Ring magnet Ø 60/6 mm, height 30 mm, holds approx. 120 kg

Neodymium, N45, nickel-plated

Item number	R-60-06-30-N
Strength	approx. 120 kg
Displacement force	approx. 25 kg
Unit of Sale	1 piece

Similar products
Examples of use
Data sheet

Price and rebate
	1 pc.	102,36 EUR ea.
from	3 pcs.	94,07 EUR ea.
from	10 pcs.	86,66 EUR ea.
from	20 pcs.	83,06 EUR ea.
from	40 pcs.	79,88 EUR ea.
Ask for a rebate from 80 pcs.
incl. VAT plus shipping

102,36 EUR

incl. VAT plus shipping

promptly deliverable

Available: 1 055 pieces

Delivery time: 2-9 business days

Quant.

Description

"One Ring to rule them all. One Ring to find them. One Ring to bring them all and in the darkness bind them."
A giant ring magnet (actually closer to a disc with a drill hole) that can be tied with a piece of cord. You can use this to drag your bicycle (and who knows what else) out of the river without a problem. Other uses: Pull your keychain out of a gully or Euro coins out of a pond.

This ring magnet is dangerous and not suitable for children or any kind of "fun use", as it can seriously pinch fingers or lead to any number of injuries. If you don't have any experience with neodymium magnets, please buy a smaller magnet first. (Cord not included)

Neodymium magnets are perfect for use in dry indoor areas.

Technical data

Article ID	R-60-06-30-N
EAN	7640155436892
Material	NdFeB
Shape	Ring
Outer diameter	60 mm
Inner diameter	6 mm
Height	30 mm
Tolerance	+/- 0,1 mm
Direction of magnetisation	axial (parallel to height)
Coating	Nickel-plated (Ni-Cu-Ni)
Magnetisation	N45
Strength	approx. 120 kg (approx. 1180 N)
Displacement force	approx. 25 kg (approx. 243 N )
Max. working temperature	80°C
Colour	Silver-coloured
Design	With counterbore hole
Weight	640 g
PDF data sheet

Additional features and tips

Adhesive force in relation to the air gap between magnet and steel plate.

This huge ring has drill holes with two different diameters. On one side, the drill hole diameter is 6 mm and the depth is 20 mm...

Incidentally, Euro coins are magnetic and will be attracted by this magnet.

The cardboard pieces between the giant magnet and the nails are over 40 mm thick.

A single nail flies to the magnet from a distance of 10 cm.

Luckily, we laid a thick piece of cardboard on the cutting board before we started this experiment - otherwise we could barely have removed the magnet again. I also recommend this precaution to you - so that you don't end up scratching the paint off your filing cabinet when pulling the magnets off...

The weight of a bicycle is naturally no problem for this magnet.

Even when the magnet is only in contact with a small piece of the bicycle...

For details, see the cross-section sketch. If you need a higher resolution to see all the dimensions, please click on the sketch.
Note that the slant can be slightly different than 2 mm - this sketch is only to give you a general idea of the layout.
The north pole is located on the are with the larger opening.