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General| Brand | Curtis Instruments |
|---|---|
| Model | 1236 |
| Category | Controller |
| Language | English |
Details the physical mounting requirements and dimensions for the controllers.
Explains the connections for high-current terminals (B+, B-, U, V, W) and lug assembly.
Describes the low-power connections, including the 35-pin AMPSEAL connector and its pin assignments.
Covers basic wiring diagrams and switch input wiring for controller setup.
Details the different types of throttle inputs supported and their wiring configurations.
Provides detailed specifications for digital and analog inputs and outputs, including voltage and ESD tolerance.
Introduces the structure of programmable parameter menus for the 1311 programmer.
Lists and describes parameters for the Speed Mode Express control method.
Details parameters for speed control and velocity/acceleration feedforward adjustments in Speed Mode.
Covers parameters related to acceleration, braking, and response settings in Speed Mode.
Explains fine-tuning parameters for speed control, including deceleration and reversal.
Defines parameters to limit motor speed when operating in Torque Mode.
Details response parameters for Torque Mode, including acceleration, braking, and speed settings.
Covers parameters for position holding and various current limits like drive, regen, and brake.
Explains how power and drive limiting maps define current percentage based on vehicle speed.
Details parameters for defining the regen current limit based on vehicle speed.
Covers throttle types, deadband, mapping, maximum settings, and offsets.
Details parameters for brake inputs, deadband, mapping, maximum settings, and offsets.
Explains parameters for EM brake control, including pull-in voltage, holding voltage, and fault settings.
Covers parameters for enabling the main contactor, voltage settings, and interlock functions.
Details parameters for controlling the proportional driver, including enable, current limits, and dither.
Details parameters for motor speed, encoder settings, and phase switching.
