AUTOMATIC WATER DISTILLATION EQUIPMENT (CABINET)

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AUTOMATIC WATER DISTILLATION EQUIPMENT (CABINET)

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AUTOMATIC WATER DISTILLATION EQUIPMENT (CABINET) Specification

Temperature Range
Up to 100C

Core Components
Heater, Condenser, Cabinet Enclosure

Automation Grade
Automatic

Model No
AWE-C04

Feature
Highly Efficient

Voltage
230 V AC

Power Source
Electric

Capacity
4 Litre/hour

Frequency
50 Hz

Accuracy
100 %

Equipment Materials
Borosilicate Glass, Stainless Steel

Type
Automatic Water Distillation Equipment (Cabinet)

Usage
Laboratory

Dimension (L*W*H)
460 x 250 x 430 mm

Weight
Approximately 18 kg

About AUTOMATIC WATER DISTILLATION EQUIPMENT (CABINET)

Compact & User Friendly

This is a fully automatic water distillation equipment and can be used in research laboratories, hospitals etc. It is manufactured from 3.3 exp borosilicate glass or quartz glass. The distillation has following features :

· Replaceable Silica Sheathed (Quartz) Heater : The horizontal jacket is fitted with removable silica sheathed heater and screw threaded connectors for ease of cleaning.

· Distillate temperature is approx. between 25º to 45º C which is ensured by an efficient condenser.

· The stand is powder coated for rust free operation and lustrous appearance.

· Cooling water from the condenser is re-circulated into the boiling chamber, hence saving energy.

· Screw Threaded Connectors : These are provided for easy plumbing & Installation to avoid any glassware breakage during assembly.

· Fuse is provided for safety in case of voltage fluctuation or short circuit.

· Boiler is provided with Replaceable Constant Level Device for easy draining and cleaning of boiling chamber.

· The front cover is easily removable making the access to the glass parts very easy.

Additional Built-in Safety Features

· Gate Valve : Conserves cooling water wastage in case of power failure.

· Flow Switch : In-built safety feature for the equipment unit shut off in case of cooling water failure.

· Temperature Switch : The boiler is equipped with a safety temperature switch which shuts off the unit if water level in the boiler falls below the heater, thus saving the glass parts from any damages.

· Level Sensor : It shuts off the distillation equipment if the water level in the boiler falls below the heater.

· Reservoir Level Sensor : This helps in automatic working of the water distillation equipment. Depending on the water level in the reservoir it will automatically switch On/Off the equipment, thus saving energy. (Reservoir can also be provided with a storage capacity of 5 ltr, 10 ltr& 20 ltr made of Borosilicate Glass or polypropylene).

Borosilicate Glass

Output Cap. (approx.)	2 ltrs/hr	2 ltrs/hr	4 ltrs/hr	4 ltrs/hr
Stage	Single Stage	Double Stage	Single Stage	Double Stage

Distillate Quality

pH	5.5-6.0	6.0-7.0	5.5-6.0	6.0-7.0
Conductivity µS/cm	1.0-2.0	0.8-1.0	1.0-2.0	0.8-1.0
Cooling Water Requirement (approx.)	1.5 ltr/min	2ltr/min	2-3ltr/min	2-4ltr/min
Power Rating (Total)	1.5 KW	3.0 KW	3.0 KW	6.0 KW

Quartz Glass

Output Cap. (approx.)	2 ltrs/hr	2 ltrs/hr	4 ltrs/hr	4 ltrs/hr
Stage	Single Stage	Double Stage	Single Stage	Double Stage

Distillate Quality

Conductivity µS/cm	0.5-0.8	0.1-0.5	0.5-0.8	0.1-0.5
Cooling Water Requirement (approx.)	1.5 ltr/min	2 ltr/min	2.3ltr/min	2-4 ltr/min
Power Rating (Total)	1.7 KW	3.5 KW	3.0 KW	6.0KW

**All the parameters are under Standard Test Conditions.

For high purity & low conductivity water we recommend Quartz Water Distillations.

Highly Efficient Water Distillation

This automatic equipment ensures rapid and accurate water distillation suitable for laboratories requiring consistent quality. Thanks to its advanced coil condenser and powerful heater, it delivers up to 4 litres of pyrogen-free, distilled water per hour, meeting rigorous standards for research and testing.

Safe and Reliable Operation

Protection features such as overheat shut-off and safety alarms for water levels help safeguard both the equipment and the user. The ISI-certified borosilicate glassware and stainless steel construction amplify both durability and performance, ensuring reliable operation within the 5C to 40C temperature range.

FAQs of AUTOMATIC WATER DISTILLATION EQUIPMENT (CABINET):

Q: How does the automatic water distillation cabinet operate?

A: This equipment automatically processes tap water, utilizing a chromium-plated copper heating element to reach temperatures up to 100C. The distilled vapor is cooled via a coil condenser, condensing into pyrogen-free water collected in the integrated reservoir. The entire process is seamlessly automated for continuous laboratory usage.

Q: What is the water output quality from this distillation equipment?

A: The system produces distilled water with conductivity less than 1 S/cm, ensuring pyrogen-free and highly pure water suitable for sensitive laboratory tasks, analytical procedures, and medical applications.

Q: When should I use the safety alarms installed in the cabinet?

A: Safety alarms alert users to high temperatures or low water levels. If either alarm activates, promptly check water supply pressure (should be at least 1 bar) or allow the unit to cool down before resuming operation to prevent equipment damage or compromise in water quality.

Q: Where can this equipment be installed within the laboratory?

A: The device is designed for benchtop installation, allowing convenient placement on standard laboratory tables. Its compact dimensions and low noise output make it suitable for varied laboratory environments without causing disruption.

Q: What materials are used in the core components of the distillation equipment?

A: The heating element is crafted from chromium-plated copper, while the device incorporates ISI certified borosilicate glassware and a stainless steel cabinet enclosure. These materials ensure high durability, resistance to corrosion, and superior heat performance.

Q: What are the main benefits of using this automatic water distillation equipment?

A: The primary benefits include accurate production of pure water, automated operation reducing manual intervention, integrated safety mechanisms, low operational noise, high efficiency, and compliance with laboratory standards for glassware and output quality.

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