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General| Brand | Curtis |
|---|---|
| Model | 1222 |
| Category | Controller |
| Language | English |
Details advanced motor control features like IFO, PWM frequency, and current output.
Covers various input and feedback types, mapping, and homing methods.
Highlights safety features like dual redundancy, microprocessors, and compliance with safety standards.
Describes communication options, connector types, and software flexibility.
Provides dimensions, mounting hole details, and environmental protection guidelines.
Details terminal identification, lug assembly, and wiring recommendations for high current.
Explains the 35-pin connector and wiring recommendations for low current signals.
Outlines safety requirements for wiring, including keyswitch power and fault output.
Explains parameter menus, attributes like PCF, RIS, and menu chart format.
Details setup for Analog, Encoder, Sin/Cos, Sawtooth, and CAN command inputs.
Covers setup for Analog, Encoder, Sin/Cos, and Sawtooth feedback devices.
Explains parameters for vehicle setup, interlocks, and system supervision.
Covers motor settings, temperature control, tuning, and type parameters.
Details CANopen network configuration parameters like Node ID and Baud Rate.
Real-time data for steer commands, analog, encoder, and CAN inputs.
Real-time data for wheel position, analog, and encoder feedback.
Real-time data for motor RPM, torque, and temperature.
Monitors controller status, power supply, interlocks, and CAN communication.
Describes CAN communication, PDO message configuration, and emergency messages.
Details software requirements and compatibility with AC traction controllers.
Explains how to obtain diagnostics via programmer display or status LEDs.
Lists fault codes, possible causes, set/clear conditions, and fault actions.
Provides instructions for cleaning and safely removing the controller.
Explains how to access and clear the controller's fault history file.
Discusses emissions and immunity considerations for product design.
Covers ESD protection measures for controller components.
Explains EN 13849 standard and the controller's compliance with safety levels.
Describes PC-based software and portable handheld programming devices.
Lists functions like parameter adjustment, monitoring, and diagnostics.
Provides electrical, environmental, and performance specifications for the controller.
