467.850.000.000
Steep Taper 50 (DIN) Precision Ball-End Runout Test Arbors
For verification of 5-axis HSK taper spindle machining centers
Full Data Sheet (467.800)
PDF Data Sheet: Steep Taper Precision Ball-End Runout Test Arbors (467.800)| Product | Gauge |
| Part Type | Runout Arbor |
| Taper / Standard | Steep Taper |
| Taper Size | 50 (DIN) |
| Diameter (D) | 30 mm |
| Length (L) | 150 mm |
| Standard | DIN 69871 / ISO7388-1 |
| Taper | Length (L) | Diameter (D) | Standard | Part Number | ||||
|---|---|---|---|---|---|---|---|---|
| Steep Taper 40 (BT) | 150 mm | 30 mm | JIS BT 6339 / ISO7388-2 | 467.740.000.000 | ||||
| Steep Taper 50 (BT) | 150 mm | 30 mm | JIS BT 6339 / ISO7388-2 | 467.750.000.000 | ||||
| Custom Size/Length/Diameter | Contact us with your requirements | 467.800.SP | ||||||
| Steep Taper 40 (DIN) | 150 mm | 30 mm | DIN 69871 / ISO7388-1 | 467.840.000.000 | ||||
| Steep Taper 50 (DIN) | 150 mm | 30 mm | DIN 69871 / ISO7388-1 | 467.850.000.000 | ||||
| Steep Taper 40 (CAT/ANSI) | 150 mm | 30 mm | ASME B5.50 | 467.940.000.000 | ||||
| Steep Taper 50 (CAT/ANSI) | 150 mm | 30 mm | ASME B5.50 | 467.950.000.000 |
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.
| Part Number | ||||||||
|---|---|---|---|---|---|---|---|---|
| Runout Arbor Basic Storage Stand | 465.003.000.000 |
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 |
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 |
Custom Case Services
TAC Rockford can custom manufacture a gauge case to your exact requirements. Let us know what gauges you want to include in the case, and how you plan to use the case. Customized cases are available in heavy duty plastic, standard duty plastic, and Baltic Birch plywood. Foam is milled for for exact fit and optimal protection of gauges.
For more information regarding this item (Steep Taper 50 (DIN) Precision Ball-End Runout Test Arbors) 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
Steep Taper Standard Ball-End Runout Test Arbors
Ball end spindle runout test arbors are designed checking positioning accuracy of 5-axis machines, but can also be used in place of a standard runout test bars when a shorter length is required or for a touchoff point from the spindle face (ball end is ideal for this purpose).
Steep Taper Precision Ball-End Runout Test Arbors
Our 467 precision version feature an adjustment mechanism which allows for improved accuracy when compared to our standard 466 ball arbors.
KM Precision Ball-End Runout Test Arbors
Ball end spindle runout test arbors are designed checking positioning accuracy of 5-axis machines, but can also be used in place of a standard runout test bars when a shorter length is required or for a touchoff point from the spindle face (ball end is ideal for this purpose).
Our 467 precision version feature an adjustment mechanism which allows for improved accuracy.
* 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.
HSK Precision Ball-End Runout Test Arbors
Our 467 precision version feature an adjustment mechanism which allows for improved accuracy when compared to our standard 466 ball arbors.
PSK Precision Ball-End Runout Test Arbors
Ball-end arbors are typically used on 5-axis machining centers.
Our 467 precision version feature an adjustment mechanism which allows for improved accuracy
HSK Standard Ball-End Runout Test Arbors
Ball end spindle runout test arbors are designed checking positioning accuracy of 5-axis machines, but can also be used in place of a standard runout test bars when a shorter length is required or for a touchoff point from the spindle face (ball end is ideal for this purpose).
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.
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.
Steep Taper Spindle Runout Test Arbors
-Maximum runout error 0.003mm / 3 micron / 0.00012 inch
-Cylindricity ≤ 0.002mm / 2 micron / 0.00008 inch
-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.
Steep Taper Dual Contact Runout Test Arbors
Compatible with Big-Plus® steep taper spindles.
Submit your feedback