Voltage Range: This slip ring supports a voltage range of 0-240VAC/DC, making it versatile across a broad spectrum of power sources. This adaptability allows it to integrate seamlessly into various applications, from standard industrial equipment to specialized automation systems. Its stable voltage performance is especially valuable in setups where power consistency is crucial.
Dielectric Strength and Insulation: With a dielectric strength rating of ≥500V@50Hz and an insulation resistance of 500MΩ@500VDC, this slip ring delivers robust electrical insulation, reducing the risk of electrical leakage and enhancing safety. These specifications make it highly reliable for applications where stringent insulation is required, such as in industrial automation systems and high-voltage equipment.
Dynamic Contact Resistance: Featuring a dynamic contact resistance of ≤10mΩ, this slip ring ensures stable and efficient connections during continuous rotation. Low resistance contact minimizes signal loss and power dissipation, contributing to precise and reliable data transmission. This feature is particularly beneficial in applications that demand high-quality signal integrity, such as medical imaging equipment, measurement instruments, and data acquisition systems.
Rotary Tables and Testing Equipment: In rotary tables and dynamic testing equipment, the slip ring provides a continuous, stable connection for power and data transfer, enabling consistent measurement and testing. Its precise data transmission ensures accurate results, making it ideal for environments where measurement reliability is crucial, such as quality control and product testing labs.
Solar Panel Trackers: In solar panel tracking systems, the slip ring facilitates the rotation and movement of panels to track the sun throughout the day. It ensures continuous power and signal transmission, optimizing energy capture by maintaining the ideal angle for solar exposure, thus improving the efficiency and output of solar power installations.
Textile Machinery (e.g., Embroidery and Knitting Machines): In textile machines like embroidery and knitting equipment, the slip ring enables synchronized power and signal transmission to various moving components. This allows for precise control over high-speed operations, enhancing productivity and reducing the chances of mechanical errors, which is critical in high-volume textile manufacturing.
Specifications:
Circuits/Current | 8 Circuits 10A + 19 Signals + 1Shield |
Voltage | 0-240VAC/DC |
Lead Wire size | AWG17#/AWG24# Teflon Insulated RVSP-8*0.15mm² Cable |
Dielectric strength | ≥500V@50HZ |
Insulation Resistance | 500MΩ@500VDC |
Dynamic Contact Resistance | ≤10mΩ |
Working Speed | 0-200RPM |
Protection(lP Grade) | IP51 |
Working Temperature | -40℃~+80°C |
Contact Material | Precious Metal |
Housing Material | Aluminum Alloy |
Passages | 1 Passage |
Connection Thread Size | M6, 6mm |
Pressure | 1 Mpa |
Transmitting Media | Compressed Air |
Q: What are the advantages of using aluminum alloy for the housing?
A: The aluminum alloy housing is lightweight yet highly durable and corrosion-resistant, providing structural strength without adding excessive weight. This makes the Slip Ring resilient and long-lasting in demanding applications, ideal for industries such as automotive, aerospace, and heavy machinery where both weight and durability are critical.
Q: What maintenance requirements does the Slip Ring have?
A: This Slip Ring is designed for minimal maintenance, thanks to its durable construction with precious metal contacts that reduce wear. Its robust design ensures longevity, making it ideal for equipment where consistent uptime is critical, such as production lines and continuous monitoring systems.
Q: How does this Slip Ring manage both high-power and signal transmission?
A: This Slip Ring is designed with 8 circuits for 10A power transmission and 19 signal circuits, along with an additional shield. This configuration ensures that both power and sensitive signals can be transmitted simultaneously without interference, providing stable and reliable performance for complex applications.