465.680.000.000
HSK-F80 Runout Arbor For Makino Flange-Pin Spindles
For DIN 69893 / ISO 12164 Spindles
Full Data Sheet (465.100)
PDF Data Sheet: HSK Spindle Runout Test Arbors (465.100)| Taper | Length (L) | Diameter (D) | Standard | Part Number | ||||
|---|---|---|---|---|---|---|---|---|
| Custom | Contact us with your requirements | 465.100.SP | ||||||
| HSK-A/C/E 25 | 140 mm | 20 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.125.000.000 | ||||
| HSK-A/C/E 32 + B/D/F 40 | 180 mm | 24 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.132.000.000 | ||||
| HSK-A/C/E 40 + B/D/F 50 | 180 mm | 24 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.140.000.000 | ||||
| HSK-A/C/E 50 + B/D/F 63 | 346 mm | 32 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.150.000.000 | ||||
| HSK-A/C/E 63 + B/D/F 80 | 346 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.163.000.000 | ||||
| HSK-A/C/E 80 | 346 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.180.000.000 | ||||
| HSK-A/C 100 | 349 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.190.000.000 | ||||
| HSK-A/C 100 | 500 mm | 50 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.190.050.500 | ||||
| HSK-A 125 | 349 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.192.000.000 | ||||
| HSK-A 160 | 400 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.196.000.000 | ||||
| HSK-B 80 | 345 mm | 50 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.280.000.000 | ||||
| HSK-F 63 | 346 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.663.000.000 | ||||
| HSK-F 63 Short | 150 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.663.040.150 | ||||
| HSK-F 63 | 250 mm | 40 mm | DIN 69893 / ISO 12164 / ASME B5.62 | 465.663.040.250 | ||||
| HSK-F 80 | 346 mm | 50 mm | Makino Flange-Pin Spindles | 465.680.000.000 |
Runout Arbor Upright Storage Cases
Our most popular case, the upright storage case protects a runout arbor from dirt and damage. The arbor rests vertically in the case, suspended from the flange. Upright storage of runout arbors is recommended
-- the upright case has foam guides that allow horizontal use if preferred. Case is available in tall and short configurations depending on arbor length. Case is made of 9 ply Baltic Birch.
| Part Number | ||||||||
|---|---|---|---|---|---|---|---|---|
| Runout Arbor Upright Storage Case, Tall | 465.002.000.000 | |||||||
| Runout Arbor Upright Storage Case, Short | 465.007.000.000 |
Heavy-Duty Runout Arbor Travel Cases
The runout arbor travel case is designed for portability while protecting arbors. The case holds two arbors, with additional space for extra retention knobs, indicator, and a magnetic base. The case is virtually indestructible and waterproof. Can be used with padlocks for added security.
| Part Number | ||||||||
|---|---|---|---|---|---|---|---|---|
| Heavy-Duty Runout Arbor Travel Case | 465.001.000.000 |
Indicators and Bases
TAC Rockford offers a variety of magnetic bases and indicators for use with runout test arbors and other gauges.
Available as kits with storage case or individually.
For more information regarding this item (HSK-F80 Runout Arbor For Makino Flange-Pin Spindles) or other items, fill out the form below
or contact our office directly:
Telephone: 815-962-5600
Fax: 815-962-4600
Location: 304 North Main St, Suite 104, Rockford, IL 61101-1101 USA
Email: infο@ΤΑCRοckfοrd.cοm
Related
HSK Tool Changer Alignment Gauges
Available for HSK-A 25, 32, 40, 50, 63, 80, 100, 125, and 160. Includes padded storage case.
HSK Spindle Runout Test Arbors
- Maximum runout error 0.003mm / 3 micron / 0.00012 inch.
- Carrying cases are not included. Visit Data Sheet 465.006 for available case styles.
- A certificate of accuracy is included. Traceable certificates available; contact us for details.
- Contact us for other lengths, tapers, and other special requirements.
Runout Arbor Upright Storage Cases
Our most popular case, the upright storage case protects a runout arbor from dirt and damage. The arbor rests vertically in the case, suspended from the flange. Upright storage of runout arbors is recommended
-- the upright case has foam guides that allow horizontal use if preferred. Case is available in tall and short configurations depending on arbor length. Case is made of 9 ply Baltic Birch.
R8 Taper Spindle Runout Test Arbor
Standard R8 spindle runout test arbor with inch retention thread.
Runout <=0.003 micron (0.00012 inch)
KM Spindle Runout Test Arbors
- Maximum runout error 0.003mm [0.00012 in.]
- Carrying cases are not included. Visit www.tac.us/runoutcases for available case styles (Data Sheet 465.006).
- A certificate of accuracy is included. Traceable certificates available; contact us for details.
- Contact us for other lengths, tapers, and other special requirements.
* ISO 26622 runout arbor tapers are compatible with machines using TS, XMZ (Mazak Integrex), and ATC. Flange may not be suitable for use with automatic tool changers.
PSC / PSK Spindle Runout Test Arbors
Made to the ISO 26623 Standard. Maximum runout error 0.003mm / 3 micron / 0.00012”. A certificate of accuracy is included. Storage are cases not included.
Basic Runout Arbor Storage Stands
The basic storage stand is designed for vertical storage of a runout arbor in a protected gauge closet, etc. (the taper is not protected). Stands are available upon request at no charge with runout arbor purchase. Stand is made of solid hardwood.
Heavy-Duty Runout Arbor Travel Cases
The runout arbor travel case is designed for portability while protecting arbors. The case holds two arbors, with additional space for extra retention knobs, indicator, and a magnetic base. The case is virtually indestructible and waterproof. Can be used with padlocks for added security.
Spindle Runout Test Arbor Instructions
One of the leading causes of tool breakage, part finish issues, tolerance control, and machine registration issues is excessive spindle runout.
A2 Flanged Lathe Spindle Runout Test Bars
Test arbor for mounting to turning-center and measuring run-out. Designed for A2-5, A2-6, etc. lathe face mounting. Also available for flat 110 and 140 lathe face.
- Maximum runout error 0.003mm [0.00012 in.]
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