Humidifying Bottle Performance Tester
The Humidifying Bottle Performance Tester is used to test items such as leakage, pressure resistance, humidification output, and overflow of humidifying bottles.
Applications
The humidifier bottle performance tester is mainly used to detect various properties of humidifier bottles, including but not limited to leakage, pressure - resistance, humidification output, and overflow. This instrument can ensure the safety and effectiveness of humidifier bottles during use, and it is an important tool for the quality inspection of medical oxygen humidifiers.
Standards
YY/T 1610 - 2018：Anaesthetic and respiratory equipment - Oxygen humidifiers for medical use
Features
• Supports leakage, pressure resistance, humidification output, and overflow testing functions for humidification bottles.
• 7-inch color touchscreen control and intuitive interface significantly enhance the user experience.
• The device is equipped with a miniature printer for real-time printing of test results.
• Equipped with a high-precision pressure sensor, allowing for stable control of output pressure via a rotary pressure knob.
• Equipped with a high-precision flow meter for accurate measurement of flow rate through the tubing.
• Features a 20° tilt design device to accommodate observation at various angles for different specifications.
• Utilizes a universally designed conical test interface to meet the testing requirements of most products on the market.
• The device has a powerful data storage function, capable of storing up to 50.000 data entries.
• Miniature printer and universal USB data interface facilitate data output and transfer.
• Intelligent features such as overload protection and power-off memory effectively ensure user safety.
• Optional GMP "Computerized Systems" compliant testing software is available, featuring user management, permission management, and data audit trail functions.
Technical Parameters
| Parameter | Specification |
|---|---|
| Working Range | Usually between 0 and 1000KPa; some models may offer higher pressure options (e.g., 2000KPa or 2500KPa) |
| Flow Accuracy | ±1%, ensuring the accuracy of testing |
| Power Supply | Generally 220V, 5A, 50Hz |
| Instrument Operating Voltage | Usually 220V |
| Air Source Requirements | Adjustable from 0 to 2MPa; the air source needs to be provided by the user |
| Main Unit Dimensions | Vary depending on the model; e.g., some models: 570×400×200mm (Length×Width×Height) |
| Other Functions | Some advanced-model humidifier bottle performance testers may have features like micro-computer control, large touch-screen display, Chinese menu settings, digital preset test flow, and printing function (making operation more intuitive and convenient) |
Accessoriess
Standard configuration: electronic control unit, testing unit, printer
FAQ
1. What is the Blood Humidifying Bottle Performance Tester used for?
The Blood Humidifying Bottle Performance Tester is used to evaluate key performance characteristics of humidifying bottles, including leakage, pressure resistance, humidification output, and overflow performance. By simulating actual operating conditions during oxygen humidification, the tester verifies whether the humidifying bottle can operate safely and effectively without leakage, structural failure, or abnormal overflow. This makes the instrument an essential tool for quality inspection and performance verification of medical oxygen humidifier bottles.
2. Which specific test items can be performed with this tester?
The tester supports multiple test functions for humidifying bottles, including leak testing, pressure resistance testing, humidification output testing, and overflow testing. During testing, pressure and flow conditions can be precisely controlled, allowing the device to monitor pressure stability, flow accuracy, and performance behavior under different operating states. These test items together provide a comprehensive evaluation of humidifier bottle safety, sealing integrity, and functional effectiveness in clinical use.
3. In which applications is the humidifying bottle performance tester mainly used?
The humidifying bottle performance tester is mainly used in the quality inspection of medical oxygen humidifiers. It is applied to evaluate the safety and performance of humidifier bottles before they are put into use. By detecting leakage, pressure resistance, humidification output, and overflow behavior, the tester helps ensure that humidifier bottles meet usage requirements and function reliably during oxygen therapy, thereby supporting safe clinical application and effective patient care.
4. What standards does the Blood Humidifying Bottle Performance Tester comply with?
The tester is designed to support performance testing in accordance with YY/T 1610-2018. which specifies requirements for oxygen humidifiers for medical use under anaesthetic and respiratory equipment standards. Test parameters such as pressure, flow rate, and holding time can be set according to the standard, ensuring that humidifying bottle performance evaluation is carried out under regulated and consistent conditions.
5. What technical features improve testing accuracy and operational safety?
The instrument is equipped with a high-precision pressure sensor and a high-accuracy flow meter, ensuring flow accuracy within ±1%. Output pressure is controlled stably via a rotary pressure knob. The tester also features overload protection and power-off memory functions to enhance user safety and data reliability. A 7-inch color touchscreen provides an intuitive interface, while real-time display of pressure and flow data allows continuous monitoring throughout the test process.
6. How is the testing process generally carried out?
Testing begins with checking the power supply and external air source, followed by calibration of the flow sensor and cleaning of test pathways. The humidifier bottle is then connected to the test tubing and sealed securely. After selecting the test item and setting parameters according to YY/T 1610-2018. the tester automatically performs the test while displaying real-time pressure and flow data. Once testing is completed, results are recorded, the sample is removed, and the system is cleaned and shut down in preparation for reporting.
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