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General| Brand | Curtis |
|---|---|
| Model | MultiMode 1228 |
| Category | Controller |
| Language | English |
Details the controller's orientation, location selection, and mounting hole dimensions for installation.
Covers standard and alternative wiring for seat lift and non-seat lift applications.
Explains wiring for 5kΩ potentiometer, 5V, and ET-XXX electronic throttles.
Details speed limit pot, keyswitch, push switch, brake release, inhibit, and status LED.
Covers BDI, horn, circuitry protection, and seat lift switch connections.
Details parameters for main current limit (MAIN C/L) and motor resistance (MOTOR R).
Explains maximum and minimum forward/reverse acceleration rates.
Configures forward/reverse deceleration rates and emergency stop deceleration.
Sets maximum forward/reverse speeds for different modes and throttle positions.
Covers throttle type, autocalibration, deadband, gain, and ramp shape settings.
Manages brake fault detection, seat lift brake faults, and fault beeps.
Includes seat lift, BDI settings, sleep delay, and tremor compensation.
Covers initial steps like ensuring neutral throttle and powering on the controller and programmer.
Guides setting Throttle Type and tuning deadband and gain for full range operation.
Verifies the status of switches, inputs, and options like HPD and seat lift.
Details a procedure to accurately set the MOTOR R parameter for optimal performance.
Tunes maximum speeds and acceleration/deceleration rates for optimal performance.
Configures the E STOP deceleration rate for rapid stops.
Tunes the IR COMP COEFF parameter to compensate for load disturbances.
Adjusts gear soften, soft start, and tremor compensation for smooth operation.
Lists all programmable parameters for the 1228 controller.
Displays real-time values for controller inputs, outputs, and status.
Lists possible fault messages and diagnostic information.
Explains how to use the programmer for diagnostic information and fault history.
Describes how to interpret fault codes displayed by the controller's status LED.
Explains how to access and clear the controller's fault history file.
Discusses emissions and immunity considerations for product design.
Covers protection of ESD-sensitive components from electrostatic discharge.
Provides a general description of Curtis's approach to WEEE legislation.
Details Curtis's program for compliance with RoHS Directive restrictions.
Details the MS-Windows application for programming the controller.
Describes the handheld programmer and its equivalence to the PC station.
Lists functions like parameter adjustment, monitoring, and diagnostics.
