|
| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 20 Days |
| Payment Method: | T/T |
| Supply Capacity: | 10 Sets / Month |
Automatic Test Drying Rate Testing Device For Hair Dryer With PLC Control IEC 61855
Product Information For Drying Rate Testing Device For Hair Dryer:
This test system is based on the requirements of the IEC61855 Figure 9 standard to test the air volume of the hair dryer.
The test system adopts PLC control, computer operation, equipment testing work is completed automatically, and the test data is recorded, saved, and automatically generates air flow reports. It has the characteristics of accurate data, good repeatability, high efficiency, and convenient data storage. The action mechanism is driven by servo motor + precision sliding table transmission to ensure stable operation and accurate displacement during the test process. The wind speed is measured by imported high-precision precision anemometer, and the test data is accurate. The test system is placed in the test room, and the operator can control it remotely without affecting the wind field.
Equipment Principle For Drying Rate Testing Device For Hair Dryer:
PLC control is used to drive the moving arm of the anemometer through the servo motor to test the wind speed of each point in the corresponding area of the hair dryer, then calculate the air volume of each point, and then sum the air volume of all points whose wind speed value is not less than 24m/min. Find the total air volume of the hair dryer.
Q total = total air volume
N=Number of squares whose measured wind speed is not less than 24m/min
Ui = wind speed at each measurement point
Equipment structure:
1. According to the standard diagram, arrange the hot wire anemometer along the Y-axis (the standard is the X-axis), with a spacing of 5mm, and arrange 21 pieces.
2. The moving arm is driven by a servo motor, which drives the hot-wire anemometer to move up and down automatically along the Z-axis (the standard picture is the Y-axis) (every movement is 5mm to collect wind speed values at each point).
3. The anemometer adopts a well-known brand.
4. The equipment can supply power to the sample.
5. With remote start function to prevent the operator from affecting the wind field.
6. The software is written according to the requirements of the standard test method, and can carry out running test and standby test. The reporting format reflects all standard required parameters.
Technical Parameters For Drying Rate Testing Device For Hair Dryer:
| Parameter | Content |
| Sample | Hair treatment appliance that meets IEC61855 and needs to measure air volume |
| Test Chamber | Match the size of the mobile device and keep enough space |
| Test Mounting Bracket | With X-moving mechanism, Z-axis lifting mechanism and sample rotation mechanism around the Y-axis, ensure that the sample is aligned with the center of the wind speed measurement moving arm after installation, as shown in the figure below for reference |
| Wind Speed Measurement | Moving arm: Driven by a servo motor, it can move within the range of 0-±200mm in the X and Y axis directions. |
| Imported wind speed sensor: according to the standard, it moves from the center of the mobile arm to both sides at a distance of 5mm, 0-20m/s, resolution 0.01m/s, error 0.03m/s+5% of reading | |
| Electrical Control | PLC control, computer operation, data acquisition, analysis, computer judgment, and direct printing of reports |
| Sample Power Supply | Provide the rated voltage |
|
|
| MOQ: | 1 |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 20 Days |
| Payment Method: | T/T |
| Supply Capacity: | 10 Sets / Month |
Automatic Test Drying Rate Testing Device For Hair Dryer With PLC Control IEC 61855
Product Information For Drying Rate Testing Device For Hair Dryer:
This test system is based on the requirements of the IEC61855 Figure 9 standard to test the air volume of the hair dryer.
The test system adopts PLC control, computer operation, equipment testing work is completed automatically, and the test data is recorded, saved, and automatically generates air flow reports. It has the characteristics of accurate data, good repeatability, high efficiency, and convenient data storage. The action mechanism is driven by servo motor + precision sliding table transmission to ensure stable operation and accurate displacement during the test process. The wind speed is measured by imported high-precision precision anemometer, and the test data is accurate. The test system is placed in the test room, and the operator can control it remotely without affecting the wind field.
Equipment Principle For Drying Rate Testing Device For Hair Dryer:
PLC control is used to drive the moving arm of the anemometer through the servo motor to test the wind speed of each point in the corresponding area of the hair dryer, then calculate the air volume of each point, and then sum the air volume of all points whose wind speed value is not less than 24m/min. Find the total air volume of the hair dryer.
Q total = total air volume
N=Number of squares whose measured wind speed is not less than 24m/min
Ui = wind speed at each measurement point
Equipment structure:
1. According to the standard diagram, arrange the hot wire anemometer along the Y-axis (the standard is the X-axis), with a spacing of 5mm, and arrange 21 pieces.
2. The moving arm is driven by a servo motor, which drives the hot-wire anemometer to move up and down automatically along the Z-axis (the standard picture is the Y-axis) (every movement is 5mm to collect wind speed values at each point).
3. The anemometer adopts a well-known brand.
4. The equipment can supply power to the sample.
5. With remote start function to prevent the operator from affecting the wind field.
6. The software is written according to the requirements of the standard test method, and can carry out running test and standby test. The reporting format reflects all standard required parameters.
Technical Parameters For Drying Rate Testing Device For Hair Dryer:
| Parameter | Content |
| Sample | Hair treatment appliance that meets IEC61855 and needs to measure air volume |
| Test Chamber | Match the size of the mobile device and keep enough space |
| Test Mounting Bracket | With X-moving mechanism, Z-axis lifting mechanism and sample rotation mechanism around the Y-axis, ensure that the sample is aligned with the center of the wind speed measurement moving arm after installation, as shown in the figure below for reference |
| Wind Speed Measurement | Moving arm: Driven by a servo motor, it can move within the range of 0-±200mm in the X and Y axis directions. |
| Imported wind speed sensor: according to the standard, it moves from the center of the mobile arm to both sides at a distance of 5mm, 0-20m/s, resolution 0.01m/s, error 0.03m/s+5% of reading | |
| Electrical Control | PLC control, computer operation, data acquisition, analysis, computer judgment, and direct printing of reports |
| Sample Power Supply | Provide the rated voltage |
