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SINGLE STAGE QUARTZ DISTILLATION

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SINGLE STAGE QUARTZ DISTILLATION Specification

Frequency
50 Hz

Model No
STD-Q1

Power Source
Electric

Temperature Range
Upto 400C

Feature
Highly Efficient

Capacity
1.5 Ltr/hr

Voltage
220240 V AC

Measurement Range
Distillate Output 1.5 Ltr/hr

Accuracy
100 %

Automation Grade
Semi-Automatic

Core Components
Quartz Heater, Cooling Coil, Heater Housing, Water Level Sensor

Equipment Materials
Quartz (Body), Borosilicate Glass (Condensing Parts)

Type
Single Stage Distillation Unit

Usage
Laboratory

Dimension (L*W*H)
450 mm x 200 mm x 400 mm

Weight
Approx. 8 kg

Cooling Water Requirement
1 Ltr/min

Safety
Fully Enclosed System for Operator Safety

Cleaning
Easy-to-Clean Construction

Heating Element Material
Quartz

Protection
Low Water Cut-off and Overheat Protection

Distillate Quality
Pyrogen-free, Particle-free

Power Consumption
1.5 KW

Output Water Conductivity
1.52.0 S/cm

Operating Pressure
Atmospheric

Installation Type
Bench-top

About SINGLE STAGE QUARTZ DISTILLATION

SINGLE STAGE QUARTZ DISTILLATION

The apparatus consists of a boiler made from high purity quartz with built in heater and bottom discharge joint for easy cleaning of deposits. A spiral condenser is fitted on the boiler with receiving adapter. The unit comes with Safety Control Unit (Optional) to protect the Glass parts in case of water failure or overheating.

Quartz can withstand very high temperature variation, thus it is thermal shock proof.

Conductivity	1.0 - 1.5 S/cm with Borosilicate Condenser
Conductivity	0.5 0.8 S/cm with Quartz Condenser
Distilled Water Quality	Pyrogen Free
pH	5.5 6.0
Distillate Temperature	50-60C

**All the parameters are under Standard Test Conditions.

Advantages

Rust proof sturdy aluminum stand as base.

Replaceable clamps are provided for better adjustment and alignment of the boiler and condenser.

Advanced Features

Distillate is pyrogen free; also it is free of heavy metals.

Switch on time is less than minute providing distilled water instantly.

Low maintenance is required.

Borosilicate Condenser


Output Cap. (Approx.)	2 ltr/hr	5 ltr/hr	8 ltr/hr	10 ltr/hr
Power Rating (Total)	1.7 Kw	4.4 Kw	6 Kw	9 Kw
Cooling Water Consumption (Approx.)	35 ltr/hr	65 ltr/hr	90 ltr/hr	120 ltr/hr

Quartz Condenser


Output Cap. (Approx.)	2 ltr/hr	5 ltr/hr	8 ltr/hr	10 ltr/hr
Power Rating (Total)	1.7 Kw	4.4 Kw	6 Kw	9 Kw
Cooling Water Consumption (Approx.)	35 ltr/hr	65ltr/hr	90ltr/hr	120ltr/hr

Spare Parts : -

Quartz Boiler for 2 ltr/hr Distillation

Quartz Boiler for 5 ltr/hr Distillation

Quartz Boiler for 8 ltr/hr Distillation

Quartz Boiler for 10 ltr/hr Distillation

Borosilicate coil condenser for 2 ltr/hr Distillation

Borosilicate coil condenser for 5 ltr/hr Distillation

Borosilicate coil condenser for 8 ltr/hr Distillation

Borosilicate coil condenser for 10 ltr/hr Distillation

Quartz coil condenser for 2 ltr/hr Distillation

Quartz coil condenser for 5 ltr/hr Distillation

Quartz coil condenser for 8 ltr/hr Distillation

Quartz coil condenser for 10 ltr/hr Distillation

Safety Cut-Off Device

Highly Pure Water for Laboratory Needs

This single stage quartz distillation unit is engineered to produce distillate that is both pyrogen-free and particle-free, making it ideal for analytical, biological, and pharmaceutical laboratory applications. With output water conductivity maintained at 1.52.0 S/cm, you can trust its performance for sensitive experimental protocols, ensuring high-quality results every time.

Safe and Efficient Operation

Equipped with quartz heating elements and multiple safety features including low water cut-off, overheat protection, and a fully enclosed system, this distillation unit prioritizes operator safety and equipment longevity. Its semi-automatic operation and atmospheric pressure design ensure convenient and efficient use in laboratory settings without compromising on quality.

FAQs of SINGLE STAGE QUARTZ DISTILLATION:

Q: How does the Single Stage Quartz Distillation process work?

A: The unit operates by heating water using a high-purity quartz element. As water vaporizes, it travels through borosilicate glass condensing parts, cooling into distilled water that is collected. This process effectively removes contaminants, yielding pyrogen-free and particle-free distillate.

Q: What are the main benefits of using this quartz distillation unit?

A: The main advantages include the production of highly pure, laboratory-grade water with very low conductivity, efficient semi-automatic operation, and robust safety features. Its easy-to-clean quartz and glass construction reduces maintenance, while reliable safety cut-offs and a fully enclosed system protect both users and the unit.

Q: When should the quartz distillation unit be cleaned and how is this done?

A: Regular cleaning is recommended based on usage frequency and feed water quality. The easy-to-clean construction allows users to access and rinse inner components, preventing scaling or residue buildup. Follow the manufacturers manual for safe and thorough cleaning procedures.

Q: Where can this distillation unit be installed in a laboratory?

A: This product is designed for bench-top installation, fitting easily onto standard laboratory work surfaces due to its compact dimensions (450 mm x 200 mm x 400 mm) and light weight (approx. 8 kg). Ensure proximity to a cooling water supply and power source for optimal operation.

Q: What makes the distillate from this unit suitable for critical laboratory procedures?

A: Distilled water produced by this unit is both pyrogen-free and particle-free, with conductivity between 1.52.0 S/cm, ensuring it does not interfere with sensitive assays or experiments. The construction materials (quartz and borosilicate) further help maintain purity by preventing leaching or contamination.

Q: How much water can the unit produce per hour and what are the cooling requirements?

A: The distillation unit has a capacity of 1.5 liters per hour. It requires a cooling water supply of approximately 1 liter per minute to efficiently condense vaporized water back into a liquid state and maintain consistent operation.

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