Zero-Max News
Zero-Max Servo Class Couplings Now Available With Hub Taper Adapter Option – Designed For Servo Motors With Tapered Shafts – Call 1-800-533-1731 For Detailed Information
Nov 07, 2013
Plymouth, Minnesota: Zero-Max ServoClass® couplings are now available with hub taper adapters for use on servo motors with tapered shafts.
Precision machined, these ServoClass coupling hub adapters are designed to provide superior shaft engagement on tapered shafts in high speed applications. Manufactured with high quality materials, the hub adapters fit precisely in the coupling’s clamp style hubs providing a balanced and tight shaft engagement for servomotor applications at speeds up to 10,000 rpm.
Zero-Max ServoClass couplings are a top choice for designers in many applications because they are ideal for precise positioning requirements and high speed reversing loads common of many AC and DC servo motor systems. These applications include automation of all types, packaging, semi-conductor assembly, laboratory automation and medical equipment, to name just a few.
Available in 12 sizes with both single and double disc models, ServoClass couplings handle torque ratings ranging from 0.5 to 250 Nm. The ServoClass couplings can also accommodate parallel (radial), axial, and angular misalignments. Manufactured of RoHS compliant materials, ServoClass couplings with clamp style hubs are designed with 304 stainless steel disc members. The hub taper adapters are machined of S45C material with a black oxide finish. To ensure precise alignment of the assembled components, ISO 4762 CL 12.9 corrosion resistant socket head cap screws are utilized with a carefully controlled assembly process.
For more information on Servo Class couplings with the hub taper adapter feature, call 1-800-533-1731. Outside US and Canada, call 763-546-4300.
Email: zero-max@zero-max.com Zero-Max, 13200 Sixth Avenue North, Plymouth, Minnesota 55441-5509. Fax: 763-546-8260.
Locate your nearest sales representative, request a quote, or contact us for all your application requirements.