Pot magnet Ø 20 mm, countersunk hole 4.5 mm | 11 kg hold. Neodymium
Pot magnet Ø 20 mm, countersunk hole 4.5 mm | 11 kg hold. Neodymium
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Pot magnet Ø 20 mm, countersunk hole 4.5 mm | 11 kg hold. Neodymium
Pot magnet Ø 20 mm, countersunk hole 4.5 mm | 11 kg hold. Neodymium

Pot magnet Ø 20 mm, countersunk hole 4.5 mm | 11 kg hold. Neodymium

Article number: SAV 240.38-MH38-220
€3.27
  • Diameter (D): 20 mm
  • Height (H): 6 mm
  • Countersunk hole (d1): 4.5 mm (d2: 9 mm)
  • Holding force: 10.5 kg (approx. 105 N)
  • Max. operating temp.: 80 °C
  • Tolerance: +0.1 / -0.1 mm

Powerful industrial Neodymium pot magnet with a central through-countersunk borehole. Specifically engineered for heavy-duty mechanical mounting using a flush M4 countersunk screw. The steel housing shields the core and maximizes effective holding power.

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Technical specifications

Feature Specification
Diameter (D) 20 mm
Height (H) 6 mm
Hole diameter (d1) 4.5 mm
Countersunk diameter (d2) 9 mm
Holding force 10.50 kg
Max. operating temperature 80 °C
Weight 13 g

Product description & Industrial integration

This heavy-duty Neodymium pot magnet with a through-countersunk borehole delivers a powerful holding force of 10.5 kg. Featuring an outer diameter of 20 mm and a sturdy height of 6 mm, this magnetic system is perfectly engineered for demanding industrial applications in mechanical engineering, shopfitting, and mold-making setups.

Guaranteed fit for series production:
Dimensional accuracy is key to ensuring a hassle-free assembly within your CNC-controlled manufacturing processes. These mounting magnets are supplied with a strict tolerance of +0.1 / -0.1 mm on both diameter and height, guaranteeing a precise fit inside your pre-programmed recesses.

Assembly advice:
The magnet can be secured mechanically with excellent stability using a standard M4 countersunk screw (DIN 7991). Thanks to the generous 9 mm countersink, the screw head sits fully flush within the assembly. The zinc-plated steel shroud effectively protects the high-grade NdFeB magnetic core from mechanical impacts.

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