Product Description
Core Functions
1.
Real-Time Ozone Monitoring
High-precision sensor detects ambient ozone (O) levels in ppm/m.
Touchscreen displays dynamic real-time data and supports historical record queries.
2.
Smart User Interface
Intuitive touch control for parameter settings (e.g., alarm thresholds, sampling intervals).
Optional Bluetooth/Wi-Fi connectivity to mobile apps or cloud platforms for remote monitoring.
3.
Alarm & Data Logging
Audible/visual alarms trigger when ozone levels exceed safety limits.
Automatic data storage with CSV/Excel export for analysis.
4.
Portability & Durability
Battery-powered (USB rechargeable) for field use.
IP65-rated for industrial/outdoor environments.
Technical Specifications
Parameter
Specification
Measurement Range
0.0110 ppm (customizable for higher ranges)
Accuracy
2% or 0.5 ppm (model-dependent)
Sensor Type
UV Photometry or Ambient Ozone Monitor
Response Time
<1 minute
Operating Conditions
040C, 2090% RH (non-condensing)
Battery Life
824 hours (continuous operation)
Display
35-inch TFT touchscreen
Applications
1.
Environmental Monitoring
Indoor air quality assessment for homes, offices, hospitals, schools.
Outdoor ozone pollution monitoring in traffic zones, industrial areas.
2.
Industrial Control
Precision ozone regulation in semiconductor manufacturing, water treatment.
Validation of activated carbon filters or ozone generators.
3.
Research & Laboratories
Auxiliary equipment for atmospheric chemistry studies and environmental toxicology.
Buying Guide
1.
Sensor Selection
UV-based sensors: Cost-effective for general monitoring.
Ambient ozone analyzers: Higher accuracy for precision applications.
2.
Data Stability & Calibration
Choose brands offering regular calibration services and long-term warranties.
3.
Advanced Features
Consider multi-gas detection (NO, VOCs), GPS tracking, or weather data integration.
4.
Compliance Standards
Verify adherence to GB/T 15262 (China), EPA standards (USA), or ISO 16977.
Maintenance Tips
1. Schedule calibration every 612 months for optimal performance.
2. Clean the touchscreen with a soft cloth; avoid liquid damage.
3. Maintain battery health by storing at 50% charge in cool environments.
4. Update firmware/software regularly for improved accuracy.
Advanced Ozone Testing TechnologyEquipped with innovative internal circulation, the testing machine guarantees uniform ozone distribution within a 16-liter stainless steel chamber. Its corona discharge tube enables accurate ozone generation, and the built-in UV absorption analyzer ensures precise measurement. This combination is ideal for laboratories needing reliable and consistent results for material aging studies.
Intelligent and User-Friendly ControlsA 7-inch full color LCD touchscreen with PLC control provides intuitive operation, allowing programmable test parameters and real-time data display. The user interface supports multiple languages (English/Chinese), adapting to diverse lab environments and operator preferences for seamless operation and process monitoring.
Comprehensive Safety and Data ManagementThe machine includes comprehensive safety measures such as over-temperature and over-pressure protection, automatic power-off, and an integrated ozone destruction device for safe venting. Data logging is effortless-results can be stored long-term and exported via USB, streamlining documentation and compliance with laboratory standards.
FAQ's of Intelligent touch screen ozone testing machine:
Q: How does the internal circulation system ensure uniform ozone distribution in the testing chamber?
A: The internal circulation system continuously mixes ozone within the 16-liter stainless steel chamber, maintaining consistent concentration levels throughout the space. This uniform distribution is essential for accurate, repeatable results during accelerated aging tests.
Q: What is the ozone generation method used in this machine and why is it effective?
A: This testing machine employs a corona discharge tube to generate ozone, which is known for high efficiency, reliability, and control over ozone output, making it suitable for precise laboratory applications and consistent exposure of test specimens.
Q: When should the data logging function be utilized during testing?
A: Data logging should be engaged during all test cycles for reliable result tracking, long-term record storage, and analysis. Results can conveniently be exported via USB at any time for further evaluation or compliance documentation.
Q: Where is this ozone testing machine most commonly used?
A: It is primarily used in laboratory settings for quality assessment, research, and accelerated aging tests of rubber and polymer materials, ensuring they meet durability standards under controlled ozone exposure.
Q: What is the process for adjusting test parameters such as temperature, humidity, and cycle speed?
A: Test parameters can be easily set and adjusted via the intelligent touchscreen interface. Temperature, humidity, ozone concentration, stroke, test speed, and cycle duration are all programmable, allowing complete customization for specific test requirements.
Q: How does the built-in ozone destruction device benefit users?
A: The ozone destruction device safely neutralizes excess ozone after each test cycle, ensuring operator safety and environmental protection by preventing any hazardous ozone gas from being released into the laboratory air.
Q: What are the key advantages of using this machine for ozone resistance testing?
A: Key benefits include fully automatic operation, highly accurate ozone control (2% FS), programmable test cycles, fast response time (30s), robust safety features, customizable parameters, and comprehensive data management-making it a reliable choice for precise material aging studies.