High-Speed, High-Precision, Wide-Area Static Elimination Blower

SJ-F2000/5000 series

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High-Speed, High-Precision, Wide-Area Static Elimination Blower SJ-F2000/5000 series

High-Speed and High-Precision Static Electricity Elimination in a Wide Area

SJ-F2000/5000 series - High-Speed, High-Precision, Wide-Area Static Elimination Blower

SJ-F2000/5000 high-speed, high-accuracy wide static elimination blowers are wide sensing ionizers that neutralize static-induced problems by removing static from the environment, including products, human bodies, and peripheral parts. The fastest-in-class static elimination performance and high-precision ion balance, together with the wide-range airflow adjustment function, support various settings for a static-free environment. Because ions are supplied at the optimal balance that matches the electrostatic charge, no cumbersome initial settings are required during implementation or maintenance, delivering even more effective static electricity elimination. SJ-F2000/5000 Series static elimination blowers offer high performance and excellent usability at a higher level. With functions that suppress wear and dirt build-up in the elimination probe, the static control system employs a structure that allows easy maintenance, and a compact body that takes little space for installation.

Applications

  • Static elimination in an LCD module manufacturing process

  • Static elimination of chips on trays

  • Static elimination in a cellular manufacturing process

  • Static elimination of resin molded products

Applications

Features

Highest Static Elimination Speed in Its Class

Through the combination of the well-proven pulse AC method and I.C.C., the SJ-F2000/F5000 Series has achieved the best ion generation per electrode in its class.
A high-power fan and a louver structure have been incorporated to provide a wide static elimination area with the fastest speed in its class.

Low Maintenance

KEYENCE's original I.C.C. has been incorporated to reduce the degradation of static elimination speed resulting from worn or dirty probes and to achieve three times longer operation with low maintenance compared to conventional models.