Brief: Wondering how to integrate power and fiber optic connectivity in demanding applications? This video provides a detailed walkthrough of the ECN000-03P4-02F-IP65 slip ring, showcasing its combined power circuits and fiber optic rotary joints. You'll see how this custom solution delivers stable data transmission and easy installation for medical equipment, radar systems, and automated machinery.
Related Product Features:
Integrates 3 circuits of 20A power with 2 channels of fiber optic rotary joints for combined electrical and optical transmission.
Supports stable signal transmission without string code and can integrate various signal and data types.
Features easy installation and requires no maintenance, ensuring reliable long-term operation.
Customizable with optional parameters including circuits, voltage, current, fiber type, and protection grade.
Designed for complex environments with an IP65 protection rating and a wide operating temperature range.
Suitable for applications in medical equipment, radar systems, robotics, and automated machinery.
Offers multi-channel and multi-specification customization to meet specific application requirements.
Utilizes precious metal contacts and aluminum alloy housing for durability and performance.
FAQs:
What applications is this integrated slip ring suitable for?
This slip ring is designed for demanding applications including medical equipment, radar systems, material conveying systems, robotics, automated machinery, and photoelectric pods.
Can the specifications of this slip ring be customized?
Yes, this is a customizable non-standard series. Parameters such as circuit count, voltage, current, fiber channels and type, wavelength, protection grade, materials, working speed, and temperature can be tailored to your specific needs.
What are the key features of the fiber optic rotary joint in this unit?
The integrated fiber optic rotary joint features 2 channels for single-mode fiber (9/125um), supports wavelengths from 1310nm to 1550nm, and maintains low insertion loss (<3.5dB) and high return loss (>45dB) for reliable data transmission.