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Tech Sales Home
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Haug North America
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Discharge Systems
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Air Blowers
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Air Gun
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Static Blow-Off Systems
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Hazardous Area Ionizing Devices
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Charging Systems
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Static Measuring & Testing Systems
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HAUG Charging Generators are high-voltage generators that work in conjunction with HAUG charging electrodes to apply electrostatic charges without physical contact, for example, for fixing, positioning and electrostatic "adhesion".
Typical applications, among others, are to be found on packing machines, in film and paper processing, in glass manufacture and the electrical industry. HAUG Charging Generators are equipped with the most modern technology. They are robust, extremely reliable in operaton, and most effective in application.
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Charging generator S-Line:
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With this least expensive generator, power adjustment is effected by varying the distance away of the electrodes. It has one high-voltage (DC) connection. Its output voltage is indicated by a voltmeter.
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Charging generator AG 25:
Many thousands of this generator are giving excellent service. It is suitable for all conventional applications.
The AG 25 generator is equipped with one high-voltage (DC) connection. Its output voltage, which can be steplessly varied electronically, is indicated by means of a voltmeter on the generator itself.
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Charging generator AG 35:
Apart from having two high-voltage (DC) connections this model has a discharge unit with a function monitoring feature. Four high-voltage (AC) connections are provided for connecting the deionizing electrodes.
The output voltage, which
can be steplessly varied electronically, is indicated by means of a voltmeter
on the generator itself.
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Charging generator AG 60:
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The HAUG charging generator AG 60 is a completely new development who's technical concept differs essentially from that of other generator models. The main difference is that the charging (DC) part is fed at high frequency with the result that the output voltage has exceptionally low residual ripple. By way of a control connection the output voltage can be cycled. This facilitates intermittent operation even on fast running processing machines.
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Technical illustrations:
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