Proper maintenance of repetitive pulse generators is crucial for ensuring reliable performance, extending equipment lifespan, and maintaining accurate test results in high-voltage applications. This comprehensive guide outlines essential maintenance procedures and best practices developed specifically for pulse generation equipment used in demanding industrial environments.
Regular maintenance ensures consistent performance and early problem detection:
Daily Visual Inspections: Check for physical damage, loose connections, and signs of arcing or corona discharge
Weekly Cleaning: Use approved cleaning solvents to remove dust and contaminants from high-voltage components
Monthly Connection Checks: Verify tightness of all electrical connections and ground bonds
Quarterly Calibration Verification: Compare output against reference standards to maintain measurement accuracy
Implement a structured preventive maintenance program:
Every 6 Months: Complete internal inspection, contact cleaning, and cooling system check
Annual Maintenance: Perform comprehensive system calibration, insulation resistance testing, and component lubrication
Biannual Service: Conduct thorough electrical testing, waveform verification, and safety system validation
Special attention required for key components:
High-Voltage Cables: Regular insulation resistance testing and visual inspection for damage
Switching Elements: Monitor switching times and replace when performance degrades beyond specifications
Cooling Systems: Clean filters, check fan operation, and verify temperature monitoring systems
Control Electronics: Firmware updates, battery replacement, and connector integrity checks
Address frequent operational problems:
Output Instability: Check power supply quality and grounding connections
Waveform Distortion: Verify load matching and cable integrity
Overheating: Inspect cooling systems and reduce operational duty cycle
Control System Errors: Review error logs and perform system diagnostics
Comprehensive record-keeping is essential:
Maintain detailed service logs with dates and performed activities
Document all calibration results and adjustments made
Keep records of component replacements and upgrades
Track performance trends to predict future maintenance needs
Implementing these maintenance best practices will maximize equipment uptime, ensure measurement accuracy, and extend the operational life of your repetitive pulse generators. Regular maintenance not only prevents unexpected failures but also maintains the validity of your test results and compliance with quality standards.