Low-Temperature Water Circulating Bath

A Low-Temperature Water Circulating Bath is a specialized piece of laboratory equipment designed to maintain a constant and precise temperature of water for various scientific and industrial applications. It consists of a well-insulated chamber that holds water and a built-in heating and cooling system to regulate the water temperature within a specific range.

Here’s a detailed description of the key features and components of a typical Low-Temperature Water Circulating Bath:

1. Chamber Construction:

• The main body of the circulating bath is typically made of corrosion-resistant materials to ensure durability and longevity.
• The chamber is well-insulated to minimize heat exchange with the external environment, helping to maintain temperature stability.

2.Temperature Control System:

• The heart of the system is the temperature control unit, which includes a digital controller for setting and monitoring the desired temperature.
• The controller is equipped with sensors that constantly measure the water temperature, providing feedback to the system for real-time adjustments.
• Some models may offer programmable temperature profiles for specific applications.

3.Heating Element:

• A high-quality heating element is integrated into the system to raise the water temperature when needed.
• The heating system is designed to be efficient and responsive, allowing for quick adjustments to reach and maintain the desired temperature.

4.Cooling System:

• A cooling system, often based on a refrigeration unit, is incorporated to lower the water temperature when necessary.
• This system may include a compressor, condenser, and evaporator to efficiently remove heat from the water.

5.Circulation Pump:

• A circulation pump ensures uniform temperature distribution throughout the water in the bath.
• This pump helps maintain consistency in temperature and prevents hot or cold spots within the water.

6.Safety Features:

• Overtemperature protection mechanisms are in place to automatically shut off the heating or cooling elements if the temperature exceeds preset limits.
• Some models may have low-level water sensors to prevent damage to the equipment in case of insufficient water levels.

7.User Interface:

• The user interface typically includes a digital display for temperature readouts, control buttons, and sometimes a touchscreen interface for ease of use.

8.Construction and Portability:

• The bath may have a sturdy and compact design for easy placement on laboratory benches or within fume hoods.
• Handles or other features for portability may be included for convenience.

9.Applications:

• Low-Temperature Water Circulating Baths are used in a variety of applications, including sample incubation, chemical reactions, material testing, and temperature-controlled experiments in fields such as chemistry, biology, and physics.

10.Capacity and Specifications:

• The capacity of the bath, measured in liters, determines the volume of water it can hold.
• Specifications may include the temperature range it can achieve, the level of temperature control precision, and the flow rate of the circulation pump.

In summary, a Low-Temperature Water Circulating Bath is a versatile and essential tool in laboratory settings, providing precise temperature control for a wide range of scientific and industrial processes to know more visit website..www.labmate.com