+7 (812) 645-08-06
Other couplings
select brand
Magnetic coupling
Permanent magnetic couplings for applications transmitting mechanical power between hermetically separate zones preventing fluid or gas leakage from one area to another. A typical example would be fluid transfer pump applications. In these applications the fluid must not come into contact with the external environment.
The magnetic coupling works by...
The magnetic coupling works by...
Magnetic coupling
Permanent magnetic couplings for applications transmitting mechanical power between hermetically separate zones preventing fluid or gas leakage from one area to another. A typical example would be fluid transfer pump applications. In these applications the fluid must not come into contact with the external environment.
The magnetic coupling works by...
The magnetic coupling works by...
Magnetic coupling - HLV series
The HLV series from Ringfeder offers versatile mounting options in a slim unit....
Magnetic coupling - HLV series
The HLV series from Ringfeder offers versatile mounting options in a slim unit. This magnetic hysteresis coupling is engineered with a user friendly torque level scale that is easily configured. This unit may also be supplied as stainless steel units, and may be used in bottle capping and packaging service systems.
Magnetic coupling - HSV series
The HSV series is manufactured by Gerwah, and is a magnetic hysteresis coupling which...
Magnetic coupling - HSV series
The HSV series is manufactured by Gerwah, and is a magnetic hysteresis coupling which has a rigid construction, and is highly appropriate for use in bottle capping machines as well as in roll-up and unroll systems, and in test engineering. It has an outer diameter of 73 to 105 mm, which has a total length of coupling ranging from 70 to 85 mm.
Magnetic coupling - HKD series
The permanent magnetic hysteresis of the HKD series comprises of two different unsupported...
Magnetic coupling - HKD series
The permanent magnetic hysteresis of the HKD series comprises of two different unsupported halves. With the help of clamping hubs, the coupling is made to connect with the shaft. The torque gets transmitted in a sliding manner which reduces downtime to a minimum. Its application is highly flexible and the torque can be adjusted with a rotor submergence.
Magnetic coupling - MKD series
The MKD series, manufactured by Ringfeder, is a permanent magnetic synchronous coupling that is composed...
Magnetic coupling - MKD series
The MKD series, manufactured by Ringfeder, is a permanent magnetic synchronous coupling that is composed of two separate halves which have to be supported by the customer and are then telescoped. It is fitted with hysteresis material in place of the permanent magnets. This hysteresis material has a similar effect to the permanent magnets but the polarity can be reversed with little energy input.
Magnetic coupling - MK/SV series
The MK/SV, manufactured by Ringfeder, is a synchronous coupling that features a constant rated torque...
Magnetic coupling - MK/SV series
The MK/SV, manufactured by Ringfeder, is a synchronous coupling that features a constant rated torque level even at frequent overload cycles. The coupling is connected with the shaft by clamping sets. It also is fitted instead of the permanent magnets with hysteresis. This hysteresis effect is similar to the permanent magnet which can reverse the polarity with low energy consumption.
Magnetic coupling - max. 45 bar, max. 250 °C | NMB series
Features
The NMB series is used successful in many applications worldwide. The can is made from PTFE-seal insulated rings and a slotted outer can, what reduces EC-losses to a minimum. They are designed for increased safety and energy savings. Thus they can handle large motor torques,...
The NMB series is used successful in many applications worldwide. The can is made from PTFE-seal insulated rings and a slotted outer can, what reduces EC-losses to a minimum. They are designed for increased safety and energy savings. Thus they can handle large motor torques,...
Magnetic coupling - max. 45 bar, max. 250 °C | NMB series
Features
The NMB series is used successful in many applications worldwide. The can is made from PTFE-seal insulated rings and a slotted outer can, what reduces EC-losses to a minimum. They are designed for increased safety and energy savings. Thus they can handle large motor torques,...
The NMB series is used successful in many applications worldwide. The can is made from PTFE-seal insulated rings and a slotted outer can, what reduces EC-losses to a minimum. They are designed for increased safety and energy savings. Thus they can handle large motor torques,...
Magnetic coupling - 150 °C, max. 330 Nm | SMAK series
eatures
Magnetic couplings of the SMAK series are used to transfer torque into mixers and agitators. Top drive, bottom drive or lateral drive. Dangerous or precious media remain isolated in the closed vessel.
Advantages
...
Magnetic couplings of the SMAK series are used to transfer torque into mixers and agitators. Top drive, bottom drive or lateral drive. Dangerous or precious media remain isolated in the closed vessel.
Advantages
...
Magnetic coupling - 150 °C, max. 330 Nm | SMAK series
eatures
Magnetic couplings of the SMAK series are used to transfer torque into mixers and agitators. Top drive, bottom drive or lateral drive. Dangerous or precious media remain isolated in the closed vessel.
Advantages
Magnetic coupling for mixers and agitators
Hermetically sealed
Sterile design
Encapsulated magnets and electro-polished surfaces when in contact with the product
No contamination by buffer media
No contact of torque transmitting elements
No maintenance necessary
Sliding bearing for bottom drives included
Speed monitoring optional
Weld-in or screw-in flanges available
Recommended applications
Chemical industry
Pharmaceutical industry
Food processing industry
Agitators
Mixers
Magnetic couplings of the SMAK series are used to transfer torque into mixers and agitators. Top drive, bottom drive or lateral drive. Dangerous or precious media remain isolated in the closed vessel.
Advantages
Magnetic coupling for mixers and agitators
Hermetically sealed
Sterile design
Encapsulated magnets and electro-polished surfaces when in contact with the product
No contamination by buffer media
No contact of torque transmitting elements
No maintenance necessary
Sliding bearing for bottom drives included
Speed monitoring optional
Weld-in or screw-in flanges available
Recommended applications
Chemical industry
Pharmaceutical industry
Food processing industry
Agitators
Mixers
Magnetic coupling - max. 25 bar, max. 462 Nm | MAK66 series
Features
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remains isolated in the closed system circuit.
Advantages
Magnetic...
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remains isolated in the closed system circuit.
Advantages
Magnetic...
Magnetic coupling - max. 25 bar, max. 462 Nm | MAK66 series
Features
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remains isolated in the closed system circuit.
Advantages
Magnetic...
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remains isolated in the closed system circuit.
Advantages
Magnetic...
Magnetic coupling - max. 40 bar, max. 434 Nm | MAK685 series
Features
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remain isolated in the closed system circuit....
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remain isolated in the closed system circuit....
Magnetic coupling - max. 40 bar, max. 434 Nm | MAK685 series
Features
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remain isolated in the closed system circuit....
Magnetic couplings (MAK) are a hermetic sealing solution for pumps and agitators. Dangerous or precious media remain isolated in the closed system circuit....