transmitter housing is possible, housing available for external installation. -Important: compatible with every transmitter / transmission system due to the special transmission method Description: The single-channel multiswitch module EMS is a channel extension for RC transmitters with 16 switching functions. The switch module is installed directly in the transmitter and transmits the states of 8 switches on one channel. The switch states are transmitted using a counting method, which extends the reaction time of the switches by up to 1,4s. The transmission method means that the EMS modules can also be used with transmitters (e.g. 2,4 GHz) where normal Nautic/multiswitch modules do not work. The switches can be used to control the switching outputs of the MSD-16 multiswitch decoder or functions of the USM-RC-2 sound module (e.g. starting sounds or switching outputs). A free proportional channel is required on the transmitter for the connection. The receiver output is then connected directly to the proportional input (X2/3 or X2/4) of the sound module or the multiswitch decoder. Each switch has 3 positions: top - middle - bottom. The middle position is the "off" position. This means that 2 functions ("top" and "bottom") can be controlled per switch. All switches have a "pushbutton function", ie they automatically return to the middle position. Using the memory functions available in the sound module and multi-switch decoder, switching outputs for lights, for example, can be permanently switched using the button function. Due to the counting method used in the EMS modules, several switches must not be operated at the same time
Multi-Switch 16 module for F and FC transmitters, 5x 3-position switches, 2x switch/buttons, 1x double button (8084). Transmitter expansion module for Futaba transmitters of the F and FC series. To switch special functions, this module expands 1 proportional channel to 16 switching functions.Multi-Switch 16 transmitter moduleOptional module for special functions, expands a proportional channel of the Futaba F-14 transmitter to 16 switching functions. A switching module that covers almost all requirements.Five 3-position switches, 2 on-off switches/buttons and a 2-position button result in a wide range of application possibilities. Up to three modules can be installed and used in the F-14.The 3-wire connection cable is connected to the "Multi-Out" pin strip on the transmitter board. The 1-wire cable must be plugged into the "Multi-In" 1,2, 3 or 1 pin strip. It must be noted that when using the "Multi-In 16" slot, the Multi-Switch 8 decoder must be plugged into receiver slot 2. For "Multi-In 7" the receiver slot 3 is assigned and "Multi-In 6" the receiver output 6453 is assigned. For further information, please refer to the instructions. On the receiver side, item XNUMX is required as a decoder!