Introducción
El Automated Reel Terminal Feeder is intended for PCB production processes in which Terminal components are supplied in reels and require automatic delivery to an insertion or assembly machine. Unlike conventional component feeders developed mainly around electronic parts, a Terminal feeder must accommodate the physical characteristics of stamped metal contacts. Terminal components can include conductive tabs, connector contacts, board terminals, and other formed metal parts with defined insertion directions. The feeder manages these components directly from the reel, creating an automated path from component storage to the assembly position while reducing manual contact with individual terminals.
During operation, the reel supplies a continuous strip of Terminal components to the feeder mechanism. Mechanical drive elements advance the strip according to the required feeding distance, while guide sections control the movement of the carrier and terminal positions. This process allows each terminal to reach the delivery point in a recognizable and controlled arrangement before the insertion head or transfer mechanism takes the component. Such operation is especially relevant to terminals with specific insertion orientation, carrier pitch, or contact geometry. Controlled advancement also helps reduce feeding interruptions caused by manually positioned parts, making the feeder suitable for repetitive terminal insertion tasks across extended production runs.
A major application advantage lies in connecting reel based Terminal packaging with specialized automatic insertion systems. The Automated Reel Terminal Feeder can be applied to automotive PCB assemblies, electrical control boards, connector manufacturing, power electronics, appliance electronics, and other products requiring board mounted metal terminals. Its configuration can be adapted to the dimensions, carrier structure, and feeding requirements of different Terminal components. Through controlled reel unwinding, guided strip movement, and organized terminal presentation, the feeder establishes a dedicated material supply route for metallic components. This makes it a practical equipment choice for manufacturers aiming to replace manual terminal preparation with an automated and machine coordinated feeding process.
Automated Reel Terminal Feeder
Automated Reel Terminal Feeder for Automated Automotive Terminal Component Supply
In smart automotive electronics manufacturing, the Automated Reel Terminal Feeder provides automatic supply for Terminal components packaged on reels. Automotive terminals are conductive metal parts used in PCB connection systems, connector interfaces, power circuits, and vehicle control modules. After a reel is loaded, the feeder controls material advancement and transfers the Terminal carrier toward the machine interface. Matching the feeder configuration to the Terminal specification allows manufacturers to connect reel based component supply with insertion equipment. It also gives production teams a straightforward method for changing terminal reels between production batches without manual terminal preparation during changeovers.
A major application is ECU and vehicle controller production. The Automated Reel Terminal Feeder can deliver terminals for body control modules, gateway boards, and electrical interface assemblies. As the carrier moves through the feeder, guide structures direct the strip while the drive mechanism controls feeding distance. This arrangement supports terminals with specific carrier spacing, geometry, and orientation requirements. The feeder can therefore connect reel based Terminal supply with insertion equipment used for different automotive PCB products.
The equipment is also applicable to intelligent vehicle electronics lines covering ADAS, smart cockpit, connector, and electric vehicle systems. ADAS controllers and communication modules may use board terminals as electrical interfaces, while smart cockpit electronics can require terminals for connections between control boards and vehicle wiring. EV factories can use the feeder on BMS, onboard charging, power conversion, and distribution board lines. Automotive connector production is another suitable application because terminals can arrive continuously from reels before connector assembly. The feeder focuses on controlled Terminal delivery across these production lines.
Presupuesto
| Modelo | YN-R2025 |
| Dimensiones (largo × ancho × alto) | 769 × 96 × 303 mm |
| Método de alimentación | Reel-terminals |
| Cutting Power | Cylinder push-type |
| Positioning | Fiber sensor + cylinder fine-tuning |
| Fixation | Locating key + clamping block |
| Operating Voltage | 24V DC |
| Current (Avg/Peak) | 1A / 3A |
| Working Pressure | 0.4–0.6 MPa |
| Operation | Button control |
| PC Connection | 8-pin ø16mm aviation plug |
| Comunicación | IO communication / standalone control |
| Sistema de control | PLC-based |
| Drive | Solenoid valve |
| Velocidad | 2 sec/cycle |
| Adjustment | Pneumatic speed control |
| Accuracy | ±0.3 mm |
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