01
Multiple stacked tubes
The feeding method supports tube-fed components supplied through a stacked-tube magazine.
管状供料器 · Tube feeder
Tube feeder for electronic components
A single-channel feeder for electronic components supplied in multiple stacked tubes, with adjustable tube guidance, motor-driven spring feeding, arrival sensing, and touchscreen operation.
Stacked tubes
Feeding method
5×8×3–35×30×30mm
Supported component size
1S
Feeding speed / cycle time
±0.5mm
Feeding accuracy
Product overview
Tube-magazine feeding for electronic components
The Winseason tube feeder combines a multi-tube magazine, adjustable guide, and pushing mechanism for components supplied in tubes.
The guide width adjusts for different tube sizes from 480mm to 600mm. Photoelectric or fiber-optic sensing detects component arrival and stops movement at the pickup position to reduce empty or missed pickups.
01
Multiple stacked tubes
02
480-600mm tube length
03
Arrival sensing
04
Touchscreen operation
Applicable components
Component types listed for this feeder
Supported format or size: 5×8×3mm-35×30×30mm (length × width × height)
01
Relays
02
Terminals
03
Transformers
04
Box capacitors
05
Cylindrical capacitors
Tube dimensions, component orientation, and discharge geometry remain subject to engineering evaluation.
Key features
Tube-magazine feeding with adjustable guidance
02
Adjustable tube guide
The magazine-guide width can be adjusted for supported tube sizes and a listed tube length of 480mm-600mm.
03
Arrival sensing
Photoelectric or fiber-optic sensing detects component arrival and stops movement at the pickup position.
04
Motor-driven spring
The specification table identifies a motor-driven spring as the feeding drive.
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, and cylindrical capacitors
- Component size
- 5×8×3mm-35×30×30mm (length × width × height)
- Supported tube length
- 480mm-600mm, adjustable
Machine
- Machine dimensions
- 1450×100×1200mm (length × width × height)
- Machine weight
- 15Kg
Feeding
- Feeding method
- Tube-fed components with multiple stacked tubes
- Fixing method
- Positioning key and clamping block, with support for other fixing structures
- Feeding drive
- Motor-driven spring
- Feeding channel
- Single feeding channel
Electrical and pneumatic
- Power requirements
- 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 speed / cycle time
- 1S
- Feeding accuracy
- ±0.5mm
Working principle
How the tube feeder works
01
Load stacked tubes
Multiple component tubes are loaded into the feeder magazine.
02
Set the guide width
The adjustable guide is set for the required tube dimensions and length.
03
Push the components
A motor-driven spring advances components from the active tube.
04
Detect the pickup position
Arrival sensing stops movement when the component reaches the pickup position.
Product image
Complete tube feeder assembly
The complete magazine, support frame, and discharge section remain visible in the authentic high-resolution product image extracted from slide 7.
Typical applications
Typical tube-fed component applications
01
Relays and terminals
Tube-fed relay and terminal handling within the listed component and tube-size ranges.
Discuss this application02
Transformers
Controlled tube feeding for transformers supplied in compatible tube packaging.
Discuss this application03
Capacitors
Tube feeding for box and cylindrical capacitors subject to package and orientation evaluation.
Discuss this applicationIntegration / communication
Controls and production-line integration
The feeder supports I/O communication or independent operation without communication through an 8-pin, φ16mm aviation plug. Final tube guidance, fixing structure, and pickup interface should be confirmed for the target machine.
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 tube feeder handle?
The specification table lists relays, terminals, transformers, box capacitors, and cylindrical capacitors.
What component sizes are supported?
The listed component-size range is 5×8×3mm-35×30×30mm (length × width × height).
What tube lengths are supported?
The listed adjustable tube-length range is 480mm-600mm.
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 run independently?
Yes. It supports I/O communication or independent operation without communication.
What utilities does the feeder require?
The listed requirements are DC24V power and 0.4-0.6Mpa air pressure.
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 Tube 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