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minION2

minION2 Compact Ionizing Air Blower

    

    

    

Industry-leading Performance Ionizing Blower with Daisy-chain Ability

Simco-Ion, Technology Group's minION2 Blower is designed for in-tool or focused coverage ionization to control electrostatic charges in sensitive electronics assembly and automated tool applications requiring stable operation with fast discharge time performance. The minION2 is built to deliver big performance and reliability in a compact package with a practical feature set.

  • Compact design
  • Self-balancing control circuit technology
  • Modular wiring system
  • Local LED and relay contact alarm signal    

 


For additional information on the minION2 Blower or other ionization solutions for static control and particle contamination control, contact Sales Services.

Specifications

Input Voltage 24 VDC, 0.25A, 6W; available with Simco-Ion power adapter
(100-240 VAC input/24 VDC, 1.66A output, suitable to power up to 3 units
VDC, 1.66A output, suitable to power up to 3 units
Discharge 2 sec @ 12" (30.5 cm); 1000-100V fan high
Balance ±10V
Coverage 12" x 36" (30.5 x 91.4 cm) area
Ion Emission Steady-state DC Technology
Cleanroom Class SO 14644-1 Class 5
Dimension 3.81" x 5.37" x 2.05" (9.68 x 13.6 x 5.21 cm) without stand
Weight 1.10 lb (0.50 kg)
  • Articulating Arm Kit
  • Locking Stand
  • Power Supplies
  • Stainless Steel Emitter Point

Please refer to all the applicable industry standards for comprehensive electrostatic charge management on our Industry Standards page.

ANSI/ESD STM 3.1 Performance Test

Target Markets

  • Electronics Assembly
  • Life Sciences
  • Back-End Semiconductor Processing

Target Applications

minION2 controlling static charge by ionizing the air over a bowl feeder application.

minION controlling static over a bowl feeder ionization application

minION2 controlling static charge in an electronic assembly application on workbench by ionizing the air over products with daisy-chaining.

minION electronic assembly daisy-chain ionization application