ESU 51820 SwitchPilot HO/N V2.0 4x accessory decoder 2x Servo DCC/MM 1A

With the SwitchPilot V2.0 we present to you an improved version of our well proven accessory decoder. It is a robust multi protocol switch and accessory decoder for controlling up to 4 solenoid accessories (e.g. points) or 8 loads such uncoupling ramps or incandescent lamps (e.g. street lighting, lighting of buildings or points). Due to its intelligent software it can be operated with either DCC or Motorola®.

Operating modes

The SwitchPilot can be operated with DCC and Motorola®.  It is compatible to the DCC standard and is triggered by accessory commands. In Motorola® mode the possible addresses range from 01 – 127. The digital protocol is detected automatically.

Functionality

The SwitchPilot can either be powered by the digital command station or by a separate transformer supplying AC or DC. You may connect up to 4 solenoid motors by any of the known manufacturers to its 8 transistor outputs with a maximum continuous current of 1A. In order to prevent blowing the coil of a solenoid without end position contacts the switch-on time can be adjusted separately for each output from 0.1 sec to 1 second. The SwitchPilot behaves in this mode k83 compatible.
Alternatively you may choose to configure each output as a continuous output. This is useful for operating daylight signals, streetlights, lighting of buildings or points. Effects such as fade-in / fade-out (“Zoom”) or blinking lights assist you in realizing prototypical signal aspects or warning lights at level crossings. The SwitchPilot handles the most important properties of the well known k84 decoder.

Servo control

The SwitchPilot V2.0 can do more: in addition to the 4 transistor outputs it can control two conventional RC servos. Speed of movement as well as the end positions can be individually programmed. This facilitates particularly prototypical, slow and powerful point motors regardless of the brand of track system. This is especially valuable for driving semaphore signals or the gates at level crossings. If so desired, the servo pulse can be turned off once the end position has been reached. The power supply to the servo can also be interrupted in order to prevent the humming of some low cost servos.