Overview
Eltex-Elektrostatik-Gesellschaft mbH provides a range of charging bars designed for various industrial applications where electrostatic power is utilized to enhance production processes. These bars are primarily used to ensure materials like films and paper adhere to each other, facilitating faster and smoother operations.

Charging Bar R130
This heavy-duty precision bar supports supply voltages up to 60 kV. It features an optimized arrangement of individual bars for improved charge and field distribution. The design includes separate current-limited tips to prevent excessive air ionization and high-energy sparks. It is certified for safety and reliability with CE, GS, and UL certifications.

Charging Bar R120
A universal bar with compact dimensions, suitable for supply voltages up to 15 kV. It is used for charging surfaces for blocking and tacking purposes. The bar is easy to install and ensures maximum safety with limited contact currents.

Point Charging Bar R23ATR
This bar is designed for target-specific applications, such as tacking small surfaces like labels. It features adjustable geometry of the charging points, making it suitable for edge zone fixing during film and foil production. The bar can handle voltages up to 30 kV DC, with options for 60 kV DC.

Technical Specifications

• Materials: Glass-fibre-reinforced plastic (GRP), polyurethane (UL-94 V0), and special alloys.
• Operating Temperature: Ranges from 0 to +60°C for most bars, with specific conditions for emission tips.
• Operating Voltage: Varies by model, with R130 supporting up to ±60 kV and R23ATR up to 30 kV DC.
• Installation: Flexible and simple, with prefabricated high voltage cables and connectors.
• Certifications: Includes CE, GS, UL, and EX approvals for specific models.

Conclusion
Eltex charging bars are versatile and reliable solutions for enhancing production efficiency through electrostatic adhesion. They are designed with safety and ease of installation in mind, making them suitable for a wide range of industrial applications.