Sandvik Coromant R217.54-159140AC20N 1630 CoroMill™ Plura solid carbide end mill for thread milling
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Sandvik Coromant R217.53-079270AC11N 1630 CoroMill™ Plura solid carbide end mill for thread milling
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Sandvik Coromant R217.53-079270AC11N 1630 CoroMill™ Plura solid carbide end mill for thread milling
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Sandvik Coromant R217.53-099180AC15N 1630 CoroMill™ Plura solid carbide end mill for thread milling
R 6 786,15
inc. vat
In stock
SKU
5743911
CoroMill® Plura solid carbide end mill for thread milling
Reliable nationwide shipping
Delivery in 4 - 5 days
CoroMill® Plura solid carbide end mill for thread milling
| DCON - Connection Diameter | 10mm |
|---|---|
| KAP - Kappa (z-axis Rot) | 0deg |
| LF - Functional Length | 66mm |
| RPMX - Rotational Speed Maximum | 800001/min |
| WT - Weight Of Item | 0.073kg |
| OAL - Overall Length | 66mm |
| OHX - Maximum Overhang | 26mm |
| LSC - Clamping Length | 40mm |
| KAPR - Tool Cutting Edge Angle | 45deg |
| H - Shank Height | 8.4mm |
| LU - Usable Length | 15.92mm |
| MHD - Mounting Hole Distance | 20mm |
| APMX - Depth Of Cut Maximum | 15.92mm |
| TPI - Threads Per Inch | 18 |
| TG - Taper Gradient | 0.0625 |
| DC - Cutting Diameter | 9.9mm |
| DN - Neck Diameter | 9.9mm |
| FHA - Flute Helix Angle | 10deg |
| GAMF - Radial Rake Angle | 7.5deg |
| DCX - Maximum Cutting Diameter | 9mm |
| ORDCODE | R217.53-099180AC15N 1630 |
| ADINTMS - Adaptive Interface Machine Direction | M_CYLW_G1000_1 |
| CNSC - Coolant Entry Style Code | 0 |
| CXSC - Coolant Exit Style Code | 0 |
| BMC - Body Material Code | 2 |
| CHANGEDATE | 2021-12-21 18:31:00.000 |
| STDLET - Standard Letter | HB |
| STDNO - Standard Number | ISO3338-2 |
| Hand | R |
| TCDCON - Connection Diameter Tolerance | h6 |
| Grade | 1630 |
| COATING | PVD TiAlN |
| SUBSTRATE | HC |
| THFT - Thread Form Type | NPT60 |
| TPT - Thread Profile Type | F |
| TTP - Thread Type | INT |
| ZEFP - Peripheral Effective Cutting Edge Count | 3 |
| NROTF - Non Rotating Functionality | False |
| RTOF - Rotating Functionality | True |
| CPDF - Cutting Pitch Differential | False |
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