Desco A60450 Chargebuster Jr. Ionizer

Desco A60450 Chargebuster Jr. Ionizer
Manufacturer: Desco
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Desco A60450 Chargebuster Jr. Ionizer
Desco A60450 Chargebuster Jr. Ionizer

   The Desco Chargebuster Jr. H/O ionizer is a compact and lightweight auto-balancing bench top ionizer with our patented* emitter cassette that slides out for easy cleaning and replacement. The Chargebuster Jr.¿s unique active feedback balancing circuit automatically ensures and maintains the unit¿s ion balance despite variations in line voltage, air speed, or emitter electrode condition. The unit¿s compact, efficient design minimizes bench top space requirements and need for maintenance, while maximizing neutralization efficiency and overall performance.

   Ionizers are useful in preventing electrostatic charge generation, ElectroStatic Discharge, ElectroStatic Attraction, as well as preventing equipment latch-up and safety related shock. ANSI/ESD S20.20 Paragraph 6.2.3.1 Protected Areas Requirement states: "Ionization or other charge mitigating techniques shall be used at the workstation to neutralize electrostatic fields on all process essential insulators if the electrostatic field is considered a threat." Ionization is used to neutralize charges on process necessary insulators and isolated semiconductors. Some examples of process necessary insulators are: the PC board itself, plastic test stands, plastic housing where a PCB may be mounted, as well as computer monitor screens and regular cleaning wipes. Examples of floating or isolated conductors are: loaded PCB mounted in a stand where the pins are not contacting the dissipative workstation. Ionization is not effective on items that have large capacitance, like people and carts; however, ionizers should be considered as a method for charge neutralization in cases where grounding cannot be achieved.

Features

  • Compact Auto-Balanced 60-77 CFM Adjustable Output Air Flow Efficient design minimizes bench top space, while maximizing neutralization efficiency and overall performance
  • Less than 2 second discharge times at 12¿ and ±15 offset voltage tested per ANSI/ESD S3.1 and ESD TR53 meeting ANSI/ESD S20.20
     

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