Working Temperature 250ºC Alternator Motor Ferrite Magnets

/Working Temperature 250ºC Alternator Motor Ferrite Magnets
  • Working Temperature 250ºC Alternator Motor Ferrite Magnets
Primary Competitive Advantages:
  • We are A Professional Permanent Magnets & Magnetic Assemblies Company Operating Since 2004
  • All Magnetic Grade for Sintered & Bonded Magnets
  • Our Quality Guaranteed
  • We Ship Worldwide
  • Small Orders Accepted
  • OEM Design Approvals
  • All Payment Accepted
  • Working Temperature 250ºC Alternator Motor Ferrite Magnets, Low Energy Segment Alternator Motor Ferrite Magnets Y25, Segment Ferrite Magnet for Rotor Motor, Uncoated Anisotropic Ferrite Permanent Magnets, Ceramic Tile Magnets for Starter Motor

    Working Temperature 250ºC Alternator Motor Ferrite Magnets Features
    1) Material: SrO OR BaO and Fe2o3
    2) Grade:Y10T,Y20,Y25,Y30,Y30BH,Y35,C1,C5,C8,C8B,C9,C10,C11 and so on.
    3) Shape: arc,tile, segment, ring,block,disc,bar and so on;
    4) Size: according to customers’ request;
    5) According to customer’s request .We can supply different size magnetic hook.
    6) Good quality with competitive price and best delivery date.
    7) Application: sensors,motors, rotors, wind turbines,wind generators, loudspeakers,magnetic holder, filters automobiles and so on.
    8) Certificate: ISO9001:2000, SGS test report
    Applications:
    Widely used in many fields, such as Dc motors, Louderspeaks, Magnetic Separators, Automotive Sensors, Educations, etc.
    Format:Any other dimensions can be supplied to order. The product is uncoated.
    Maximum working temperature:250ºC
    If higher working temperatures are required, contact our sales staff.

    we manufacture motor magnets including sintered & bonded neodymium magnets , ferrite & ceramic magnets, alnico magnets, samarium cobalt magnets (smco) which can be used as rotor or stator in different permanent magnet motors such as electric motors, PM motors, AC motors, DC motors, Linear motors, Stepping motors, Brushless motors etc. Ferrite Arc Starter Motor Magnet

    Shapes and magnetization orientations of motor magnets: Ring shapes and arc segments magnetized through diameter are most common for motor magnets. According to specific demands and drawings from customers, we can supply a variety shape of motor magnets including block, disc, wedge and heteromorphic shapes.

    Alternator Motor Ferrite Tile Segment Magnets

    Alternator Motor Ferrite Tile Segment Magnets

    Magnetic Properties

    Grade

    Residual

    Coercive Force

    Intrinsic Coercive Force

    Max Energy Products

    Operating

    Density

    Flux Density Br

    Hcb

    Hcj

    (BH) max

    Temperature

    D

    Gs (mT)

    Oe (kA/m)

    Oe (kA/m)

    MGOe (kJ/m3)

    ÆC

    g/cm3

    Y10T

    >=2000 (>=200)

    1600~2000 (128~160)

    2889~3391 (230-270)

    0.8~1.2 (6.4~9.6)

    <=250

    4.5~4.9

    Y20

    3200~3800 (320~380)

    1600~2400 (128~192)

    1884~3014 (150~240)

    2.3~2.7 (18.3~21.5)

    <=250

    4.5~4.9

    Y25

    3500~3900 (350~390)

    1900~2600 (152~208)

    2072~3140 (165~250)

    2.8~3.2 (22.3~25.5)

    <=250

    4.5~4.9

    Y30

    3800~4200 (380~420)

    2000~2700 (160~216)

    2072~3140 (165~250)

    3.3~3.7 (26.3~29.5)

    <=250

    4.6~5.1

    Y35

    4000~4400 (400~440)

    2200~2800 (176~224)

    2512~2889 (200~230)

    3.8~4.3 (30.3~33.4)

    <=250

    4.7~5.1

    Y30BH

    3800~4000 (380~400)

    2800~3000 (224~240)

    3077~3391 (245~270)

    3.4~3.8 (27.1~30.3)

    <=250

    4.6~5.1

    Alternator Motor Portfolio Product Features
    High power Density and Compact length
    Designed and proven reliability for 150,000 miles
    Optimized voltage control for improved battery life
    Low noise under operating condition
    Higher power to weight ratio in each category- RC21,RC28,RC35.
    Key features
    Improved heat dissipation by Dual internal cooling fans
    Enclosed slip rings
    High corrosion resistance E-coated rectifier & stator
    Flexible Stator winding configuration to meet the customer power requirements.
    High slot fill factor
    Optimized electrical grade of lamination
    Optimized copper and Iron area
    Efficient Airflow and NVH performance
    Ultrasonic welding for extended durability
    Thin core lamination for low eddy current loss
    Reduced basket height for lower Inductance and I2 R losses.

    error: Content is protected !!