iglidur® A500 up to 250°C conform to FDA

FDA compliant material for applications with extremely high temperatures in the immediate vicinity of (or contact with) food.

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Application examples

Variants

type S (metric sizes)

type F (metric sizes)


Part No. :
Shaft diameter d1 [mm]:
Bearing width b1 [mm]:
Outer diameter d2 [mm]:
d1-Tolerance min. [mm]:
d1-Tolerance max. [mm]:

(Dimension according to ISO 3547-1 and special dimensions)
Recommended tolerance for the installation:
- Housing bore H7
- Shaft h9

Chamfer depending on d1

d1 [mm]: Ø 1-6 Ø 6-12 Ø 12-30 Ø > 30

f [mm]: 0,3 0,5 0,8 1,2

With the selected part you'll arrive at:

PDF file Life time calculation 3D-CAD Samples and catalog order


Part No. :
Shaft diameter d1 [mm]:
Bearing width b1 [mm]:
Flange thickness b2 [mm]:
Outer diameter d2 [mm]:
Flange diameter d3 [mm]:
d1-Tolerance min. [mm]:
d1-Tolerance max. [mm]:

b1-Tolerance :	h13
b2-Tolerance :	-0,14
d3-Tolerance :	d13

Chamfer depending on d1

d1 [mm]: Ø 1-6 Ø 6-12 Ø 12-30 Ø > 30

f [mm]: 0,3 0,5 0,8 1,2

With the selected part you'll arrive at:

PDF file Life time calculation 3D-CAD Samples and catalog order

When to use iglidur® A500 bearings?

When FDA compliance is required
When very high resistance to chemicals is required
For good abrasion resistance
For high temperature resistance from -100°C to +250°C

When not to use them?

When maximum wear resistance is required with high temperature resistance
iglidur® X
iglidur® Z
When resistances to temperature and chemicals are not required
iglidur® A180
iglidur® A200
When a low-priced universal bearing is sought
iglidur® G
iglidur® P