SN-Y02 Coulometric Oxygen Transmission Rate Tester

Function and Use

 

This product is based on the test principle of coulometric oxygen sensor and is designed and manufactured in accordance with GB/T 19789, ASTM D3985 and other standards. It uses high-precision imported oxygen sensors with high test accuracy. It is suitable for oxygen permeability testing of films, sheets, papers, packaging and related materials in the fields of food, medicine, medical equipment, daily chemicals, photovoltaic electronics, etc., and provides a wide range and high-efficiency oxygen permeability test for high, medium and low oxygen barrier materials.

 

Technical parameters

 

Test range: 0.05~1000cc/(m2·day)

 

Resolution: 0.0001cc/(m2·day)

 

Temperature control range: 15℃~45℃

 

Temperature control accuracy: ±0.15℃

 

Humidity control range: 0%RH, 5~90%RH, 100%RH (optional configuration)

 

Humidity control accuracy: ±2%RH

 

Transmission area: 50.24 ㎝2 (customized adapter, minimum to 0.785 ㎝2)

 

Sample size: φ110 mm

 

Sample thickness: ≤3 mm

 

Sample quantity: 2 pieces

 

Carrier gas pressure: ≥0.1 MPa

 

Carrier gas flow: 5~100 mL/min

 

Dimensions: Approximately: (380 mm×545 mm×315 mm) subject to actual size

 

Power: 1000 W

 

Power supply: AC 220V, 50 Hz

 

Standards

 

GB/T19789, YBB00082003, ASTM D3985, ASTM F2622, ASTM F1927, ASTM F1037,

 

ISO 15105-2, JIS K-7126-B, DIN 53380-3

 

Product Features

 

High-precision oxygen sensor

 

· High-precision imported oxygen sensor with high sensitivity, ultra-high stability and ultra-low failure rate, with a resolution of 0.0001cc/(m2·day).

 

Accurate and reliable test data

 

· Accurate control of test temperature and humidity. Equipped with high-precision temperature and humidity sensors, the temperature and humidity of the test chamber are stable, the temperature control accuracy can reach ±0.15℃, and the humidity can be accurate to ±2%RH.

 

· Automated test mode, real-time monitoring of temperature, humidity (optional), gas flow value and curve during the test process, and high test repeatability. Automatic switching between two chambers can be used for comparative experiments and more accurate analysis of product data.

 

Ultra-wide test range, high instrument applicability

 

· The instrument is equipped with a single chamber, which is small and flexible, saving space.

 

· Ultra-wide test range [0.05~1000 cc/(m2·day)], meeting the testing needs of high, medium and low barrier materials.

 

Intelligent operating system, global certification

 

· Self-developed intelligent operating system, modular diagram, flexible setting of test process parameters, intuitive and convenient operation.

 

· Designed according to the GMP Appendix "Computerized System", it has audit tracking function and multi-level user permission setting, which can meet the pharmaceutical industry's needs for data traceability.

 

· Personalized test reports are set on demand, supporting data output in multiple formats, optional (supporting electronic signatures and online submission of audit reports).

 

Standard configuration

 

Host, power cord, communication cable, sample cutter, sealing grease, metal air pipe.

 

Purchase

 

Computer, measurement certificate

 

User-provided

 

1. Standard laboratory environment;

 

2. Power supply requirements: 220V regulated power supply, three-position, three-position, grounded switch socket;

 

3. Computer requirements: standard configuration (Windows 10 or above, with USB interface);

 

4. 1 bottle of oxygen, purity must be above 99.999%, with pressure reducing valve, output range 0-0.4 Mpa;

 

5. 1 bottle of nitrogen, purity must be above 99.999%, with pressure reducing valve, output range 0-0.4 Mpa

 

Test principle

 

SN-Y02 oxygen permeability tester adopts the principle of coulometric method. The pre-treated sample is fixed in the middle of the test cavity, high-purity oxygen flows in the upper cavity of the film, and high-purity nitrogen (carrier gas) flows in the lower cavity. Oxygen molecules diffuse through the film into the nitrogen on the other side and are carried to the sensor by the flowing nitrogen. The oxygen concentration measured by the sensor is analyzed to calculate the oxygen permeability.