Ionizer/Bar Type IZS40/41/42

Features

Dual AC Type IZS42 Series (Potential amplitude reduction specification)

• Potential amplitude: 25 V or less 80% reduction compared to the existing model

  (Compared to the IZS31 series at an installation height of 300 mm)

  
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  The potential amplitude can be reduced with SMC's original dual AC type sensor.
  Static neutralization in consideration of damage to a device which is sensitive to electrostatic discharge (ESD) can be achieved.
  The potential amplitude generated in the applicable workpiece is reduced even if the workpiece is mounted within close proximity of the ionizer.
  

Implementation of our original dual AC type

• Dual AC type IZS42

  + ions and − ions are dis-charged at the same time to allow the + and − ions to reach the workpiece evenly, thereby reducing the potential amplitude.

  

• AC type

  + ion and − ion layers reach the workpiece alternately, which increases the potential amplitude.

  

• For the static neutralization of glass substrates

  Prevents the breakage of glass substrates by the static electricity generated when the substrate is lifted from the surface plate

  

• For the static neutralization of electric substrates

  Prevents the breakage of electric substrates by the static electricity generated when the substrates are picked up after dicing

  

Feedback Sensor Type IZS41 Series (High speed static neutralization specification)

• Rapid static neutralization by a feedback sensor

  注)An auto balance sensor is installed.

  
  
  The discharge speed can be increased by using a feedback sensor (option) to detect the workpiece's electrostatic potential and continuously emit ions of the opposite polarity.

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• For the static neutralization of electric substrates

  ・Prevents element disruption due to discharge
  ・Prevents the adhesion of dust

  

• For the static neutralization of glass substrates

  ・Prevents breakage due to adhesion and discharge
  ・Prevents the adhesion of dust

  

The operating mode after static neutralization (when electrostatic potential: within ±30 V) can be selected.

■Energy saving mode

Stops generating ions after static neutralization to reduce power consumption

■Continuous static neutralization mode

After static neutralization, the ionizer continues to neutralize static electricity in AC mode while maintaining the electrostatic potential within ±30 V.

Standard type IZS40 Series

• Simple operation: Can be controlled by powering the ionizer ON

  Discharge time = 3.2when installed at a long distance (1000 mm)
  
  

  

• Static neutralization data when the voltage is
  reduced from 1000 V to 100 V

  Ion generation frequency: 30 Hz, Supply pressure: 0.1 MPa,
  　　　High speed static neutralization cartridge

  

• An AC adapter power supply is available.

  

• Suitable for the static neutralization of resin and rubber pieces (small parts)

  For the static neutralization of PET bottles

  ・Prevents bottles from falling over on conveyor belts
  ・Prevents the adhesion of dust

  
  

• For the static neutralization of molded goods

  ・Improves the detachability of molded goods from the mold
  
  

  

Other Features

Adjustment and maintenance labor can be reduced by using an auto balance sensor.

Built-in type (Standard)

The sensor is installed within the ionizer body and may be mounted anywhere.
The offset voltage (ion balance) in the static neutralization area is controlled so that the voltage is maintained at a constant value. This is achieved by monitoring the ions emitted from the ionizer using the ground line and adjusting the + and - ion supply rates.

High accuracy type (Option)

・The ion balance near the workpiece can be accurately adjusted automatically.
・The ion balance near the workpiece can be accurately adjusted automatically.
・Reduces fluctuations in the offset voltage of the static neutralization area caused by the installation height,disturbances, etc.

Various low maintenance cartridges can be selected according to the application.

・Minimizes the contamination of
　emitters by discharging compressed air at the
　surface of the emitters

・2 types of emitter materials
　Tungsten/Single crystal silicon (for silicon wafers)