Overview
| brand | Derrick | source | AC 220V 50Hz |
| type | Three cavity independent infrared method | Processing customization | yes |
| Measurement object | Applicable scope | Water vapor | |
| Imported or not | no | purpose | Water vapor transmittance tester |
| Number of boxes packed | resolving power | 0.01 g/m2 · 24h | |
| Graduation value | UV power | ||
| Probe type | Indication error | ||
| Display method | Digital display | ambient temperature | |
| Analysis time | Measurement repeatability | ||
| Filter specifications | Continuous working hours | ||
| Temperature compensation range | Sampling flow range | ||
| material | packing | ||
| Number of channels | Thickness detection | ||
| LCD display update | Repeatability error | ||
| Input signal voltage | Measurable sample status | ||
| measuring range | 0.01-40 g/(m2 · 24h) | Number of samples | 3 pieces (each independent) |
| Sample size | 100mm × 110mm | Overall dimensions | six hundred and eighty × three hundred and eighty × 300 mm |
| Net weight | 72kg | ||
Product Details
The DRK311 Derek Water Vapor Transmittance Tester is a three chamber independent infrared method suitable for measuring the water vapor transmittance of plastic films, composite films, and other film and sheet materials. By measuring the water vapor transmittance, the technical indicators of packaging materials and other products can be controlled and adjusted to meet the different needs of product applications.
DRK311 Derek Water Vapor Permeability Tester Three Chamber Independent Infrared Method. The equipment testing principle is to clamp the pre processed sample between the test chambers, with nitrogen gas with a certain relative humidity flowing on one side of the film and dry nitrogen gas flowing on the other side of the film. Due to the presence of humidity gradient, water vapor will diffuse from the high humidity side through the film to the low humidity side. On the low humidity side, the water vapor passing through is carried to the sensor by the flowing dry nitrogen gas, When entering the infrared sensor, different spectral signals will be generated. By analyzing and calculating the different spectral signals, the water vapor transmittance and other parameters of the sample can be obtained.
DRK311 Derek Water Vapor Transmittance Tester Three Chamber Independent Infrared Method, Technical Specifications:
Test range: 0.01-40 g/(m2 · 24h)
Resolution: 0.01 g/m2 · 24h
Sample quantity: 3 pieces (each independent)
Sample size: 100mm × 110mm
Test area: 50cm2
Sample thickness: ≤ 3mm
Temperature control range: 15 ℃~55 ℃
Temperature control accuracy: ± 0.1 ℃
Humidity control range: 50% RH to 90% RH;
Humidity control accuracy: ± 2% RH
Carrier gas flow rate: 100 ml/min
Carrier gas type: 99.999% high-purity nitrogen
Overall dimensions: 680 × three hundred and eighty × 300 mm
Power supply: AC 220V 50Hz
Net weight: 72kg
DRK311 Derek Water Vapor Permeability Tester, Equipment Features:
1. Three chambers can simultaneously measure the water vapor transmittance of the sample;
2. The three test chambers are completely independent and can simultaneously test three identical or different samples;
3. Wide range, temperature and humidity control, meeting various testing conditions;
4. The system adopts computer control, and the entire experimental process is automatically completed
5. Equipped with a USB universal data interface for convenient data transfer;
6. The software follows GMP permission management principles and has functions such as user management, permission management, and data audit tracking.
Note: Due to technological progress, the information is subject to change without prior notice. The actual product in the future shall prevail.
