Elsema MC12E Universal Motor Control Card

Universal Controller for Automatic Single & Double Sliding and Swing Gates

Product Description

The Elsema MC12E Universal Controller is a versatile motor control solution designed for automatic sliding and swing gate applications. Suitable for both single- and double-motor configurations, the MC12E provides advanced control, safety, adjustment and energy-saving functions for residential, commercial and solar-powered gate installations.

Listing Includes

• 1 × Elsema MC12E Control Box – Universal Controller for Automatic Sliding and Swing Gates

Key Features

• Suitable for both sliding and swing gates

• Supports single- or double-motor operation

• Designed for 12V DC motors

• Soft start and soft stop functionality for smooth gate operation

• Adjustable motor speed and force

• Large 4-line LCD display for controller status and setup instructions

• One-touch setup for simple configuration

• Automatic gate profiling using intelligent control technology

• Multiple input functions, including:

  • Push button

  • Open-only

  • Close-only

  • Stop

  • Pedestrian access

  • Photoelectric safety beam

• Supports limit switch inputs or mechanical stops

• Adjustable automatic closing time

• Adjustable obstruction load detection

• Dedicated pedestrian access settings

• Adjustable electric lock and courtesy light outputs

• Variable photoelectric safety beam functions

• Energy-saving mode to help reduce operating costs

• 12V DC auxiliary output for powering accessories

• Integrated service counters

• Password protection

• Holiday mode

• Additional advanced configuration and control functions

• Built-in 12V battery charger for backup battery systems

• Extremely low 12mA standby current, making it particularly suitable for solar-powered gate systems

Warranty

12-Month Warranty

The Elsema MC12E is an ideal choice for automatic gate installations requiring reliable 12V DC motor control, flexible configuration options, advanced safety features and efficient energy consumption.