AlNiCo Deep pot holding magnet Ø 16 x 20 mm, steel, tolerance h6, 2 kg

Preview: AlNiCo Deep pot holding magnet Ø 16 x 20 mm, steel, tolerance h6, 2 kg

Quantity	Price / pcs
To 2 pcs	€5.15 *
from 3 pcs	€4.64 *
from 10 pcs	€4.38 *
from 20 pcs	€4.12 *
from 40 pcs	€3.86 *
from 120 pcs	request a quote!

The prices are VAT included plus extra charges for shipping

Ready for shipment, delivery in 2-4 days

1 pieces: € *

Item number: ASG-16x20-S-h6
EAN: 4250538415258
Manufacturer: magnets4you
Available on stock: 180 pieces

Rodmagnet with built-in AlNiCo magnet, steel housing with fit tolerance h6. This rodmagnet is... more

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Product information

Rodmagnet with built-in AlNiCo magnet, steel housing with fit tolerance h6.
This rodmagnet is available in 8 different dimensions, from 6 to 32 mm in diameter.
This magnet can be attached by pressing, gluing or shrinking.

Dimensions / Tolerances
Diameter: 16,0 mm h6
Length: 20,0 mm +/- 0,2 mm

The rodmagnet can be shortened on the back by a length of 6 mm without reducing the adhesive force or damaging the magnet.

Technical specifications

total diameter D	13,0 mm
temperature max.	450 ° C
material	AlNiCo500 35/5
direction of magnetisation	anisotrop
Gewicht	0,03 kg
magnetic force	2,000 kg
Höhe H	20 mm

The product conforms to the European RoHS Community legislation
The product conforms to the European RoHS Community legislation (2002/95/EG - RoHS - Restriction of Hazardous Substances) relating to the use and the employment of certain hazardous substances in electrical and electronic devices.
No subject to registration under the REACH Regulation.
Determination of the magnetic force
The adhesive force of our magnets is determined at room temperature on a polished plate made of steel S235JR (ST37) with a thickness of 10 mm by the vertical withdrawal of the magnet (1kg ~ 10 N). A different value down to -10% compared to the specified value is possible in exceptional cases. In general, the value is exceeded. Please note that for thinner, painted and not absolute plan undergrounds the adhesive force represents only one raction of the specified values.