CUP FEEDER Ø100mm H840mm WITH OUTPUT ON THE RIGHT VIEWED FROM BEHIND.
BROVIND CFV CONTROLLER.

Data Sheet: Ø100mm H840mm Cup Feeder with Brovind CFV Controller

1. General Description

A bowl feeder is a feeding device used to orient and distribute small components or workpieces in an automated manufacturing process. The right-hand exit version (viewed from behind) is designed to accommodate specific assembly line configurations.

2. Technical Specifications

• Cup Diameter: Ø100 mm
• Cup Height: 840 mm
• Exit: Right (view from behind)

3. Materials and Construction

• Cup:
  • Material: Typically durable plastic (polycarbonate, nylon) or metal (stainless steel for applications requiring greater strength and durability).
  • Finish: Smooth surface for easy movement of pieces.
• Support Structure:
  • Material: Painted carbon steel or stainless steel.
  • Finish: Powder coating or anti-corrosion coating.
• Vibrating Components:
  • Vibration Motor: Electromagnets or vibration motors that generate the vibrations needed to orient the workpieces.

4. Mechanical Characteristics

• Vibration System: Generated by electric motors or adjustable electromagnets, it allows you to adapt the intensity and frequency of the vibrations based on the size and type of pieces.
• Orientation and Channeling: Guide mechanisms inside the bowl to ensure that the parts are correctly oriented and directed to the desired exit.
• Height and Configuration: 840mm height to suit standard height assembly lines, with right hand exit for easy positioning in a specific work configuration.

5. CFV Controller Brovind

Brovind's CFV controller is an advanced control device used to manage cup feeder functions, including vibration parameters and part flow.

• CFV Controller Functions:
  • Vibration Frequency Adjustment: Allows you to set the vibration frequency according to the process needs.
  • Feed Rate Control: Adjusts the speed at which parts are fed through the system.
  • Programming: Provides programming options to optimize operations and tailor operation to part specifications.

6. Mathematical Formulas Used

• Vibration Frequency (f): $f$
  • Where TT $T$ is the period of vibration.
• Vibration Amplitude (A): $A$
  • Where FF $F$ is the applied force, mm $m$ is the mass of the part, and ω\omega $\omega$ is the angular frequency.
• Power Consumption (P): $P$
  • Where VV $V$ is the voltage and II $I$ is the current consumed by the vibratory motor.

7. Sectors of Use

• Manufacturing Industry: For the transport and orientation of small parts in assembly lines.
• Electronics Industry: Used to handle electronic components such as resistors, capacitors, and chips.
• Food Industry: Used for the handling of packaging machine components and for the feeding of ingredients.

8. Advantages of Buying Used

• Lower Cost: Used cup feeders are generally less expensive than new ones.
• Immediate Availability: Often available immediately, reducing production lead times.
• Sustainability: Purchasing used equipment contributes to more sustainable resource management and waste reduction.

Additional Considerations

• Condition: It is essential to check the general condition of the device used, including the condition of the cup, vibration motor and controller.
• Maintenance: Check whether the device has been well maintained and whether all components are working properly.
• Warranty: Check if the seller offers any warranties or after-sales support for your used device.

Conclusion

A 100 mm diameter, 840 mm high bowl feeder equipped with a Brovind CFV controller is an effective solution for managing and orienting components in various industrial applications. Buying a used one can offer significant financial advantages, provided that proper checks are made to ensure its functionality and condition.

If you need specific details on a particular model or have any further questions, let me know!