Water Bath Serological

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Water Bath Serological Specification

Glass Type
Borosilicate Glass Accessories (Optional)

Features
Corrosion Resistant, Energy Efficient, Uniform Heating

Display Type
Digital LED Display

Heating Capacity
Rapid Heating with Immersion Heater

Temperature Resistance
Up to 100°C

Power Supply
230 V, 50 Hz AC

Accuracy
±1°C

Control Type
Digital Temperature Controller

Shape
Rectangular

Type
Serological Water Bath

Dimension (L*W*H)
455 x 300 x 175 mm

Equipment Type
Laboratory Instrument

Equipment Materials
Stainless Steel (inner), Mild Steel (exterior) with powder coating

Power
500 W

Voltage
220 V AC

Material
Stainless Steel

Application
Laboratory, Serology, Incubation, Sample Thawing

Capacity (Ltr)
12 Litres

Thermostat Range
30C to 100C

Application Area
Clinical Labs, Research, Educational Institutes

Safety
Over-temperature cut off

Lid Type
Stainless Steel, Gabled or Flat

Operation Mode
Manual

No. of Holes
6 (optional depending on model)

Inner Chamber Material
Stainless Steel 304 Grade

Insulation
Glass wool insulation between chambers

Outer Body Material
Mild Steel Powder Coated

About Water Bath Serological

Water Bath Serological

Sizes	Capacity
300 x 250 x175 m.m. (For 2 racks)	14 ltrs.
330 x 300 X175 m.m. (For 4 racks)	18 ltrs.
455 x 300 x175 m.m. (For 6 racks)	25 ltrs.
605 x 300 x175 m.m. (For 8 racks)	32 ltrs.

Reliable Temperature Control for Laboratory Needs

This serological water bath is engineered to deliver precise temperature regulation up to 100C, essential for sensitive laboratory procedures such as serology, incubation, and sample thawing. Its digital temperature controller and LED display provide convenient, accurate monitoring and adjustments. Coupled with rapid heating and uniform temperature distribution, it supports reproducible results in every experiment.

Robust and Energy-Efficient Construction

Featuring a corrosion-resistant stainless steel inner chamber, powder-coated mild steel exterior, and glass wool insulation, the water bath offers durability and energy savings. The incorporation of a secure over-temperature cutoff further ensures safe operation, making it well-suited for busy clinical labs and research centers demanding reliable equipment.

FAQs of Water Bath Serological:

Q: How is temperature controlled and displayed in this water bath serological unit?

A: Temperature is regulated using a digital temperature controller with an LED digital display for easy and precise adjustments. The thermostat range is 30C to 100C, with an accuracy of 1C, ensuring optimal conditions for laboratory protocols.

Q: What materials are used in the construction of the water bath?

A: The inner chamber is made from stainless steel 304 grade for corrosion resistance and longevity, while the outer body is constructed from powder-coated mild steel. Glass wool insulation between the chambers enhances heat retention and energy efficiency.

Q: When should I use this serological water bath in my laboratory?

A: This water bath is ideal for applications involving serology, incubation, sample thawing, and procedures that require stable and controlled temperatures. It is commonly used in clinical labs, research institutions, and educational laboratories.

Q: Where can this water bath be installed?

A: The compact rectangular design (455 x 300 x 175 mm) allows for easy placement on laboratory benches or workstations in clinical, research, or teaching labs. Ensure adequate ventilation and access to a 230 V, 50 Hz AC power supply.

Q: What is the process for operating the water bath manually?

A: Simply fill the chamber with water, set the desired temperature using the digital controller, and turn on the immersion heater. The unit will heat the water rapidly to the preset temperature and maintain it, with the over-temperature cutoff providing extra safety.

Q: How does the design benefit laboratory procedures?

A: The uniform heating, corrosion-resistant materials, and rapid heating capability support reproducible experimental results. The units energy efficiency and safety features ensure reliable and cost-effective operation in high-throughput environments.

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