WATER STILL ELECTRICAL TABLE PATTERN BARNSTEAD TYPE

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WATER STILL ELECTRICAL TABLE PATTERN BARNSTEAD TYPE Specification

Measurement Range
Distillation output 4 L/h

Capacity
4 liters/hour

Core Components
Heater, Condenser, Boiler, Heating Element

Automation Grade
Semi-Automatic

Frequency
50 Hz

Temperature Range
Up to 99C

Model No
Barnstead Type

Accuracy
100 %

Voltage
220-240 V AC

Power Source
Electric

Feature
Highly Efficient

Equipment Materials
Borosilicate Glass, Stainless Steel

Type
Electrical Table Pattern, Barnstead Type

Usage
Laboratory

Dimension (L*W*H)
Approx. 500 x 300 x 450 mm

Weight
Approx. 10-12 kg

About WATER STILL ELECTRICAL TABLE PATTERN BARNSTEAD TYPE

APPLICATIONS :

"SSI These water distillation plants have been designed to meet with the requirements of best quality of distilled water. These are best suitable for removing all types of impurities Organic, Inorganic, Gaseous, Bacterial and Pyrogenic leaving a final pure distillate.

SALIENT FEATURES & CONSTRUCTION :

Doubled walled Water Still (Barnstead Type) is made up of Outer MS powder coated and Inner tank made of SS.

The gap in between is filled with glass wool.

All the fittings such as condenser, top, and outer chamber are made up of Stainless Steel. The raw water is first made to pass around the tubes in the condenser, where it gets heated neatly to the boiling point thus economizing the heating energy .

The evaporators are fitted with a set of totally immersed long life heating elements and are easily removable.

A convenient drain valve is provided for flushing and easy accessibility to the entire evaporating chamber.

The water still is fitted with special immersion element (ISI Marked) with automatic ejection device which stops working in the case of failure of water supply.

Supplied with cord and plug to work on 220/230 volts A.C. supply.

Operation: The preheated water then passes out of the condenser, gives may out to the gaseous and volatile Impurities in the atmosphere with the help of a special device incorporated herein and finally enters and boiling pan for distillation. The inlet water passing into the stills flows around and outside of the condenser tubes where it becomes per-heated nearly to the boiling point.

Advanced Water Purity

This distillation apparatus guarantees output water with a purity level of less than 2 S/cm conductivity, ensuring it is free from pyrogens, minerals, and organic contaminants. The high-quality coil condenser and borosilicate glass maintain integrity and purity throughout the process, making it suitable for sensitive laboratory applications.

User Safety and Protection

Equipped with comprehensive safety features, the unit offers protection against overheating and low water levels by automatically shutting off the heater, along with built-in electrical fuses. The insulated housing keeps the equipment safe to touch, even during extended operation, providing peace of mind for regular laboratory use.

Effortless Operation and Maintenance

Designed for semi-automatic operation, this tabletop model is easy to assemble, clean, and maintain. Its convenient inch BSP inlet and outlet connections, combined with a robust stainless steel build, ensure reliability and longevity. Routine maintenance is straightforward, assisting laboratories in maintaining a steady supply of pure water with minimal downtime.

FAQs of WATER STILL ELECTRICAL TABLE PATTERN BARNSTEAD TYPE:

Q: How does the Barnstead Type Water Still ensure high water purity for laboratory use?

A: The water still uses a stainless steel boiler coupled with a borosilicate glass coil condenser to distill feed water, resulting in pyrogen-free output with conductivity under 2 S/cm. This process removes virtually all mineral, organic, and biological impurities, ensuring the highest purity required in laboratory settings.

Q: What safety mechanisms are integrated into this water still?

A: Safety is prioritized with features such as automatic heater shut-off in case of a low water level, overheat protection, and an electrical fuse. These mechanisms prevent damage to internal components and reduce the risk of accidents during continuous operation.

Q: When and where should this equipment be used?

A: Ideal for laboratory environments, this unit is best utilized wherever high-purity distilled water is essential, such as in analytical labs, research facilities, or educational institutions. Its tabletop design suits standard laboratory benches for convenient access and operation.

Q: What are the maintenance procedures for this water still?

A: Routine maintenance involves regular cleaning of the glassware and boiler to prevent residue buildup. The devices design allows for easy disassembly and reassembly, minimizing downtime and ensuring uninterrupted performance.

Q: How is the water still operated and what is its efficiency?

A: Operation is semi-automatic, requiring only the connection of a continuous cooling water supply and a compatible power source (220-240 V AC, 50 Hz). With a distillation output of 4 L/h and a maximum temperature of 99C, the system is highly efficient, reliably meeting laboratory demands.

Q: What advantages does using borosilicate glass and stainless steel provide?

A: Borosilicate glass offers excellent resistance to heat and chemical corrosion, while the stainless steel boiler provides structural strength and thermal insulation. Together, they ensure longevity, consistent performance, and preserve water purity throughout the distillation process.

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