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                                    DISTINCTIVE FEATURESEmitter TechnologyEmitter Cleaning: The regular maintenance of ionizers keeps sensitive environments as protected as possible from harmful static charge effects. Periodically inspect emitter points for breakage, buildup on the tips or any discoloration is required: usually, the cycle is quarterly; some may extend to yearly; tightening request may ask for monthly. It is one of the most important components of ionizer maintenance and ensures continued optimum performance from ionizers. %u2022 Manual Cleaning: Simco-Ion ionizers are designed with an integrated brush, by a simple action%u2013one turn, one press or one pull, the dirt on the emitter tips is removed.%u2022 Automated Cleaning: Simco-Ion developed various types of AutoClean Systems to minimize the contamination and time involved. Some work automatically each time the ionizer is turned on or off. Some can run on an internal timer or when the input is activated. They reduce maintenance time and ionizer downtime.Emitter Materials: Simco-Ion%u2019s ionizer emitter assembly are made of various materials and shapes: metallic (Stainless Steel, Tungsten, Titanium) and non-metallic (Single-crystal Silicon); pin-type or wiretype, providing a longer working life and better cleanliness for applications in various industries.Facility Monitoring System (FMS)Many of the process and manufacturing facilities where ionizers are used contain a remote system that monitors equipment status. Facility Monitoring System (FMS) capability offers an ionizer status connection from the ionizer to either the process monitoring or facility monitoring system.Compatible to ISO 14644-1 Cleanroom StandardsThe widespread use of ionizers in rooms, laminar flow hoods, and point-of-use applications has greatly improved the control of static charge in cleanroom environments.Simco-Ion%u2019s ionizers are compatible with the different level of cleanroom; some can be up to Extended ISO Class 1 (%u226510 nm particles), providing the best solution in static control industry.Integrated Comfort HeaterSeveral products contain an integrated heater. While the heater is not intended to provide a significant source of room heat, it does provide user comfort and added productivity.Machined TitaniumSimco-Ion%u2019s titanium emitter points are recommended for many cleanrooms. Titanium emitters meet ISO Class 3 requirements for particle emissions, erode less quickly than tungsten, produce no particle bursts and are easily maintained.Electrode Type Emitter pointClass Compatibility ISO 14644-1 Class 3 or betterParticles 21 (average/cu. ft.)Estimated Life 10-15 years (depending on maintenance & environmental conditions)Maintenance Recommended 3 months intervalTungsten AlloyThe most common material in industrial ionization applications, tungsten alloy, offers long emitter point life and low maintenance requirements. Simco-Ion%u2019s Tungsten Alloy emitter points will not erode as quickly as conventional tungsten wire, and fewer particle bursts result in cleaner operation.Electrode Type Emitter pointClass Compatibility ISO 14644-1 Class 4 or betterParticles 21 (average/cu. ft.)Estimated Life 10-15 years (depending on maintenance & environmental conditions)Maintenance Recommended 3 months intervalSingle-crystal SiliconSimco-Ion%u2019s patented Single-crystal Silicon emitter points represent the cleanest option available in the industry. Far exceeding ISO Class 3 cleanliness requirements, these non-metallic points produce no particle bursts and emit an average of <5 particles per cubic foot (<0.05 micron in size verified with condensation nucleus (CNC) and optical particle counters).Electrode Type Emitter pointClass Compatibility ISO 14644-1 Class 3 or betterParticles 5 (average/cu. ft.)Estimated Life 10-15 years (depending on maintenance & environmental conditions)Maintenance Recommended 3 months intervalsalesservices@simco-ion.com 4Features
                                
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