200MPS

Electronic control unit

Use application field for 230V Rolling shutters automation

  • The control unit 200MPS it can be used together with gearmotors for Rolling shutters, RL200, RH200B, RH240 and RH240B.

Dimensions and technical specifications

Model 200MPS
Power supply voltage 220-240V~ 50/60 Hz
Motor max power 800 W
Max. accessories load 200 mA
Accessories power supply 24V
Operating logic A, and P
Pause time Adjustable from 0 to 60 sec
Terminal board inputs Open, Close, Stop, Safety in closing, Power supply
Terminal board outputs Motor, flashing light
Protection Fuses F1 = 10 A – 250V~ – F3 = 0.5 A – 250V~
Operating ambient temperature -20°C ÷ +55°C
Protection class IP55


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Frequently Asked Questions

The FAAC 200MPS is an electronic control unit that serves as the brain of your FAAC gate automation system. It manages all the operational functions of the gate motor — including opening, closing, speed control, safety device inputs, and access control signals — translating commands from remotes, keypads, or intercoms into precise motor actions.

The FAAC 200MPS is designed to work with specific FAAC motor models in the swing and sliding gate range. We can confirm compatibility with your particular motor before purchase, ensuring the control unit and motor work seamlessly together as a complete system.

The 200MPS supports connection to a range of safety accessories, including photocells, safety edges, and warning lights. These devices feed real-time information to the control unit, which uses it to stop or reverse the gate if an obstacle is detected, helping to meet Australian safety standards for automated gates.

Yes. The 200MPS offers programmable parameters including opening and closing travel limits, motor force sensitivity, auto-close timers, and operating mode selection. This flexibility allows the control unit to be fine-tuned to the specific requirements of your gate installation.

Yes. The 200MPS is designed as a replacement-friendly control unit, and Sydney Automation can supply and install it as a direct upgrade or replacement for a faulty control board in an existing FAAC system — restoring full automation functionality without needing to replace the entire gate motor.