Glassman High Voltage is a leading designer and manufacturer of High Voltage power supplies/DC power supplies for the High Voltage and Vacuum Process equipment market segments. A Glassman DC power supply can range in output from 15W-50kW with output voltages operating down to 50V thru 400kV.  A High Voltage power supply of this type can be offered in modular or Rack-mount configuration as well as special packaging to meet customer-specific mechanical requirements. Most Glassman DC power supplies are offered utilizing proprietary Air Insulation dielectric technology. Air poses numerous reliability and serviceability benefits in comparison to competing solid and liquid dielectric technologies.
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technical notes


Introduction

Every Glassman high voltage power supply is 100% inspected for conformance to specifications before it is shipped. It should be ready for immediate use upon arrival.  Your company, however, may require an in-coming inspection before any equipment can be put in use. Many companies also schedule a periodic inspection to reduce the possibility of expensive downtime, extensive repairs, and manufacturing flaws caused by malfunctioning equipment.

Testing a high voltage power supply is not difficult. But it can be dangerous! The following "step-by-step" test procedure describes how to test each specification in a thorough and safe manner. These tests apply to all Glassman standard power supplies. Detailed factory test data sheets including rated values and acceptance levels are available for individual models on request.

CAUTION !

Standard models are shipped with a detachable high voltage output cable. This cable consists of a center conductor, a polyethylene insulating sleeve, a braided shield wire, and an outer insulating jacket. For connection to any test apparatus, the outer end of the cable should be stripped of both the insulating jacket and braided shield wire for a length equivalent to 1.25 inches per 10 kV of output voltage. The  supplied output cable has been stripped adequately for the specific operating voltage of the unit. The entire output cable should then be suspended in air by a cord as its goes from the power supply to the test apparatus to avoid any contact with grounded circuits.

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