50670 – Urządzenie jonizujące Benchtop Zero Volt Ionizer kompaktowy i lekki jonizator 220V DESCO

• Voltage offset controlled to ±3 Volts typical
• Features steady state DC ionization and Desco EMIT's patented (US Patent #4,974,115) Sense Feedback balancing
• Rapid Access Maintenance
• Provides automatic balancing of the ionization system
• Sealed "Thru-Tunnel" air flow design
• Communication via RS485 compatible data output with a host computer
• CSA approved
• Made in the United States of America
• Low Ozone Emissions – tests well below the OSHA limit of 0.05 ppm ozone
• NIST Calibrated – Original Calibration Certificate can be Downloaded Here
  Calibrated with accepted procedures and standards traceable to the National Institute of Standards and Technology. For more information on the calibration of Desco Europe products, see Calibration.
• Request a Demo HERE
  
• Power Cords (Available on request):
  • 200220 - Europe
  • 200225 - UK/Asia

*U.S. Patent 6,205,408

“Ionizers should be considered as a method for charge neutralization in cases where grounding cannot be achieved. These may include localized (bench) ionized air blowers, compressed air ionizers, spot ionizers, tape dispenser ionizers and total room ionizers.” “Air ionization can neutralize the static charge on insulated and isolated objects by producing separate charges in the molecules of the gases of the surrounding air. When a static charge is present on objects in the work environment, it will be neutralized by attracting opposite polarity charges from the ionized air. Note that ionization systems should not be used as a primary means of charge control on conductors or people. As with all ionizers, periodic maintenance will be needed to provide optimum performance.” (EN 61340-5-2 paragraph 5.2.9)

“Various feedback and auto balance techniques are available to ensure ionizer performance. … Providing a sensor for each ionizing device can improve feedback control. Effective control can reduce the amount of necessary maintenance. (EN 61340-5-2 paragraph 5.2.9.2 Monitoring and feedback control)