| Block | Function | Typical Terminals | |-------|----------|-------------------| | | 230V AC input | L, N, PE | | Motor / Drive | 24V DC motor, encoder, brake | M1, M2, Encoder A/B | | Low Voltage Inputs | Push buttons, radar sensors, keyswitches | 1, 2, 3, 4, GND | | Safety & Feedback | Photocells, closing edge safety, fire alarm | S1, S2, S3, S4 | | Access Control / Lock | Electric strike, door lock monitoring | LK1, LK2, COM |
Before reading the wiring diagram, you must understand the hardware hierarchy. The PowerTurn is not just a motor; it is a networked system comprising:
If you see a line labeled “TK” (Türkontakt – door contact), that connects to the magnetic lock or door position switch.
Whether you are installing a new unit, integrating safety sensors, or troubleshooting a door that refuses to move, understanding the wiring diagram is essential. This article provides a deep dive into the electrical architecture of the GEZE Powerturn, breaking down the terminals, connections, and safety protocols you need to know.
wire the motor outputs (X7) of the slave to the master. Each drive has its own motor connection.
For detailed schematics, refer to the GEZE Wiring Diagram PDF or official Installation Instructions . Downloads - Powerturn - GEZE
This is the section of the where mistakes are most costly. Automatic swing doors can exert significant force, and safety sensors are mandated to prevent injury.