GAT coiler centrifuge high-pressure high-speed rotary joint

M80EX2-0 rotary joint is a high-performance fluid transmission component designed specifically for high load conditions in the industrial field. It is mainly used in equipment such as coilers, centrifuges, wind turbines, and hydraulic workstations. This model belongs to the classic high-pressure and high-speed structure of the Rotostat series of the German GAT (now part of the Moog GAT brand system), aimed at solving the problem of stable transmission of media (hydraulic oil, coolant, compressed air, etc.) in extreme speed and high-pressure environments

Place of Origin: China
Customized processing: Yes
Whether to import: No
Material: Stainless steel, aluminum alloy
Speed: 3000r/min
Temperature range: -30~+80 ℃
Pressure: 30Mpa
Working medium: Fluid media such as hydraulic oil and air
The M-series rotary joint is a type of rotary joint that has multiple channels and can continuously provide multiple media to low-speed and high-pressure rotating equipment. It serves equipment such as machining center rotary workbenches, rotary platforms, coilers, converters, large bag rotary workbenches, hydraulic machinery, and multi-channel high-pressure controllers.
Product Features:
Supported by two wide and precise bearings, the operation is smooth and the bearings do not require maintenance for life;
Imported specialized seals to ensure longevity and longevity;
The stainless steel shaft core has undergone special treatment to ensure sufficient wear resistance;
The shell can be made of aluminum alloy, stainless steel, or brass;
Unique drainage hole reflux design to prevent leakage to the external environment;
Customized specialized products can be made according to customer working conditions;
Important note:
1. The technical parameter data is a large value and cannot be used simultaneously;
The working speed is inversely proportional to the working pressure and is related to the lubrication ability of the sealing medium, the heat dissipation of the sealing components, and other working conditions;
2. Internal channels may leak into each other, and attention should be paid to the compatibility of different fluids to prevent cross contamination;
3. The working fluid and pressure medium should be filtered before use, and the filtration accuracy should not be low
4. Provided drainage holes to collect leaked oil under normal conditions.