Anti-Shock AC Ion Bar for Faster Charge Removal
An anti-shock AC ion bar is an industrial device that uses high-voltage ionization to generate positive and negative ions in the air, neutralizing static electricity on surfaces. Its core technology uses industrial-frequency AC high voltage, acting through an impedance coupling device on a dedicated emitter electrode, to ionize air molecules and transport them to the target surface for charge neutralization. Key features and technical advantages are as follows:
Operating Principle
Ionization Phase: A high-voltage generator (5-15kV) generates a strong electric field at the tip of the discharge needle, triggering a corona discharge that ionizes the air and forms clusters of positive and negative ions.
Transport Phase: Ions are transported to the charged surface through natural diffusion or directed airflow.
Neutralization Phase: Recombination of opposite charges eliminates static electricity, reducing 1000V static electricity to a safe level within 0.2-3 seconds.
Technical Advantages
Anti-Shock Design: Utilizes impedance coupling technology to avoid the risk of electric shock from direct contact with high voltage.
High-Efficiency Charge Removal: Compared to traditional ion bars, it offers lower power loss, higher voltage resistance, and over 30% faster charge removal. Long Life: Corrosion-resistant discharge needles and sealed electronic components ensure long-term stable operation.
Applications
Ion air wands are widely used in industries such as film printing, plastics, and textiles, and are particularly suitable for dust removal on high-speed production lines and precision manufacturing. For example, our SL-006C ion wand, with its optimized 10mm emitter electrode spacing and Hi-Flex cable design, offers a 15cm coverage range and an optimal working distance of 2-5cm.