Electronic Traffic Light Controller | Featuring multiple modes of operation, customizable timing and detector-based logic, it provides traffic signal control solutions for a range of environments — from simple vehicle entry points to complex traffic management points requiring reliable signal sequencing. | Dual Traffic Light Control Board Motorline MCS01 Made in Europe – Advanced Traffic Signal Controller.

Traffic Light Control Board MCS01 – Advanced Traffic Signal Controller

Discover the Traffic Light Control Board MCS01, a powerful controller module designed for precise traffic lights control system operation — supporting reliable and flexible signal coordination for vehicle traffic light systems and traffic control applications across Australia.

Product Overview | Traffic Light Control Board MCS01

The Traffic Light Control Board MCS01 is an electronic control board engineered to manage and coordinate two traffic lights (either 2-colour or 3-colour) seamlessly. Featuring multiple modes of operation, customizable timing and detector-based logic, it provides traffic signal control solutions for a range of environments — from simple vehicle entry points to complex traffic management points requiring reliable signal sequencing.

Key Features

• Supports 2 traffic lights with options for 2-colour or 3-colour configurations. 
• Operates in multiple traffic control modes: Park, Timer, and Detector modes. 
• Configurable timing for green, yellow and red phases for each light. 
• Detector and pulse input support for responsive vehicle actuation. 
• Independent power supply for the controller and traffic lights. 
• Compact, rugged design suitable for local traffic intersections, loading zones, parking ramps, bridges and work sites.
• Built-in RF receiver capability for remote configuration.

Product Description | Traffic Lights Control Board Motorline-MCS01

The MCS01 Traffic Light Control Board is engineered to be a core component of modern Traffic Signal Controllers and Traffic Control Systems — delivering responsive signal control with configurable operational modes tailored to real-world vehicle traffic scenarios. It accepts detector inputs and configurable pulse signals to automate changes to lighting sequences in response to traffic demand. Users can set custom green/yellow/red durations and implement site-specific vehicle-movement logic to enhance intersection throughput and safety.

As part of a comprehensive traffic light control and coordination solution, this controller supports easy configuration, simple electrical connections, and reliable operation under varied site conditions. Its flexibility makes it suitable for localised traffic intersections, gated entrances, parking access control, and temporary worksites requiring automated vehicle signalling.

Technical Specifications

Benefits of Using MCS01 in Australian Traffic Management

• Enhances local traffic flow and vehicle movement control.
• Enables precise timing and coordination of traffic light signals.
• Improves intersection safety and reduces congestion delays.
• Supports robust traffic control systems with configurable logic.
• Easy installation and configuration for diverse Australian traffic environments.

Frequently Asked Questions (FAQ)

What is a Traffic Light Control Board?

A Traffic Light Control Board is an electronic module that manages the timing and coordination of traffic lights. It directs traffic light phases (green, yellow, red) based on preset logic or detector inputs to support efficient vehicle movement through an intersection or control point.

How does the MCS01 improve traffic light coordination?

The MCS01 supports programmable timing and detector-based operation modes, allowing the traffic light sequence to adapt to real-world conditions such as vehicle presence and traffic volume. This leads to better traffic-light control and coordination of vehicle flows.

Is the MCS01(Advanced Traffic Light Control Board) suitable for Australian traffic control systems?

Yes. The MCS01’s flexible modes and configurable timing make it suitable for a wide range of traffic control applications in Australia, including entry control, intersection signalling and remote traffic automation sites.

Can the (Traffic Light Control Board) MCS01 work with sensors and vehicle detectors?

Yes. It supports detector and pulse inputs, making it compatible with vehicle detection systems to trigger changes in the traffic phases based on actual traffic presence.

What environments can the MCS01(Traffic Light Control Board) be used in?

The MCS01 Traffic Light Control Board is designed for environments such as urban intersections, parking areas, bridges, tunnel access points and temporary worksite traffic systems that require reliable Traffic Control Systems.

Traffic Light Controller Comparison

Feature	Stagnoli ACNSEM3L	Motorline MCS01
Power & Electrical
Board power supply	24Vac/dc	230Vac or 24Vac/dc (both on the same board)
Auxiliary power output	24Vac/dc, 0.5A max	No (Accessories can be connected to the input power supply).
Operating temperature	−20°C to +60°C	−25°C to +55°C
Traffic Light Support
Number of traffic light heads	2	2
Colours supported	2 or 3 colours	2 or 3 colours
Independent traffic light power supply	Shared with the board	Yes (fully independent of board supply)
Operating Modes
Timer mode	Yes (DIP1 = 1, cyclical)	Yes (configurable per-colour times)
Detector / booking mode	Yes (DIP1 = 0, sensor-triggered)	Yes (multiple detection sub-modes)
Mixed / hybrid logic mode	Yes (DIP1 = 2, timed cycling with sensor override)	Yes
Park / vehicle counting mode	No	Yes (counts up to 99 vehicles, turns red when full)
Detection & Inputs
Detection inputs	3 inputs (IN1, IN2, IN3), programmable N.O. / N.C.	PUL1, PUL2 + DET1, DET2 (separate pulse and detector channels)
Double detection with time delay	No	Yes (configurable time between DET and PUL triggers)
Area clearance (both lights red) timing	Yes (TSG, 0–240 sec)	Yes (configurable per-colour times)
Wireless & Integration
Built-in RF receiver	No	Yes (433.92MHz rolling code, multiple remotes)
Gate / barrier board integration	No	Yes (RGB inputs + NO relay output, syncs with Motorline boards)
Programming & User Interface
Programming interface	Named menu labels (TIME, FUNC, LANG)	Alphanumeric codes (A1–A9, C1–C9)
Settings retained after power loss	Yes	Yes