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Related Manuals for BEIER-Electronic RC-SM-4
Summary of Contents for BEIER-Electronic RC-SM-4
- Page 1 Switching module RC-SM-4 Operating Manual Switching module RC-SM-4 BEIER-Electronic Winterbacher Str. 52/4, 73614 Schorndorf - Weiler Telefon 07181/46232, Telefax 07181/45732 eMail: modellbau@beier-electronic.de Internet: http://www.beier-electronic.de/modellbau 22.09.2020 BEIER-Electronic...
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Page 2: Table Of Contents
Switching module RC-SM-4 Table of Contents Table of Contents ....................... 2 Introduction ......................... 3 Safety notes ........................ 4 Additional information and help .................. 4 Technical data ......................5 Wiring diagram ......................5 Division of the RC channel into areas ................. 6 Setup –... -
Page 3: Introduction
Output 1 green Output 2 Output 3 blue Output 4 yellow The RC-SM-4 has 15 different switching modes that can be selected via setup: Mode Function Control element 4-way memory short / long Switch 2-way memory short / 2-way momentary long... -
Page 4: Safety Notes
Switching module RC-SM-4 Safety notes Please read this operating manual carefully and keep it for future use! The integrated circuits on the switching module are sensitive to electrostatic charge. Therefore it is important that you don’t touch these components, before discharging yourself (e.g. -
Page 5: Technical Data
If the total current consumption of all connected loads exceeds the current of 1 A, the black cable of the RC-SM-4 must be connected to the negative pole of the battery. If only a few normal LEDs are connected, this is not necessary. -
Page 6: Division Of The Rc Channel Into Areas
"top" and "bottom" can be swapped! If a proportional control element is not used to control the RC-SM-4, but a 3-position switch, only areas A, N and D can be reached with this switch (without special programming in the radio). -
Page 7: Setup - Selection Of The Switching Mode
2. Switch on the radio and supply the receiver with voltage. 3. Now plug the servo cable of the RC-SM-4 into a receiver slot. Within the next 5 seconds, the transmitter control element must move quickly 3 times to full scale in area A (ie “up”... -
Page 8: Change Of Mode Settings With Internal Digital Potentiometer
Switching module RC-SM-4 If the transmitter control element is not operated for 30 seconds or the voltage of the RC-SM-4 is disconnected, the last setting selected is saved and the RC-SM-2 then works in the set mode. This set mode remains until the setup is restarted and the mode is changed. -
Page 9: Mode 1: 4-Way Memory Short / Long
Switching module RC-SM-4 Mode 1: 4-way memory short / long If the control element (switch) is moved to area A or D, the corresponding output switches on and remains activated until this area is activated again. The output changes (toggles) its state each time it is activated. -
Page 10: Mode 2: 2-Way Memory Short / 2-Way Momentary Long
Switching module RC-SM-4 Mode 2: 2-way memory short / 2-way momentary long If the control element moved short (less than 1 second) to area A or D in this mode, the corresponding output switches on and remains activated until this area is short activated again. -
Page 11: Mode 3: 4-Way Memory Via Areas A, B, C, D
Switching module RC-SM-4 Mode 3: 4-way memory via areas A, B, C, D A proportional control element is required on the radio for this mode, since the intermediate areas B and C are also evaluated here. If the control element is brought into an area (A, B, C or D), the corresponding output switches on and remains on until this area is activated again. -
Page 12: Mode 4: 4-Way Momentary Via The Areas A, B, C, D
Switching module RC-SM-4 Mode 4: 4-way momentary via the areas A, B, C, D A proportional control element is required on the radio for this mode, since the intermediate areas B and C are also evaluated here. If the control element is brought into an area, the corresponding output switches on and remains on as long as the control element is in this area. -
Page 13: Mode 5: 4-Way Memory Via Counting (Ekmfa - A)
Areas B, C and D are not evaluated in this mode. Since this mode only needs a "half" RC channel (area A), a second RC-SM-4 could be connected to the same channel using a Y cable, which is set to mode 6 and evaluates area D. -
Page 14: Mode 6: 4-Way Memory Via Counting (Ekmfa - D)
Areas A, B and C are not evaluated in this mode. Since this mode only needs a "half" RC channel (area D), a second RC-SM-4 could be connected to the same channel using a Y cable, which is set to mode 5 and evaluates area A. -
Page 15: Mode 7: Pulse When Moving
The outputs of the RC-SM-4 can also be combined by simple parallel connection, e.g. to generate an impulse, no matter in which direction or in which area the movement takes place. -
Page 16: Mode 8: 4-Way Light Switch Single (Step Switch)
Mode 8: 4-way light switch single (step switch) In this mode the RC-SM-4 works like a kind of step switch with 5 steps (step 0 - step In the area A, the state of the light switch is increased by one step. In area D, the state of the light switch is reduced by one step. -
Page 17: Mode 9: 4-Way Light Switch Combined
Mode 9: 4-way light switch combined In this mode the RC-SM-4 works like a kind of light switch with 5 steps (state 0 - state In the area A, the state of the light switch is increased by one step. In area D, the state of the light switch is reduced by one step. -
Page 18: Mode 10: Indicator (Steering), Hazard Warning Lights, Light 1+2
Switching module RC-SM-4 Mode 10: Indicator (steering), hazard warning lights, light 1+2 In this mode the RC-SM-4 is connected to the receiver's steering channel with a Y- cable parallel to the steering servo. When steering around a curve, the indicators are automatically activated. -
Page 19: Mode 11: Indicator (Memory), Hazard Warning Lights, Light 1+2
Switching module RC-SM-4 Mode 11: Indicator (memory), hazard warning lights, light 1+2 Here the indicators are not controlled via the steering, but via a separate channel with a 3-position switch. If the indicators are switched on via the switch, they remain on until the switch is activated again. -
Page 20: Mode 12: Indicator (Automatic Shutdown), Hazard Warning Lights, Light 1+2
Switching module RC-SM-4 Mode 12: Indicator (automatic shutdown), hazard warning lights, light 1+2 Here the indicators are not controlled via the steering, but via a separate channel with a 3-position switch. In contrast to mode 11, however, the indicators are automatically switched off again after an adjustable number of flashes. -
Page 21: Mode 13: Indicator (Memory), Light 1, Light 2
Switching module RC-SM-4 Mode 13: Indicator (memory), light 1, light 2 Here the indicators are not controlled via the steering, but via a separate channel with a 3-position switch. If the indicators are switched on via the switch, they remain on until the switch is activated again. -
Page 22: Mode 14: Brake Light, Light, Reversing Light
Switching module RC-SM-4 Mode 14: Brake light, light, reversing light In this mode the RC-SM-4 is connected to the throttle channel of the receiver with a Y-cable parallel to the speed controller. When driving the model, the brake light and reversing light are automatically activated. -
Page 23: Mode 15: Flasher, Running Light
Switching module RC-SM-4 Light (30 s) Light (30 s) Reversing light Brake light Brake light 2.0 ms 1.80 – 1.52 ms 1.48 – 1.20 ms 1.0 ms Mode 15: Flasher, running light In this mode there are 4 different variants of flashers / running lights to choose from:... - Page 24 Short in area D: Increase speed by 1 step As a special feature, the RC-SM-4 always remembers its state (on or off), the last selected variant and the last set speed in this mode. These states are restored each time the supply voltage is applied via the servo connector. After it has been appropriately set and switched on, the RC-SM-4 can also be used as a “standalone”...
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