Trace Oxygen Gas Analyzer Model ATS 205A

Price 325000 INR/ Unit

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MOQ : 1 Unit

Trace Oxygen Gas Analyzer Model ATS 205A Specification

Material
MS

Operate Method
Semi Automatic

Usage
Industrial

Hardness
Yes

Voltage
110-215 Volt (v)

Automation Grade
Semi-automatic

Power Supply
Manual

Trace Oxygen Gas Analyzer Model ATS 205A Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
500 Units Per Month

Delivery Time
5-10 Days

About Trace Oxygen Gas Analyzer Model ATS 205A

The ATS-205A is the ideal solution for measuring trace oxygen in a wide range of applications in a general purpose environment. In a compact size, and at low cost

The MODEL ATS-205A Portable Trace Oxygen Analyzer is the undisputed leader when measuring ppm levels of oxygen in the natural gas industry. Patented innovations and key features are packed into a compact, rugged design. The patented Cell Block and sensor technology combination produce an incredibly fast and reliable O2 measurement. The datalogging feature serves as a critical tool when searching for difficult intermittent leaks in the field.

Single measurement ranges are available from 0-10 PPM, 0-100 PPM, 0-2000 PPM & 0-10000 PPM with values displayed on a front panel 128X64 Graphics.

APPLICATIONS
Oil & Gas refineries
Chemical & Pharmaceuticals
Airospace Industries
Laboratory research industries
Oxygen and nitrogen generators
Storage holds on marine vessels post maintenance
Oxygen in tankers during delivery
Metal treatment processes
Leak checking processes
Double glazing manufacture
Welding (under N2 or Ar purge)
Air Separation Industries

Rugged Design for Industrial Environments

Built with MS (mild steel) housing, the ATS 205A is engineered for harsh environments and frequent usage common in industrial facilities. Its durability ensures minimal maintenance and a long operational lifespan, making it suitable for factories, laboratories, and process plants.

Versatile Electrical Compatibility

The Trace Oxygen Gas Analyzer operates efficiently on voltage inputs ranging from 110 to 215 Volts, allowing seamless integration into a variety of electrical systems. This wide compatibility increases flexibility for both new installations and retrofit projects.

Simple and Reliable Semi-Automatic Operation

The semi-automatic function strikes a perfect balance between manual control and automated reliability. Operators can efficiently perform oxygen analysis with minimal training, making the ATS 205A user-friendly for regular industrial usage.

FAQs of Trace Oxygen Gas Analyzer Model ATS 205A:

Q: How does the Trace Oxygen Gas Analyzer Model ATS 205A perform oxygen measurement?

A: The ATS 205A uses an advanced electrochemical cell to detect and quantify trace oxygen levels in industrial gases, delivering accurate and real-time results for process control and safety monitoring.

Q: What are the main benefits of using this analyzer in industrial applications?

A: The primary benefits include improved process safety, compliance with industry standards, and enhanced product quality. The robust MS construction and semi-automatic operation also minimize downtime and maintenance.

Q: When is it necessary to use a trace oxygen gas analyzer in an industrial process?

A: It should be used whenever precise control of oxygen concentration is critical, such as during inert gas blanketing, metal processing, or quality assurance in manufacturing environments.

Q: Where can the ATS 205A be installed within a facility?

A: This analyzer is suitable for installation in control rooms, process lines, gas storage areas, and anywhere continuous monitoring of oxygen levels is essential for safety and operational efficiency.

Q: What is the process of operating the ATS 205A and does it require specialized training?

A: Operation involves connecting the analyzer to the process line, supplying the required voltage (110-215V), and using the semi-automatic controls to start measurement. Basic training is adequate for routine use.

Q: What makes semi-automatic operation advantageous for users?

A: Semi-automatic operation allows greater user control over measurements while reducing manual intervention, providing both consistent results and the flexibility to adapt to varying protocols or process needs.

Q: How does the hardness feature enhance the instruments performance?

A: The adjustable hardness setting allows the analyzer to be tailored to different gas compositions or process demands, optimizing sensitivity and accuracy in a wide range of industrial scenarios.

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