High-Accuracy High-Speed Sensing Ionizer
SJ-Q series
High-Accuracy High-Speed Sensing Ionizer SJ-Q series
New High-performance Static Elimination with No Maintenance Required
- Maintenance-free elimination with new Inside Supersonic probe structure
- Ion balance +/- 3 V means highly reliable static elimination
- Reduce static as quickly as possible with a static elimination speed of 0.1 sec
The High-Accuracy High-Speed Sensing Ionizer SJ-Q Series provides 10 times the static elimination performance of conventional models (ion balance: ±3 V, static elimination speed: 0.1 s). This greatly reduces conventional static eliminator problems: risks as well as time and effort related to electrode probe cleaning and wear. This product provides completely maintenance-free reliable static elimination. Conventional electrode probes must be replaced every 1 to 2 years, but with this product they do not need to be replaced for 10 years. The electrode probe cleaning that had to be performed every 2 to 4 weeks also only needs to be performed once a year. The result is a major decrease in ionizer running costs. The world’s first Inside Supersonic structure will change the way you think about static electricity countermeasures.
Applications
Features
Maintenance-Free
No Electrode Probe Replacement Required for 10 Years
Accurate static elimination is provided even with probe wear. The Hi-Power I.C.C. system monitors the ion generation status at all times. The applied voltage is automatically increased as the probe wears down.
Operating period and static elimination time
Left: New electrode probe
Right: Worn electrode probe
No Electrode Probe Cleaning Required for 1 Year*
Probes are protected from dust and other debris to provide accurate static elimination for as long as possible. Supersonic air is sprayed coaxially onto the electrode probe, enveloping it and repelling dirt from outside air.
* The cleaning frequency may be higher depending on the usage environment.
Inside Supersonic structure
Left: New electrode probe
Right: Dirty electrode probe
Reduced Operating Costs Over 10 Years of Use
* Annual electricity bill calculated at 0.18 $/kWh. Comparison of simulations when supplying 0.5 MPa 72.52 PSI CDA to the SJ-Q108 for 10 years and 0.5 MPa 72.52 PSI CDA to the conventional SJ-H108 for 10 years.
Example of Factory Air Costs for Ionizers
Example of Electrode Probe Costs
Example of Labor Hours Required for Cleaning Electrode Probes
A World First High-Speed Static Elimination as Fast as 0.1 Sec
The Inside Supersonic structure allows for faster static elimination than conventional models.
Not only does this reduce static elimination time, but also makes it possible for a single unit to handle targets being transported at high speeds, which conventionally required multiple units.
Standard Ionizer
Required ions do not reach their target
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1Slow air
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2Neutralized ions
SJ-Q Series
Ultra-high-speed coaxial air
Required ions reach their target
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1Inside Supersonic structure
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2Fast air
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3Ions reach the target without being neutralized
A World First Ion Balance ±3 V
The effect of the electric field from the electrode probe is reduced, minimizing voltage swing.
The result is an ion balance 10 times better than conventional models, enabling highly accurate static elimination and minimizing problems caused by electrostatic damage and the risk of foreign contamination.
General-Purpose Ionizer
Voltage of target fluctuates due to electric field
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1Electric field affects target
SJ-Q Series
Electric field shielding technology
Almost no fluctuation as there is no electric field
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1Inside Supersonic structure
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2Confined electric field cannot affect target
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3GND plate
Safety Bar Type Ionizer
A Safe Bar-Type Ionizer That Does Not Give Off a Discharge Even if Touched
Increased Safety With the Inside Supersonic Mechanism
The tip of the electrode probe is covered by a GND plate, so it won't give off a discharge even if touched. You can use this device safely and with confidence of reduced risk of any discharge occurring when contact is made with the ionizer during maintenance or equipment inspections.
