The Nemicon OSS-02-2HC is an incremental encoder in the OSS series, designed for precision motion control applications. The "HC" suffix typically indicates a voltage output type with enhanced noise immunity, making it suitable for industrial environments. Here are its key specifications:
Technical Specifications
Parameter Details
Resolution 200 pulses per revolution (PPR)
Output Type Line Driver (differential voltage output, "HC" variant)
Supply Voltage 5-24V DC
Maximum Response Frequency 150kHz
Maximum Speed 6,000 RPM
Shaft Type 6mm diameter with D-cut (keyway)
Protection Class IP50 (dust protection)
Operating Temperature -10°C to +70°C
Dimensions 30mm x 30mm x 30mm (compact design)
Key Features
High Precision:
200 PPR resolution provides accurate position feedback for servo motors and motion control systems.
Voltage Output (HC):
The "HC" suffix denotes a voltage output (differential line driver), which offers better noise resistance than open-collector outputs, ideal for long cable runs or noisy environments.
Compact Design:
Small form factor allows integration into space-constrained machinery (e.g., robotics, automated assembly lines).
Wide Voltage Compatibility:
Works with both 5V and 24V systems, simplifying integration into existing equipment.
Reliability:
IP50 rating protects against dust ingress, and a robust design ensures durability in industrial settings.
Typical Applications
Industrial Automation: Conveyor belt speed control, robotic arm positioning.
CNC Machinery: Milling machines, lathes, and routers.
Textile Equipment: Loom control, yarn winding.
Printing Presses: Precision paper feeding and alignment.
Installation & Wiring
Mounting: Bolt-on installation with 4 mounting holes (M3 screws).
Output Signals:
Phase A/B: Quadrature signals for direction detection.
Z Phase: Index pulse for reference position.
Cabling: Use shielded twisted-pair cables to minimize interference.
Compatibility
Compatible with most servo drives, PLCs, and motion controllers that accept differential line driver inputs.
Pair with a signal conditioner for applications requiring higher noise immunity.