Rockwell Automation 1395
Manuals and User Guides for Rockwell Automation 1395. We found 1 manuals for free downloads Troubleshooting guide
The 1395 Drive Troubleshooting Guide is a comprehensive guide to help troubleshoot potential issues with your drive. This guide provides step-by-step instructions on how to diagnose and resolve common malfunctions, including those not indicated by a fault. By using this guide, you can quickly identify and fix issues, ensuring that your drive is operating at optimal performance.
Key Features
Troubleshooting guide for drive malfunctions
Focus on malfunctions not indicated by a fault
Detailed information on logic control, velocity control, armature current control
Step-by-step troubleshooting techniques and solutions
Comprehensive coverage of various drive components
Information on configuration parameters and their effects on drive operation
Guidance on using velocity feedback devices
Pages: 27 Rockwell Automation 1395 Troubleshooting guide
Brand: Rockwell Automation Category: Warranty & support Size: 102 KB
Languages: English
Open manualFrequently Answers and Questions
What are the common malfunctions not indicated by a fault?
The 1395 Troubleshooting Guide covers a variety of malfunctions that don't trigger a fault response, such as the drive not starting, stopping unexpectedly, or experiencing velocity control issues. These malfunctions can be caused by incorrect logic control commands, misconfigured parameters, or problems with velocity feedback devices.
How can I troubleshoot a drive that won't start?
The guide provides several possible solutions for a drive that won't start, including checking for incorrect external wiring, verifying the READY status bit, and ensuring that the appropriate logic command is selected.
What are some common velocity control problems?
The guide covers troubleshooting techniques for issues like incorrect motor velocity, overshoot/undershoot of target velocity, and runaway motor situations. These issues can be addressed by tuning the velocity loop parameters, verifying the velocity feedback device, and checking the scaling of the tachometer signal.
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