Automatic Filter Performance Tester G506 Manufacturer | Multi-standard Filtration Efficiency Test System
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Whats/App: +86 156 1874 6768
Web: standard-groups.com
E-mail：info@standard-groups。com
Parameters
| Items | Parameter |
| Apllication | Load and quality control |
| Max Efficiency | 99.999% |
| Aerosol Type | DOP/PAO/DEHS/Paraffi/Others Oil Aerosol、Salt |
| Aerosol Generation | Atomizing |
| CMD | 0.2μm（Oil）or 0.75um(NaCl) |
| GSD | ＜1.6（Oil）or <1.86(NaCl) |
| Flow Rate | 15-100L/min |
| Resistance | 0-150mm H2O(0-1470Pa) |
| Particle Detect | Scatter Photometer |
| Measurement Time | 10 Sec. |
| Data Report | LCD，RS-232 |
| Operation | Independent tewster、automatic production line |
| Standard compliant | US 42 CFR part 84.EN 143.JMOL，ISO 23328-1 ISO 16900-3 |
| Power Supply | 115VAC、60Hz，10A或230VAC，50Hz，5A |
| Compressor Air | 80psig，7scfm（550kPa，198std.L/min） |
| Dimension | 70cm x 70cm x 147cm（28in, x 28in.x 58in.） |
Accessoriess
Main Unit: As the core component of the testing instrument, it is responsible for overall control and data processing.
Aerosol Generator: Includes salt particulate aerosol generators and oil particulate aerosol generators, used to generate the aerosol particles required for the test.
Classifier: Utilizes the principle of inertia to collect unwanted large particles into a collection bottle, ensuring that the aerosol particles entering the testing system meet the requirements.
Particle Counter: Usually equipped with two units, used to measure the number or mass concentration of aerosols upstream and downstream of the filter media, and is a key device for calculating filtration efficiency. Some systems may use a laser scattering photometer instead of a particle counter.
Static Neutralization Device: Neutralizes the static electricity carried by the aerosols, reducing particle loss and the influence of static electricity on the test results.
Differential Pressure Sensor: Monitors the pressure drop across the filter media, assessing changes in resistance during the filtration process.
Flow Meter: Monitors the flow rate during the test, ensuring consistency of test conditions. Flow meters are typically 2.5 grade accurate, ranging from 10-100 L/min.
Vacuum pump: Provides the necessary negative pressure environment to ensure aerosol particles can smoothly enter the testing system.
Pneumatic clamps and protective devices: Employ pneumatic clamping, offering convenient operation and high safety, while also featuring protective devices to ensure safe use.
Programmable logic controller (PLC) and touchscreen: Enables automated control of the testing process, including control, monitoring, calculation, and data display functions. Some devices utilize a PLC control system and are equipped with a 7-inch color touchscreen.
Instruction manual and power cord: Provides an operation guide and power connection instructions to ensure users can correctly operate the equipment.
Test Procedures
Operating Procedures:
First: Prepare the accessories and test sample;
Turn on the instrument and enter the LCD screen operating interface;
Perform a no-load test first;
Press the dual-control pneumatic keys on both sides to lower the clamp;
Set the airflow rate and aerosol particle parameters;
After the data stabilizes, proceed to the next step;
Obtain the amount of aerosol upstream of the filter media;
Once the data stabilizes, a "Place Clamp" dialog box will pop up on the screen;
Place the prepared sample into the instrument clamp and clamp it securely;
Start the test;
Wait a few seconds to obtain the amount of aerosol downstream of the filter media and calculate the filtration efficiency;
The instrument will automatically print out the test report;
Remove the sample;
After the test, turn off the instrument and evaluate the filtration performance of the material based on the test data results.
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