Description
OTR-1903 is based on the coulometric sensor method and available for the OTR test of flexible films, sheeting and packages.
OTR-1903 Oxygen Permeability Tester
OTR-1903 is based on the coulometric sensor method and available for the OTR test of flexible films, sheeting and packages.
Application Content
OTR-1903 is based on the coulometric sensor method and available for the OTR test of flexible films, sheeting and packages.
Films:
Plastic films, aluminum foil, aluminized films, plastic composite films, paper-plastic composite films, coextruded films, aluminum foil composite films and many others.
Packages:
Plastic, rubber, paper, paper-plastic composite, glass and metal packages, e.g. red wine bottles, blister, various plastic bottles, Coke bottles, peanut oil packages, Tetra Pak materials, vacuum bags, metal three-piece cans, plastic packages for cosmetic, soft tubes for toothpaste, jelly and yogurt cups.
Features Content
- Coulometric sensor method
- Own technology
- Film and package test
- one piece specimen test
- One-button test, test automatically in whole process
- Multiple test modes optional
- Data curves display
- Computer control
- Digital flow adjustment
- Chamber with temperature sensor embedded in
- Environment temperature and humidity sensor inside
- Chambers with water bath temperature control technology
- Unit based on embedded system,24bit Δ-Σ AD
- Pressure, oxygen and temperature overload protection
- Traceable reference film calibration
- Supports DSM system (DSM, lab data management system)
Principles Content
Film
The specimen is clamped between the upper and lower chamber, the upper chamber is purged by a oxygen stream, and the other side of specimen, lower chamber is purged by a stream of nitrogen, due to the effect of oxygen concentration gradient at two sides of the specimen, oxygen molecules will permeate through the specimen into the nitrogen side, penetrated oxygen molecules will be carried to the coulometric sensor which generates the proportional signal, so oxygen transmission rate and permeability coefficient will be obtained by calculating the sensor signal.
Package
The package is mounted on the lower chamber, the outside of the package is air or a pure oxygen stream, the inside of the package is purged by a nitrogen stream, oxygen will permeate through the wall into the inside of the package, penetrated oxygen molecules will be carried to the coulometric sensor which generates the proportional signal, so oxygen transmission rate will be obtained by calculating the sensor signal.
Technical Indexes Content
Test range：
Film: 0.01-6300 cm3/m2·d (Standard)
0.07-6,3000 cm3/m2·d (Optional)
Resolution: 0.001 cm3/m2·d
Package:
0.0001~62 cm3/pkg·d
Resolution: 0.00001 cm3/m2·d
Specimen amount: one piece
Temperature range: 5C– 95C (with temperature controller)
Temperature accuracy: ±0.1C
Humidity range: 0%RH,35%RH-90%RH,100%RH
Humidity accuracy: ±1%RH
Test area: 48cm2
Specimen size:
Film: size:>=150mm * 94mm; thickness: less 1mm
Package: max size: D120mm * 400mm
Carrier gas: 99.999% Nitrogen
Carrier flow: 0~200ml/min
Gas interface: 1/8inch
Power supply: AC 220V 50Hz
Dimension: 330mm(L) * 600mm(W) * 330mm(H)
Net weight: 28kg
Standards Content
ASTM D3985, ASTM F2622, ASTM F1307, ASTM F1927, ISO 15105-2, GB/T 19789, JIS K7126-B, YBB 00082003
Configuration Content
Delivery
Main unit, computer, O-TRANS software, tank regulator, PCIE card communication cable, sample cutter, vacuum grease.
Optional
Temperature controller, package fixtures, reference film, vacuum grease, sample cutter, DSM system.
