The Nemicon OSS-01-1HC is an incremental encoder in the OSS series, and the "HC" suffix usually represents a specific output type or electrical characteristic. Here are its detailed specifications:
Electrical characteristics:
Power supply voltage: It can work with a power supply voltage of 5 - 12V or 12 - 24V.
Output mode: Open - collector output, and the output signals are two - phase A and B, which can be used to measure the rotation direction and speed. It can also have an origin Z output.
Pulse number: There are various options from 60p/r to 500p/r.
High - response frequency: Up to 150KHz, and the maximum rotation speed is 6000r/min.
Other parameters: The duty cycle is 50±25%, the phase difference is 1/4T, the rise/fall time is 1μs, the consumption current (no load) is ≤60mA, the output voltage "L" is ≤0.5V, and the output waveform is a square wave.
Mechanical parameters:
Shaft type: Solid shaft, and the shaft size is φ4mm with a D - shaped notch.
Outer diameter: φ30mm, and the overall size is Ф30×30mm.
Pitch circle diameter (PCD): φ22mm, the screw parameter is 2×M3 screw, and the length is 5mm deep.
Starting torque: 6.8×10⁻³ - 2.9×10⁻² N·m, the shaft moment of inertia is 2×10⁻⁷ kg·m², the axial shaft allowable load is 4.9N, the radial shaft allowable load is 9.8N, and the weight is about 100g.
Environmental conditions:
Operating environment humidity: 35 - 85%RH (no condensation).
Shock: 490m/s², 11ms, 3 times in each of the three axial directions.
Vibration: 10 - 50Hz, 1.5mm, 2h.
Protection level: Dust - proof type IP50.
Operating environment temperature: - 10℃ - + 70℃, and the storage environment temperature is - 30℃ - + 80℃.
The OSS - 01 - 1HC encoder is widely used in industrial automation control, such as in printing machinery, shoe - making machines, ceramic machinery, glass machinery, ink - jet printers, injection - molding machinery, elevators, CNC machine tools, embroidery machines, textile machinery, and carton - making machinery for speed measurement, angle measurement, and mechanical motion control measurement.