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Rapid Low Temperature Circulating Bath 7-RLB105

Rapid Low Temperature Circulating Bath 7-RLB105

Rapid Low Temperature Circulating Bath 7-RLB105 features a capacity of 7L and operates within a temperature range of -10 °C.  It is microcomputer controlled and uses cryogenic liquid for low-temperature circulation. This unit a cooling pump and an anti-corrosive circulatory system. Our rapid low temperature circulating bath It ensures consistent and stable cooling performance.

Specifications

Volume 7 L
Temperature Range - 10 °C
Temperature Stability ± 0.5 °C
Pump Flow 20 L / min
Refrigerating Capacity 1365 W
Head of Delivery 10 m

Features

  • 7 L insulated reservoir configured for compact closed-loop cooling
  • Minimum temperature capability of -10 °C
  • 1365 W refrigeration output for active heat removal
  • Built-in circulation pump enabling external coolant transfer
  • Microprocessor temperature controller with digital status interface

Applications

FunctionImplementation
Sub-zero thermal conditioningStabilizing samples at -10 °C setpoints
External device coolingCirculating chilled fluid to analytical instruments
Heat load managementDissipating process heat from small systems
Controlled experiment supportMaintaining stable low-temperature environments
Continuous coolant transferSupporting bench-scale thermal workflows

Catalog

Rapid Low Temperature Circulating Bath 7-RLB105 Catalog

Related Models Of Rapid Low Temperature Cooling Circulating Bath

Lab Expo Rapid Low Temperature Cooling Circulating Bath supports precision cooling workflows where stable low-temperature control and continuous circulation are required for reaction and conditioning processes. The system operates with microprocessor-regulated cooling and high-pressure liquid circulation to maintain uniform temperature distribution. Corrosion-resistant circulation components and integrated safety protections ensure controlled operation, while digital LCD monitoring enables accurate adjustment and consistent cooling performance during extended laboratory use.