| Brand Name: | szzcxforensic |
|---|---|
| Camera Supply voltage/Consumed power: | 16W |
| Mini IR Camera Resolution: | 0 |
| Interface: | 0 |
| LCD Monitor Screen Size: | 0 |
| Model Number: | HS2028 |
| Place of Origin: | China (Mainland) |
| UV lamp power: | 16W |
| White light output power: | 16W |
| Dimension: | 296x138x138 mm |
Quick Details
Specifications
Magnifying glass Magnetic head White light output power 16W
UV lamp power 16W Dimensions: 296x138x138 mm
Taking advantage of an advanced banknote authentication technology that is widely used in many countries, HS2028, an UV counterfeit detector,is capable of detecting the differences between the UV-absorbing and UV-reflecting paints. It allow you to check the watermark, complimentary optical (recto-verso) as well as microprints with its magnifying glass. It is equipped with a magnetic head to check magnetic signs and strands. Banknotes with such protection are coated with a special magnetized paint, such as US dollar. So, some part of the surface of a banknote can trigger the sensor of such device. Two modern high-power (16W) UV lamps are used in this unit. Its design ensures that the fluorescent lamp is heated by a pair of power contacts, which greatly influences the service life. The lamp consumes most when the voltage is instable, ie ON and off.
UV lamp power 16W Dimensions: 296x138x138 mm
Taking advantage of an advanced banknote authentication technology that is widely used in many countries, HS2028, an UV counterfeit detector,is capable of detecting the differences between the UV-absorbing and UV-reflecting paints. It allow you to check the watermark, complimentary optical (recto-verso) as well as microprints with its magnifying glass. It is equipped with a magnetic head to check magnetic signs and strands. Banknotes with such protection are coated with a special magnetized paint, such as US dollar. So, some part of the surface of a banknote can trigger the sensor of such device. Two modern high-power (16W) UV lamps are used in this unit. Its design ensures that the fluorescent lamp is heated by a pair of power contacts, which greatly influences the service life. The lamp consumes most when the voltage is instable, ie ON and off.