Static Control Equipment

By neutralizing static electricity, our IZS bar style Ionizer prevents damage to work pieces caused by sticking. Static charge removal time can be reduced with an optional sensor that directly senses charge  allowing the removal of static electricity at high speed (0.3s) by generating the appropriate ion polarity. Needle cartridges can be replaced quickly to reduce down time. The IZS bar style Ionizer is available  in various lengths to meet the specific needs of your work area.

SMC offers two industrial static control options for compact or confined target treatment areas.  The IZN Nozzle Ionizer is a palm-sized, self-contained static control device with a cable for PLC I/O and power supply connections.  The IZT43 pairs a smaller ionizing head with separate power supply and control modules, for even more confined applications up to 3m from the operator's workstation.

Unlike bar or nozzle types, this fan ionizer does not require a pneumatic air supply.  The fan draws in ambient air, then ionizes the air with four electrodes located around the perimeter of the discharge  grill.  The fan can be wired into a 24VDC machine power supply, or use the optional 120V AC adapter.  The small form factor adapts well to enclosure mounting, or select the benchtop mounting bracket for free  positioning.

SMC offers products for detecting static in your applications.  If you have numerous areas that are prone to generating static, the IZH10 handheld electrostatic meter is a useful tool to diagnose the presence  and intensity of electrostatic fields before solutions are implemented. Once ionizers have been deployed, this mobile device can also be used to monitor their success and watch for maintenance opportunities. If  a permanent installation is desired, the IZD10 electrostatic sensor can be paired with the IZE11 sensor monitor for ongoing observation in a fixed location. The IZE11 monitor translates the IZD10 sensor's output  into an LED display of the static level, as well as two user definable switch outputs and ananalog output. These outputs can trigger maintenance alarms or operation signals for the bar and nozzle ionizers.

The ZVB is a cleaning device for small and medium parts sensitive to static and static-induced dust adhesion. The Ion Box combines three functions - static neutralization, dust removal, and dust collection. Operation begins when a part enters the box and is detected by a photoelectronic sensor. Static removal and vacuum dust collection begin immediately, followed by an air blow. The duration of treatment can be selected by a set switch on the control panel. Suitable workpieces include optical glass, resin molded materials, circuit boards and medical devices.

Antistatic One-touch fittings series KA has one-touch loading and unloading. Series KA can be used in copper-free applications and in vacuum (max. -100kPa). Conductive resin is used for body and seals in fittings and tubing. Series KA is flame resistant (UL94 standard, V-0).

Series M and MS miniature fittings are for use with air connections in confined areas. The hose nipple and hose elbow styles accept nylon, soft nylon and polyurethane tubing. The body of the MS series is stainless steel, making it possible to use this fitting in corrosive applications.

Series TAS is designed for air pressure piping to product or assembly while preventing static electricity. It is made of a conductive nylon + flame resistant nylon material (UL-94 standard, V-0) and is available in black 20m or 100m rolls.

Series TAU is designed for air pressure piping to product or assembly while preventing static electricity. It is made of a conductive polyurethane material and is available in black 20m or 100m rolls.

• Vacuum pads available in conductive NBR or anti-static urethane
• Urethane pad surface resistance 109 to 1011Ω
• Variety of pad shapes
• Anti-static vacuum pad attachment is made from a conductive PEEK material

• Vacuum pads available in conductive NBR or anti-static urethane
• Urethane pad surface resistance 109 to 1011Ω
• Variety of pad shapes
• Anti-static vacuum pad attachment is made from a conductive PEEK material

• Vacuum pads available in conductive NBR or anti-static urethane
• Urethane pad surface resistance 109 to 1011Ω
• Variety of pad shapes
• Anti-static vacuum pad attachment is made from a conductive PEEK material

• Vacuum pads available in conductive NBR or anti-static urethane
• Urethane pad surface resistance 109 to 1011Ω
• Variety of pad shapes
• Anti-static vacuum pad attachment is made from a conductive PEEK material