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Product Qty 1 Qty 2+
Elimstat Blow Off Gun with Sidekick Foot Pedal $1068.00 $991.43
Elimstat Sidekick Blow Off Gun
$1,068.00
2 in stock
Sidekicks are used for blowing particulate matter and static off products, ungrounded conductors, and insulators.
Installation: Includes mounting bracket and foot pedal. 7 Foot Cable / Hose Assembly. Adjustable Neck stays in a fixed position.
AC Ionization: Ionizes air with alternating current at line frequency. Plugs into a standard 120-volt electrical outlet.
- Price Matrix
- Specs
- AC Corona Ionization
- Coverage Area / PSI Settings
- ESD and ESA
- Insulators and Isolated Conductors
- Reviews (0)
Specs
| Dimension | Specification |
|---|---|
| Air | Compressed Clean Dry Air or Nitrogen |
| Air Filter | .01 micron filter at the exit of the gun meets ISO 14644-1 Class 5 and 209E Class 100 Cleanroom standards |
| Discharge Time | 1.5 seconds @ 6 inches and 30 PSI (1000v to 100v) |
| Operating Voltage | 120 Volts |
| Size of Controller / Power Supply | 6.45″ (height) x 5.20″ (width) x 3.35″ (depth) |
| Length of Cable / Hose | 7 feet |
| Gun Weight | 6.5 oz |
| Gun Material | Static Dissipative Polycarbonate ABS Blend |
| Air Flow at 30 PSI | 2.4 Cubic Feet per Minute |
| Air Flow at 60 PSI | 4.6 Cubic Feet per Minute |
| Air Flow at 100 PSI | 7.4 Cubic Feet per Minute |
AC Corona Ionization
Ionizers are made up of either a single emitter point (guns) or multiple emitter points (blowers). An emitter point is a metal needle that conducts charge.
On the Sidekick, a high voltage is applied to a single emitter point that cycles between negative and positive at alternating current’s line frequency (50/60 Hz).
The voltage applied to the emitter point creates an electric field or “corona” around it. This corona of ions then interacts with electrons in nearby air molecules as air is blown through the gun towards the target.
The air molecules coming from the Sidekick’s emitter point attract and push particulate matter off the target, as well as restoring electrical balance to it so that it is not charged positively or negatively.
Coverage Area / PSI Settings
| Dimension | Specification |
|---|---|
| Discharge Time | 1.5 seconds @ 6 inches and 30 PSI (1000v to 100v) |
| Air Flow at 30 PSI | 2.4 Cubic Feet per Minute |
| Air Flow at 60 PSI | 4.6 Cubic Feet per Minute |
| Air Flow at 100 PSI | 7.4 Cubic Feet per Minute |
ESD and ESA
When ionized air comes into contact with particulate matter it attracts or pushes particles and static off of the object you are trying to protect from electrostatic discharge (ESD) or cross-contamination from electrostatic attraction (ESA).
Static electricity causes primarily two problems.
The first is the discharge of electricity onto a component that zaps it. Known as ESD, electrostatic discharge can alter the functioning of electronic circuits permanently.
The second problem caused by static is that a charged object can attract particulate matter onto it. Known as ESA, electrostatic attraction can cause the charged object to become contaminated and no longer usable.
In fact, ionization is increasingly being used inside clean rooms as more engineers realize that air filtration alone does not ensure the elimination of particulate contamination from subvisible particles (less than 25 microns).
On the Sidekick, a .01 micron filter is placed at the exit of the gun that meets ISO 14644-1 Class 5 and 209E Class 100 Cleanroom standards.
Ionization is needed when you have insulators that hold static, and / or conductors that are not grounded.
Insulators and Isolated Conductors
Insulators that are well known are wood, rugs, and plastic.
Conductors that are well known are carbon, metals, and humans.
Insulators are charged by triboelectrification or rubbing against other materials where electrons are exchanged resulting in the creation of a charge. Every time you are walking across a surface that is insulative you are building up charge on yourself.
Conductors can be charged by triboelectrification (contact and separation resulting in an exchange of electrons), induction (being in proximity to an electric field), or conduction (direct contact with a charged object.)
When a conductor is not, grounded, it is considered an “isolated charged conductor”.
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