WATER STILL WITH METAL HEATER

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WATER STILL WITH METAL HEATER Specification

Measurement Range
Distillation Output up to 4 Liters/Hour

Accuracy
100 %

Automation Grade
Semi-automatic

Voltage
220-240 V

Power Source
Electric

Capacity
4 Liters/Hour

Core Components
Metal Heater, Condenser, Water Tank

Temperature Range
Up to 100C

Feature
Highly Efficient

Model No
WS-MH-4

Frequency
50 Hz

Equipment Materials
Borosilicate Glass, Stainless Steel, Metal Heater

Type
Water Still with Metal Heater

Usage
Laboratory

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

Weight
Approx. 9 Kg

About WATER STILL WITH METAL HEATER

It comprises of horizontal borosilicate glass boiler fitted with a 3 KW chromium plated immersion heater with cut-off, highly efficient coil condenser ensures a reliable output of single distillate.

It is designed for easy usage, safe to operate and low cost.

Features

Abundant Output : The still provides 4 ltr/hr of distilled water which is ideal for General Laboratory use and is capable for producing pyrogen free distillate.

Distillate temperature is approx. between 25 40 C which is ensured by highly efficient condenser.

Distillate Quality

Output	4ltr/hr
Conductivity	3.0-4.0 S/cm
pH	5.5-6.0
Distillate Quality	Pyrogen Free

Construction

The stand is powder coated for long and rust free operation.

The boiler and condenser are designed for high efficiency.

Boiler is provided with Ptfe Screw Cork for easy draining and cleaning of boiling chamber.

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

Additional Optional Accessories (At Extra Cost)

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.

Spare Parts : -

Boiler for water still with metal heater

Coil condenser for water still with metal heater

Heater 3Kw fitted with Thermostat

Superior Water Purification

With highly efficient single distillation, this water still ensures laboratory-grade purityproducing water that is free from pyrogens and heavy ions. The system guarantees an accuracy of 100%%, making it suitable for even the most demanding scientific and medical environments.

Engineered for Safety and Durability

Combining rust-resistant stainless steel and borosilicate glass construction, the water still stands out for its robust, leak-proof build. Overheat and low water protection, along with a reliable fuse and drain stopcock, keep operations safe and uninterrupted.

Easy Maintenance and Operation

Designed for user convenience, this table top distillation unit features easy coil replacement and minimal maintenance needs. Its semi-automatic controls and clearly marked inlet and outlet connections enable straightforward setup in any laboratory setting.

FAQs of WATER STILL WITH METAL HEATER:

Q: How does the Water Still with Metal Heater achieve high water purity?

A: The still uses a single-stage distillation process with a chromium plated or quartz sheath metal heater and a borosilicate glass condenser coil. This setup removes pyrogens and heavy ions, ensuring output water is laboratory pure, safe for chemical, medical, or research applications.

Q: What types of laboratories is this water still suitable for?

A: It is ideal for chemical, medical, and research laboratories where high-purity distilled water is required. Its features cater to the strict standards often present in these environments.

Q: When is maintenance required, and how is it performed?

A: Routine maintenance is minimal due to its rust-resistant and leakproof construction. The coil is designed for easy replacement, and components like the drain stopcock facilitate periodic cleaning and draining. Overheat and low water cut-offs also help minimize maintenance needs.

Q: Where can this water still be installed in a laboratory?

A: The water still is designed as a tabletop unit, making it simple to install on any stable laboratory surface with access to power (220-240 V) and water inlet and outlet connections.

Q: What is the benefit of the overheat and low water cut-off protections?

A: These safety features prevent overheating and operation without sufficient water, thus protecting the heater and extending the equipments lifespan, while also ensuring user safety during continuous operation.