What to do if my Applied Motion Products Servo Drives shows over temperature error?
If your Applied Motion Products Servo Drive shows an 'over temperature' error, allow the drive to cool down. Also, identify and fix the reasons for overheating.
How to fix communication error in Applied Motion Products TSM17?
If you encounter a communication error with your Applied Motion Products Servo Drives, you should check all communication connections to ensure they are properly established.
What to do if Applied Motion Products TSM17 Servo Drives showing over current error?
If your Applied Motion Products Servo Drive is experiencing an 'over current' issue, examine the current settings to ensure they are within the appropriate range.
What to do if Applied Motion Products TSM17 shows non-volatile memory error?
If your Applied Motion Products Servo Drive shows a 'non-volatile memory error', you should inspect the memory integrity.
What to do if Applied Motion Products Servo Drives reports open winding?
If your Applied Motion Products Servo Drive is experiencing an 'open winding' error, check the wiring connections.
What to do if save failed in Applied Motion Products TSM17?
If the 'save' operation fails on your Applied Motion Products Servo Drive, verify the save process and integrity.
Lists key features like programmable, DC power, control modes, and I/O.
Illustrates the internal components and connections of the TSM17S/Q.
Essential guidelines for safe installation, operation, and maintenance.
Guides the user through installing the Step-Servo Quick Tuner software.
Provides instructions on properly mounting the motor for heat sinking and airflow.
Discusses voltage and current considerations for selecting a power supply.
Details voltage requirements and operating ranges for optimal performance.
Explains the function of a regeneration clamp and when it's needed.
Presents charts showing current draw at different speeds and voltages.
Instructions for wiring the DC power supply to the motor.
Explains how to connect the motor for serial communication.
Details the RS-232 connection setup for PC communication.
Describes RS-485 connection for multi-drive or long-distance communication.
Describes the available digital and analog inputs and outputs.
Shows the pinout for the I/O connector.
Illustrates connections for step and direction digital inputs.
Explains connections for low-speed digital inputs.
Details connections for limit switch type digital inputs.
Describes the analog input for speed or position control.
Explains the functionality of three programmable digital outputs.
Details the functionality of the fourth programmable digital output.
Lists LED error codes and their corresponding meanings.
Shows physical dimensions and mounting details.
Lists detailed electrical and mechanical specifications.
Displays performance graphs for various operating conditions.
Explains the Serial Command Language for control.
Lists recommended accessories like power supplies.
Details available cables for I/O and communication.
Describes compatible connectors for various interfaces.
General| Supply Voltage | 24 - 48 VDC |
|---|---|
| Feedback | Incremental Encoder |
| Control Modes | Position, Velocity, Torque |
| Frame Size | NEMA 17 |
| Communication | RS-485 |
| I/O | Digital Inputs, Digital Outputs, Analog Input |
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