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Rapid Low Temperature Circulating Bath 10-RLB113

Rapid Low Temperature Circulating Bath 10-RLB113

Rapid Low Temperature Circulating Bath 10-RLB113 features a volume capacity of 10L and operates within a temperature range from -40 °C to 200 °C. It ensures stable low temperatures utilising microcomputer technology. This device has a reliable refrigeration unit to maintain optimal conditions. Our rapid low temperature circulating bath is engineered for efficient cooling and precise temperature control.

$11,318.00 $ 9432

Rapid Low Temperature Circulating Bath 10-RLB113 - Specifications

Volume 10 L
Temperature Range - 40 °C to 200 °C
Temperature Stability ± 0.1 °C
Pump Flow 20 L / min
Refrigerating Capacity 3610 W
Head of Delivery 10 m
Temperature Control Tier Number 32
Power Consumption 2500 W

Rapid Low Temperature Circulating Bath 10-RLB113 - Key Features

  • 10 L reservoir volume for closed-loop coolant circulation
  • Temperature range from -40 °C to 200 °C
  • ±0.1 °C temperature control accuracy
  • Integrated circulation pump delivering continuous external flow
  • Digital control panel with real-time parameter display

Rapid Low Temperature Circulating Bath 10-RLB113 - Applications

FunctionImplementation
Sub-zero temperature controlMaintaining -40 °C conditions for sample stabilization
Elevated temperature regulationSupporting processes up to 200 °C
External equipment coolingCirculating conditioned fluid to connected systems
Precision thermal controlStabilizing temperature in sensitive reactions
Process heat managementExtracting or supplying heat in analytical setups

Rapid Low Temperature Circulating Bath 10-RLB113 - Catalog

Rapid Low Temperature Circulating Bath 10-RLB113 Catalog

Related 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.