※ New HD High Frequency Video Combination Slip Ring Solution!
With the continuous development of science and technology, more and more equipment is intelligent, and the product technology of JARCH Electromechanical has also been greatly improved. JARCH Electromechanical developed the first high-definition video combination slip ring in China in August. The slip ring can transmit high-frequency signals, as well as video signals, ordinary signals, and currents at the same time, and supports 1080P, 1080I, and other HD-SDI high-definition turntables.
※ Why does High-end Equipment Use Fiber Optic Slip Rings Instead of Standard Slip Rings?
Can transmit single or multi channels fiber optic signal;
Fiber connector : FC、SC、ST、SMA or LC (PC /APC),etc optional;
Small size, 100-way electric slip ring, the length will reach more than 330mm, the outer diameter will be more than 60mm；
Can be combined to transmit power, control signal, a micropower signal of computer automotive control
Can be combined with the traditional electric slip ring to transmit power and high-speed data;
Non-contact, no friction, long working life, >100 million revolutions (2-3 million revolutions for signal channel model);
Safe and reliable, no electromagnetic interference in long-distance transmission.
※ How Wide the Application Range of Mercury Slip Rings, Do You Know it?
Mercury slip rings are also called rotary connectors, rotary joints, mercury contacts, conductive joints, conductive rings, collector rings, collector rings, etc. Different from the traditional carbon brush slip ring, liquid mercury is used as the conductive medium, the fixed end and the rotating end are integrated together, and carbon brushes are no longer required. Mercury slip rings are developed and produced by using special sealing materials, insulation, and conductive technology. High frequency, computer signals, and electrical connections.
Compared with other slip rings, because the medium is fluid, it has the characteristics of compact structure and small size. The main role in the field of special tiny precision instruments is mercury slip rings. It is precisely because of the characteristics of mercury that there is no wear and tears when the slip ring rotates, and its life is many times longer than ordinary ones. It is very suitable for conductive rotary joints that need to be rotated frequently. Because the rotating part has no complex physical and mechanical structure, the product is more reliable and maintenance-free, with no noise, no noise, high speed, low price, no signal distortion, small contact resistance, and greater current transmission. It is with the above characteristics that the advantages of mercury slip rings make their products very attractive and competitive. Although expensive, it has a place in many fields.
About JARCH's Mercury Slip Ring is a good choice for you!
Generally used in horizontal copper-plated wires, rotating silver-plated wires, rotating stage lights, computer lights, rotating cameras, rotating light boxes, circular screen tube cameras, etc. The mercury slip ring developed by JARCH Electromechanical uses gold- Gold contact, can meet the life of 100 million revolutions, 90° V-groove design, 360 degrees of smooth and unrestricted rotation, low torque, low wear, low air noise, transmission current up to 500A/channel, or higher, Anti-aging and high-temperature resistance, our mercury slip rings can not only transmit a large amount of current, but also have stable transmission and excellent quality, fully meet the needs of this equipment, and are the first choice for purchasing mercury slip rings.
With the development of industrial technology, there are more and more rotating cameras, and the most important part of the rotating camera is the mercury slip ring. The mercury slip ring has a great effect on the entire rotating camera, just like the heart. The demand is very high, but in order to ensure the normal operation of the rotating camera, the quality requirements of this mercury slip ring are very high. The need for mercury slip rings in a rotating camera.
