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Serological Water Bath

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Serological Water Bath Specification

Voltage
220-230V

Frequency
50/60 Hz

Power Source
220V-240V AC Mains

Core Components
Heater, Thermostat, Control Panel, Water Chamber

Accuracy
0.5C

Model No
Custom/Manufacturer Specific

Feature
Thermostatic temperature control, Uniform heating

Measurement Range
Temperature: 5C above ambient to 100C

Temperature Range
Ambient +5C to 100C

Capacity
12 Ltrs, 18 Ltrs, 25 Ltrs, 35 Ltrs, 45 Ltrs, 55 Ltrs (as per requirement)

Automation Grade
Semi-Automatic / Manual

Equipment Materials
Double walled, Inner chamber made of stainless steel (SS 304), outer chamber made of mild steel powder coated or stainless steel

Type
Serological Water Bath

Usage
Laboratory, Clinical, Biochemical Applications

Display Type
Digital or Analog (as per model)

Dimension (L*W*H)
Varies with model (e.g., 300x250x175 mm for 12 Ltrs)

Weight
Approx. 14-28 kg (depending on model/capacity)

Power Consumption
1-2 kW depending on size

Mounting Type
Table Top

Chamber Finish
Mirror Polished Stainless Steel

Temperature Uniformity
1C throughout chamber

Insulation Material
Glass Wool or PUF for minimum heat losses

Heater Type
Immersion Heater

Number of Holes (optional)
Provided with concentric rings or plain lid

Drain Cock
Fitted for easy emptying & cleaning

Safety Features
Over temperature protection, Low water level cut-off

Sample Placement
Removable racks/trays

Controller Type
Hydraulic Capillary type or Digital Microprocessor based

Lid Material
Stainless Steel (Lift-up & Insulated)

About Serological Water Bath

Serological Water Bath

Double wall construction, inner being made out of highly polished thick stainless steel and outer made out of thick mild steel sheet finished in stoving white enamel paint or staple mat colour combinations. The gap is filled with special glass wool for temp. insulation.The bath is provided with the drain cock to easily drainout the water and clean the chamber when required. A pyramidal shaped cover is provided.Immersion type heating elements are fitted at bottom. Temp. range 5o C above ambient to 80o C with accuracy + 0.5oC to 1oC is controlled by capillary thermostat regulated by a graduated knob on the panel, which is also provided with pilot lamp etc.The equipment is workable on 220V AC 50Hz single phase. The baths are supplied without racks, thermometer and stirring arrangement.

Size inside Chamber (Stainless Steel) Capacity (Approx).

300 x 175 x 175 mm (Suitable for 1 racks) 12 ltrs.
300 x 250 x 175 mm (Suitable for 2 racks) 14 ltrs.
375 x 300 x 175 mm (Suitable for 4 racks) 18 ltrs.
475 x 300 x 175 mm (Suitable for 6 racks ) 25 ltrs.
605 x 300 x 175 mm (Suitable for 8 racks ) 32 ltrs.

Optional :-

i) Imported Thermostat EGO/JUMO German with the accuracy of 0.5C.

ii) Digital temp. Indicator cum Controller.

iii) Microprocessor PID Digital temp. Indicator- cum- controller.

iv) Digital temp. Indicator

Advanced Temperature Control for Laboratory Precision

This water bath is equipped with either a hydraulic capillary or a digital microprocessor-based controller, enabling finely-tuned thermostatic temperature regulation. The accurate display (digital or analog) provides clear readings, while a responsive feedback system maintains uniformity within 1C, making it highly dependable for sensitive laboratory protocols.

Superior Build and Efficient Design

Boasting a double-walled chamber with inner stainless steel (SS 304) and an outer mild steel (powder coated) or stainless steel casing, the bath maximizes durability and minimizes heat loss. Glass wool or PUF insulation further enhances energy conservation, maintaining stable internal temperatures and ensuring long-term reliability in demanding settings.

Comprehensive Safety and User-Friendly Features

The inclusion of over-temperature protection and a low water level cut-off system safeguards both user and sample integrity. Its immersion heater, simple lift-up insulated lid, removable racks, concentric ring/plain lid options, and drain cock facilitate straightforward operation, sample handling, and easy cleaning, supporting busy laboratory workflows.

FAQ's of Serological Water Bath:

Q: How does the serological water bath ensure temperature accuracy and uniformity?

A: The water bath uses either a digital microprocessor-based or a hydraulic capillary controller for precise thermostatic regulation. This, combined with immersion heater technology and superior insulation (glass wool or PUF), ensures uniform temperature distribution with only 1C variation throughout the chamber.

Q: What safety features are integrated in this water bath?

A: Safety is prioritized with over-temperature protection and a low water level cut-off. These mechanisms prevent overheating and equipment damage, while ensuring the safety of the user and maintaining sample integrity during operation.

Q: When should I use the stainless steel concentric rings or plain lid?

A: Use the concentric ring lid when you need variable hole diameters to accommodate different test tubes or vessels. The plain lid is ideal for larger or irregularly shaped containers. Both options facilitate minimal heat loss and flexible sample arrangements.

Q: Where can this water bath be installed in my laboratory?

A: With its table top mounting and compact dimensions (model dependent), the water bath is designed for easy placement on laboratory benches, making it suitable for most laboratory, clinical, or biochemical workstations.

Q: What is the process for cleaning and maintaining the water bath?

A: Routine cleaning involves draining water using the fitted drain cock, removing trays or racks, and wiping down the stainless steel inner chamber with a soft, non-abrasive cloth. Regular maintenance includes checking water levels, inspecting the immersion heater, and verifying that safety features are operational.

Q: How does the double-walled construction benefit laboratory operations?

A: The double-walled construction, with a stainless steel inner chamber and insulated outer wall, minimizes heat losses and enhances energy efficiency. This design ensures safer external surfaces and consistent internal temperatures, supporting sensitive laboratory processes.

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