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Automotive Smart Electronics Radial Feeder Taped Component Feed Module

Description:This 70mm radial feeder without cutter handles taped radial component supply through a single sequenced operation: tape index, lead alignment, component present. The narrow body fits within standard feeder rail pitch, enabling dense mixed-technology layouts where radial capacitors and inductors share the machine front end with surface-mount chip feeders. Feed pitch, advance rate, and cycle count are recipe-driven and recalled per part number. The absence of cutter hardware eliminates blade replacement and cut-length drift from the maintenance scope, while the machined alloy frame and ground guide surfaces sustain indexing accuracy over extended duty cycles in automotive electronics, consumer electronics, and industrial control assembly lines.

Jumlah Pesanan Minimum: 1 buah

Waktu Pengerjaan: 15 Hari

Perkenalan

A radial feeder without cutter in a 70mm chassis delivers vertically taped radial components to the insertion point through a direct feed-and-align sequence. The unit grips the carrier tape via a servo-indexed sprocket, advances each component pocket to the staging zone, and passes the leads through a straightening channel that corrects any bend or skew accumulated during tape winding. At the output, the component sits in a defined orientation — leads vertical, body centered — awaiting pickup by the insertion tooling. No cutting, no forming: the feeder’s sole function is sequenced supply, which keeps the mechanism compact and the tape path unobstructed.

The 70mm body width is the defining spatial advantage. On a consumer electronics placement line handling smartphone or tablet PCBs, feeder bank real estate is perpetually contested. A narrower radial feeder means more feeder slots stay available for chip component lanes, tray modules, or additional radial part numbers — all loaded simultaneously. This reduces the frequency of feeder changeouts during a production shift and helps the line sustain throughput targets without interruption. The slim body also simplifies machine integration, as the feeder fits within the same mounting rail pitch as standard tape feeders.

Daily operation follows a minimal routine: load the radial tape reel, thread the leader strip through the guide channel, and select the recipe from the feeder’s stored parameter set. The controller recalls feed pitch, advance speed, and component pitch count. A presence sensor at the output gate confirms part availability and sends the ready signal to the host machine. Maintenance is limited to cleaning the tape channel and sprocket — no blade sharpening, no forming die inspection, no cutter calibration. The frame is machined from a rigid alloy blank, with the guide surfaces ground to maintain alignment under sustained indexing loads.

 

Radial Feeder without Cutter (70mm Width)

Radial Feeder without Cutter (70mm Width)

 

Radial Feeder without Cutter 70mm Width Automotive Electronics ECU PCB Radial Component Feeding

In an automotive electronics factory, the radial feeder without cutter mounts onto placement machines building ECU, BCM, and sensor module PCBs — boards that routinely mix surface-mount passives with through-hole radial components such as aluminum electrolytic capacitors, power inductors, and transient voltage suppressors. The feeder indexes taped radial parts forward, straightens the leads through a precision guide channel, and stages each component at a fixed pickup coordinate. Since automotive-grade radial parts often ship with leads pre-cut to a standardized length per AEC-Q200 qualification requirements, the feeder’s omission of an onboard cutter is not a limitation — it is an alignment with existing supply-chain specifications.

The 70mm narrow body supports the dense feeder banks typical of automotive lines, where a single placement machine may service a board carrying over a hundred component types. Multiple radial feeders load side by side without displacing chip feeders or tray modules, ensuring the placement head can access radial capacitors, inductors, and suppression devices within the same program cycle. This layout avoids routing boards to a separate through-hole station after SMT placement, a workflow simplification that reduces handling steps and preserves the cleanliness standards required for automotive-grade PCB assembly where flux residue and particulate control are tightly governed.

Reliability under sustained operation is the defining requirement in automotive electronics manufacturing, where production runs span multiple shifts and unplanned downtime cascades into supply-chain penalties. The radial feeder without cutter addresses this through mechanical simplicity: fewer moving parts, no blade actuation mechanism, no forming die linkage. The tape path is a straight channel from reel to output gate, minimizing jam-prone transitions.

 

Spesifikasi

Model YN-R2203 YN-R2201 Remarks
Dimensions (L×W×H) 740×47×144(110)mm 750*68*144(110)mm Bottom pickup height: 110mm
Max. height (bottom to handle): 144mm
Berat 6KG 8KG
Operating Voltage DC 24V DC 24V
Air Supply Required None None
Maximum Current 3A 3A
Feed Speed 0.6–2 s/Pcs 0.6–2 s/Pcs
Drive Method Purely Electric Purely Electric
Panel Operasi 0.96″ TFT Color
ScreenResolution: 80×160 pixels
0.96″ TFT Color
ScreenResolution: 80×160 pixels
Material Cutting Pitch Error ±0.2mm ±0.2mm
Applicable Tape Spacing 12.7mm/15mm 12.7mm/15mm Replacement parts required
Tape Cutting Function Optional Optional YN-R2203: With Cutter
YN-R2201: Without Cutter
Bending Function Optional Optional Bending can be customized based on material type
Cutter Service Life ≥1 million times ≥1 million times

 

 

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