To Next PageTo Next PageHow to fix motor over temp in Danaher Motion Servo Drives?
If your Danaher Motion Servo Drives motor is running hotter than it should, first monitor and control the ambient temperature around the motor. Then, improve motor heat sinking and make sure you're not exceeding the motor's continuous current rating. Finally, check the motor temperature sensor to ensure it is working correctly.
What to do if Danaher Motion S200-VTS show Drive I*t Too High?
If the Danaher Motion Servo Drives are showing a 'Drive I*t Too High' error, start by checking for any mechanical jams in the motor. Next, adjust the motion profile settings to reduce the duration of peak current. Inspect the machine load for excessive friction. Verify that the wiring between the drive and motor is correct, and ensure the motor commutation is operating correctly. Finally, confirm that the drive is adequately sized for the application.
How to troubleshoot Drive Over/Under Temp on Danaher Motion Servo Drives?
If you're getting a 'Drive Over/Under Temp' error with your Danaher Motion Servo Drives, ensure the ambient temperature is suitable for the drive. Also, make sure there's enough space around the unit for proper air cooling. Lastly, ensure you are operating within the drive’s continuous current rating.
How to fix Bus Under Voltage on Danaher Motion S200-VTS?
If your Danaher Motion Servo Drives report a 'Bus Under Voltage' error, check the BUS voltage to ensure it meets required levels. Address any issues related to high acceleration or loading, and increase the external BUS capacitance if necessary.
How do I resolve Output Over Current on Danaher Motion S200-VTS?
If you're seeing an 'Output Over Current' error with your Danaher Motion Servo Drives, adjust the KIP and KII settings to ensure sufficient motor inductance.
How to resolve Hall Fault on Danaher Motion S200-VTS?
If your Danaher Motion Servo Drives are showing a 'Hall Fault', check and correct the configuration settings. Ensure the motor speed is within the defined limits. Validate the hall state and transitions.
What to do if Position Error Too Large appears on Danaher Motion S200-VTS Servo Drives?
If your Danaher Motion Servo Drives display a 'Position Error Too Large' message, adjust the step size. Ensure that the motor can handle the commanded speed without stalling.
How to fix SFD Communication Error on Danaher Motion Servo Drives?
If your Danaher Motion Servo Drives display 'SFD Communication Error', ensure all feedback cables are properly connected and in good condition. Check for electrical noise issues.
How to address Optional Battery Low error on Danaher Motion Servo Drives?
If your Danaher Motion Servo Drives are showing an 'Optional Battery Low' error, install the optional battery or check the battery backup voltage.
How to troubleshoot SFD Configuration Error on Danaher Motion S200-VTS Servo Drives?
If your Danaher Motion Servo Drives are showing 'SFD Configuration Error', check the SFD UART configuration and data checksums.
Covers installation of base and SynqNet hardware for the S200 drives.
Alerts users to potential physical danger or harm.
Directs attention to general precautions for safety.
Highlights information critical to understanding or use.
Details the scope of the S200 base drives and SynqNet option card.
Explains the structure and components of the S200 drive model numbers.
Lists and describes the various S200 Series Drive models.
Provides critical safety instructions before operating the drive.
Instructions for safely unpacking and inspecting the drive components.
Details power specifications for the S200 drive family.
Specifies control and power details for AC input drives.
Specifies control and power details for DC input drives.
Details specifications for motor current control.
Specifies parameters for the velocity loop.
Details specifications for command input/output interfaces.
Provides mechanical dimensions and mounting information.
Specifies environmental operating conditions.
Details specifications for the Smart Feedback Device (SFD).
Guide for quickly setting up the S200 Base Unit Drive.
Instructions for installing the S200 Tools software.
Procedure for setting up hardware for SynqNet drives.
Steps for configuring the SynqNet drive parameters.
Configuration steps for motor feedback on SynqNet drives.
Provides detailed mounting dimensions for S200 drives.
Illustrates mechanical outline drawings for various S200 drives.
Details wiring for the AC Input Drive Power connector (J1).
Explains the wiring for the Feedback Connector (J3).
Details wiring for the Command I/O Connector (J4).
Explains the wiring for the Serial Port Connector (J5).
Details the function of S1 and S2 switches for basic configuration.
Explains the function of the S1 rotary switch based on feedback mode.
Procedure for configuring the S200 to drive brush motors.
Steps for configuring the drive with 6-Step Hall feedback.
Procedure for configuring the drive with SFD feedback.
Instructions on how to reverse motion direction of the drive.
Block diagram for base drive torque/velocity control.
Details S200 parameter types, storage, and related variables.
Considerations for single power supply operation for DC drives.
Guidelines for using two separate power supplies for drive operation.
Guidelines for custom composite cable development.
Procedure for discovering and documenting motor wiring.
Power specifications for 120 VAC voltage doubling operation.
Details requirements for product conformance to standards.
Confirms S200 drives satisfy CE Directives requirements.
Guidelines for achieving CE EMC compliance in machine design.
Affirms compliance with Low Voltage and EMC Directives.
Requirements for qualified personnel and reading the manual.
User responsibility for determining product suitability for applications.
Lists relevant German standards for power installations.
Ensures compliance with Low Voltage Directive and EN50178.
Details UL and cUL recognition and installation requirements.
Provides essential safety guidelines for operation and handling.
Guidance on EMC performance in domestic environments.
Requirements for AC mains conducted emissions filtering.
Information on Regen resistor wiring for AC drives.
Contact information for Danaher Motion Customer Support Europe.
Contact information for Danaher Motion Customer Support North America.
General| Control Mode | Torque, Velocity, Position |
|---|---|
| Communication | CANopen |
| Feedback | Encoder |
| Protection Features | Overcurrent, Overvoltage, Undervoltage, Overtemperature, Short Circuit |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -20°C to 70°C |
| Humidity | 5 - 85% non-condensing |
