Intelligent touch screen ozone testing machine

Specifications

In the field of material testing, ozone tester is the key equipment to evaluate the ozone resistance of materials. With the development of science and technology, intelligent touch screen ozone tester has become a popular choice in the market by virtue of its precise control, convenient operation and intelligent monitoring. This article will introduce the functions, advantages, application scenarios and maintenance points of the intelligent touch screen ozone tester.

I. Product Overview

Intelligent touch screen ozone tester is a testing equipment integrating advanced touch screen technology and ozone generation system, which is mainly used to evaluate the aging resistance of materials under ozone environment. Through the intelligent control system, the equipment is able to accurately control the ozone concentration, temperature and humidity, simulating the harsh environment that materials may encounter in actual use. The touch screen operation interface allows users to easily set and monitor the test parameters, realizing precise control of the test process.

Product Features

1. Intelligent touch screen operation

-Intuitive and Convenient: The touch screen operation interface is intuitive and convenient. 

Intuitive and convenient: The touch screen operation interface is intuitive and clear, allowing users to easily set test parameters such as ozone concentration, temperature, humidity, test time, etc. The touch screen operation interface supports multi-language switching, making it easy to control the test process. The operation interface supports multiple language switching, which is convenient for users from different regions.

Real-time monitoring: the touch screen can display the test parameters in real time. 

Real-time monitoring: The touch screen can display the ozone concentration, temperature, humidity and other key parameters in the test chamber in real time, so that the user can understand the progress of the test and the operation status of the equipment at any time.

2. High-precision test environment control

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Ozone concentration control: The equipment adopts advanced ozone generation system, which can precisely control the ozone concentration from 0.1 ppm to 500 ppm to meet different test requirements.

-Temperature and humidity control 

Temperature and Humidity Control: The equipment is equipped with high precision temperature and humidity sensors to accurately control the temperature and humidity inside the test chamber. The temperature range is usually from room temperature to 60℃, and the humidity range is from 30% to 98% RH. 3.

3. Safety and environmental design

-Multiple safety protection: the equipment is equipped with super temperature and environmental protection. 

Multiple safety protection: the equipment is equipped with multiple safety protection devices such as over-temperature protection, water shortage protection, power leakage protection, overload protection, etc. to ensure the safety of the equipment and operators.

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Environmental protection design: Adopting environmentally friendly materials and energy-saving technology to reduce the impact on the environment. Equipped with efficient exhaust gas treatment device to purify the exhaust gas generated during the testing process and ensure that the emission meets the environmental standards.

III. Application Scenarios

1. Rubber and plastic industry

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Material Performance Evaluation: Conduct ozone resistance testing for rubber and plastic materials to evaluate their aging performance under ozone environment and provide data support for product R&D and quality control.

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Quality control: During the production process, sampling inspection of raw materials and finished products, timely detection and resolution of quality problems to improve product quality and market competitiveness.

2. Automotive industry

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Component testing: conduct ozone resistance testing on automotive components to assess their aging performance under ozone environment and ensure the reliability and safety of the components.

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New Material R&D: Provide reliable test data for the R&D of new materials to help optimize material formulations and production processes and improve the ozone resistance of materials.

3. Electrical and electronics industry

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Insulation Material Testing: Conduct ozone resistance testing on insulation materials for electrical and electronic products to assess their aging performance under ozone environment and ensure the safety and reliability of the products.

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Quality control: Sampling inspection of insulating materials during the production process, timely detection and resolution of quality problems to improve product quality and market competitiveness.

IV. Use and Maintenance

1. Correct operation steps

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Sample Preparation: Clean the sample, remove surface impurities and make sure there is no residue on the surface.

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Parameter setting: Set the test parameters, such as ozone concentration, temperature, humidity, test time, etc. through the touch screen operation interface.

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Start the test: Close the door of the test chamber, start the equipment, and the equipment will run automatically.

2. Daily maintenance and repair

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Cleaning and maintenance: After the test, clean the inside and outside of the test chamber to remove the residual ozone and impurities.

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Ozone system maintenance: check the ozone generation system regularly to ensure the accuracy of ozone concentration.

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Electrical system check: Regularly check the power cord, control panel, sensors, etc. to ensure the electrical system is normal.