Neodymium Magnet for Motor Use

  • Model NO.: Motor Magnet Series
  • Shape: Customized
  • Grade: N35
  • Composition: Neodymium Iron Boron
  • Grades: All NdFeB Grades
  • Trademark: Hailong
  • Specification: Customized
  • HS Code: 8505110000
  • Application: Electronic Products, Speaker Magnet, Industrial Magnet, Motor Magnet, Generator Magnet
  • Coating: Nickel
  • Working Tepmerature: 80-220 Degree Centigrade
  • Shapes: Customized Like Arc, Disc, Block, Ring, etc.
  • Plating: Nickel , Zinc, Copper, Tin, Sliver, etc.
  • Transport Package: Plastic Bag+Paper Carton+Wooden Pallet
  • Origin: Jiangsu, China
Part A: Product Description
Permanent NdFeB MAGNET
Neodymium Magnet for Motor Use
Neodymium Magnet for Motor Use

Neodymium-Iron-Boron Magnet
Material:  Neodymium Iron Boron (NdFeB) Magnet , Permanent Magnet
Supplier:  Nantong Hailong Magnetic Material Co., Ltd.
HS Code:  8505111000
Advantage:  Strong magnet power, Small Size for installation, High precision, Cheap price
Disadvantage:  Low Curie Temperature, Low Corrosion Resistance
Plating Protection:  Nickel , Zinc, Copper, Tin, Sliver, Gold and so on
size:  Depends on the detail dimension requirements of the customer
Shape:  Round, Block, Ring, Arc, and Other Special Shapes
Grade:  N35-N52, N35M-N52M, N30H-N50H, N30SH-N45SH, N28UH- 42UH, N28EH-N38EH
Certification:  ISO 9001: 2008, ROHS, SGS
Magnet Life:  Permanent under good condition


Part B; Production Progress & Demagnetizing Curve
Neodymium Magnet for Motor Use


Part C: Material Grade
Grade Remanence Coercive Force Magnetic Energy Working Temp
Br min Hcb min Hcj min BH max Max
KG T KOe KA/m KOe KA/m MGOe KJ/m3 ºC
N35 11.8 1.18 10.8 860 12 960 33~37 263~295 80
N38 12.3 1.23 10.8 860 12 960 36~39 287~310 80
N40 12.7 1.27 10.8 860 12 960 38~41 302~327 80
N42 13.0 1.30 10.8 860 12 960 40~43 320~343 80
N45 13.3 1.33 10.8 860 12 960 42~46 335~366 80
N48 13.7 1.37 10.5 836 11 876 46~49 366~390 80
N50 14.0 1.40 10.5 836 11 876 48~51 380~406 80
N52 14.3 1.43 10.5 836 11 876 49~53 390~422 80
 
N35M 11.8 1.18 10.8 860 14 1114 33~37 263~295 100
N38M 12.3 1.23 11.6 915 14 1114 36~39 287~310 100
N40M 12.7 1.27 11.8 939 14 1114 38~41 302~327 100
N42M 13.0 1.30 12.0 955 14 1114 40~43 320~343 100
N45M 13.3 1.33 12.5 994 14 1114 42~46 335~366 100
N48M 13.6 1.36 12.8 1018 14 1114 46~49 366~390 100
N50M 14.0 1.40 13.1 1042 14 1114 48~51 380~406 100
 
N30H 10.8 1.08 10.0 795 17 1350 28~35 223~255 120
N33H 11.4 1.14 10.6 844 17 1350 31~35 247~279 120
N35H 11.8 1.18 11.0 876 17 1350 33~37 263~295 120
N38H 12.3 1.23 11.6 915 17 1350 36~39 287~310 120
N40H 12.7 1.27 11.8 939 17 1350 38~41 302~327 120
N42H 13.0 1.30 12.0 955 17 1350 40~43 320~343 120
N45H 13.3 1.33 12.5 994 17 1350 42~46 335~366 120
N48H 13.6 1.36 12.8 1018 17 1350 46~49 366~390 120
N50H 14.0 1.40 13.1 1042 17 1350 48~51 380~406 120
 
N30SH 10.8 10.80 10.0 795 20 1600 28~32 223~255 150
N33SH 11.4 1.14 10.6 844 20 1600 31~35 247~279 150
N35SH 11.8 1.18 11.0 876 20 1600 33~37 263~295 150
N38SH 12.3 1.23 11.6 915 20 1600 36~39 287~310 150
N40SH 12.7 1.27 11.8 939 20 1600 38~41 302~327 150
N42SH 13.0 1.30 12.0 955 20 1600 40~43 320~343 150
N45SH 13.3 1.33 12.5 994 20 1600 42~46 335~366 150
 
N28UH 10.4 1.04 9.5 756 25 2000 26~29 207~231 180
N30UH 10.8 1.08 10.0 795 25 2000Accelerometer Sensor

Accelerometer Sensor are widely used to monitor vibration in aerospace, automotive and manufacturing applications. Mechanical engineers often use them to diagnose problems with rotating equipment or assess the stability of structures that are subject to periodic stresses (such as monitoring the vibrations caused by trains/trucks crossing bridges, etc.) They are also often used in monitoring for condition-based maintenance, allowing engineers to examine the vibrations produced by a piece of equipment to assess its health, and monitoring the stresses sensitive equipment undergoes during transportation.

The most common method of acquiring vibration data involves connecting Accelerometer vibration sensor and configuring them into a data acquisition system that can deliver high-resolution (24-bit) vibration data at very high sample rates. Modern data acquisition systems can plot, log, filter, and analyze vibration data in real time, and allow using a variety of accelerometer types.

Accelerometer Sensor, Accelerometer vibration sensor, Acceleration sensor, MEMS vibration sensor,Triaxial Accelerometer Sensor, Triaxial Accelerometer

Xi'an Gavin Electronic Technology Co., Ltd , https://www.gamicos-meas.com

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