Audited Supplier
GD-PQ200
Lifetime Technical Support
1year
Customized
Portable
Aluminum
CE, ISO
School, Lab
Measurement Type
Ferrous Debris Monitor
Oil Ferromagnetic Wear Particle Tester
Metal Abrasive Monitor
AC220V 50-60Hz
0~30 Degree
4.2kg
370mm*220mm*136mm
0 ~ 15000pq
7 S
5pq
1pq
Gold
Standard Wooden Case
ISO Certificate
Chongqing of China
9031809090
Product Description
PQ200 Ferromagnetic Wear Analyzer Ferrous Wear Debris Monitoring by
Manufacturer's Direct Sales
Manufacturer's Direct Sales
Application Fields:
The iron meter developed by our company is a measuring device based on the principle of electromagnetic induction.. It can conveniently and quickly detect the content of ferromagnetic metal particles in lubricating oil, hydraulic oil, and lubricating grease, thereby judging the mechanical wear condition.
Performance Characteristics:
1. Adopting patented sensors and signal processing circuits, with good stability and high sensitivity.
2. The oil sample transmission and measurement are automatic, and one data can be measured in 10 seconds.
3. Equipped with PC data management software, measurement data can be directly imported into the computer for data management, trend analysis, curve printing, etc.
4. The oil sample does not need to be processed and can be directly injected into an oil bottle for measurement.
5. Chinese and graphical interface, convenient for user operation and use.
6. You can input any number and letter, and users can name the file.
Technical Parameters:
1. Power supply: AC220V ± 10%, 50-60Hz;
2. Environmental temperature: 10 ºC~30 ºC;
3. Display screen: LCD120 ×90;
4. Repeatability: ± 4PQ or ± 1% [whichever is greater];
5. Resolution: 1PQ;
6. Test time: 7 seconds;
7. Measurable minimum value: 5PQ;
8. Detection range of abrasive particles: > 1 μ M ferromagnetic abrasive particles;
9. Serial port connection method: USB mother port;
10. Measurement range: 0~15000PQ;
11. Size: 370mm * 220mm * 136mm;
12. Weight: 4.2kg.
Packing Accessories:
Product Details Display:
Contact Us:
Welcome to contact us talk about details if you are interested in PQ200 Ferromagnetic Wear Analyzer Ferrous Wear Debris Monitoring by Manufacturer's Direct Sales
The iron meter developed by our company is a measuring device based on the principle of electromagnetic induction.. It can conveniently and quickly detect the content of ferromagnetic metal particles in lubricating oil, hydraulic oil, and lubricating grease, thereby judging the mechanical wear condition.
Significance and Use:
1.This test method is intended for the application of PQ magnetometry in assessing the progression of wear in machinery, for example, engines and gearboxes, by trending the mass of ferrous debris in samples of lubricating oils or greases.
2.In-service oil analysis is carried out routinely by commercial laboratories on a wide range of samples from many sources and is accepted as a reliable means of monitoring machinery health by trend analysis. In particular, the extent of wear can be readily assessed from any changes in the ferrous debris burden within periodically extracted samples as reflected in the PQ Index.
3. PQ measurements can be used as a means of rapidly screening samples for the presence or absence of ferrous wear debris, allowing quick decisions to be made on whether or not to proceed to a more detailed spectroscopic analysis for probable wear metals in the sample.
1.This test method is intended for the application of PQ magnetometry in assessing the progression of wear in machinery, for example, engines and gearboxes, by trending the mass of ferrous debris in samples of lubricating oils or greases.
2.In-service oil analysis is carried out routinely by commercial laboratories on a wide range of samples from many sources and is accepted as a reliable means of monitoring machinery health by trend analysis. In particular, the extent of wear can be readily assessed from any changes in the ferrous debris burden within periodically extracted samples as reflected in the PQ Index.
3. PQ measurements can be used as a means of rapidly screening samples for the presence or absence of ferrous wear debris, allowing quick decisions to be made on whether or not to proceed to a more detailed spectroscopic analysis for probable wear metals in the sample.
1. Adopting patented sensors and signal processing circuits, with good stability and high sensitivity.
2. The oil sample transmission and measurement are automatic, and one data can be measured in 10 seconds.
3. Equipped with PC data management software, measurement data can be directly imported into the computer for data management, trend analysis, curve printing, etc.
4. The oil sample does not need to be processed and can be directly injected into an oil bottle for measurement.
5. Chinese and graphical interface, convenient for user operation and use.
6. You can input any number and letter, and users can name the file.
Technical Parameters:
1. Power supply: AC220V ± 10%, 50-60Hz;
2. Environmental temperature: 10 ºC~30 ºC;
3. Display screen: LCD120 ×90;
4. Repeatability: ± 4PQ or ± 1% [whichever is greater];
5. Resolution: 1PQ;
6. Test time: 7 seconds;
7. Measurable minimum value: 5PQ;
8. Detection range of abrasive particles: > 1 μ M ferromagnetic abrasive particles;
9. Serial port connection method: USB mother port;
10. Measurement range: 0~15000PQ;
11. Size: 370mm * 220mm * 136mm;
12. Weight: 4.2kg.
Packing Accessories:
| No. | Item name | Quantity |
| 1 | PQ200 Ferrous Debris Monitor | 1 pcs |
| 2 | USB connection cable | 1 pcs |
| 3 | Power cable | 1 pcs |
| 4 | 2mL Oil bottle conversion ring | 1 pcs |
| 5 | 750PQ Standard sample | 1 pcs |
| 6 | Oil Sample container | 100 pcs |
| 7 | Manual | 1 pcs |
| 8 | Warranty card | 1 pcs |
| 9 | Glass fuse | 3 pcs |
Product Details Display:
After Service:
| Service | |
| Device Problem Handling | Social media 24 hours online communication |
| Mail Seamless Docking | |
| Video Conferencing | |
Contact Us:
Welcome to contact us talk about details if you are interested in PQ200 Ferromagnetic Wear Analyzer Ferrous Wear Debris Monitoring by Manufacturer's Direct Sales
