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Manufacturer number:
Cat. No.:
Circular saw blade medium, ⌀×thickness: 400X3,5mm
Article no.: 217172
Catalog no.: 177200
Article code:
Product details
Technical Data
| Through-coolant | no | |
| Cooling lubricant | yes | |
| Hole circle diameter, 1 | 65 | |
| Number of holes, 1 | 2 | |
| Diameter of driver hole, 1 | 11 | |
| Cutter diameter Dc | 400 mm | |
| Diameter of mounting hole D3 | 40 mm | |
| Cutting width B | 3.5 mm | |
| Tooth form | Hz | |
| Number of cutters (peripheral side) Z | 128 | |
| Tooth pitch t | 10 mm | |
| Index of hole circle | 1 | |
| Tool material | HSS | |
| Machining group | M (stainless steel); P (steel) | |
| Standard | DIN 1840 | |
| Machining method | parting-off milling (FTR) | |
| Type of product | circular saw blade | |
| suitable for saw makes | Eisele | |
| Engagement depth per cut | 3.5 mm |
Identification & Classification
| Article number | 217172 | |
| Catalog number | 177200 | |
| EAN / GTIN | 4045197245151 | |
| Manufacturer/responsible person | Re-Bo REBER GmbH Spezialfabrik für Metallkreissäge, Ellwanger Straße 97, 73441 Bopfingen, Germany, www.re-bo.com |
Application Table
N
800
N
600
P
37
P
22
P
20
P
15
M
11
M
11
S
15
K
27
N
400
Description
Version:
German top quality product. Precision tooth geometry and very fine ground side faces. Significant increase in service life and protection against edge build-up due to the nitrided surface.
Application:
For low speed machines (approx. 50 rpm).
Pitch t: (tooth form).
Pitch t: (tooth form).
- 4 mm (BW) − For profiles and pipes with 1.0 − 1.5 mm wall thickness.
- 5 / 6 mm (HZ) −For medium profiles, pipes and solid bar with 1.5 − 20 mm wall thickness / cross-section.
- 7 / 8 mm (HZ) − For thick profiles and solid bar up to approx. 50 mm wall thickness / cross-section.
- 10 − 16 mm (HZ) − For extra thick cross-sections and solid bar more than 50 mm.
Note:
- For stainless steels (such as V2A) the correct cutting speed and lubrication is crucial (see information in the machining handbook No. 110020).
- The concentricity and axial run-out values are considerably better than those to DIN 1840, in some cases by up to 50 %.