Key Features:
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End-of-Shaft Mounting:
- The encoder is mounted directly to the end of a rotating shaft to track motion parameters such as speed and direction.
- Often used with magnetic connectors (like the 12 Mag-Con) or mechanical couplings for secure attachment.
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Standard Duty – Mini Aluminium Body:
- Lightweight and compact design makes it ideal for applications where space is limited.
- Aluminium housing ensures durability, corrosion resistance, and heat dissipation in industrial environments.
Monitoring Capabilities:
This encoder provides critical real-time motion feedback for various industrial applications:
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Speed Monitoring:
- Measures rotational speed (RPM) of the shaft.
- Prevents overspeed or underspeed conditions that could lead to equipment failure or inefficiencies.
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Distance Measurement:
- Tracks total distance traveled by conveyor belts or rotating components.
- Useful for material handling, batch processing, and predictive maintenance.
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Direction Detection:
- Determines whether the shaft is rotating forward or in reverse.
- Essential for conveyor belt systems, reversing gear applications, and safety mechanisms.
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Sequencing Control:
- Ensures that different machine components operate in the correct order.
- Prevents misalignment or process failures in automated production lines.
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Shaft Stopped Detection:
- Alerts operators when the shaft has unexpectedly stopped, preventing system blockages or breakdowns.
- Can trigger alarms or automatic shutdowns to prevent further damage.
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Underspeed / Overspeed Protection:
- Detects when the shaft is rotating too slowly (underspeed) or too quickly (overspeed).
- Helps prevent belt slippage, motor overload, and mechanical failure.
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Safety Guards Interlocking:
- Can be integrated into safety interlock systems to ensure that machinery only operates when all safety guards are in place.
- Enhances workplace health & safety compliance (OSHA, HSE, etc.).
Conclusion:
The Standard Duty End-of-Shaft Encoder is a compact, durable, and versatile solution for monitoring key motion parameters in industrial machinery. It helps prevent equipment failure, enhances efficiency, and improves safety compliance in conveyor systems, manufacturing plants, and automated processing lines.