Alignment and Balance Training Demonstrator

- Capacitor start 1/2 HP, 3600 rpm induction motor, that plugs into a standard 110 VAC outlet (10 amp fuse protected).

- Complete demonstrator weighs less than 75 pounds!

- Six inch pedestal height provides sufficient room on which to mount and swing most commercially available shaft alignment systems onto the demonstrator.

- High speed rolling element bearings standard on all rotors.

- Rotor disks fabricated from carbon steel and electroless nickel plated.

- Recess machined in rotor disks to retain balance putty while rotating.

- 1/4-28 balance holes drilled in rotor disks at 12.5 degree increments for safe attachment of correction weights.

- All steel parts are nickel plated and all aluminum parts are anodized to prevent corrosion and oxidation.

- Custom designed bearing housings fabricated from carbon steel and electroless nickel plated for corrosion protection.

- 1/4-28 holes drilled in vertical, horizontal, and axial positions to stud mount accelerometers, seismometer, or proximity probe vibration sensors.

- Carbon steel bearing housing construction allows attachment of magnetic bases vibration sensors.

- Vertical hole in upper bearing half counterbored on inside to allow for installation of rolling element bearing analysis proximity probe.

- Bearing bore allows for installation of different size roller bearings or sleeve bearings.

- Thomas Rexnord flexible disk couplings rated for high speed, exceptional balance characteristics, and capability to purposely misalign shafts for vibration analysis studies.

- Removable jackscrews for precise lateral positioning of rotors.

- 'L' shaped bar for attachment of dial indicators or once-per-rev sensors on jackscrew blocks.

- Kit comes with ... Miniature shaft alignment bracket, AGD Group 1 dial indicator, three jackscrew plates with 1/4-28 jackscrews, 'L' shaped dial indicator attachment bar with 10-24 set screw, and a coupling spool/jackshaft assembly.