
( Brand: Kendrion ), ( Manufacturer Part Number: OAC007.520073 ), ( Type: Coil )
The **Kendrion OAC007.520073 Vibratory Feeder Coil** is a high-performance, precision-engineered electromagnetic component designed to power Kendrion s OAC series vibratory feeders, delivering reliable and consistent material handling in industrial, manufacturing, and automation applications. This coil operates on a **200V AC** power supply, compatible with both **50Hz and 60Hz** frequency standards, ensuring global versatility for diverse operational environments. With a rated **253VA** (volt-ampere) capacity, the coil is engineered to provide optimal electromagnetic excitation, generating smooth, controlled vibrations that efficiently move bulk materials, small parts, or components along conveyor systems, hoppers, or sorting mechanisms. Constructed with durable materials and advanced coil winding technology, this component ensures long-term reliability, minimizing downtime and maintenance requirements while maintaining high efficiency. The coil s robust design supports precise amplitude and frequency adjustments, allowing operators to tailor the feeder s performance to specific material properties whether handling delicate electronics, abrasive granules, or irregularly shaped objects. Ideal for applications in pharmaceuticals, food processing, automotive assembly, electronics manufacturing, and material sorting, this vibratory feeder coil integrates seamlessly with Kendrion s feeder systems to enhance productivity, reduce waste, and improve process consistency. Its compact yet robust construction, combined with Kendrion s reputation for precision engineering, makes it a trusted choice for industries demanding dependable, high-performance material handling solutions.
### **Pros and Cons of buying a Kendrion OAC007.520073 Vibratory Feeder**
#### **Pros:**1. **Reliability and Durability** Kendrion is a well-established manufacturer specializing in precision motion control components, including vibratory feeders. This model is designed for continuous operation, making it suitable for industrial applications where uptime is critical.
2. **Precision Feeding** The vibratory feeder is engineered to provide consistent and controlled material flow, reducing manual handling and improving production efficiency. This is particularly useful in automated assembly lines, packaging, or material sorting processes.
3. **Compact and Space-Efficient Design** The unit is likely designed to fit into tight spaces, which is beneficial for facilities with limited floor area. Its modular nature may also allow for easy integration into existing systems.
4. **Low Maintenance Requirements** Vibratory feeders generally have fewer moving parts compared to other feeding mechanisms (e.g., conveyor belts or pneumatic systems), reducing wear and tear over time. The coil-driven mechanism is typically robust and long-lasting if properly maintained.
5. **Energy Efficiency** Operating at 253VA (200V AC), this feeder is relatively low-power compared to some alternatives, which can contribute to lower operational costs. The 50/60Hz compatibility ensures flexibility in different regions.
6. **Versatility in Material Handling** Suitable for a wide range of small to medium-sized parts, including components like screws, nuts, washers, or electronic parts, depending on the feeder s base and bowl design (if applicable).
7. **Quiet Operation** Vibratory feeders are generally quieter than mechanical or pneumatic alternatives, which can be advantageous in noise-sensitive environments.
8. **Easy Installation and Calibration** Kendrion components are often designed with user-friendly features, allowing for straightforward setup and minimal downtime during adjustments.
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#### **Cons:**1. **Limited Customization** The OAC007.520073 is likely a standard model with fixed specifications (e.g., coil voltage, frequency, and feeder dimensions). If your application requires non-standard part sizes or feeding rates, additional modifications or accessories may be necessary, increasing costs.
2. **Dependence on Power Supply** The feeder requires a stable 200V AC supply (50/60Hz). Fluctuations in voltage or frequency could affect performance, potentially requiring additional power conditioning equipment.
3. **Potential for Part Jamming** If not properly matched with the correct bowl or feeder base, certain parts may not feed smoothly, leading to blockages or inconsistent output. This could require additional troubleshooting or adjustments.
4. **Coil Lifespan and Replacement Costs** While coils are durable, they can degrade over time due to thermal stress or electrical issues. Replacing a coil may be costly, and downtime for repairs could impact production schedules.
5. **Noise in Some Applications** Although generally quieter than other feeders, the vibration can still produce some noise, which may be a concern in very sensitive environments (e.g., cleanrooms or precision labs).
6. **Initial Cost** As a specialized industrial component, the upfront cost may be higher than simpler feeding solutions (e.g., gravity feeders or manual systems). However, this is often justified by long-term reliability and efficiency gains.
7. **Skill Dependency** Proper installation, calibration, and maintenance may require technical expertise. Without proper training, operational issues could arise, leading to inefficiencies or failures.
8. **Compatibility Issues** Ensure that the feeder s output (e.g., feeding rate, part orientation) aligns with your downstream processes. Mismatches could necessitate additional equipment (e.g., dividers, sorters) to maintain productivity.
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### **Ending Conclusion:**The Kendrion OAC007.520073 vibratory feeder is a high-quality, reliable solution for automated material handling in industrial applications. Its precision, durability, and low maintenance requirements make it ideal for environments where consistent feeding is critical. However, its suitability depends on whether it aligns with your specific part sizes, feeding requirements, and operational constraints. If your application demands customization or has unique challenges (e.g., fragile parts, high-speed feeding), additional accessories or modifications may be required, potentially increasing costs.
### **Recommendation:** **Purchase the Kendrion OAC007.520073 if:**- You need a dependable, low-maintenance feeder for standard or near-standard parts.
- Your facility has a stable power supply and space constraints favor a compact design.
- You prioritize long-term reliability and efficiency over initial cost savings.
- You can integrate it seamlessly with your existing automation system.
**Avoid or research alternatives if:**- Your parts require highly customized feeding solutions (e.g., irregular shapes, very small or large sizes).
- Your power supply is unstable or lacks the required voltage/frequency specifications.
- You lack in-house expertise for installation, calibration, or troubleshooting.
- Cost is a major constraint, and simpler or lower-cost feeders (e.g., gravity feeders) could suffice.
**Additional Steps Before Purchase:**1. **Verify Compatibility** Confirm that the feeder s specifications match your part dimensions, feeding rate, and material properties.
2. **Consult Kendrion Support** Inquire about available accessories (e.g., bowls, dividers) or modifications to ensure optimal performance.
3. **Review Maintenance Documentation** Understand the feeder s maintenance requirements to minimize downtime.
4. **Compare with Alternatives** Evaluate other vibratory feeders or feeding mechanisms (e.g., pneumatic, mechanical) to ensure this is the best fit for your application.
For most automated production lines where reliability and precision are paramount, the Kendrion OAC007.520073 is a strong choice. However, conduct thorough due diligence to avoid potential pitfalls.