Excellent performance in charge decay and particulate control - fully adjustable and biased ion output.
Industry leading total cost of ownership (TCO) - Single power supply architecture substantially reduces up front investment and subsequent maintenance costs compared to other systems on the market.
Reduced oversight by QA and production control - built for unattended operation; lowest maintenance cost in the industry.
No oppositely charged emitter to interact and create wear or contaminates.
Flexible, modular design - installation can be modified, added to, or moved without special tools or skill sets.
Optimizes ionization efficiency in wide ranges of airflows.
The system is simple to maintain with periodic cleaning.

SUPERIOR ENVIRONMENTAL CONTROL FOR ELECTRO-STATIC DISCHARGE (ESD) AND PARTICULATE REDUCTION APPLICATIONS:

The Loren16 Room Ionization System creates a static safe environment for your sensitive devices by eliminating static charges on any surface such as a semiconductor wafer or a charged particle in the air; the results are that the potential difference in voltage, which would cause an attraction, is eliminated. With no mutual attraction, the particle will remain suspended in the airflow, moving harmlessly by the process and exit through the air handler.
Potential ESD damage is controlled within process specifications of the end user. Photo mask and other product protection demand controlled peak-to-peak voltages to maintain the proper level of safety. These are basic set up criteria that can be determined based on your needs and the discharge rate required. You can be confident that tools sensitive to static charge are in an optimal environment to operate smoothly giving the maximum uptime and process efficiency.


SPECIFICATIONS:
Description: Single-wire, bipolar, corona ionization system conforming to EOS/ESD - Standard 3.1 - 2000
Charge Decay: 1000V to 100V in 300 seconds or less (45-60 seconds typical)
Input Voltage: 120/240VAC +/-10%, 47 to63Hz, 75 W
Power Outlet: NEMA 5-15, Type B
Optional Input Voltage: 24VDC +/- 10%, 1.5A, facility wire
Open Circuit Output Voltage: 0KVDC to 20KVDC +/-5%
Short Circuit Output Current: 0.3mA MAX digitally controlled, additional current limitation via 100 megohm series resistor
Emitter Capacity: 400 per power supply
Emitter Control: Fully programable 0-99.9 second ionization ON cycles for each polarity with selectable quiescent periods between cycles
Power Supply Indicators: Power ON, alarm, positive and negative output and neutral delay
Zone Sensors: Independent cylindrical detectors with BNC connectors, RG58 or equivalent cabling (provided)
Power Supply Dimensions: 8.17" W x 19.5" H x 6" D (20.75cm W x 49.5cm H x 15.24cm D)
Power Supply Weight: 30 lbs (11.2 kg
Power Supply Communications Port: Proprietary opto-isolated, bi-directional, 2-wire bus
Calibration: Semi-Annual calibration recommended Personal Computer Requirements: Windows 2000, 30GB HD, 128 MB RAM, 500 MHz processor