HAUG EN 8 LC Power Pack


HAUG EN 8 LC Power Pack

The EN 8 LC Power Pack supplies voltage to ionizers. The mains voltage is transformed into a 7000 - 8000 volt alternating current by a high voltage transformer. The EN 8 LC Power Pack represents the state of the art.

The monitoring which is integrated in the secondary area indicates that the partial discharge inception voltage (= start of effect of ionization units / figure 1) is too low by making the monitoring LED blink. The compact printed circuit board technology ensures reliability and ease of maintenance
.
The device has four gas-tight high voltage connections and has been manufactured in accordance with protection type IP54, protection class I as per DIN 0550.

Special Features and Advantages

  • simple and fast checking of ionization unit
  • reliable information concerning manufacturing process (process and quality control)
  • continuous monitoring of the ionization unit without additional testing and measuring equipment.

Applications

Plastic Processing Industry

  • Film extruders, film processing. In the manufacture of
    plastic tubes, sections, shells and rods and in plastic extruders.

Packing Industry

  • Packing machines, filling machines and bag manufacture.

Graphics Industry

  • Folding machines, print processing

Electrical Industry

  • Printed circuit board manufacture

Possible EN 8 LC Configurations

EN 8 LC Power Pack

  • VS ionizing bar
  • VSA ionizing bar
  • RN ionizing bar
  • Ring electrodes

*We would be pleased to provide other configurations on request.

EN 8 LC Data

230 V, 4 HT-connections; Order-No.: 01.7757.100
115 V, 4 HT-connections; Order-No.: 01.7756.100

Specifications

Nominal Input Voltage: 115 V~ / 230 V~/ 24 V~
Nominal Output Voltage: Approx. 7 - 8 kV~
Output Short Circuit Current: (Ik) < 5 mA
Power Consumption: Approx. 50 VA
Protection Type: IP 54
Maximum Load : 15 m (HV Cable Incl. Ionizer)
Nominal Frequency: 50 - 60 Hz
Mains Cable Length : Approx. 2 m
Weight: Approx. 5 kg
Max. Ambient Temperature: Approx. +50 °C

*Subject to technical changes

Technical Illustration