Trace Oxygen Analyzer

Trace Oxygen Analyzer is an integrated analysing instrument that is based on microprocessor This versatile accurate and simple to operate instrument can simplify the task of tracing oxygen analysis and increase the speed and efficiency of work This userfriendly instrument can be trusted for quick response advanced accuracy and automatic diagnostics It integrates a sensor failure alarm system and two adaptable alarms The end user can easily use this instrument with minimal workload as this instrument comes with two programmable safe concentration alarms included with one high and one low setpoint It also integrates an alpha numeric digital meter for convenience in viewing and readout quality The maintenance free microfuel cell incorporated in the instrument is microprocessor supported with latest electronic design

Trace Oxygen Analyzer is a reliable and performanceoriented instrument that is powdered by rechargeable NiCad batteries and is also integrated with pump This quick responding and highly accurate instrument is ideal for measuring oxygen in gases like hydrogen nitrogen argon helium butadiene carbon dioxide ethylene and acetylene

INSTA Recovery Maintenance Free Oxygen Sensor

If you are changing air calibrating or tracing Microfuel Cells within 6 to 12 hours then the recovery period is an important factor The recovering is executed by the sensors that is below 10 PPM oxygen It is easier to install sensor which ensures optimal performance that work in few minutes

The microfuel cells are basically chemical devices that come with zero electrolyte in order to modify the production and guarantee minimal maintenance Specific to oxygen it can monitor gas streams This selfpowered diffusion limited metalair battery sensor is not powered by sample flowrate or by limiting the amount of gases like hydrogen carbon monoxide and hydrocarbons

Ambient Air Calibration frees from support gases

The calibration of the analyzer can be done on atmospheric air No certified gases are required for calibration process and users get a welldefined benefit in economic terms

CONVENIENT OUTPUTS FOR DATA

Diagnostics Comprehensive self testing function

Ranges Trace 010 0100 01000 010000 025 ppm

Indication Alpha numeric Digital LCD Continuous

Principle of Detection Self Powered Diffusion Limited sealed Electrochemical Sensor

Relative Humidity 099 RH Noncondensing

Position Sensitivity None

Housing Hi Impact Plastic

Power 6 Volts Rechargeable batteries

Recommended Sample 01 to 10 Litre Min

Accuracy 2 of full scale 1 ppm for 010 ppm range at a constant temperature

Operating temperature 0 to 50 degC

Relative Humidity 099 RH Noncondensing

Position Sensitivity None

Response time 90 in 5 to 10 seconds

90 in 60 seconds

010 ppm range

Reproducibility 1 at constant temperature

Sample inletoutlet Quick connects 18 or 14

Digital Interface RS232

Alarm Setting Hi Very High Adjustable over full range

Approvals Standard Intrinsically safe Class I Division 1 Groups A B C and D

Intrinsically safe for zone1 and 2 hydrogen ethylene

Weight 125 kg

Dimension 175X 200X65 mm

Q: How is the Trace Oxygen Analyzer installed in industrial settings?

A: The analyzer is equipped with a standard 1/2 inch NPT connection, making it compatible with a wide range of industrial pipelines and systems. Installation involves connecting it securely to the designated pipeline section and providing the appropriate power supply within the 110-215 V range.

Q: What makes this oxygen analyzer suitable for industrial use?

A: Its sturdy mild steel construction, high accuracy of 0.5%, and compatibility with broad voltage ranges ensure reliable performance even in demanding industrial environments. Manual operation and semi-automatic features provide precise control and ease of maintenance.

Q: Where is the Trace Oxygen Analyzer manufactured and supplied from?

A: This analyzer is manufactured, exported, and supplied in India, serving various industrial sectors nationwide and internationally, owing to its robust design and dependable measurement capabilities.

Q: What is the process for measuring oxygen with this analyzer?

A: Operating the analyzer involves manually initiating measurements when required. The device accurately detects and displays trace oxygen content in the sampled environment, supporting manual adjustments as needed for rigorous process control.

Q: What benefits can industries expect from using this analyzer?

A: Industries benefit from enhanced safety and quality control, as the analyzer's superior accuracy aids in maintaining optimal oxygen levels. Its durable build and user-friendly operation reduce downtime, offering consistent and reliable results over prolonged usage.

Q: How is the analyzer maintained to ensure accuracy?

A: Periodic calibration and routine cleaning according to the manufacturer's guidelines help maintain optimal performance and precise readings. Utilizing recommended procedures safeguards the device's accuracy and longevity in industrial applications.