Portable Oxygen Analyzer for Accurate Oxygen Measurement in Industrial and Medical Applications

Product Introduction

The Oxygen Analyzer is a highly advanced device designed for accurate measurement of oxygen levels in various applications. Equipped with a solid-state zirconia (ZrO₂) sensor, it requires no maintenance throughout its lifespan, eliminating extra costs associated with fuel cell replacements. With a measuring range of 0-1000 ppm for oxygen and 0-500 ppm for moisture, our analyzer ensures reliable performance in diverse environments.

Product Advantage

• Durable Sensor Technology: The ZrO₂ sensor enhances durability and longevity, while the corrosion-resistant P₂O₅ moisture sensor can be rejuvenated through acid cleaning.

• Versatile Applications: Ideal for a range of uses including welding, food packaging, and medical settings, offering precise measurements tailored to each industry.

• User-Friendly Design: The handheld and portable models make it easy to operate in various settings, providing instant results with high accuracy.

• Cost-Effective: The maintenance-free design significantly reduces operational costs, ensuring a low total cost of ownership.

Technical Parameters

• Oxygen Measurement Range: 0-1000 ppm

• Moisture Measurement Range: 0-500 ppm

• Sensor Type: Zirconia oxygen analyzer and P₂O₅ moisture sensor

• Operating Environment: Suitable for industrial, medical, and laboratory settings

• Power Supply: Battery-operated for portability and ease of use

Product Uses

1. Welding Applications:
   The Oxygen Analyzer is essential in welding environments to monitor oxygen levels, ensuring optimal gas mixtures and preventing defects in weld quality. Accurate measurements help maintain safety standards and improve operational efficiency.

2. Food Packaging:
   In food packaging, maintaining the right oxygen levels is critical for preserving freshness. Our analyzer measures residual oxygen in packaging, helping to extend shelf life and maintain quality by preventing spoilage.

3. Medical Use:
   The analyzer is designed for medical applications, providing accurate oxygen purity measurements. This is crucial for ensuring patient safety in anesthesia machines and oxygen concentrators, enabling healthcare professionals to deliver precise care.

4. Industrial Processes:
   Used in various industrial processes, the Oxygen Analyzer monitors oxygen concentrations to optimize combustion efficiency in boilers and other equipment. This leads to improved energy efficiency and reduced emissions.

5. Research and Development:
   Ideal for laboratories, the Oxygen Analyzer assists researchers in monitoring oxygen levels during experiments. Its high accuracy supports a wide range of applications from environmental studies to material testing.

Product Operate Guide

1. Power On: Turn on the device using the power button.

2. Calibration: Follow the manufacturer's instructions for calibrating the sensors before use.

3. Measurement: Place the analyzer in the desired environment and wait for a few seconds to get a stable reading.

4. Record Data: Note the oxygen and moisture levels displayed on the screen for further analysis.

5. Power Off: Turn off the device after use to conserve battery life.

FAQ

• What types of sensors are used in the Oxygen Analyzer?
  Our analyzer utilizes a zirconia sensor for oxygen measurement and a P₂O₅ sensor for moisture detection.

• Is maintenance required for the sensors?
  The solid-state sensor requires no maintenance during its lifetime, offering significant cost savings.

• What is the measuring range for oxygen levels?
  The measuring range for oxygen is 0-1000 ppm, making it suitable for various applications.

• Can the analyzer be used in medical settings?
  Yes, the Oxygen Analyzer is designed for medical use, providing precise measurements necessary for patient safety.

• How do I clean the moisture sensor?
  The P₂O₅ sensor can be cleaned with acid to remove contamination from corrosive substances like Hydrofluoric Acid.

This Oxygen Analyzer offers exceptional performance, ensuring precise oxygen measurements across diverse applications, from industrial use to medical environments.