Ionizing Static Bars iconIonizing Static Bars

AeroBar 5685

AeroBar 5685

AeroBar 5685

Steady State DC for Laminar Flow Hoods & Mini-environments

AeroBar Ionizer Model 5685 is designed to control static charge in mini-environments, laminar flow hoods and workstations. The Model 5685 features a unique aerodynamic design that ionizes a local area without disrupting laminar flow. Ideal in 12-24 inch distance applications with laminar air flow, the Model 5685 utilizes steady-state DC ion emission and Simco-Ion’s IsoStat® Technology. IsoStat technology guarantees intrinsically balanced ionization. No complicated feedback circuits are required to maintain balance and adjustment is never needed.

Features

  • IsoStat® technology
  • Steady-state DC ion emission for high ion density
  • Single-crystal silicon or titanium emitter points
  • Multiple lengths, including short 11 inch AeroBars

Benefits

  • Intrinsically balanced output of both positive and negative ions, making it ideal for any surface charge applications; low offset voltages; no calibration needed
  • Fast discharge when combined with typical laminar air flows for ion delivery
  • Compatible material choices for any process; silicon, the industry standard for semiconductor manufacturing, titanium for disk drive and other clean technology applications; ISO 14644-1 Class 3 standards (Fed. Std. 209e Class 1) equivalent
  • Ability to install in a multitude of hood, workstation and mini-environment sizes

Specifications

AeroBar 5685

Input Voltage 24 VAC (±10%), 50-60 Hz, 3.5W (max)
Balance ±50V @ 24" measured directly below two opposite polarity emitter points (Model 5685 must be mounted at least 6" away from grounded surfaces for optimum balance performance)
Discharge 25 sec or less for ±1000V to ±100V discharge @ 24" with min 60 fpm airflow
Ion Emission Steady State DC
Emitter Points Single-crystal silicon, machined titanium
Dimension 2.1H x 1.13W x 11, 22, 44, 64L in. (5.3H x 2.9W x 27.9, 55.9, 111.8, 162.6L cm)
Weight 9 oz per foot of bar length (255g per 0.3m)