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General| Control Method | Digital |
|---|---|
| Control Modes | Speed, Torque |
| Communication Options | RS485, CANopen, Ethernet |
| Protection Class | IP20 |
| Feedback | Encoder |
| Protection Features | Overcurrent, Overvoltage, Undervoltage, Overtemperature, Field loss |
| Enclosure Rating | IP20 |
Information about the drive's current firmware version and compatibility.
Commitment to minimizing environmental impacts and EMS certification.
Information on the REACH regulation regarding substances of very high concern.
Accessing Menu 0 in sub-block mode and customization options.
Details on pre-defined sub blocks and their enable/disable parameters.
Description of Menu 0 when accessed in linear mode.
Overview of advanced menus and keypad compatibility.
Recognition and configuration of Solutions Modules.
Configuration of analog inputs for speed reference.
Setup of preset speed references and selectors.
Using the keypad for speed reference input.
High-resolution speed reference using precision settings.
Selection of acceleration rates for drive control.
Selection of deceleration rates for drive control.
Enabling and configuring S-shaped ramp profiles.
Details on speed accuracy and resolution for different feedback types.
Resolution of armature voltage and tachometer feedback.
Parameters related to current measurement and magnitude.
Configuration for overload detection and thermal protection.
Logic diagram for armature control functions.
Enabling and configuring field weakening for motor control.
Selecting the logic for start and stop commands.
Permanently enabling the stop key function.
Description of analog input and output terminals.
Information on analog input and output sampling rates.
Sample rates and functions for digital I/O terminals.
Changing logic polarity for digital inputs and outputs.
Description of logic block functions (AND, OR, XOR, Flip-flops).
Configuration of the motorized potentiometer function.
Indicates the drive is not in a trip state.
Alarm triggered by high drive output current.
Scaling of parameter values for keypad display.
Defining the unique address for the drive's serial interface.
Logic signals based on variable value comparison to thresholds.
Selecting or combining input parameters for output.
Control of an electro-mechanical brake via drive digital I/O.
Defining the position reference from various sources.
Selecting the source for position feedback.
Selecting the source for the PID controller's main reference.
Selecting the source for the PID controller's feedback.
Identifies the type of Solutions Module installed in a slot.
Status of any errors detected in the Solutions Module.
Application menu 1 integer parameter saved on power-down.
Application menu 2 integer parameter saved on power-down.
Application menu 3 integer parameter that can be read/written.
Sets the maximum limit for the speed reference.
Sets the minimum limit for the speed reference.
Defines the header parameters for Menu 0 sub blocks.
Lists the pre-defined sub blocks and their corresponding Menu 0 parameters.
Details the ANSIx3.28 communication protocol implementation for Mentor MP.
Describes the adaptation of the MODBUS RTU protocol for Control Techniques products.
Accuracy and resolution for digital speed references.
Update rates for analog reference inputs.
Resolution and update rates for analog outputs.
Response times for digital inputs and outputs.
Accuracy and resolution of current feedback.
Speed and current loop bandwidth specifications.
