Asiantool A3HV High Voltage Multi Conductor

Description

Since the establishment of Asian Tool Technologies Ltd. in 2001, we have developed and evolved slip ring products (electrical rotating connectors). To fulfill the needs of the rapidly expanding global technology market, our non-mercury ( gallium alloy liquid metal ) slip ring products are environmentally friendly and sustainable.

Being on the cutting edge of the era of technology, our company maintains to bring our valuable clients the newest and most efficient products. We are committed to providing our professional skills, quality services, and customizable products, as well as consistently upgrading product excellence. We are able to accommodate our clients’ needs and customize products to their liking.

Brand

Asiantool

Asiantool’s slip rings (rotating electrical connectors) utilize special insulation, sealing, and conductive technologies. In the first three to four years of our company’s establishment, we worked in the direction of developing multi conductor models for A8H, A6H, A4H and other relevant models. At the same time, our company’s research and development team has also developed a single conductor model for theelectrical plating of 250A-A1H25S. Now, we have upgraded the product quality and introduced multi conductor models for up to 14 poles of A1430 and single heavy current conductor models up to 7500 A. for mass production.

Features

High Voltage Rating: Specifically designed and tested for continuous operation at high or extra-high voltage levels, with insulation systems rated for 1kV, 2kV, or higher, depending on specification.
Multi-Conductor Design: Combines multiple HV-rated conductors (e.g., 3 to 12 cores) within one cable, simplifying installation, saving space in cabinets and conduits, and organizing critical HV circuits efficiently.
Premium HV Insulation: Utilizes high-grade, thermoset insulation materials such as Cross-Linked Polyethylene (XLPE) or Ethylene Propylene Rubber (EPR), which provide superior dielectric properties, thermal stability, and resistance to electrical stress and corona discharge.
Individual & Overall Shielding: Each conductor and/or the overall cable assembly is typically shielded (with copper tape or braid) to contain electric fields, minimize EMI/RFI, and ensure personnel safety by controlling voltage stress.
Robust Protective Jacket: Features a durable outer sheath made of PVC, CPE, or halogen-free materials that offers excellent resistance to abrasion, oils, chemicals, and mechanical impact, protecting the critical internal insulation.
Flexibility for Installation: Despite its robust construction, the cable is engineered with flexibility in mind, using finely stranded conductors to allow for practical routing and termination in equipment.

Applications

High Voltage Equipment & Machinery: Internal and external wiring for X-ray machines, laser equipment, electrostatic precipitators, particle accelerators, and high-voltage power supplies.
Industrial Automation & Power Distribution: For connecting high-voltage motors, transformers, switchgear, and drives in industrial plants where multiple control and power lines are bundled.
Renewable Energy Systems: Wiring within large solar inverters, wind turbine nacelles, and for connecting high-voltage DC (HVDC) arrays where multiple conductors are required.
Test & Measurement Systems: Used in laboratories and testing facilities for wiring high-voltage test benches, measurement probes, and specialized instrumentation.
Medical & Specialized Devices: Applicable in medical imaging and therapy equipment where high voltage and multiple signal paths are integrated.

Specifications

Conductor Poles : 3
Current Amp. : 30
Voltage AC/V : 500
Max. Freq. MHz : 200
Max. RPM : 300
Operating Temp. Max/Min °C : 60/-30
Rotating Torque (GM-CM) : 700
Insulation Resistance : >50MΩ