Refrigerated Thermostatic Bath 28-TRB102

Refrigerated Thermostatic Bath 28-TRB102 operates with a completely closed air-cooled refrigeration compressor. It is equipped with a reliable refrigeration system integrated with overheat and overcurrent protection. Built-in microcomputer intelligent temperature control system utilizes a self-tuning PID function. Incorporated broad temperature ranges from -30℃ to 100℃ accommodates various experimental needs. Our Refrigerated Thermostatic Bath is widely used in research institutes, universities, and industries.

$5,424.00 $ 4520

Specifications

Temperature Range -30℃ to 100℃
Temperature Fluctuation Degree ±0.1℃
Circulating Pump Flow 15L/Min
Temperature Stability ±0.05℃
Display Resolution 0.001℃
Digital Resolution 0.001℃
Control Function PLC
Refrigeration CFC-Free
Sloth Depth 200mm
Drain Value With
Shell Material SUS304 Table-Board and Working Tank, Other Cold Rolled Plate with Powder Coating.
Power Supply Single Phase 120V
Working Slot Dimension 310 × 280mm
Working Tank Dimension 440 × 325 × 200 mm
Net Dimensions 450 × 540 × 990 mm
Gross Dimensions 660 × 530 × 1170 mm
Net Weight 63 Kg
Gross Weight 82 Kg

Features

  • Wide temperature range from -40 °C to 300 °C
  • Precision PID temperature regulation with tight stability
  • Automated thermostatic control ensuring repeatable setpoints

Applications

FunctionImplementation
Broad thermal conditioningMaintaining exact temperatures across wide range
Analytical temperature supportStabilizing conditions for sensitive measurement tasks
Controlled test environmentsSupporting procedures requiring precise thermal regulation

Related Models Of Refrigerated Thermostatic Bath

Lab Expo Refrigerated Thermostatic Bath supports precision temperature control workflows where stable cooling and heating regulation are required for sensitive laboratory processes. The system operates with automated thermostatic control and CFC-free refrigeration to maintain consistent setpoints across a defined temperature range. Digital LCD controls manage limits and monitoring, while integrated overload protection and warning alerts ensure controlled, continuous operation with repeatable thermal stability.