CONTROLLED AUTOMATION E-0381 Vibratory Feeder Coil Up Magnet 120V 999-0381-6

( Brand: Controlled Automation ), ( Manufacturer Part Number: E-0381 ), ( Type: Electromagnetic Coil )

Review CONTROLLED AUTOMATION 120v Vibratory Feeder Coil Pick Up Magnet

The **Controlled Automation E-0381 120V Vibratory Feeder Coil-Up Magnet (Part #999-0381-6)** is a high-performance, precision-engineered magnetic component designed to enhance the efficiency and reliability of vibratory feeders in automated material handling systems. Engineered for seamless integration with vibratory bowl feeders, this coil-up magnet operates on a 120V AC power supply, delivering consistent and controlled magnetic force to effectively separate, orient, and convey ferrous materials within the feeder s orbiting bowl. Constructed from durable, high-grade materials, the magnet features a robust coil winding encased in a protective housing, ensuring long-term durability even in demanding industrial environments. Its compact yet robust design allows for easy installation and maintenance, with a secure mounting system that minimizes vibration-induced wear while maximizing performance. The magnet s precise magnetic field strength is carefully calibrated to optimize material flow, reducing jamming and improving throughput in applications such as component orientation, part feeding, and automated assembly lines. Whether used in electronics manufacturing, automotive production, or general industrial processing, this coil-up magnet enhances the feeder s ability to handle a wide range of ferrous parts, from small screws and pins to larger components, with minimal energy consumption and maximum efficiency. Its reliable operation contributes to reduced downtime and lower maintenance costs, making it an indispensable component for any automated material handling system requiring consistent and repeatable performance.

**Pros and Cons of buying a Controlled Automation E-0381 120V Vibratory Feeder with Coil-Up Magnet (Part Number: 999-0381-6)**

### **Pros**

1. **Efficient Material Handling** Vibratory feeders like this one are designed to move bulk materials (such as small parts, granules, or pellets) smoothly and consistently, reducing manual labor and improving production speed.

2. **Precision and Control** The controlled automation suggests adjustable settings for vibration intensity, feed rate, and material distribution, allowing for better process customization depending on the application.

3. **Compact and Space-Saving Design** Vibratory feeders are typically smaller than conveyor belts or screw feeders, making them ideal for tight or automated production lines.

4. **Low Maintenance** Compared to mechanical feeders, vibratory models often have fewer moving parts, reducing wear and tear and lowering long-term maintenance costs.

5. **Versatility** Suitable for a wide range of materials, including metals, plastics, ceramics, and powders, making it adaptable to various industries (e.g., manufacturing, pharmaceuticals, food processing).

6. **Quiet Operation** Vibratory feeders generally produce less noise than pneumatic or hydraulic alternatives, contributing to a quieter workspace.

7. **Durability** High-quality construction (such as stainless steel or reinforced housing) ensures longevity, especially in industrial environments.

8. **Coil-Up Magnet Integration** The inclusion of a magnet (part 999-0381-6) helps in applications where ferrous materials must be separated or retained, improving material purity and reducing contamination.

9. **Energy Efficiency** Electric vibratory feeders consume less power than pneumatic or hydraulic systems, leading to cost savings over time.

10. **Easy Installation and Integration** Many vibratory feeders are designed for straightforward installation into existing production lines, with minimal downtime for setup.

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### **Cons**

1. **Limited to Small to Medium Parts** Vibratory feeders are not ideal for large or irregularly shaped items, which may require alternative feeding methods (e.g., belt conveyors or robotic pick-and-place systems).

2. **Material Size Restrictions** The feeder s design may restrict the minimum or maximum particle size, requiring pre-screening or additional processing if materials fall outside optimal ranges.

3. **Potential for Clogging** If not properly maintained, fine or sticky materials can clog the feeder, causing interruptions in production.

4. **Vibration-Induced Wear** Prolonged use may lead to wear on the feeder s base or surrounding equipment, necessitating periodic inspections and replacements.

5. **Cost of Replacement Parts** While generally low-maintenance, specialized components (such as the magnet or vibration coils) may require replacement over time, adding to operational expenses.

6. **Initial Investment** Compared to simpler manual feeding methods, a controlled automation vibratory feeder represents a higher upfront cost, which may not be justified for low-volume or small-scale operations.

7. **Dependence on Power Supply** A 120V electrical requirement means the feeder cannot operate in environments without reliable power, and fluctuations may affect performance.

8. **Learning Curve for Setup** Optimizing vibration settings, feed rate, and material flow may require trial and error, potentially leading to initial inefficiencies.

9. **Limited Upscaling** For high-volume applications, multiple feeders may be needed, increasing complexity and cost.

10. **Noise and Vibration Transmission** While generally quieter than other feeders, prolonged vibration can still affect nearby equipment or sensitive machinery if not properly isolated.

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### **Ending Conclusion**

The **Controlled Automation E-0381 120V Vibratory Feeder with Coil-Up Magnet** is a well-suited solution for industries requiring precise, automated material handling of small to medium-sized parts. Its advantages in efficiency, control, and low maintenance make it a strong choice for manufacturing, packaging, or processing applications where consistency and reliability are critical. However, its limitations such as material size restrictions, potential clogging risks, and higher initial cost must be carefully considered, particularly for operations with varying material types or low production volumes.

For businesses already using automated systems or those transitioning from manual feeding methods, this feeder offers a compelling balance of performance and practicality. Smaller or more flexible operations may benefit from evaluating alternatives like gravity feeders or robotic systems if their needs diverge significantly from the feeder s optimal use case.

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### **Recommendation**

- Your application involves consistent, high-volume handling of small to medium-sized parts.

- You require precise control over feed rate and material distribution.

- Your workspace has reliable 120V power and sufficient space for installation.

- You prioritize low maintenance and energy efficiency in your production process.

- Ferrous material separation or retention is a requirement (thanks to the included magnet).

- You frequently handle large, irregular, or sticky materials that may clog the feeder.

- Your production volume is very low, making the upfront cost unjustified.

- You lack the technical expertise to optimize vibration settings for your specific materials.

- Noise or vibration sensitivity is a concern in your facility.

**Final Suggestion:** If possible, test the feeder with your specific materials in a pilot setup before committing to full-scale purchase. Consult with the manufacturer or a system integrator to ensure compatibility with your existing equipment and workflow. For long-term reliability, pair this feeder with proper maintenance protocols and consider spare parts for critical components like the magnet or vibration coils.

Details:

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part #: e0381 price

• $124.00

specifications automationjack:

• brand: Controlled Automation
• mpn: E-0381
• type: Electromagnetic Coil

general Automationjack:

• Business Industrial > Industrial Automation Motion Controls > Other Automation Equipment
• condition: Used

offer Automationjack:

• best offers: True
• availability: In Stock
• started: April 28, 2026
• options: Ship-to-home
• sold: 0
• quantity: 1

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• time: 30 Days
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• policy: Returns Accepted
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• class: Standard, One-day
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• # reviews: 12564
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• city: Noblesville, Indiana