WindowMaster Manuals & User Guides

WindowMaster is a leading provider of intelligent window automation, natural ventilation, and smoke ventilation solutions aimed at creating healthier, safer, and more energy-efficient buildings.

Established in 1990, the company develops and manufactures high-quality control systems, window actuators, and climate accessories. Their innovative product line features motor controllers equipped with precision technology like MotorLink®, powerful chain actuators, and intelligent environmental sensors that efficiently manage indoor climates.

Whether built for commercial, public, or residential structures, WindowMaster systems help meet strict sustainability targets by optimizing natural airflow, reducing the need for mechanical cooling, and ensuring reliable smoke extraction during emergencies.

• What type of motors can I connect to the WindowMaster WCC 106 A MotorController?

  You can connect 24V standard motors or WindowMaster MotorLink® motors. It is critical to ensure that the total current consumption for all connected motors does not exceed the 6A maximum limit.

• Do I need professional installation for WindowMaster motor controllers?

  Yes, installation, repair, and maintenance must only be performed by qualified professionals due to the risks associated with 230V AC supplies and powerful window actuators.

• How do WindowMaster rain and wind sensors work?

  When properly connected to a compatible motor controller, rain and wind sensors automatically signal the system to close your windows or actuators during comfort ventilation if adverse weather conditions are detected.

• What is MotorLink® technology?

  MotorLink® is a patented intelligent digital communication technology by WindowMaster that allows for precision millimeter-accuracy synchronization and multiple operating speeds between the motor controller and the window actuators.

• How do I calibrate a WindowMaster chain actuator?

  After installation, you calibrate the 0% point by closing the window actively using the controller. Allow the actuator to fully close. If it runs an automatic entrapment reversal, systematically open it slightly and close it again until the frame shuts fully and recognizes the new physical stop limit.