Rapid Elimination of Static Electricity

IZS40/41/42 Bar Ionizers

New for 2013 is SMC's 3rd generation bar ionizers, including three series models. Bar ionizers apply 6000 to 7000V to each electrode needle, from 5 to 41 installed depending on length. The corona discharge effect generates a stream of ionized air particles which are purged by an air supply and directed toward the workpiece or zone. Unbalanced charges in the target area combine with the ion stream to neutralize the unsafe or hazardous charge. Protect equipment and personnel, improve process quality, and reduce or eliminate product defects by removing static electricity.

Apply ionized air to neutralize statically charged workpieces
Treat a curtain shaped zone up to 8 feet long
Optimize ion balance or accelerate neutralization with optional sensors
Electrode cartridge design minimizes needle contamination
High speed or energy saving cartridges in tungsten or single crystal silicon
CE and RoHS Compliant

IZS40 Standard

Simple operation
AC and DC modes
3 alarms

IZS41 with Sensor Options

Fastest static electricity removal time
Feedback or autobalance sensors
AC, Sensing AC, and DC modes
Detects contamination
7 alarms

IZS42 Dual AC

Dual AC mode protects sensitive devices with low potential amplitude
Optional autobalance sensor
Detects contamination
7 alarms

Accessories

Remote Control	AC Adapter	Drop Prevention Cover	Electrode Cleaner

Potential Bar Ionizer Applications:

	Eliminate problems while conveying plastic containers: Labeling errors from dust adhesion Product contamination by dirt and dust Bottle misfeeding from repelling charge Shocks to operators
	Treatment of part feeder bowls: Friction between plastic and metal creates static Static charge leads to misfeeds and misalignment Static charge attracts dust
	Support injection molding process quality: Improve part ejection Prevent attraction of process contaminants Prevent attraction of airborne dust
	Protect the integrity of electronics and IC chips from ESD: Electrostatic discharge (ESD) can melt conductive films. can create non-conductive oxides. can cause leaky or shorted transistors.