01
Belt and vibration feeding
The specification table identifies belt transfer and vibration as the feeding drive for bulk material.
往复式供料器 · Bulk component feeder
Reciprocating feeder for electronic components
A bulk-component feeder that combines belt transfer and vibration to supply relays, terminals, transformers, capacitors, network connectors, tactile switches, push buttons, and similar parts to automated equipment.
Bulk
Feeding method
5×3×3–30×20×20mm
Supported component size
1S
Feeding speed / cycle time
±0.5mm
Feeding accuracy
Product overview
Belt and vibration feeding for bulk components
The Winseason reciprocating feeder uses belt transfer and vibration to move and screen bulk-loaded components.
Adjustable vibration frequency and belt speed support different feeding rhythms, while photoelectric sensing controls start, stop, and measured discharge. The assembly combines a linear-vibration module, belt-transfer module, and base, with a replaceable screening track for product changeover.
01
Bulk-component feeding
02
Belt transfer with vibration
03
Photoelectric flow control
04
Replaceable screening track
Applicable components
Component types listed for this feeder
Supported format or size: 5×3×3mm-30×20×20mm (length × width × height)
01
Relays
02
Terminals
03
Transformers
04
Box capacitors
05
Cylindrical capacitors
06
Network connectors
07
Tactile switches
08
Push buttons
Similar components remain subject to engineering evaluation.
Key features
Feeding control built around the component
02
Adjustable feeding rhythm
Vibration frequency and belt speed can be adjusted for different feeding requirements.
03
Photoelectric flow control
Photoelectric sensing regulates start, stop, and measured discharge to reduce material accumulation or shortages.
04
Replaceable screening track
The screening track can be changed to support product changeover and equipment reuse.
Technical specifications
Official specification-table values
The values below follow the specification table in the approved product data report.
Component
- Applicable materials
- Relays, terminals, transformers, box capacitors, cylindrical capacitors, network connectors, tactile switches, push buttons, and similar components
- Component size
- 5×3×3mm-30×20×20mm (length × width × height)
Machine
- Machine dimensions
- 1150×145×980±30mm (length × width × height)
- Machine weight
- 18Kg
Feeding
- Feeding method
- Bulk feeding
- Fixing method
- Positioning key and clamping block, with support for other fixing structures
- Feeding drive
- Belt transfer and vibration
Electrical and pneumatic
- Power requirements
- AC220V / DC24V
- Air pressure
- 0.4-0.6Mpa
Control
- Operation
- Touchscreen interface
- Host connector
- 8-pin, φ16mm aviation plug
- Communication
- Supports I/O communication or independent operation without communication
Performance
- Feeding channel
- Single feeding channel
- Feeding speed / cycle time
- 1S
- Feeding accuracy
- ±0.5mm
Working principle
How the reciprocating feeder works
01
Load bulk components
Components enter the feeder in bulk form.
02
Move material through the feeder
Belt transfer and vibration move components through the feeding path.
03
Regulate material flow
Photoelectric sensing controls start, stop, and measured discharge.
04
Screen for downstream automation
The screening track organizes material flow before transfer to connected equipment.
Product image
Complete reciprocating feeder assembly
The full machine remains visible in the authentic high-resolution product image extracted from slide 6 of the Winseason feeder presentation.
Typical applications
Typical component-feeding applications
01
Electromechanical components
Bulk feeding for relays, terminals, and similar components before downstream automation.
Discuss this application02
Transformers and capacitors
Feeding for transformers, box capacitors, and cylindrical capacitors within the supported component-size range.
Discuss this application03
Connectors and switches
Feeding for network connectors, tactile switches, push buttons, and comparable parts subject to evaluation.
Discuss this applicationIntegration / communication
Controls and production-line integration
The feeder supports I/O communication with connected equipment or independent operation without communication. Final interface mapping should be confirmed for the target machine and production line.
AC220V / DC24V
Power requirements
0.4-0.6Mpa
Air pressure
8-pin, φ16mm
Aviation connector
I/O or independent
Communication mode
Touchscreen
Operation
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Engineering and purchasing questions
What components can the reciprocating feeder handle?
The specification table lists relays, terminals, transformers, box capacitors, cylindrical capacitors, network connectors, tactile switches, push buttons, and similar components.
What component sizes are supported?
The listed component-size range is 5×3×3mm-30×20×20mm (length × width × height).
What are the listed feeding speed and accuracy?
The specification table lists a feeding speed or cycle time of 1S and feeding accuracy of ±0.5mm.
Can the feeder communicate with other equipment?
Yes. The feeder supports I/O communication or independent operation without communication through an 8-pin, φ16mm aviation connector.
What utilities does the feeder require?
The listed requirements are AC220V / DC24V power and 0.4-0.6Mpa air pressure.
Can the feeder be adapted to a different component?
The PPT states that other fixing structures are supported and the screening track can be replaced. Final suitability should be confirmed through component evaluation.
Contact / RFQ
Send your component for feeder evaluation
Share the component type, dimensions, incoming material format, required cycle time, and target equipment. Winseason can review the feeding requirement for the Reciprocating Feeder and identify the information needed for a quotation.
+86 755 2315 7003winson@winseason.com
Building 5, Phase 1, Lianchuang Science and Technology Park, 21 Bulan Road, Nanwan Street, Longgang District, Shenzhen, Guangdong, China