Display Rack Esd Static Neutralizer

(Model: SNP-01)

Air ions are molecules that have lost or gained an electron. Ions are present in normal air but are stripped out when an air is subject to filtration and conditioning. They are produced by radioactive emission or by phenomenon called corona discharge where a high voltage is applied to sharp point.

All air ionization systems work by flooding the atmosphere with positive and negative ion, when ionized air comes in contact with a charge surface; the charge surface attracts ions of the opposite polarity. As a result the static electricity that has build up on products, equipment and surface is neutralized.

Typically, air is very insulative with a resistive exceeding 10E15 ohms/meter. By increasing the numbers of ions in the air it is possible to lower the Resistivity of the air to 10E11 ohms/meter, there by making the air more conductive. Conductive air can neutralize the static charge on every surface that it contents. The field from the charged surface attracts ions of the opposite polarity until the charged on the surface is neutralized.

The Static neutralizer is portable and uses a small fan to produce airflow. High voltages generated out of the supply line voltage are applied to stainless steel ion emitter points. These points produce intense alternating polarities, ionizing the air instantly in the fan airflow.

The Static neutralizer is designed for use when handling sensitive electronic components where electrostatic discharge is a problem.

The unit can also used where static electricity causes problems such as; attraction of drift to product, misalignment of small parts due to electrostatic jumping and undesirable adhesion of plastic films due to electrostatic charge.

Specifications:

• Air flow : 1.8 cu m/min
• Noise Level : 45dba (at 1 m)
• Power Supply : 210V 250V AC/50Hz
• Ionization Voltage : +/- 6KV
• Un Balance Voltage : < +/- 100V
• Construction : Power coated MS cabinet
• Dimensions : 230 x 150 x 110mm
• Weight : Apex. 2.9 Kgs
• Warranty : One Year