465.100

HSK Spindle Runout Test Arbors

For DIN 69893 / ISO 12164 Spindles

HSK-A/C/E32 Runout Test Arbor (Click image to enlarge)
HSK Runout Test Arbor (Click image to enlarge)

HSK-A/C/E32 Runout Test Arbor

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HSK-A/C/E32 Runout Test Arbor

TAC Rockford's HSK Spindle Runout Test Arbors are the essential high-precision instrument for verifying the accuracy of your machine tool spindles. This critical gauge provides a fast, reliable, and definitive way to diagnose alignment and runout issues that directly impact part quality and tool life.

- Ultra-High Precision: Typically guaranteed radial runout of 0.003mm (3 microns / 0.0001") or better, ensuring the highest level of diagnostic accuracy.
- Manufactured from premium, hardened alloy steel and precision ground for stability and longevity.
- Each arbor is supplied with an individual Certificate.
- Contact us for other lengths, tapers, and other special requirements.
- Carrying cases are not included. Available case options listed below.

PDF Data Sheet: HSK Spindle Runout Test Arbors (465.100)

Taper Length (L) Diameter (D) Standard Part Number
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
Custom               Contact us with your requirements  465.100.SP

Carrying Cases for HSK Runout Arbors
Carrying Cases for HSK Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Details

Runout Arbor For use with runout arbor(s) Case Type Part Number
HSK-A/C/E 25       465.125.000.000  Compact        499.212.113246
HSK-A/C/E 32 + B/D/F 40       465.132.000.000  Compact        499.212.113248
HSK-A/C/E 40 + B/D/F 50       465.140.000.000  Compact        499.212.113030
HSK-A/C/E 50 + B/D/F 63       465.150.000.000  Compact        499.212.113026
HSK-A/C/E/F 63 L=150       465.163.040.150 and 465.663.040.150  Compact        499.212.112983
HSK-A/C/E 63 L=346       465.163.000.000  Aluminum Horizontal        499.215.113077
HSK-A/C/E 80       465.180.000.000  Aluminum Horizontal        499.215.113067
HSK-A/C 100 L=349       465.190.000.000  Aluminum Horizontal        499.215.113066
HSK-A/C 100 L=500       465.190.050.500  Aluminum Horizontal        499.215.113095
HSK-B 80       465.280.000.000  Aluminum Horizontal        499.215.113070
HSK-F 63 L=250       465.663.040.250  Compact        499.212.113247

Indicators and Bases
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.

Details

Product Resolution Base Part Number
Dial Indicator 4332000       0.01mm    N/A      499.220.150
Dial Indicator 4334000       0.001mm    N/A      499.220.151
Dial Indicator 4334900       0.00005"    N/A      499.220.155
Test Indicator       0.002mm    N/A      499.220.161
Test Indicator       0.0001"    N/A      499.220.165
Standard Magnetic Indicator Base       N/A    N/A      499.250.010
High-Stiffness Magnetic Indicator Base       N/A    N/A      499.250.020
Kit w/ Standard Base, 0.001mm Indicator, Carrying Case       0.001mm    Standard      499.255.010.151
Kit w/ Standard Base, 0.00005" Indicator, Carrying Case       0.00005"    Standard      499.255.010.155
Kit w/ Standard Base, 0.002mm Indicator, Carrying Case       0.002mm    Standard      499.255.010.161
Kit w/ Standard Base, 0.0001" Indicator, Carrying Case       0.0001"    Standard      499.255.010.165
Kit w/ High-Stiffness Base, 0.001mm Indicator, Carrying Case       0.001mm    High-Stiffness      499.255.020.151
Kit w/ High-Stiffness Base, 0.00005" Indicator, Carrying Case       0.00005"    High-Stiffness      499.255.020.155
Kit w/ High-Stiffness Base, 0.002mm Indicator, Carrying Case       0.002mm    High-Stiffness      499.255.020.161
Kit w/ High-Stiffness Base, 0.0001" Indicator, Carrying Case       0.0001"    High-Stiffness      499.255.020.165

Excessive spindle runout and axial play are the leading causes of part finish issues, tool breakage, and tolerance control problems. Regular use of an HSK Test Arbor is critical for proactive maintenance and damage control:

Post-Crash Verification: Immediately check the spindle's alignment and condition after any machine collision.

New Machine Setup: Ensure proper installation and initial spindle calibration upon delivery or relocation.

Preventative Maintenance: Perform periodic checks to detect bearing wear and alignment issues before they lead to costly scrap parts and machine downtime.

Maximize Tool Life: Eliminate a major source of premature tool wear and cutter breakage.

Improve Part Quality: Achieve tighter tolerances and superior surface finishes by verifying a true-running spindle.

Reduce Downtime: Quickly verify the machine's health, avoiding lengthy repairs and unexpected outages.

Ensure Consistency: Maintain a stable and repeatable production environment, especially when moving jobs between machines.


Spindle Runout Test Arbor Instructions
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.

Details PDF (465.005)

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Location: 304 North Main St, Suite 104, Rockford, IL 61101-1101 USA
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Carrying Cases for HSK Runout Arbors
Carrying Cases for HSK Runout Arbors

TAC Rockford runout arbor cases are specifically designed to protect your precision spindle runout test arbors. These cases feature high-density, custom-cut foam interiors that secure the arbors. They ensure your critical measurement tools are shielded from dirt, damage, and impact, maintaining their accuracy and readiness for preventative maintenance.

Indicators and Bases
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.

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