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The Quantum Devices, Inc.'s QD145 Optical Encoder stands as a remarkable feedback solution for applications that typically utilize modular encoders. Its slender height of merely 0.87" and the firm stability offered by a bearing encoder design enable the QD145 model to contribute significant performance improvements in applications otherwise restrained by conventional modular encoder solutions.
The device's output configurations comprise a quadrature with a reference pulse and three-phase commutation, adaptable for either the industrial standard 5 volt RS422A Line Driver or the dynamic 5 to 26 volt OL7272 line driver. A flexible member that the design incorporates can accommodate a significantly larger tail shaft run out than what modular encoder designs usually endure, also offering 30 degrees of rotation for commutation timing. Its conductive carbon fiber composite housing imparts the EMI shielding you'd expect from an all-metal housing, paired with the performance benefits of a lightweight and sturdy structure.
Features
Manufacturer | Quantum Devices |
---|---|
Encoder Output | Quadrature, Reference / Index Channel |
Encoder Technology | Optical |
Encoder Type | Incremental |
Max Operating Temperature (°F) | 212.00 |
Max Outer Diameter (mm) | 37.08 |
Max Resolution (counts/rev) | 512.00 |
Max Operating Temperature (°C) | 100.00 |
Max Speed (RPM) | 8,000.00 |
Output Signal | AM26LS31 RS 422A Line Driver |
Rotor Inertia (kg-m-s²) | 1.06E-06 |
Rotor Inertia (oz-in-s²) | 0.00015 |
Sample image only. Product may differ