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Cod articol {{ combinedCodeWithHighlight }}
Codul articolului:
EAN / GTIN:
Număr producător:
Freză disc pentru debitat metale HZ grosolană 63X6 mm
Cod articol: 176000 63X6
Codul articolului:
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Arbori pentru discurile de debitat ⌀ 20 − 63 mm, consultaţi Cod 345510 / 345555
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- Materialul sculei: HSS
- Standard: DIN 1838
Detalii despre produs
Date tehnice
| ⌀ | 63 mm | |
| Grosime | 6 mm | |
| Strat de acoperire | neacoperită | |
| Materialul sculei | HSS | |
| Standard | DIN 1838 | |
| ⌀ găurii | 16 mm | |
| Număr de dinţi Z | 24 | |
| Răcire interioară | nu | |
| Tip produs | Disc de circular |
Numere de identificare și clasificări
| Cod articol | 176000 63X6 | |
| EAN / GTIN | 4045197244420 |
Tabel de aplicaţii
N
800
N
600
P
37
P
22
P
20
P
15
M
11
M
11
K
27
N
400
Descriere
Version:
All blades are hollow ground to give side clearance. All sizes with 200 mm ⌀ and very thin blades have a bore collar for stabilisation. Accuracy, tooth form, and side clearance grinding according to DIN 1840.
DIN 1838 C coarse-toothed with curved form C. High performance tooth pitch (HZ) with high teeth and lower finishing teeth. The roughing tooth is 0.15 – 0.30 mm higher than the finishing tooth and is chamfered at both tooth corners. In this way both types of teeth share the cutting work.
DIN 1838 C coarse-toothed with curved form C. High performance tooth pitch (HZ) with high teeth and lower finishing teeth. The roughing tooth is 0.15 – 0.30 mm higher than the finishing tooth and is chamfered at both tooth corners. In this way both types of teeth share the cutting work.
Application:
Particularly suitable for cutting workpieces with low to medium tensile strength. High cutting performance due to the chip breaking tooth form.
Please note: If the component is not cut through, but only cut into, the bottom of the cut will have an additional slot due to the projecting high tooth.
Please note: If the component is not cut through, but only cut into, the bottom of the cut will have an additional slot due to the projecting high tooth.
Note:
The concentricity and axial run-out values are considerably better than the figures according to DIN 1840, in some cases by up to 50 %.