High-voltage - Import export

The precision calibration unit combines high accuracy, low drift, low noise and superior long-term stability with multiple functionality and simple operation. Ramps, Δ+/Δ-, and multiple setpoint storage make the operation of the device easier for the user. For that reason the application possibilities are many: — Calibration of current and DC-voltage meters — Precise testing of thermocouple temperature measuring instruments — Calibration of controllers, sensors, detection devices and other devices used in process control — Open-loop process control with the aid of integrated ramp function Features: — High precision current and voltage source ± 52 mA, ± 30 V — Option: ± 22 mA, ± 60 V — Precision simulation for all conventional thermocouple types (optional) — Error limit 0.003 % Rdg. — Standard with RS232 and IEEE488 interface, USB and Ethernet (optional) — Current "SINK"

This high-precision calibration source is able to measure currents up to ±50 mA, voltages ±100 V and temperature setpoint values of 12 thermocouple types, including R, S, B, J, T, E, K and N. Voltage drops across the measuring leads can be easily compensated via the sense line. With “thermoelectric voltage simulation” you can enter °C, °F and K, the temperature scales ITS-90 or IPTS-68 and the reference junction type constant/external. Furthermore, when simulating thermocouples a calibrated external reference junction can be used, with the calibration data being taken into account in the device. The device can be operated both via the keypad and via the Ethernet and USB interface. Features: — DC voltage up to ±100.0000 V, ±0.002 % — DC current up to ±50.0000 mA, ±0.005 % - Thermocouple simulation of R, S, B, J, T, E, K, N, M, C, D, G2 - Automatic sequence function (ramp function)

• According to DIN EN 61810-1, DIN EN 61810-3 • With forcibly guided contacts • High switching reliability due to crown contacts • Clearance and creepage distances: contact - coil ≥ 8 mm contact - contact ≥ 5.5 mm Double and reinforced insulation with pollution degree 2 Overvoltage category: III • High voltage resistance ≥ 4 kV • High mechanical service life • High temperature range at OA 5601 and OA 5602: -40 ... +85°C at OA 5603: -40 ... +75°C • High continiuous thermal current Ith = 10 A • High voltage range 0.7 ... 1.6 UN • As option wash proof RT III

• According to DIN EN 61810-1, DIN EN 61810-3 • With forcibly guided contacts • High switching reliability due to crown contacts • Clearance and creepage distances: contact - coil ≥ 8 mm contact - contact ≥ 5.5 mm Double and reinforced insulation with pollution degree 2 Overvoltage category: III • High voltage resistance ≥ 4 kV • High mechanical service life • High temperature range at OA 5601 and OA 5602: -40 ... +85°C at OA 5603: -40 ... +75°C • High continiuous thermal current Ith = 10 A • High voltage range 0.7 ... 1.6 UN • As option wash proof RT III

• According to DIN EN 61810-1, DIN EN 61810-3 • With forcibly guided contacts • High switching reliability due to crown contacts • Clearance and creepage distances: contact - coil ≥ 8 mm contact - contact ≥ 5.5 mm Double and reinforced insulation with pollution degree 2 Overvoltage category: III • High voltage resistance ≥ 4 kV • High mechanical service life • High temperature range at OA 5601 and OA 5602: -40 ... +85°C at OA 5603: -40 ... +75°C • High continiuous thermal current Ith = 10 A • High voltage range 0.7 ... 1.6 UN • As option wash proof RT III

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 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 DV 106 high-voltage Distributor serves as a link between the generator and discharge components. The system can be expanded due to its additional slots.

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 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 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 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.

In our product area you will discover Eltex charging systems for many industrial sectors. Do you have special requirements, such as small production quantities or little space? Are you interested in solutions for electrostatic charging? Simply contact our consultants – and find the right charging system and solution to optimize your processes with electrostatic charging. Heavy-duty precision bar for supply voltages up to 60 kV. The charge and field distribution have been substantially improved by the optimized arrangement of the individual bars. Separate current-limited tips prevent an increase in air ionization and high-energy brush discharges.

Electrostatics disturb almost all production processes. Eltex systems prevent uncontrolled discharges and integrate electrostatics precisely into your processes. In our electrostatic discharge product portfolio, you will discover systems and products for many industrial sectors. Discharging bar R50/R51A achieves a significantly higher active discharge power than previous discharging technologies. The isolated arrangement of the grounding conductors strengthens the E-field at the active tips, thus contributing to the increased production and speed of load carriers. As a result, significantly more positive ions and free negative electrodes are available than in conventional bars. The bars also feature a high passive discharging power. Resistivity-decoupled tips ensure good discharge and make the bar absolutely short-circuit-proof and protected against contact.