The installation requirements for a high-efficiency static eliminator are as follows:
1. The high-efficiency static eliminator should be installed at the location where the electrostatic potential of the charged object is highest. Use an electrostatic meter to measure the entire production line and identify the location with the highest static potential.
2. The specific installation distance depends on the type of high-efficiency static eliminator.
Usually, AC high-efficiency static eliminators are installed at a distance of 3-10 cm. Compressed air eliminators are farther, reaching approximately 20-50 cm. Any further away will almost neutralize the charged material, and you will only feel the wind, not the ion flow. Be careful not to be fooled.
DC ion rods typically have a high internal voltage, with some reaching as high as 30 kV. Most use DC pulses, and their elimination distance is also longer, reaching up to 1.5 meters, making them suitable for long-range static elimination.
Passive high-efficiency static eliminators require a very close installation distance, around 1 cm, to prevent them from sensing charges.
3. Electrode Installation Position:
The high-efficiency static eliminator should be installed directly opposite the charged material.
High-efficiency ionizers are not recommended for use in the following locations:
Ambient temperature above 80°C;
Relative humidity above 80%;
A large amount of grounded metal within the ionization range;
Directly facing other high-efficiency ionizers;
4. When multiple high-efficiency ionizers are installed simultaneously, the distance between each ionizer should be at least twice the ionization range of the ionizer to prevent interference and self-ionization.
5. Cables: AC high-efficiency ionizers are typically connected to a high-voltage power supply via a specialized cable. Protect the cable from external forces, secure it with insulators, and generally avoid bending it within a 90-degree radius.
6. If operating in a hazardous environment, use the EX1250 explosion-proof high-efficiency ionizer and place the accompanying explosion-proof power supply outside the explosion-proof area. All explosion-proof safety regulations prohibit cable insertion and removal within the explosion-proof area.