It enables reliable transmission of power, signals and data at temperatures up to 230°C.
This high temperature slip ring uses special high temperature resistant materials and advanced manufacturing processes to ensure that it does not suffer performance degradation, deformation or failure at high temperatures.It has excellent insulation properties and thermal radiation resistance, which can effectively deal with various challenges brought by high temperatures.
230°C high temperature slip rings are widely used in high temperature working scenarios such as aerospace,petrochemical, metallurgy and other equipment, providing key support for its normal operation.
LPT012-0802
The 230°C high temperature slip ring is a high performance product designed specifically for extreme high temperature environments.
It uses special high temperature resistant materials, such as superalloys, ceramics, etc.,
which can maintain stable physical and electrical properties at a high temperature environment lasting 230°C, and is not easy to deformation or aging.
The slip ring has multiple channels that can simultaneously transmit multiple types of signals and power to meet the needs of complex equipment.
The contact part is specially treated to reduce the contact resistance and ensure efficient and stable transmission at high temperatures.
In the structural design, the problems of thermal expansion and thermal stress at high temperature are fully considered, and a reasonable structure and connection method are adopted to enhance the mechanical strength and stability of the slip ring.
In addition, the 230°C high temperature slip ring also has good sealing performance, effectively preventing dust,water vapor and other impurities from entering, further improving its reliability in harsh environments.
After rigorous high-temperature testing and quality inspection, this slip ring can operate reliably
in high temperature environments for long periods of time, providing a stable rotary connection
solution for high temperature applications such as aircraft engine testing, industrial furnace monitoring and other applications
Excellent high temperature resistance: Capable of continuous and stable operation in
extreme high temperature environments of 230°C to ensure the normal operation of the equipment.
Material quality: The use of special high-temperature resistant alloys, ceramics and
other materials to ensure that the structure and performance of the slip ring is not affected by high temperature.
Low resistance and efficient transmission: Low contact resistance, high power and signal transmission efficiency,
reducing energy loss and signal attenuation.
Strong stability: it can still maintain good mechanical and electrical properties at high temperatures,
reducing the probability of failure.
Reliable seal: effectively prevent foreign impurities from entering, protect the internal structure,
extend the service life.
Wide adaptability: suitable for a variety of high-temperature work scenarios,
such as aerospace, industrial manufacturing and other fields.
Good anti-interference ability: it can transmit signals stably in high temperature and
complex electromagnetic environment without interference.
Durable: carefully designed and rigorously tested, it has a long service life and reduces maintenance costs.
Installation and maintenance
Installation: Follow the product manual for installation to ensure that each connection is secure.
Maintenance: Check the connection status of the slip ring regularly, keep it clean, and avoid foreign objects to hinder contact
JINPAT electronic professional slip ring manufacturer
JINPAT has strong technical strength, with more than 10,000 kinds of slip ring scheme drawing database, products sell well all over the world
Aerospace field: such as aircraft engine test equipment, rotating components in satellite communication systems, etc.,
to ensure signal and power transmission in high temperature and complex environments.
Petrochemical industry: For high temperature reactor monitoring equipment,
oil drilling platform rotation control components, adapt to harsh high temperature working conditions.
Iron and steel metallurgy: for example, the monitoring device of the steel furnace, the rotary connection part
of the high temperature rolling equipment, to ensure stable operation in the high temperature environment.
Automotive manufacturing: engine test benches, rotating sensors in turbocharging systems, etc.,
withstand high temperatures and enable reliable data transmission.
Glass manufacturing: Monitoring and control equipment for high temperature furnaces,
ensuring power and signal connections in high temperature environments.
Scientific experiments: Rotating components in some high-temperature experimental
equipment provide stable data support for experiments.
Nuclear energy industry: Related rotary monitoring equipment in nuclear reactors
to meet the requirements of use in high temperature and radiation environments.