High-voltage generators - Import export

The charging generator CG 202 optimally supplies every charging component of KERSTEN Electrostatik. It delivers a regulated (digital PID control) output voltage of maximum -25kV. The power supply is independant of the world’s varying supply standards by using an input voltage of 24V DC ±10 %. Four charging components can be connected to special high-voltage plug-in connections. Operating parameters are displayed and storable via graphic display and foil-keypad, or can be taken from an industry-standard current interface. Both can be used to operate the system. In addition, an optional discharging generator can be connected to and controlled via the generator.

The MultiPowerMaster or MPM is part of the high voltage power unit range. It features a broad range of input voltages, from 100240-V AC/5,060 Hz as well as electronically stabilized output voltage. The output voltage is factory preset to 7, 5, 4, and 3.3 kV. Red and green LEDs are incorporated in the top face of the unit. There is an option for the MPM to be fitted with an I/O connector for interfacing with a PLC, the F.E. Optional I/O signals are available for overload, high voltage present, and remote on and off. A 24-V power source is featured with the I/O connector, which enables use with the Typhoon air pressure sensor.

This power unit is equipped with two high-voltage transformers with 180°phase-shifted output voltages. As a result, the anti-static bars connected to the power unit produce positive and negative ions simultaneously. This ensures optimal neutralization of static charges even at very high velocities. This power unit is fitted with two high-voltage indicators and an on/off switch with an indicator lamp. Feeatures - Suitable for very high production velocities - Fitted with two high-voltage indicators - Fitted with an on/off switch with an indicator lamp

The standard model has a modern styling featuring easy-access control and connections. It is equipped with an on/off switch with an indicator lamp as well as a high-voltage indicator lamp. This lamp will extinguish if the system is malfunctioning. 4 ionisers can be connected as a maximum. Features - Provides high-voltage to 4 ionisers as a maximum - Equipped with an on/off switch with an indicator lamp - Equipped with a high-voltage indicator lamp - UL approved

The ThunderION Control Module provides the power and the control for up to four ThunderION anti-static bars. With this Control Module, you can control all connected ThunderION anti-static bars and check they are working correctly from a central location. The Control Module operates on the mains voltage, which can be turned on and off with a switch. A cable with a pre-assembled connector at each end links the ThunderION anti-static bar with the Control Module. This offers quick and easy assembly. All cables carry just 24 V. The Control Module enables you to check the functioning of each connected anti static bar. A green LED indicates that the bar is switched on. A red LED indicates that a fault has been detected. Via the I/O port, you also have the option of switching each bar on/off remotely and separately, as well as checking its correct functioning. Features - Provides power for up to 4 ThunderION anti-static bars - Controls the operation for up to 4 ThunderION anti-static bars by

The high-voltage generator DG 206 is used to supply KERSTEN neXt® discharging components. The high-voltage generator DG 206 is supplied by an input voltage of DC 24V ± 20%. An LED displays the operational readiness as well as any feedback relating to a short-circuit error in one of the connected discharging components. The short-circuit error Feedback and a cable rupture detection also takes place via a 24V DC signal. The high-voltage generator offers 2 touch-safe high-voltage connections.

The DG 106 high voltage generator is one of the latest discharge generator in the KERSTEN neXt® product family and may be used to supply all KERSTEN neXt® discharge assemblies. It is one of the most compact but also most powerful high voltage generator in its class for electrostatic discharging. Nevertheless, he provides a wide range of technical features.

The high voltage generator DG 416 is the latest discharge generator of the KERSTEN neXt ® family of products and can be used to supply all discharge components of the KERSTEN product family. At the same time he is the most compact, lightest and most powerful high voltage generator for electrostatic discharge of its class. Despite its superior characteristics, it is very cost effective and fits not only because of its small size in each application.

The DN 102 power supply in the KERSTEN neXt® product family is the control station for your discharge system. It supplies and controls up to 5 high voltage generators in the KERSTEN neXt® range and also offers you connection and control of a solenoid valve or AK 1x6 compressor controller. Floating contacts are provided for error and enabling signals. The current operational status of each function is signalled via 9 LEDs in the enclosure lid.

The discharging generator DG 306 is the power pack of the KERSTEN next product family and can be used to supply all the next® discharging components. With its 6 high voltage connections he can easily manage every large installations, nevertheless it is very compact. With the patented DC High voltage technology you don´t have to worry about EMC interferences anymore while you receive the best possible discharge power. By using the 24 V DC fault indication contact, you have the option to receive a fault signal directly in your system. the High voltage Generator DG 306 is supplied by a 24 v DC input voltage and is therefore independent of the world´s different network standards. The generator provides two insulated and against reverse polarity secured high voltage connections, where discharging devices can be fast and easily connected to.

The new POWER CHARGER units cover various performance stages and charging applications. They can be operated either with a supply voltage of 24 V DC or a line voltage in the range of 85 V – 264 V AC. The output voltage is 75 or 150 watts. A membrane keyboard or an optionally available, integrated touch panel is used to control the generators. POWER CHARGER units can be operated using analog operation or via digital fieldbus interfaces. A control system that uses CANopen and ModbusTCP and other fieldbus standards are available.

During printing and coating processes, so-called ink mist or particle mist arise in the outlet of doubleroll systems. This unwanted particle deposit results in lower product quality, high maintenance costs, increased ink consumption and the contamination of the environment. The formation of ink mist is very noticeable and annoying, particularly during coating and printing processes on substrates with non-absorbent surfaces (films, metalized substrates or composite films). A patented double-row DC plasma electrode is used to prevent this ink mist. This plasma electrode acts separately on both particle streams and ensures an optimal particle deposit. The electrode will be connected to the high voltage generator HSG61. The MISTING TACKER system is currently used for printing on metalized films and in silicone coating units (Wifag-Polytype).

The POWERTACK electrostatic ribbon tacking system is used in the folders of heatset web offset and publication gravure printing presses. Their task is to electrostatically block the incoming paper ribbons to prevent dog ears. This is a standard feature for new presses and available for retrofitting on all common heatset presses of the world. High voltage generators generate positive and negative high voltage which is passed on to the charging bars mounted in the folder. The positive and negative bars are arranged opposite each other. The ribbons pass between them. The resulting force causes the paper ribbons to attract each other, the air in between is displaced and the ribbons are pressed against each other. As a result, the press can run at a higher speed with better folder accuracy.

During printing and coating processes, so-called ink mist or particle mist arise in the outlet of doubleroll systems. This unwanted particle deposit results in lower product quality, high maintenance costs, increased ink consumption and the contamination of the environment. The formation of ink mist is very noticeable and annoying, particularly during coating and printing processes on substrates with non-absorbent surfaces (films, metalized substrates or composite films). A patented double-row DC plasma electrode is used to prevent this ink mist. This plasma electrode acts separately on both particle streams and ensures an optimal particle deposit. The electrode will be connected to the high voltage generator HSG61. The MISTING TACKER system is currently used for printing on metalized films and in silicone coating units (Wifag-Polytype).

The Plasmajet® (registered AFS trademark) produces a plasma without a vacuum. The plasma, generated by high voltage in combination with any process gas, is blown out of the unit, and is potential-free. It is used for surface modification. When the plasma comes into contact with a plastic surface, the wettability is increased. Metal surfaces can effectively be cleaned, and it is also possible to weld plastic sheets. The system comprises of a plasma reactor with nozzle, a high-voltage generator with transformer and high-voltage rectifier. The application field for Plasmajet® is mainly where geometric, three-dimensional bodies or profiles are to be coated, printed, glued or cleaned. Typical application examples: Treatment of EPDM profiles for the automotive industry before flocking Treatment of adhesive grooves before gluing the lens of car headlights Treatment of razors and mobile phones before tampon printing Degreasing aluminum profiles before bonding

We provide and implement solutions for high-voltage underground and overhead lines. Therefore, we offer supervision and/or installation for cables, conductors and related accessories, granting for the entire system. All the works are performed by highly qualified and certified workforce.

Metzner has a clear understanding of the future and transforms existing processes into fully automated system solutions. Workstations that were previously operated separately are now combined into fully automatic production lines. The starting point of an automatic processing line is the cable that is wound on a reel. The end result is a finished cable with a completely assembled plug system

The Metzner EM 300 platform offers further convenience in high-voltage cable processing through a quick change of process tools and faster cycle times. Depending on the requirements, the HV cable processing machine can thus be equipped with different tools for cable processing. This means that the EM 300 can be used for several processing steps and is prepared for a wide range of processes. In addition, with the EM 300 we protect your investment by offering improved expandability that enables “plug-and-play” integration of future new applications.

(1)Switchgear technical parameters: -Rated voltage:3、6、10 kv -Rated insulation level: *power-frequency withstand voltage (1min):42 KV *lightning impulse:75KV -Rated frequency:50HZ -Main busbar rated current:630、1250、1600、2000、2500、3150、4000A -4s thermostabilization current(effective value):16、20、25、31.5、40、50KA -Rated Dynamic stability current(peak value):40、50、63、80、100、125KA -IP:The outer shell is IP4X, The isolation room and breaker are IP2X (2)Vacuum Circuit-breaker Parameter: -Rated Voltage:10KV -Rated Frequency:50HZ -Rated Current :630-4000A -Rated short-circuit breaking current:15-50 KA -Rated short-circuit current:40～125KA -Rated thermostabilization current（valid values） :15～50KA -Rated thermostabilization current(peak value）:40～125KA -Breaking times of Rated short-circuit breaking current 100 times -Rated Operating Sequence:off-0.3s-on off-180s-on/ off -power-frequency withstand voltage:42(lmin) KV