In industrial environments where downtime means lost revenue, calibration equipment must be reliable, robust, and user-friendly. The PR571B Calibration Bath is designed to deliver exactly that. With a compact structure, strong safety features, and optimized thermal circulation, it provides the perfect balance of accuracy and durability for industrial calibration teams.
The PR571B is designed for portability and durability. Its compact square chamber design ensures maximum working capacity while reducing external footprint. This makes it ideal for onsite calibration projects, where engineers may need to test dozens of sensors quickly without compromising accuracy.
The PR571B achieves temperature stability of ±0.006°C across its operating range, ensuring consistent results even in demanding environments. Its optimized heat dissipation and fluid circulation systems prevent fluctuations, allowing sensors to be compared under true uniform conditions.
The PR2602 controller powers the PR571B with touchscreen control, real-time data logging, and customizable temperature setpoints. Engineers can easily run calibration sequences, generate reports, and export data for compliance purposes. Its learning curve is minimal, making it accessible to both experienced technicians and new operators.
Automotive testing for thermocouples in engine performance sensors.
Energy plants monitoring turbines and steam systems.
Food processing plants verifying sensors in thermal sterilization.
Pharmaceutical industry ensuring accuracy in autoclaves and incubators.
The PR571B’s versatility makes it an all-rounder for industrial needs.
Equipped with over-temperature protection, automatic alarms, and intelligent circulation management, the PR571B minimizes operational risks. Its rugged build ensures long-term durability, even under heavy use in industrial calibration labs.
The PR571B Calibration Bath delivers reliability where industries need it most. Compact, efficient, and accurate, it is the go-to calibration solution for organizations prioritizing both performance and long-term dependability.