Refrigerated Thermostatic Water Bath LB-10RHB – Sub-Ambient Precision Temperature Control System

Product Snapshot

What Is This Product Used For?

Refrigerated Thermostatic Water Bath LB-10RHB is used for controlled temperature regulation in laboratory processes where stability and accuracy are essential.

Key Applications:

• Viscosity and density testing of liquids

• Calibration of laboratory instruments and sensors

• Controlled cooling of chemical reaction mixtures

• Sample conditioning for biological and pharmaceutical research

• Temperature stabilization during analytical experiments

It ensures consistent thermal environments for reproducible scientific results.

Industries That Use This Product

• Pharmaceutical & Biotechnology Laboratories – drug stability, enzyme testing, formulation studies

• Chemical & Petrochemical Research – reaction control and material synthesis

• Food & Beverage Testing – product quality and thermal stability analysis

• Environmental & Material Testing Labs – temperature simulation and endurance testing

• Academic & Industrial Research Centers – analytical experiments and calibration work

How Does Labotronics LB-10RHB Work?

Refrigerated Thermostatic Water Bath LB-10RHB system uses a closed-loop refrigeration and PID-controlled circulation system to maintain precise temperature stability.

Cooling System

• Compressor-based refrigeration cools bath fluid down to –10°C

• Maintains stable sub-ambient conditions for extended testing

Heating System

• Integrated heating element allows operation up to +100°C

• Enables dual-mode temperature control

Circulation System

• Built-in pump ensures uniform fluid distribution

• Eliminates temperature gradients within the bath

Temperature Control

• PID controller continuously adjusts heating/cooling output

• Ensures high precision with ±0.1°C stability

Core Functional Capabilities

• Sub-ambient and heating range: –10°C to +100°C

• High-precision PID temperature control

• Uniform circulation for stable thermal distribution

• 10 L stainless steel corrosion-resistant chamber

• Over-temperature and low-fluid safety protection

• Compact design for laboratory bench use

• Continuous operation capability

• Low-noise compressor suitable for research environments

Technical Specifications

How to Choose This Water Bath

Labotronics LB-10RHB is suitable when your application requires:

• Controlled sub-ambient temperature operation up to –10°C

• Combined heating and cooling in one compact unit

• High accuracy thermal regulation (±0.1°C)

• Stable long-duration laboratory operation

• Small-volume sample testing and calibration

It is ideal for laboratories needing accurate and flexible temperature control in analytical workflows.

Alternative Equipment

Depending on application needs:

• Refrigerated Circulators – external cooling applications

• Heating Circulators – high-temperature process control

• Low Temperature Water Baths – deeper cooling below –40°C

• Constant Temperature Baths – stable ambient temperature applications

Frequently Asked Questions

1. What is the temperature range of Labotronics LB-10RHB?
   It operates between –10°C and +100°C.

2. How is temperature accuracy maintained?
   A PID controller system ensures ±0.1°C stability.

3. Can it be used continuously?
   Yes, it is designed for long-duration operation with safety systems.

   
   

4. Does it support external circulation?
   It is mainly for internal bath use; limited external configurations may apply.

5. What fluids are used?
   Water or glycol-water mixtures depending on temperature requirements.

6. What safety features are included?
   Over-temperature protection, low-fluid alarm, and automatic shutdown.

Comparison Table

Quick Summary

Refrigerated Thermostatic Water Bath LB-10RHB provides precise temperature control from –10°C to +100°C with ±0.1°C accuracy. Its PID-controlled circulation system ensures uniform thermal stability for laboratory samples, viscosity testing, calibration, and chemical reactions. It is widely used in pharmaceutical, chemical, food, and research laboratories for accurate sub-ambient and controlled temperature applications.