EnerTech QA Lab, an in-house calibration facility for a major energy plant, is responsible for temperature sensor calibration critical to:
Boiler and turbine control systems
Heat exchanger monitoring
Energy storage systems
Power plant safety alarms and instrumentation
Their aging calibration systems struggled with:
Temperature drift and poor stability impacting safety-critical sensor accuracy
Slow ramp rates delaying routine plant maintenance
Limited multi-sensor batch capacity
Manual logs creating gaps in safety and audit records
With plant safety and operational uptime on the line, they needed a fast, traceable, high-accuracy calibration system.
EnerTech QA Lab chose the PR570 Series Thermostatic Bath by PANRAN because it offers:
±0.003°C ultra-stable control — vital for critical plant sensors
Wide -40°C to 300°C range — covering turbine, boiler, and safety system needs
Fast, constant-speed programmable heating/cooling with the PR2602 intelligent controller
Square, high-capacity working chamber for multi-sensor calibrations
Smart cloud monitoring, live alerts, and automatic logging via the PANRAN Smart Metering App
👉 Explore how PR570 supports industrial QA | panrantemperaturecalibration.com
✅ Reduced plant sensor calibration downtime by 35%
✅ Calibrated up to 8 control system sensors per cycle
✅ Maintained ISO/IEC 17025-compliant traceability automatically
✅ Enabled overnight runs with real-time remote monitoring
✅ Improved process reliability and regulatory readiness
“The PR570 streamlined our plant calibration workflows — it’s accurate, efficient, and completely traceable, exactly what a modern energy facility needs.”
– James V., QA Calibration Manager, EnerTech Plant
For power plants, energy sector QA labs, and process control calibration centers, the PR570 Series Thermostatic Bath delivers speed, accuracy, automation, multi-sensor efficiency, and traceability — ensuring safer, more reliable plant operation.
👉 Learn how PR570 can transform your energy plant’s calibration lab | panrantemperaturecalibration.com