Rapid Low Temperature Circulating Bath LRTB-B10 Catalog

Overview

Rapid Low Temperature Circulating Bath LRTB-B10 is a microcomputer controlled 13 L volume, circulating bath with refrigeration system and a temperature range of -50°C to 100°C. Equipped with digital LCD display with timing function. Provides precise and constant temperature and auxiliary heating for test material. It is equipped with an interface to the external water bath. A powerful pressure suction pump provides a constant temperature supply for external tank.

Specifications
Volume 13 L
Temperature Range -50°C to 100°C
Temperature Stability ± 0.2°C
Pump Flow (flux) 8 L/ min
Interior Dimension 240×170×200 mm
Refrigerant R134a
Heating Power 3100 W
Standard Test Conditions Ambient temperature: 20℃, Electrical requirements: 220V/50Hz, Liquid medium: pure water
Test Performance Points When setting temperature is above 80°C, liquid medium should be mineral oil
When setting temperature is below 5°C, liquid medium should be antifreeze (Absolute alcohol or absolute glycol)
Ambient temperature: 5 to 35°C
Power Supply 220 V, 50 Hz
Exterior Dimension 750×420×900 mm
Net Weight 44 kg

Features

  • Microprocessor temperature controlled unit with timing function
  • Environment friendly CFC-free refrigeration (R134a Refrigerant Use) technology to meet the requirements
  • Low noise operations
  • High-quality full-enclosed air-cooled compressor cooling system, automatic thermal overload protection
  • Audible and visible alarm for temperature and water level
  • A powerful pressure suction pump provides a constant temperature supply for external tank
  • Equipped with an interface to the external water bath
  • RS485 (optional connection) to print or record set parameters and trace variation curves of temperature
Applications :

Low temperature circulating bath finds wide application in research and quality control departments and petroleum, chemical engineering, bioengineering, medicine and health, life science industry and food, materials chemical analysis etc.