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GAS PURIFICATION CONTROL SYSTEM

Name: GAS PURIFICATION CONTROL SYSTEM
Brand: S K INSTRUMENTS
Price: 13500.0 INR
Availability: InStock

Price 13500.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

GAS PURIFICATION CONTROL SYSTEM Specification

Display Type
LED Digital Display

Accuracy
1%

Heating Capacity
1000 W (for Heater Module)

Temperature Resistance
Up to 300C

Glass Type
Borosilicate Glassware Fittings

Power Supply
Single Phase

Features
Automatic Operation, Interlocked Safety Devices, Visual and Audible Alarms, Modular Design

Shape
Rectangular Frame Mounted

Control Type
Microprocessor Based Digital Control

Type
Automatic Gas Purification Control System

Dimension (L*W*H)
1600 mm x 700 mm x 1800 mm

Equipment Type
Purification Control System

Equipment Materials
Mild Steel Body with Epoxy Coating

Power
2.5 kW

Voltage
230 V AC

Material
Glass & Mild Steel

Application
Removal of Impurities and Purification of Laboratory Gases

Capacity (Ltr)
50 Ltr per Hour

Weight
Approx. 130 Kg

Mounting
Floor Mounted

Number of Gas Lines
2 Line (Customizable)

Filter Stages
3-Stage Filtration

Ambient Operating Temp.
5C to 40C

Inlet/Outlet Size
1/4 inch BSP

Isolation Valve
Integrated With Each Line

Alarms
Low Pressure, High Temperature, Purification Failure

Purification Level
Up to 99.999% Purity

Panel Type
Touch Panel Operation

GAS PURIFICATION CONTROL SYSTEM Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
7 Days

About GAS PURIFICATION CONTROL SYSTEM

The Gas Purification Control System is a high-precision gas management solution designed to deliver ultra-pure gases for sensitive analytical instruments such as GC, LC-MS, AAS, ICP, and other laboratory applications. The system ensures stable gas flow, contamination-free delivery, and enhanced operational safety through advanced purification and control technology.

Equipped with dual-stage precision regulators, cartridge purifiers, SS 316 tubing, auto shut-off valves, and NRV safety systems, the setup maintains high-purity gas supply while preventing reverse flow and pressure fluctuations. Color-coded control panels provide easy identification and simplified operation for gases like Hydrogen, Nitrogen, Zero Air, and Helium.

Think of it as a precision bloodstream for analytical instruments
delivering ultra-clean gases with stability, safety, and accuracy.

Key Features

High-Efficiency Gas Purifiers
Advanced purification system ensures ultra-high purity gas delivery

SS 316 Stainless Steel Tubing
Corrosion-resistant, leak-proof tubing for contamination-free operation

Dual-Stage Precision Regulators
Stable pressure control for sensitive analytical instruments

Color-Coded Control Panels
Easy identification and organized gas management system

Auto Shut-Off Valves with NRV
Enhanced safety with non-return valve protection

Adjustable Outlet Pressure
Pressure adjustment according to instrument requirements

Leak-Proof Gas Distribution System
Designed for reliable continuous gas flow operation

Modular & Expandable Design
Customizable gas lines and purification stages available

Applications

Gas Chromatography (GC) Laboratories
LC-MS & Analytical Instrument Labs
Pharmaceutical Testing Facilities
Research & Development Laboratories
Chemical Analysis Laboratories
Scientific & Academic Institutions

Why Choose Gas Purification Control System?

Delivers ultra-pure gases for accurate analytical results
Prevents contamination and reverse gas flow
Provides stable pressure for sensitive instruments
Enhances laboratory safety and gas management
Simplifies operation with organized control panels

A silent precision engine for laboratory gases
where purity, pressure, and protection flow together seamlessly.

Intelligent Purification for Laboratory Gases

Our system utilizes microprocessor-based digital control and a modular design to provide precise management of two customizable gas lines. Achieve up to 99.999% gas purity, ensuring experiments and processes are not compromised by contaminants. Integrated alarms and interlocked safety devices maximize safety and operational efficiency.

User-Friendly Touch Panel and LED Display

Operate the Gas Purification Control System with ease through its intuitive touch panel and bright LED display. Whether adjusting settings or monitoring system status, the user interface promotes accuracy and minimizes training requirements. Real-time alerts further simplify safe, hands-on control.

Rugged Construction and Exceptional Safety

Engineered with borosilicate glassware, an epoxy-coated mild steel frame, and automatic safety interlocks, the system withstands rigorous lab conditions. You can depend on its stability and resilience, even during intensive gas purification tasks in temperature ranges from 5C to 40C.

FAQ's of GAS PURIFICATION CONTROL SYSTEM:

Q: How does the Gas Purification Control System achieve high gas purity?

A: The system features a 3-stage filtration process, incorporating borosilicate glassware fittings and advanced filters to remove impurities, delivering gas purity levels up to 99.999%. Its automatic operation ensures consistent purification quality with minimal manual intervention.

Q: What safety features are integrated into the gas purification system?

A: This system is equipped with interlocked safety devices, visual and audible alarms for low pressure, high temperature, and purification failure, as well as isolation valves on each gas line for secure operation and immediate shutdown in emergencies.

Q: When is it necessary to use a gas purification control system in the laboratory?

A: This system is essential whenever laboratory processes or experiments demand ultra-high purity gases-especially in sensitive analytical applications, chemical research, or any environment where impurities could compromise results.

Q: Where can the Gas Purification Control System be installed?

A: Its floor-mounted rectangular frame allows stable installation in most laboratory settings. The ambient temperature operating range of 5C to 40C supports a wide array of lab environments.

Q: What is the process for maintaining the gas purification system?

A: Routine inspections include checking filtration stages and replacing filters as necessary. The system's alarms and digital monitoring help users conduct timely maintenance, ensuring sustained performance and longevity.

Q: What are the benefits of using microprocessor-based digital control in this system?

A: Microprocessor-based control ensures precise operation, real-time monitoring, and automatic adjustments. This boosts system accuracy (within 1%), enhances safety, and optimizes gas purification without constant supervision.

Q: How does the modular design improve the system's usability?

A: The modular design enables easy customization, expansion, and maintenance. Users can adapt or upgrade the system according to evolving lab requirements, making it a flexible and future-proof solution.

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