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General| Output Voltage | 230 V |
|---|---|
| Input Voltage | 24 V |
| Frequency | 50Hz/60Hz |
| Protection | Overload, Short Circuit |
| Efficiency | >90% |
Details technical specifications for Combi ACO/ACE0 models, including voltage and current ratings.
Details technical specifications for Combi AC0 Power/ACE0 Power models, including voltage and current ratings.
Visual representation of the internal logic and control flow for traction and pump functions.
Describes the function and specifications of digital inputs, including microswitches and their connection.
Details the connection and specifications for analogue inputs, such as potentiometers.
Explains the usage of alternative analogue inputs for proportional control functions.
Covers the input for measuring motor winding temperature using an analogue sensor.
Explains the use of incremental encoders for motor speed feedback and their types.
Lists necessary materials and components for proper installation, including cables and fuses.
Provides instructions on physically installing the controller, including wiring and connection guidelines.
Outlines built-in protections and safety features of the controller against various faults and conditions.
Discusses Electromagnetic Compatibility (EMC) and Electrostatic Discharge (ESD) considerations for installation.
Offers general advice and recommendations for installation and operation.
Step-by-step guide for setting up the AC inverter traction control using the handset.
Explains how to access and modify controller parameters using the Zapi digital console.
Details the Zapi console's layout, buttons, and connection methods for parameter adjustment.
Provides a breakdown of the console menu structure for the ACE0/COMBIACO models.
Covers the configuration of various functions and options through the console's SET OPTIONS menu.
Explains how to save controller parameters and configuration data to the console memory.
Details how to load saved controller parameters from console memory to another controller.
Describes the procedure for adjusting minimum and maximum signal levels for the accelerator.
Explains the non-linear relationship between accelerator position and truck speed for fine control.
Details how to configure battery charge detection levels and adapt it to specific batteries.
Divides faults into ALARMS (power section issues) and WARNINGS (performance reduction issues).
Lists error codes, descriptions, effects, and restart procedures for various controller alarms.
Provides detailed analysis and troubleshooting guidance for specific microcontroller alarms.
Summarizes warnings, their effects, machine status, and restart procedures.
Offers detailed analysis and troubleshooting guidance for various warning conditions.
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