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D0.75×1.50mm N45SH Thin NdFeB Axial Magnet

/D0.75×1.50mm N45SH Thin NdFeB Axial Magnet
  • D0.75x1.50mm N45SH Thin NdFeB Axial Magnet

D0.75×1.50mm N45SH Thin NdFeB Axial Magnet for linear position sensor, Axial Thin NdFeB Rod Magnet, Super Strong Cylindrical Neo Mirco Magnet

Axial Magnet Part No.: HSND-00.751.5-45SH
Magnetisation Grade: N45SH
Material: Sintered Neodymium-Iron-Boron (Rare Earth NdFeB)
Plating / Coating: Nickel (Ni-Cu-Ni)
Magnet Shape: Rod, Cylinder, Cylindrical
Magnet Size: D0.75 x 1.50 mm
Magnetisation Direction: Diametral / Diametrical
Residual Magnetic Flux Density (Br): 1320-1380 mT (13.2-13.8 kGs)
Energy Density (BH)max: 342-366 KJ/m³ (43-46 MGOe)
Coercivity Force (Hcb): ≥ 1003 kA/m ( ≥ 12.6 kOe)
Intrinsic Coercivity Force (Hcj): ≥ 1592 kA/m ( ≥ 20 kOe)
Maximum Operation Temperature: 150 °C
Tolerance: ±0.05 mm

Dimensions in millimeters
Surface finish: 1.6μm

Magnet used FOR rotary position sensor, magnets are available ex-warehouse.

Most disc magnets have their north and south pole on the flat circular surface (axial magnetization). The few exceptions, which are diametrically magnetized, are specifically marked.

The combination neodymium-iron-boron is currently the strongest available magnet material worldwide. Even with small areas the neodymium disc magnets achieve remarkable holding power, which makes them very versatile. In our shop you can find tiny, millimetre-flat magnets as well as thick discs with a diameter of several centimetres.
Compact & strong
High adhesive force on small area
All-rounder among neodymium magnets

More
  • Customized is Available
  • Affordable price
  • Quality guaranteed
  • T/T or L/C accepted
  • Other payment accepted
  • Fast shipping, Worldwide delivery
  • 24-Hours excellent customer service
  • Offer free magnetic solution
  • Bulk discounts for larger orders

Product Range

Imperial

The Thin NdFeB Magnet is an axial magnet used with the linear magnetic position sensor, in order to measure small linear displacements. The magnet is mounted on the top of the sensor. The typical arrangement is shown in Figure 1. Material: NdFeB sintered magnet, Ni-coated

Figure 1:

Linear Position Sensor + Neo Rod Magnet

Linear Position Sensor + Neo Rod Magnet

In order to keep the best resolution of the system, it is recommended to adapt the sensitivity as close as the Bmax of the magnet, with Bmax < Sensitivity to avoid the saturation of the output value.

If a magnet holder is used, this one ferromagnetic in order to keep the maximum magnetic field strength and maximum linearity. Materials as brass, copper, aluminium, stainless steel are the best choices to make this part.

D0.75x1.50mm-Thin-NdFeB-Axial-Cylinder-Magnet-N45SH

D0.75×1.50mm-Thin-NdFeB-Axial-Cylinder-Magnet-N45SH

Metrics
D0.75x1.50mm N45SH Thin NdFeB Axial Magnet Drawing

D0.75×1.50mm N45SH Thin NdFeB Axial Magnet Drawing

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