• ATOPWinding Technology and Flexible Manufacturing

    ATOP is a leading manufacturer of machines to wind and assemble brushless stators universal rotors and stators and induction motors. The Know-How and innovation developed in over 40 years experience on the worldwide markets allow ATOP to offer innovative technology solutions to produce electric motors for Appliances.

  • KYNESISCOMEC

    High-tech dispersing Born to increase efficiency and fastness when making a powder slurry our revolutionary high speed dispersing technology works according to the rotor-stator-principle. The continuous in-line dispersion thanks to its combined effect of different particle reduction achieved a high shear gradient and a very fine distribution

  • Why are induction motors not run at high frequency All

    Oct 05 2013 · As frequency increases induced emf and hence current and torque in the rotor coil increase for a given input current to the stator coil. The point is that we can operate such motors at very high frequency like 10 kHz at low input currents like 100 mA thereby reducing the power consumption of the motor but at the same output torque.

  • In-Process Progressive Cavity Pump Rotor Inspection

    The effect was high volumetric efficiencies with fluids of high and low viscosities as well as abrasion resistance superior to all other positive displacement pumps.The displacement of a progressive cavity pump depends on three design features (Rotor diameter Rotor eccentricity Stator pitch).

  • Rotor Sizean overview ScienceDirect Topics

    The rotor thermal mass also contributes to the temperatures reached under other test and usage conditions which are considered in Chapter 7.. Step 2.3 Confirm the Brake Factor (or ηC∗). In Chapter 5 the brake factor was defined for disc and drum brakes based on the ratio of the total frictional force generated by the brake at the effective radius to the actuation force.

  • About UsRotors and StatorsRotors N Stators

    History of Rotors and Stators. Rotors N Stators have been in service for more than four years. Established in 1996 the company was as soon as a motor rewind store. In between 1996 the team established the now successful rotor rebarring procedure.

  • TurbofanWikipedia

    The turbofan or fanjet is a type of airbreathing jet engine that is widely used in aircraft propulsion.The word "turbofan" is a portmanteau of "turbine" and "fan" the turbo portion refers to a gas turbine engine which achieves mechanical energy from combustion and the fan a ducted fan that uses the mechanical energy from the gas turbine to accelerate air rearwards.

  • ATOPWinding Technology and Flexible Manufacturing

    ATOP is a leading manufacturer of machines to wind and assemble brushless stators universal rotors and stators and induction motors. The Know-How and innovation developed in over 40 years experience on the worldwide markets allow ATOP to offer innovative technology solutions to produce electric motors for Appliances.

  • Generator Stator Rotor Manufacturer Power Generation

    EthosEnergy produces new complete high-power generators as well as large stators and rotors with rated power from 200 MW up to 600 MW with various cooling systems

  • (PDF) Manufacturing Methods of Stator Cores with

    PM motor with needle-wound coils in figure 1 and 5 in order to minimize its manufacturing cost. 3D finite element method 3.2 Manually-wound coils (FEM) simulations are performed to compare the performance of the motors with laminated and SMC stators. A high slot fill factor can be achieved with any core geometry Both motors have identical rotors.

  • ATOPWinding Technology and Flexible Manufacturing

    High speed flyer winding to reach maximum productivity. Universal stator winding with high speed needle technology. Fully programmable termination system to carry out complex universal stator coil interpolations and wire-lead cuts in short time and limited space without waste of wire. High speed and precision insulator formation and placement.

  • StatorsRoto Pumps

    Material Options for Stator. Natural. Nitrile. High Nitrile. EPDM. Chloro-Sulphonated Rubber. Food Grade White Nitrile. HNBR. Fluoro Elastomer. Food Grade White Fluoro Elastomer AFLAS. Tubing can be in Mild Steel SS 04 SS 316.

  • Productive froth flotation technology FL

    The rotor-stator/disperser combinations in our redesigned forced-air (nextSTEP™) and self-aspirated (WEMCO) flotation machines provide longer lifespan. In addition using patented bypass equipment our flotation mechanisms can be serviced or removed for maintenance without process interruption.

  • Ultra High Shear Mixing Technology

    The daily challenge in high-shear rotor/stator (HSM) mixing is to reach the target droplet or particle size and achieve a satisfactory particle-size distribution in the most cost-effective manner. This requires a careful balance of rotor/stator design cycle time at a required batch

  • ElectricalEnergy Emerging Motor Technologies

    Commercial high-temperature rotor casting machines were non-existent. To develop this new technology we worked with the Copper Development Association (CDA) to design the rotor and even more importantto design and develop the complicated rotor casting process."

  • Technical Information

    Technical Information. Technical Information. IKA Works is the world leader in the design and manufacture of high shear mixers and systems. IKA produces a full range of mixers from laboratory to production scale.Our high shear mixers feature our proven rotor- stator designs that are used in thousands of chemical food pharmaceutical and cosmetic companies.

  • Productive froth flotation technology FL

    The rotor-stator/disperser combinations in our redesigned forced-air (nextSTEP™) and self-aspirated (WEMCO) flotation machines provide longer lifespan. In addition using patented bypass equipment our flotation mechanisms can be serviced or removed for maintenance without process interruption.

  • Difference Between Alternator and Electrical Technology

    The rotating part or rotor is the magnetic field. The rotating part or rotor is the armature. The stationary part or stator is the armature. The stationary part or stator is the surrounding magnetic field. The generated output current is taken from the stator. The generated output current is taken from the rotor.

  • Difference Between Alternator and Electrical Technology

    The rotating part or rotor is the magnetic field. The rotating part or rotor is the armature. The stationary part or stator is the armature. The stationary part or stator is the surrounding magnetic field. The generated output current is taken from the stator. The generated output current is taken from the rotor.

  • SCT Smart Conveying TechnologySEEPEX

    Smart Conveying Technology (SCT) means quick maintenance significantly reduced life cycle costs and the shortest maintenance downtime. The design of SCT enables the rotor/stator sealing line to be adjusted to suit the application and compensate for wear leading to more than double the lifetime of the rotor and stator.

  • Rotor Sizean overview ScienceDirect Topics

    The rotor thermal mass also contributes to the temperatures reached under other test and usage conditions which are considered in Chapter 7.. Step 2.3 Confirm the Brake Factor (or ηC∗). In Chapter 5 the brake factor was defined for disc and drum brakes based on the ratio of the total frictional force generated by the brake at the effective radius to the actuation force.

  • High Shear Mixers Mixer Manufacturer Quadro Liquids

    High Shear Mixer Products Engineered to Deliver. Our product line consists of high shear homogenizer wet mills inline powder dispersers inline continuous processers inline emulsifier mixers and in-tank mixers.. Inline Powder Disperser. Quadro Ytron® ZCHigh shear single-pass disperser designed for the most difficult-to-wet powders thickening agents and rheology modifiers.

  • Motor technologies for higher efficiency in applications

    Technology The motor operates on the basis of the Lorentz force which causes electrically charged particles to move in a magnetic fi eld. Magnetic interaction which leads to rotary motion arises from the magnetic fi elds generated in the stator (the stationary part of the motor) and the rotor (the moving part). The stator winding is made from

  • Improving flotation efficiencyFL

    The patented rotor/stator makes energy dissipation more uniform which results in a higher probability of bubble to particle contact during the flotation process. This dramatically improves your attachment rates. Increased wear life . It is possible to retrofit the nextSTEP™ rotor/stator into existing flotation cells up

  • Innovative electric motors sport axial designs

    The motor uses a stator disc carrying windings that is sandwiched between two rotor discs carrying magnets. There are small air gaps between the stator and two rotors. The stator has a special design that is termed yokeless because it includes iron teeth carrying windings but without using an outer iron section to hold the teeth.

  • ROTOR STATORSchold Manufacturing

    Our Variable-Speed Rotor Stator was designed for high-speed dispersing mixing size reduction and deagglomerating at significant process savings. Requiring liquid in the batch at all times the rotor stator creates mechanical shear by continuously drawing product components into the rotor and expelling them radially through the precision milled openings in the stator. The rotor stator

  • About UsRotors and StatorsRotors N Stators

    History of Rotors and Stators. Rotors N Stators have been in service for more than four years. Established in 1996 the company was as soon as a motor rewind store. In between 1996 the team established the now successful rotor rebarring procedure.

  • Electrical Engine Motor Wrecker And Waste Rotor Stator

    It is specially designed for recycling the motor stator to get the copper. Kinds of motor from washing machine pump fans and machines. Motor stator consists of three parts the stand and installed within the frame of the cylindrical core and the copper wire winding.Waste motor stator cutting and dismantling machine is forcible entry of special equipment for motor stator the equipment adopts

  • Ultra High Shear Mixing Technology

    The daily challenge in high-shear rotor/stator (HSM) mixing is to reach the target droplet or particle size and achieve a satisfactory particle-size distribution in the most cost-effective manner. This requires a careful balance of rotor/stator design cycle time at a required batch

  • High Shear Mixers Mixer Manufacturer Quadro Liquids

    High Shear Mixer Products Engineered to Deliver. Our product line consists of high shear homogenizer wet mills inline powder dispersers inline continuous processers inline emulsifier mixers and in-tank mixers.. Inline Powder Disperser. Quadro Ytron® ZCHigh shear single-pass disperser designed for the most difficult-to-wet powders thickening agents and rheology modifiers.

  • MOTOR TECHNOLOGY Saving energyTMEIC

    Stator R ot r Slip Rings 3-Phase stator connections 3-Phase rotor connections to ex tr nal si c Figure 1 wound rotor induction motor Starting duty rated Utility Interface Transformer WRIM Wound Rotor Utility Su ply PWM Rotor Converter PWM Source Converter TMdrive-10SPR Three-phase Motor Stator Power Flow at normal speeds Rheostat Bru she and

  • MOTOR TECHNOLOGY Saving energyTMEIC

    Stator R ot r Slip Rings 3-Phase stator connections 3-Phase rotor connections to ex tr nal si c Figure 1 wound rotor induction motor Starting duty rated Utility Interface Transformer WRIM Wound Rotor Utility Su ply PWM Rotor Converter PWM Source Converter TMdrive-10SPR Three-phase Motor Stator Power Flow at normal speeds Rheostat Bru she and

  • ATOPWinding Technology and Flexible Manufacturing

    ATOP is a leading manufacturer of machines to wind and assemble brushless stators universal rotors and stators and induction motors. The Know-How and innovation developed in over 40 years experience on the worldwide markets allow ATOP to offer innovative technology solutions to produce electric motors for Appliances.

  • water pump rotordefinitionEnglish

    A combination pump comprising a water pump having a rotor including a stationary shaft a stator and an. isolation jacket an oil pump having a rotor that surrounds the isolation jacket of the water pump an eccentric shaft attached to the rotor a rotary pump in communication with the eccentric shall so that as the eccentric rotates the rotary pump is rotated and pumps a fluid wherein

  • Treatment of wastewater containing o-phenylenediamine by

    This work employed a novel rotor-stator reactor (RSR) to intensify the degradation process of o-phenylenediamine (o-PDA) by ozone. The effects of different operating parameters including initial pH temperature rotation speed liquid volumetric flow rate and inlet ozone concentration on the removal efficiency of o-PDA were investigated in an attempt to establish the optimum conditions.

  • HuanchuangXiamenTechnology Co. LtdXiamen Fujian

    Huanchuang(Xiamen) Technology Co . Ltd is a High tech enterprise which is specializing in manufacturing shredding equipment for various solid waste and relevant solid waste recycling solutions. Our products already had been exported to more than 20 countries in the world.

  • Protecting Progressive Cavity Pumps in Treatment Plant

    The tight tolerances between rotor and stator provide some superior operational benefits but also introduce weaknesses when dealing with wastewater sludge. The sludge challenge Wastewater sludge is a high-viscosity solids-enriched fluid that often contains pump-clogging matter such

  • ElectricalEnergy Emerging Motor Technologies

    Commercial high-temperature rotor casting machines were non-existent. To develop this new technology we worked with the Copper Development Association (CDA) to design the rotor and even more importantto design and develop the complicated rotor casting process."

  • (PDF) Manufacturing Methods of Stator Cores with

    PM motor with needle-wound coils in figure 1 and 5 in order to minimize its manufacturing cost. 3D finite element method 3.2 Manually-wound coils (FEM) simulations are performed to compare the performance of the motors with laminated and SMC stators. A high slot fill factor can be achieved with any core geometry Both motors have identical rotors.