Product Overview

Simco-Ion documents AeroBar Ionizer Model 5685 as a local-area ionizing bar for static-charge control in mini-environments, laminar-flow hoods and workstations.

Product Type

Product referenceClassification
Product categoryIonizing Bars
Product typeSteady-state DC ionizing bar
ManufacturerSimco-Ion
ModelAeroBar 5685

Key Characteristics

CharacteristicDocumented information
Input24 VAC (±10%), 50–60 Hz, 3.5 W maximum
Output7.5 kV (typical)
Discharge result25 s or less for ±1,000 V to ±100 V at 24 in with minimum 60 fpm airflow
Balance±50 V at 24 in
Ion emissionSteady-state DC with IsoStat technology
Cleanroom classISO 14644-1 Class 3

Technical Specifications

SpecificationDocumented value
ModelAeroBar 5685
Product typeSteady-state DC local-area ionizing bar
Input24 VAC (±10%), 50–60 Hz, 3.5 W maximum
Output7.5 kV (typical)
Discharge result25 s or less for ±1,000 V to ±100 V at 24 in with minimum 60 fpm airflow
Balance±50 V at 24 in
Ion emissionSteady-state DC with IsoStat technology
Cleanroom classISO 14644-1 Class 3
Dimensions2.07 in H × 1.16 in W; 11.4 / 22.4 / 44.4 / 64.4 in length options

Application / Use

Simco-Ion identifies mini-environments, laminar-flow hoods, workstations, wafer-handler stations and wafer-inspection areas as documented application contexts.

Installation / Integration

The manufacturer specifies 12–24 in distance applications with laminar airflow and states that the bar should be mounted at least 6 in from grounded surfaces for optimum balance performance.

Manufacturer Reference

Simco-Ion is identified in the cited documentation as the manufacturer of this model. Open official manufacturer documentation.

Documentation

DocumentationReference
Manufacturer product pageOpen official manufacturer documentation

Information checked: August 26, 2026

Documentation coverage: Selected specifications are available from the cited manufacturer documentation. Parameters not shown on this page are not specified in the cited manufacturer documentation.

Sources

Product specifications are based on publicly available manufacturer documentation. Specifications may change between documentation revisions.