Membrane Coupling Engineering Drawing
Membrane Coupling Engineering Drawing
Diaphragm Coupling is a kind of high-performance metal Flexible Coupling, which compensates axial and angular displacements by the deformation of elastic diaphragm while transferring torque. It features with compact structure, large transmission torque, long service life, maintenance-free, high temperature resistance, acid and alkali resistance, and corrosion resistance, suitable for shafting transmission in high temperature, high speed and corrosive environment.
Rokee’s RL series Steel Laminae Couplings are independently developed on the basis of high-quality products from Europe and Japan. It has smaller volume, larger torque of the same type, more reasonable proportioning size, large compensation range, light weight and small moment of inertia. Special elastic gasket design is adopted in the hole connection part of bolt and diaphragm group, which greatly reduces the stress concentration in the hole edge part, eliminates the tear loss of diaphragm, and extends the service life. With modular design, the coupling assembly is simple and its maintenance and replacement are quick. The performance far exceeds the national standard JM series products, which are widely used in fan systems, steam turbine units and other important industrial fields.
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![Membrane Coupling Engineering Drawing,RLM Small Single Diaphragm Coupling]()
RLM Small Single Diaphragm Coupling
The RLM standard single section small metal diaphragm coupling is suitable for various industrial process pumps and small torque working situations with a working speed not exceeding 5000rpm, and cannot compensate for radial errors. -
![Membrane Coupling Engineering Drawing,RLMD Small Double Diaphragm Coupling]()
RLMD Small Double Diaphragm Coupling
The RLMD standard double section small metal diaphragm coupling is suitable for various industrial process pumps and small torque working occasions with a working speed not exceeding 5000rpm. -
![Membrane Coupling Engineering Drawing,RLA Standard Single Diaphragm Coupling]()
RLA Standard Single Diaphragm Coupling
The classic design of metal flexible diaphragm couplings is a reliable choice for medium to low speed applications, but cannot compensate for radial deviation. -
![Membrane Coupling Engineering Drawing,RLAD Standard Double Diaphragm Coupling]()
RLAD Standard Double Diaphragm Coupling
The classic design of metal flexible diaphragm couplings is a reliable choice for medium to low speed applications. -
![Membrane Coupling Engineering Drawing,RLAR Single Shaft Sleeve Reverse-mounting Diaphragm Coupling]()
RLAR Single Shaft Sleeve Reverse-mounting Diaphragm Coupling
Single side shaft sleeve reverse installation design, suitable for occasions with limited shaft head distance. -
![Membrane Coupling Engineering Drawing,RLARD Double Shaft Sleeve Reverse-mounting Diaphragm Coupling]()
RLARD Double Shaft Sleeve Reverse-mounting Diaphragm Coupling
The double-sided shaft sleeve reverse installation design is also applicable in situations where the distance from the shaft head is limited or the additional bending moment is smaller. -
![Membrane Coupling Engineering Drawing,RLAF Large & Small Shaft Mounted Diaphragm Coupling]()
RLAF Large & Small Shaft Mounted Diaphragm Coupling
The size difference design of the bilateral shaft sleeve is suitable for situations where the diameter difference between the two ends of the shaft is significant. -
![Membrane Coupling Engineering Drawing,RLAT Super Long Wheelbase Diaphragm Coupling]()
RLAT Super Long Wheelbase Diaphragm Coupling
Adopting an intermediate shaft design, suitable for ultra long shaft spacing power transmission applications. -
![Membrane Coupling Engineering Drawing,RLQA No Flange Quick Installation Metal Diaphragm Coupling]()
RLQA No Flange Quick Installation Metal Diaphragm Coupling
Suitable for various industrial process pumps, fans, and other medium to low speed applications, with a maximum speed generally not exceeding 25000 rpm. It meets the requirements of API610/ISO14691 and is one of the first products for API applications. -
![Membrane Coupling Engineering Drawing,RLQF Flange Type Quick Installation Diaphragm Coupling]()
RLQF Flange Type Quick Installation Diaphragm Coupling
Suitable for drum pressure fans, turbine compressors, and other high speed applications, with a maximum speed of up to 35000rpm. -
![Membrane Coupling Engineering Drawing,RLQU Improved Flange Quick Installation Diaphragm Coupling]()
RLQU Improved Flange Quick Installation Diaphragm Coupling
The improved RLQF has smaller additional bending moments and better performance. Suitable for drum pressure fans, turbine compressors, and other high speed applications. -
![Membrane Coupling Engineering Drawing,RLHD High Speed Diaphragm Coupling]()
RLHD High Speed Diaphragm Coupling
Suitable for higher speed applications, it also adopts a flexible component integrated assembly design, with a maximum speed of up to 42000rpm.
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![Membrane Coupling Engineering Drawing,JMIIJ Diaphragm Coupling]()
JMIIJ Diaphragm Coupling
JMIIJ metal diaphragm coupling is designed with intermediate shaft, suitable for long distance transmission. Besides, the semi-coupling sleeve at both ends have no counterbore. -
![Membrane Coupling Engineering Drawing,JMII Diaphragm Coupling]()
JMII Diaphragm Coupling
JMII metal diaphragm coupling also adopts the single-piece design but has no counterbore, suitable for short distance transmission, with more compact structure. -
![Membrane Coupling Engineering Drawing,JMIJ Diaphragm Coupling]()
JMIJ Diaphragm Coupling
JMIJ metal diaphragm coupling is designed with intermediate shaft, suitable for long distance transmission. Besides, the semi-coupling sleeve at one end has a counterbore, facilitating the fixing of the shaft end. -
![Membrane Coupling Engineering Drawing,JMI Diaphragm Coupling]()
JMI Diaphragm Coupling
JMI metal diaphragm coupling adopts the single-piece design, suitable for short distance transmission. Besides, the semi-coupling sleeve at one end has a counterbore, facilitating the fixing of the shaft end.
« Membrane Coupling Engineering Drawing » Post Date: 2023/11/15
URL: https://www.rokeecoupling.com/en/blog/membrane-coupling-engineering-drawing.html
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