Product Overview
The KP1101A desktop DC ion fan is an electrostatic removal device developed and produced by Kapal Company to eliminate static electricity on the surface of an object.
The KP1101A benchtop DC ion fan adopts DC ion synchronous emission technology, and DC corona discharge occurs from two independent emission electrodes, generating a large number of positive and negative polar air ions, which are blown to the surface of the eliminated static object for deactivation.
KP1101A desktop DC ion fan is widely used in electronics, plastics, chemicals, printing, optoelectronics and other industries.
Product Overview
The KP1101A desktop DC ion fan is an electrostatic removal device developed and produced by Kapal Company to eliminate static electricity on the surface of an object.
The KP1101A benchtop DC ion fan adopts DC ion synchronous emission technology, and DC corona discharge occurs from two independent emission electrodes, generating a large number of positive and negative polar air ions, which are blown to the surface of the eliminated static object for deactivation.
KP1101A desktop DC ion fan is widely used in electronics, plastics, chemicals, printing, optoelectronics and other industries.
Features
* The body is exquisite and the shape is beautiful.
* The ion generation is large and the static electricity removal speed is fast.
* The fan has stepless speed regulation and stable performance.
* The front mesh cover is removable for easy maintenance.
* Built-in power supply, high efficiency and energy saving, and more convenient installation.
* The fan has good grounding protection function.
Features
* The body is exquisite and the shape is beautiful.
* The ion generation is large and the static electricity removal speed is fast.
* The fan has stepless speed regulation and stable performance.
* The front mesh cover is removable for easy maintenance.
* Built-in power supply, high efficiency and energy saving, and more convenient installation.
* The fan has good grounding protection function.
Technical parameters
External dimensions
Input voltage | 220V/50Hz |
Output voltage | DC 12V |
Power | ≤15W |
Ion equilibrium | ≤|±10V| (300mm from the front test center of the fan) |
Discharge time | ≤2S (300mm from the front test center of the fan) |
Valid range | 300×600mm (W*L) |
Operating temperature | 0℃-50℃ |
Working humidity | ＜75% |
Air output | 50-140CFM |
Noise | ≤45dB |
Ozone concentration | ≤ 0.03 ppm (150mm in front of the air outlet) |
weight | About 1.27kg |
140mm(L)*75mm(W)*200mm(H)(Including bracket) |
|
140mm(L)*75mm(W)*178mm(H)(No bracket included) |
|
Table | Electrostatic spray paint |
Technical parameters
External dimensions
Input voltage | 220V/50Hz |
Output voltage | DC 12V |
Power | ≤15W |
Ion equilibrium | ≤|±10V| (300mm from the front test center of the fan) |
Discharge time | ≤2S (300mm from the front test center of the fan) |
Valid range | 300×600mm (W*L) |
Operating temperature | 0℃-50℃ |
Working humidity | ＜75% |
Air output | 50-140CFM |
Noise | ≤45dB |
Ozone concentration | ≤ 0.03 ppm (150mm in front of the air outlet) |
weight | About 1.27kg |
140mm(L)*75mm(W)*200mm(H)(Including bracket) |
|
140mm(L)*75mm(W)*178mm(H)(No bracket included) |
|
Table | Electrostatic spray paint |
Test results
Test conditions |
Humidity: ≤60% Test voltage: 1KV-100V Ambient temperature: 22℃ |
distance | 300mm | 600mm |
Neutralization time | just | 0.7s | 1.1s |
burden | 0.7s | 1.2s |
Residual voltage | just | +5v | +7v |
burden | -7v | -8v |
* The test results of the test instrument using ME268A electrostatic comprehensive tester shall prevail.
* Testing is based on IEC-61340-5-1 A·6.
* The data tested will vary depending on the temperature and humidity changes around it.
Test results
Test conditions |
Humidity: ≤60% Test voltage: 1KV-100V Ambient temperature: 22℃ |
distance | 300mm | 600mm |
Neutralization time | just | 0.7s | 1.1s |
burden | 0.7s | 1.2s |
Residual voltage | just | +5v | +7v |
burden | -7v | -8v |
* The test results of the test instrument using ME268A electrostatic comprehensive tester shall prevail.
* Testing is based on IEC-61340-5-1 A·6.
* The data tested will vary depending on the temperature and humidity changes around it.
