CONDENSER ERECTION
CONTRACTOR PREPARATION
SITE PREPARATION
EQUIPMENT PREPARATION
ERECTION PROCEDURES
ALIGNMENT AND LEVELING
CONNECTIVITY
FINAL INSPECTION
COMMISSIONING
- Power up the system.
- Check for any alarms or faults.
- Test all operational modes and controls.
- Ensure all components respond correctly.
- Record results for reference.
- Observe system parameters continuously.
- Identify unusual noises or vibrations.
- Check for leaks or unusual smells.
- Document any irregularities for analysis.
- Adjust parameters as necessary.
- Schedule training sessions with staff.
- Cover operational procedures and safety measures.
- Provide hands-on demonstrations.
- Distribute equipment manuals and troubleshooting guides.
- Assess staff understanding through questions.
- Compile all operational and maintenance manuals.
- Include testing and commissioning reports.
- Ensure all safety certifications are attached.
- Schedule a handover meeting with the client.
- Obtain client sign-off on documentation.
- Test each safety interlock individually.
- Simulate emergency conditions to check shutdowns.
- Confirm visual and audible alarms function.
- Document test results for each component.
- Ensure compliance with safety regulations.
- Use gauges to measure system pressure.
- Check refrigerant levels against specifications.
- Adjust charging as necessary to meet design criteria.
- Look for signs of refrigerant leaks.
- Document pressure readings for verification.
- Attach vibration sensors to critical components.
- Record baseline vibration data during operation.
- Analyze data for abnormal patterns.
- Compare results to industry standards.
- Make adjustments if vibration levels exceed limits.
- Run the system under normal operating conditions.
- Measure output against design expectations.
- Evaluate energy consumption and efficiency ratios.
- Document findings for further analysis.
- Make recommendations for any necessary adjustments.
- Check all wiring for proper connections.
- Test circuit continuity using a multimeter.
- Look for signs of wear or damage.
- Ensure grounding is adequate.
- Document any findings for corrective action.
- Review control parameters against design settings.
- Test control system responsiveness.
- Adjust settings for optimal operation.
- Ensure software updates are applied.
- Document final control settings.
- Use calibration tools to check accuracy.
- Compare sensor readings to known standards.
- Adjust sensors as required to ensure precision.
- Document calibration results for each device.
- Schedule regular calibration checks.
- Measure airflow at various points in the system.
- Check temperature differentials across components.
- Adjust dampers and vents as necessary.
- Document airflow and temperature readings.
- Ensure compliance with design specifications.
- Cross-reference installation with manufacturer's guidelines.
- Check alignment and positioning of equipment.
- Verify all components are installed as specified.
- Document any deviations and corrective actions.
- Ensure compliance with industry standards.
- Identify key maintenance milestones.
- Set dates for follow-up inspections.
- Communicate maintenance plan with contractor.
- Document all scheduled checks.
- Ensure contractor confirms availability.
Use in Manifestly