AeroBar® 5225S
Simco-Ion’s Standalone Digital AeroBar Model 5225S ionizing bar is specifically designed to provide high performance with simple integration and operation. Adjustable and precise, easy-to-use digital settings allow the AeroBar to be used in a multitude of applications, ranging from inside tools to workstations and cleanroom areas. A choice of ionization modes, output voltage, and timing provide versatility to meet static charge neutralization requirements.
- All parameters are held within the AeroBar; no controller required.
- Fully adjustable parameters for each AeroBar utilizing Pulsed DC or Steady-state DC modes
- Several AeroBar lengths including three lengths specifically designed for EFEMs
- Ion current monitoring
- FMS alarm output
- Single-crystal silicon emitter points
Specifications
Input Voltage 24 VAC, 50/60 Hz, 1W (typ) Ouput Voltage 0-20 kVDC, ±10% for each polarity on an individual AeroBar; positive or negative output levels can be adjusted separately with IR Handheld Remote Ion Emission Pulsed DC, Steady-state DC Emitter Points Single-crystal Silicon, replaceable Cleanliness ISO 14644-1 Class 1 Dimension 2.1H x 1.2W x 22.4, 28.4, 35.7, 44.4, 55.6, 64.4, 75.5, or 84.4L inches (5.3H x 3.1W x 56.9, 72.1, 90.7, 112.8, 141.2, 163.6, 191.8, or 214.4 L cm) Weight 1.5 lb (1.02 kg) for a 22 in. (56.9 cm) bar (approx. 6 oz per additional ft/0.17 kg per additional 30 cm) Accessories
- Wire Terminal Connector
- Wire Ties
- Tie Blocks
- Interconnect Cable s
- CPC Cables
- Standard AeroBar Installation Kit
- Pine Tree Clips
- Eyebolt with nut
- Mid-Clips
- Wire Clip
- Flat Clip
- Stainless steel T-Bar Clip
Consumables
- Ultra-clean Sleeved (Silicon) Emitter Point
- Class One (Titanium) Emitter Point
- Simco-Ion Emitter Point Cleaner
- Polycarbonate Rods
Documents
Target Markets
- Back-End Semiconductor Processing
- Front-End Semiconductor Manufacturing
Target Applications
The AeroBar 5225S is designed to control electrostatic discharge and particle contamination in mini-environments and workstations and in locations where forced-air is not favored and usually work in cleaner environment with laminar flow.