JUKI RF16AS_C 16mm Motor-Driven Electric Tape Feeder for RS-1 SMT Placement

JUKI RF16AS_C 16mm Electric Tape Feeder for RS-1 40195322

The JUKI RF16AS_C Electric Tape Feeder, part number 40195322, is a motor-driven component-feeding unit developed for electronic components packaged in 16 mm carrier tape. Installed on a compatible RS-1 SMT placement system, the feeder advances the carrier tape and presents each component pocket at the programmed pickup position.

Its RF-series design supports efficient feeder-bank arrangement, convenient reel loading, repeatable indexing, and organized material preparation. The feeder is suitable for electronics manufacturers, EMS factories, SMT maintenance companies, equipment integrators, and spare-parts distributors requiring a dependable 16 mm feeding solution.

The RF16AS_C may be purchased for production-line replacement, feeder inventory expansion, preventive maintenance, backup stock, or offline setup preparation. To avoid an incorrect order, buyers should confirm the complete machine model, feeder label, tape width, component pitch, required quantity, and requested condition before shipment.

An SMT tape feeder operates continuously during production. It repeatedly advances carrier tape, separates cover tape, positions component pockets, communicates with the placement machine, and supports reel movement.

Long operating hours, repeated reel changes, incorrect tape loading, contamination, accidental impact, mechanical wear, and unsuitable maintenance can gradually affect feeder performance.

A worn or contaminated feeding mechanism may advance the carrier tape inconsistently. The component pocket may stop before or after the required pickup position, causing placement interruptions.

When the pocket position is unstable, the placement nozzle may not collect the component correctly. This can lead to missing-component alarms, repeated pickup attempts, recognition failures, or unnecessary machine stops.

Incorrect routing or excessive cover-tape resistance may pull against the carrier tape. This can disturb component presentation and may cause components to rotate, jump, or remain partially covered.

Bent or worn tape guides can prevent the carrier tape from moving smoothly. The tape may rub against the feeder structure, become scratched, or lose correct sprocket engagement.

Aging motors, sensors, connectors, cables, or internal control parts may result in intermittent feeding. These faults can be difficult to predict and may reduce production stability.

A factory introducing new PCB programs may require additional 16 mm feeders. Limited feeder inventory can increase changeover time and prevent offline preparation of upcoming production materials.

The RF16AS_C provides an integrated feeding solution for components supplied in 16 mm carrier tape. Its motor-driven mechanism advances the tape according to the machine program and presents each component at the pickup location.

Correct electric indexing helps maintain a repeatable relationship between the carrier-tape pocket and the placement nozzle. This supports stable pickup conditions during continuous production.

The feeder can be installed as a replacement for a matching RF16AS_C unit, added to increase available feeder capacity, or kept as maintenance stock for rapid production recovery.

The feeder advances the tape in controlled steps, helping each pocket reach the pickup position consistently.

A correctly maintained feeder supports organized reel installation, tape routing, cover-tape handling, and production preparation.

The RF16AS_C model and 40195322 part number provide specific references for purchasing, maintenance records, inventory management, and replacement matching.

Additional feeders can be loaded and checked away from the active production machine. This can reduce changeover time when moving from one PCB program to another.

The required feeder condition, quantity, testing standard, packaging method, and delivery arrangement can be confirmed according to the customer’s production needs.

The tape width is an important selection factor, but it is not the only compatibility requirement.

Two components may both use 16 mm carrier tape while having different pocket depths, feed pitches, cover-tape specifications, package sizes, or pickup requirements.

The following information should be checked before purchase:

The RF16AS_C is intended for SMT manufacturing environments using electronic components supplied in 16 mm carrier tape.

The feeder can support production of household electronics, smart devices, control panels, entertainment equipment, charging products, and electronic accessories.

Typical production environments may include automotive controllers, lighting modules, sensing devices, communication boards, power-management systems, and vehicle electronic assemblies.

The feeder can be used on lines manufacturing industrial controllers, automation modules, motor-control boards, measurement instruments, power systems, and machine-control electronics.

Applications may include network products, communication modules, signal-processing boards, transmission equipment, routers, and supporting power assemblies.

Components supplied in 16 mm tape may be used in power supplies, converters, inverters, battery-management systems, charging equipment, LED drivers, and industrial power controls.

Subject to the manufacturer’s production procedures, the feeder may support assembly of monitoring devices, laboratory instruments, diagnostic equipment, and electronic control modules.

EMS factories frequently process different PCB models. A larger feeder inventory allows production teams to prepare more component reels in advance and respond faster to changing production schedules.

Maintenance companies and service centers can use the RF16AS_C as a replacement assembly, test feeder, spare unit, or production-recovery component.

The operator installs the RF16AS_C into the appropriate feeder-bank position on a compatible placement machine.

The feeder must be correctly aligned and securely locked. Improper installation may prevent machine recognition or cause inaccurate component presentation.

The 16 mm component reel is placed on the feeder reel support or the applicable material-handling structure.

The reel should rotate freely without excessive resistance, side pressure, or obstruction.

The carrier tape is guided through the feeder tape path. Its sprocket holes must engage correctly with the feeding mechanism.

Incorrect sprocket engagement can cause irregular indexing, damaged tape, or pocket-position errors.

The cover tape is separated from the carrier tape and routed through the designated peeling or take-up path.

Correct routing helps expose each component pocket without applying excessive pulling force.

The machine program assigns the feeder position, component data, pickup coordinates, and required feeding information.

The programmed data must match the actual component and carrier-tape specification.

When the placement machine requests a component, the feeder motor advances the carrier tape.

The next component pocket moves toward the pickup position.

The placement nozzle collects the exposed component. The machine then performs the required recognition, alignment, and PCB placement sequence.

The feeder repeats the indexing process for each component request until the reel is empty, the program is completed, or the material is changed.

Provide the complete machine model and configuration. Do not select a feeder only because it looks similar to an existing unit.

Compare the model and part number printed on the current feeder. The target references for this product are RF16AS_C and 40195322.

Measure or check the carrier-tape documentation. This feeder is intended for 16 mm tape.

The distance between component pockets must match the programmed indexing requirement.

Different components using the same tape width may use different pitch values.

Check pocket length, width, depth, and component orientation. Wide or deep components may require additional review.

Provide the component model, packaging drawing, reel label, or clear tape photos when possible.

State whether the order requires a new, used, or refurbished feeder. Availability and inspection standards may vary by condition.

Buyers may request appearance inspection, indexing verification, sensor checking, or machine testing where applicable.

Provide the exact quantity required for replacement, line expansion, offline preparation, or maintenance inventory.

The destination country and city help determine the appropriate packing method, shipping service, and estimated freight cost.

1. Follow the approved feeder installation and machine-safety procedure.
2. Inspect the feeder-bank interface before installation.
3. Remove loose components, tape pieces, dust, and foreign material.
4. Confirm that the feeder locking mechanism moves smoothly.
5. Install the feeder without applying excessive force.
6. Load the carrier tape along the correct transport path.
7. Align the sprocket holes with the feeding mechanism.
8. Route the cover tape according to the feeder structure.
9. Confirm the feeder position in the machine program.
10. Perform several test-indexing cycles before volume production.
11. Check the component pickup position and orientation.
12. Stop operation if abnormal noise or resistance is observed.

Installation and production setup should be completed by trained SMT personnel.

Regular inspection can help preserve feeder performance and reduce unexpected production stops.

• Remove loose components and carrier-tape fragments.
• Inspect the tape path for contamination.
• Check cover-tape routing.
• Observe whether the tape advances smoothly.
• Check for visible impact damage.
• Confirm that the feeder locks securely.

• Inspect sprocket engagement.
• Check tape guides and contact surfaces.
• Observe reel movement.
• Check for abnormal mechanical noise.
• Verify pickup-position consistency.
• Inspect movable covers and levers.

• Inspect the motor and transmission mechanism.
• Check gears, rollers, springs, guides, and fasteners.
• Test sensors and electrical connections where applicable.
• Replace worn parts with correctly matched replacements.
• Record maintenance history and feeder identification.
• Verify operation before returning the feeder to production.

Do not apply unapproved lubricants or aggressive cleaning chemicals. Incorrect materials may damage plastic parts, affect sensors, or contaminate electronic components.

Inspection can be arranged according to the feeder condition and customer requirements.

The exact inspection method depends on available testing equipment, feeder condition, and the agreed order standard.

The feeder should be protected against impact, vibration, contamination, and movement during international transportation.

1. Clean the external feeder surfaces.
2. Protect exposed guides and delicate moving parts.
3. Wrap the feeder with suitable protective material.
4. Add cushioning around the complete assembly.
5. Place the feeder inside a strong export carton.
6. Fill empty carton space to prevent movement.
7. Seal and label the carton clearly.
8. Use reinforced outer packaging for multiple feeders.

Individual labels, customer reference numbers, inspection records, and consolidated packaging can be discussed before order confirmation.

The combination of RF16AS_C, 16 mm, and 40195322 provides a clear purchasing reference.

The motor-driven feeder supports automatic component-tape advancement for continuous SMT placement.

The feeder can be ordered for direct replacement, emergency backup, line expansion, maintenance inventory, or offline preparation.

Machine data, feeder photos, part numbers, and tape specifications can be reviewed before shipment to reduce ordering risk.

Protective packing, condition confirmation, inspection requirements, quantity planning, and shipping arrangements can be discussed for international orders.

The RF16AS_C is designed for 16 mm carrier tape. Buyers should also confirm the component pitch, pocket depth, package dimensions, reel specification, and machine configuration before ordering.

They are commonly presented as two written formats of the same part-number reference. Providing the feeder model, part number, machine model, and label photograph is recommended for accurate identification.

Compatibility should not be assumed for every machine. The feeder interface, machine model, production configuration, software, and feeder bank should be checked before purchase and installation.

Please provide RF16AS_C, part number 40195322, required quantity, machine model, tape width, feed pitch, preferred condition, inspection requirement, destination country, and existing feeder photographs.

Inspection can be arranged according to the feeder condition and order requirements. Available checks may include product identification, appearance, mechanical movement, tape indexing, sensors, cleaning, and protective packing.

Send your inquiry with the following details:

• Product model: RF16AS_C.
• Part number: 40195322.
• Required quantity.
• Complete JUKI machine model.
• Carrier-tape width and feed pitch.
• Component model or package.
• Preferred feeder condition.
• Required inspection standard.
• Destination country and city.
• Expected delivery schedule.
• Clear photos of the existing feeder and label.

Our sales team will review the application and provide availability information, a detailed quotation, condition options, inspection arrangements, packing details, and an international shipping proposal.