How to Adjust a Vibratory Bowl?
Tuning a bowl involves balancing amplitude and frequency for optimal part flow. Always disconnect power before initial inspection.
- Preliminary Inspection
- Safety: Ensure power is OFF.
- Check Fasteners: Tighten all bolts.
- Check Air Gap: Ensure the electromagnet gap is clear and within specification.
- Core Adjustment Steps
- Adjusting the Leaf Springs
- Goal: Change the vibration angle and force.
- Quantity: Adding springs reduces amplitude (gentler feed); removing springs increases it (more forceful).
- Angle: Fine-tune the spring pack’s attack angle for precise control.
- Adjusting the Controller
- Goal: Change vibration strength and rhythm.
- Amplitude Knob: Adjusts voltage. Clockwise increases amplitude; counterclockwise decreases it.
- Frequency Knob (if available): Adjusts the on/off frequency of the electromagnet.
III. Testing and Optimization
- Load Parts: Add a small sample of parts.
- Power On: Start with low amplitude.
- Observe and Tune:
- If parts don’t move: Slowly increase amplitude.
- If parts bounce or stand up: Decrease amplitude.
- For jams: Inspect and adjust local track tooling or vibration.
- Full Load Test: Gradually increase parts to normal level to ensure stability.
Summary: The golden rule is “start low and adjust incrementally.” Success is achieved when parts flow steadily, continuously, and controllably without bouncing, backflow, or piling up.












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