Refrigerated Thermostatic Bath 28-TRB100

Refrigerated Thermostatic Bath is a high precision bath with automated adjustable control function with a temperature range of - 40 °C ~ 300 °C . Temperature uniformity within the tank is maintained with a precision of 0.01 °C. Built-in cooling system prevents over heating of the chamber. The upper and lower temperature range are automatically pre-set with an alarm and automatic overload prevention system.

Specifications

Temperature range - 40 ℃ to 300 ℃
Volume 300 x 240 x 200 mm3
Top opening dimensions 235 x 160 mm
Temperature stability ± 0.005 ℃ to ± 0.01 ℃
Temperature accuracy 0.01 ℃
Display resolution 0.001
Digital resolution 0.01 ℃ , 0.001℃
Control function PID automated
Refrigeration CFC-free
Depth 200 mm

Features

  • Wide temperature control from -40 °C up to 300 °C
  • Ultra-tight thermal stability in the tank down to ± 0.005 °C
  • PID-based automated temperature regulation
  • Digital interface with visual display for setpoint monitoring

Applications

FunctionImplementation
Wide-range thermal conditioningSupporting heating and cooling for sensitive test media
Precision analytical controlStabilizing temperatures for refractometry, viscometry, spectroscopy
Electrophoresis thermal managementMaintaining setpoints during electrophoretic experiments
Thermal uniformity supportEnsuring consistent bath conditions for sample processing
Controlled temperature validationUse in laboratory procedures requiring exact thermal control

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.