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Product
PSG-62 air permeability tester
- Description
- Applications
- Standard
- Features
- Parameter
- Configuration
- Video
- PDF Download
-
- Commodity name: PSG-62 air permeability tester
- Commodity ID: PSG-62
It is suitable for the detection of O2, CO2, N2, air and other gas permeability of plastic film, composite film, high barrier material, sheet, metal foil, rubber and other materials. Compatible with ISO, GB and other test standards: YBB 00082003, GB/T 1038, ASTM D1434, ISO 2556, ISO 15105-1, JIS K7126-A
product description
It is suitable for the detection of various gas permeability of O2, CO2, N2 and air of plastic film, composite film, high barrier material, sheet, metal foil, rubber and other materials.
working principle
Using the principle design of the differential pressure method, the pre-treated sample is placed between the upper and lower test chambers, tightly sealed, and then the entire system is evacuated. When the required vacuum is reached, the lower chamber is closed and the high pressure chamber is closed. (Upper chamber) Filled with a certain amount of test gas, and automatically adjust and maintain a constant pressure gradient difference on both sides of the sample. Under the effect of the pressure gradient, the gas moves from the high pressure side (upper chamber) to the vacuum side (lower chamber) penetration. Accurately measure the pressure change of the vacuum chamber (lower chamber) and calculate the various barrier parameters of the sample. Fully comply with GB1038, ASTM D1434 and other standards.
Application characteristics
Ÿ Extreme speed vacuum capability, reduce vacuum time, accelerate degassing and reduce test error;
Ÿ Short test time and high efficiency;
Ÿ Toxic gas can be measured without gas leakage;
Ÿ Automatically adjust the test pressure to adapt to various pressure requirements;
Ÿ Power saving function;
Ÿ The computer software fully complies with the requirements of GMP "Computerized System", and has functions such as user management, authority management, and data audit tracking.
Ÿ Full monitoring and real-time recording, the test process can be reproduced throughout;
Ÿ Powerful graph curve function, convenient for comparative testing and analysis;
Ÿ Automatic test: set the test parameters, the test will be carried out automatically after the start, automatically judge the end of the test and save the test results;
Ÿ The host software uses an encrypted database system, data can be exported, and data storage, query, printing, and other functions can be performed. Through the analysis of historical data, it is easy to grasp the historical dynamics of the product.
Features
Ÿ Pure semiconductor bi-directional temperature control with heating and cooling, automatic control of temperature rise and temperature reduction, the temperature control range is wider and more precise; parallel operation, higher reliability;
Ÿ The use of baseline technology to remove systematic errors, the test results are more accurate;
Ÿ Possess accurate pressure control ability to maintain constant pressure difference;
Ÿ International top vacuum sensors, high-quality components, and precision piping systems to ensure the stability and reliability of the instrument operation
Ÿ Embedded system control, full computer control
Adaptation standard
Compatible with ISO, GB and other test standards: YBB 00082003, GB/T 1038, ASTM D1434, ISO 2556, ISO 15105-1, JIS K7126-A
Technical index
Technical index
technical parameter
PSG-62
Measuring range
(cc/m2/day/0.1MPa)
0.01-10,000&
0.05-100,000
Test accuracy
0.01 cc/m2/day/0.1MPa
Number of samples
6
Number of main sensors
2
Test mode
Two groups of three chambers
Integration (mean)
Vacuum error
0.1Pa
Vacuum capacity
<10Pa
Vacuum efficiency
10 minutes, less than 27Pa;
Temperature control range
5℃-50℃; semiconductor bidirectional temperature control (optional water bath)
Temperature control accuracy
±0.1℃
Humidity range
0%RH; 100%RH, 5～90%RH (dual airflow humidity method, optional)
Humidity accuracy
±2%RH
test pressure
0.002MPa～0.2MPa
Air pressure
0.1 MPa～0.8 MPa
Test gas
O2, N2, CO2 or other gases
Carrier gas interface
￠8
Vacuum tube diameter
￠15
Explicit control
PC full control mode
Correction method
Baseline calibration, standard membrane calibration, external calibration of vacuum sensor
Sample thickness
≤3mm
Test area
30cm2, round
Host size
(L×B×H) (mm)
800×500×380
Host weight
(Kg)
75Kg
power supply
220V AC 50HZ
The standard configuration
Serial number
name
Quantity
model
unit
Remarks
1
Test host
1
PSG-62
station
Included: vacuum sensor system, pressure sensor, gas circuit control system, environmental control system, communication system, display control system, etc.
2
High vacuum pump
1
ND051
station
Vacuum capacity: 0.6 Pa
3
Professional testing software
1
PSG series
set
1 Operating system requirements: Windows 2000 or XP or above;
2Hardware requirements: 1G memory and 80G hard disk.
4
Communication Cable
1
root
Standard RS232 communication line, length 2m
5
Vacuum steel pipe
1.5
15mm
Meter
6
Gas hose
2
Diameter 8mm
Meter
7
Gas valve
1
only
8
Disc sampler-sample
1
set
30C㎡ cut sample
9
Filter paper sampling plate
1
set
Cut filter paper
10
Sealant
1
only
Dow Corning
11
USB
Conversion line
1
Article
USB1.1 extension cable, 1m long.
12
computer
Bring your own
Test gas cylinder (oxygen etc.)
-
It is suitable for the detection of various gas permeability of O2, CO2, N2 and air of plastic film, composite film, high barrier material, sheet, metal foil, rubber and other materials.
-
Adaptation standard
Compatible with ISO, GB and other test standards: YBB 00082003, GB/T 1038, ASTM D1434, ISO 2556, ISO 15105-1, JIS K7126-A
-
Application characteristics
Ÿ Extreme speed vacuum capability, reduce vacuum time, accelerate degassing and reduce test error;
Ÿ Short test time and high efficiency;
Ÿ Toxic gas can be measured without gas leakage;
Ÿ Automatically adjust the test pressure to adapt to various pressure requirements;
Ÿ Power saving function;
Ÿ The computer software fully complies with the requirements of GMP "Computerized System", and has functions such as user management, authority management, and data audit tracking.
Ÿ Full monitoring and real-time recording, the test process can be reproduced throughout;
Ÿ Powerful graph curve function, convenient for comparative testing and analysis;
Ÿ Automatic test: set the test parameters, the test will be carried out automatically after the start, automatically judge the end of the test and save the test results;
Ÿ The host software uses an encrypted database system, data can be exported, and data storage, query, printing, and other functions can be performed. Through the analysis of historical data, it is easy to grasp the historical dynamics of the product.
Features
Ÿ Pure semiconductor bi-directional temperature control with heating and cooling, automatic control of temperature rise and temperature reduction, the temperature control range is wider and more precise; parallel operation, higher reliability;
Ÿ The use of baseline technology to remove systematic errors, the test results are more accurate;
Ÿ Possess accurate pressure control ability to maintain constant pressure difference;
Ÿ International top vacuum sensors, high-quality components, and precision piping systems to ensure the stability and reliability of the instrument operation
Ÿ Embedded system control, full computer control
-
Technical index
Technical index
technical parameter
PSG-62
Measuring range
(cc/m2/day/0.1MPa)
0.01-10,000&
0.05-100,000
Test accuracy
0.01 cc/m2/day/0.1MPa
Number of samples
6
Number of main sensors
2
Test mode
Two groups of three chambers
Integration (mean)
Vacuum error
0.1Pa
Vacuum capacity
<10Pa
Vacuum efficiency
10 minutes, less than 27Pa;
Temperature control range
5℃-50℃; semiconductor bidirectional temperature control (optional water bath)
Temperature control accuracy
±0.1℃
Humidity range
0%RH; 100%RH, 5～90%RH (dual airflow humidity method, optional)
Humidity accuracy
±2%RH
test pressure
0.002MPa～0.2MPa
Air pressure
0.1 MPa～0.8 MPa
Test gas
O2, N2, CO2 or other gases
Carrier gas interface
￠8
Vacuum tube diameter
￠15
Explicit control
PC full control mode
Correction method
Baseline calibration, standard membrane calibration, external calibration of vacuum sensor
Sample thickness
≤3mm
Test area
30cm2, round
Host size
(L×B×H) (mm)
800×500×380
Host weight
(Kg)
75Kg
power supply
220V AC 50HZ
-
The standard configuration
Serial number
name
Quantity
model
unit
Remarks
1
Test host
1
PSG-62
station
Included: vacuum sensor system, pressure sensor, gas circuit control system, environmental control system, communication system, display control system, etc.
2
High vacuum pump
1
ND051
station
Vacuum capacity: 0.6 Pa
3
Professional testing software
1
PSG series
set
1 Operating system requirements: Windows 2000 or XP or above;
2Hardware requirements: 1G memory and 80G hard disk.
4
Communication Cable
1
root
Standard RS232 communication line, length 2m
5
Vacuum steel pipe
1.5
15mm
Meter
6
Gas hose
2
Diameter 8mm
Meter
7
Gas valve
1
only
8
Disc sampler-sample
1
set
30C㎡ cut sample
9
Filter paper sampling plate
1
set
Cut filter paper
10
Sealant
1
only
Dow Corning
11
USB
Conversion line
1
Article
USB1.1 extension cable, 1m long.
12
computer
Bring your own
Test gas cylinder (oxygen etc.)
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Guangzhou Labstone Technology Co., Ltd
Add: 6 / F, building A1, No. 2-6, Jinbao Road, Baiyun Hubao street, Baiyun District, Guangzhou, Guangdong
Technical：020-86406337
Switchboard：020-86406230
Email：LabStone@vip.163.com
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