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General| Protection Rating | IP54 |
|---|---|
| Operating Temperature | -20°C to +55°C |
| Manufacturer | CAME |
| Model | ZM3E |
| Type | Control Panel |
| Power Supply | 230V AC |
Key safety guidelines for installers, emphasizing proper installation to prevent harm.
Instructions for responsible disposal of packaging and product components, including potential pollutants.
Overview of the control panel models (ZM3E, ZM3EC, ZM3EP) and their features.
Detailed technical data including power, temperature, and protection ratings for each model.
Labeled diagram identifying all components and connection terminals on the control board.
Diagrams showing the external dimensions of the ZM3E, ZM3EP, and ZM3EC control panels.
Table detailing recommended cable types and minimum cross-sections for various connections and lengths.
Steps for preparing the control panel enclosure, including attaching hinges and drilling mounting holes.
Instructions for drilling fixing points and securely mounting the control panel enclosure using screws.
Guidelines for connecting wires and cables using cable glands, ensuring compliance with regulations.
Details on connecting to the mains power and understanding accessory power outputs and limitations.
Wiring diagrams for gearmotors with limit switches and with encoders for opening and closing operations.
Diagrams showing connections for various command devices like STOP buttons, control devices, readers, and keypads.
Wiring for flashing beacons and warning lights to indicate operator status or activity.
Instructions for connecting safety devices like photocells, including standard and safety test configurations.
Wiring diagrams for DIR/DELTA-S photocells and DFWN sensitive edges with different connection methods.
Explanation of the programming buttons (ESC, <>, ENTER) and their functions for navigating menus.
Steps for powering up the system, initial configuration, and choosing the display language.
Setting up automatic closing, hold-to-run mode, and obstacle detection features.
Configuring safety device tests, pre-flashing behaviour, and thrust settings for maneuvers.
Configuring total stop functionality and assigning actions to CX, CY, and CZ inputs.
Setting the closing thrust duration for when leaves reach the limit switch.
Associating commands for electric lock release during opening or closing operations.
Configuring slowdowns, limit switch types, and specific commands like Command 2-7 and 2-3P.
Setting up B1-B2 output, slowdown speed, and selecting the gearmotor type.
Configuring CRP address and baud rate for communication within the system.
Configuring obstacle detection sensitivity during travel and slowdown phases.
Setting encoder slowdown starting points for opening and closing maneuvers for motor M1.
Configuring slowdown and approach points for motor M2 during opening and closing.
Setting approach points for motor M1 during closing and opening maneuvers.
Performing travel calibration and configuring automatic closing and pedestrian closing times.
Setting operating times, opening/closing delays for motors, and pre-flashing time.
Adjusting electric lock time, thrust time, partial opening time, and slowdown time parameters.
Adding new users, editing names/codes, and associating functions with users.
Removing users, setting sensor types, and saving/loading system memory.
Configuring radio decoding methods and performing self-learning for transmitters.
Displaying the number of completed manoeuvres and resetting the system to factory settings.
Performing motor direction tests and setting up a password for menu access.
Procedures for changing or removing the system password.
Explanations for encoder errors, safety test failures, and limit-switch malfunctions.
Interpretation of error messages related to input contacts (C1, C3, C4, C7, C8) and operating time limits.
Final steps and checks to be performed after the installation and setup are complete.
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