High-pressure air purge with an air pulsing function
The solenoid valve control function allows intermittent generation of powerful ion air at a maximum of 0.7 MPa. The dust or dirt which adheres to and is hard to remove from a surface can be effectively removed by applying pulsed, ionized airstream. Moreover, the air reduction results of intermittent air purge are about 50% of continuous air purge.

Continuous Air	Pulsed Air

Air blow gun attachment
In response to strong demand, an air blow gun attachment is now available for handheld operation. You can use the SJ-M400 Series easily and quickly to prevent dust adhesion in production cells or other processes.

Multi-functional controllers show various conditions

Condition monitor
The LED indicator and alarm output notify you that the electrostatic charge of the target is too strong to obtain a sufficient static elimination effect.

Electrostatic charge monitor
The electrostatic charge monitor indicates the strength and polarity of the target at a glance. The static elimination effect easily and quickly.

Ion level monitor
The amount of ion generation is determined by self-diagnosis and the result is indicated not only with the LED bars but also with an alarm output which is issued when the quantity falls below a certain level. This allows monitoring of problems such as dirt accumulation on electrode probes.

High-speed static elimination using KEYENCE’s original pulse AC method

The pulse AC method applies positive and negative high voltage alternately
to each electrode probe to generate ions of both polarities. It generates more ions than the normal AC method. Moreover, the changeable oscillation frequency ensures effective operation under all conditions, including the static elimination of fast-moving targets or of an entire area.

Accurate ion balance with the I.C.C. method

The I.C.C. method is a process that ensures quick static elimination by supplying ions according to the electrostatic charge of the target, which is calculated by sensing the ion current generated from the potential difference between the target and electrode probe. This achieves both accurate ion balance while also providing quick and effective static elimination.

Automatic sensing & feedback with the I.C.C. process

Since appropriately balanced ions are supplied according to the electrostatic charge of the target, no labourious initial settings are required during introduction or maintenance, ensuring more effective static elimination.

Courtesy of Keyence