Product Overview
### Summary of Changai Oxygen Analyzer Suppliers
Product Features
**Product Overview**:
Product Value
The Changai Oxygen Analyzer is a specialized device designed to accurately measure oxygen levels in various environments. It has been meticulously crafted with a focus on user experience and passes through rigorous quality control to ensure high standards. The analyzer is suitable for a wide measurement range of 0 to 10,000 ppm of oxygen and operates effectively under various conditions.
Product Advantages
**Product Features**:
Application Scenarios
Key technical specifications include an operating pressure range of 0.5-2 bar, a flow rate of 0-2.5 LPM, and an initial output signal of 460μA±120μA in ambient air. It operates within a temperature range of 0 to 50°C, with quick response times of less than 180 seconds from high oxygen concentrations, and can achieve lower readings down to 250 ppm. Additional features include a lightweight design (approximately 35g) and a sensor life expectancy of 24 months under optimal conditions.
**Product Value**:
The Changai Oxygen Analyzer offers significant value through its reliability and accuracy in oxygen measurement, backed by a strong emphasis on both product quality and user experience. It is positioned in the market as a dependable instrument for industries demanding precision and durability, thus ensuring peace of mind for users in critical applications.
**Product Advantages**:
The product stands out due to its rigorous quality assurance measures, professional technical support, and strong after-sales service. Changai's well-established sales network and excellent geographical location for distribution further enhance its market presence. The analyzer's capabilities, such as low linearity error and partial pressure dependency understanding, provide users with confidence in its performance.
**Application Scenarios**:
The Changai Oxygen Analyzer is ideal for various industrial applications, including laboratories, environmental monitoring, and safety assessments in workplaces where oxygen levels must be meticulously controlled. Its versatility makes it a suitable option for specific sectors such as gas analysis, medical environments, and any setting where accurate oxygen measurement is critical.