| Marka Adı: | JUKI |
| Model numarası: | RF24AS_C |
| Moq: | 1 adet |
JUKI RF24AS_C 24mm Electric Tape Feeder for RS-1/RX/RS-2/KE-3000 40195324
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The JUKI RF24AS_C 40195324 Electric Tape Feeder is designed to feed electronic components packaged in nominal 24 mm carrier tape to compatible JUKI SMT placement machines. Its electric motor-driven indexing mechanism advances each component pocket according to the selected pitch and presents the component at the programmed nozzle pickup position.
The RF24AS_C supports feed pitches of 4, 8, 12, 16, 20, and 24 mm, providing flexible handling for a wide range of medium-sized and larger SMD packages. Its compact RF-series structure supports efficient feeder-bank utilization, organized production preparation, fast component changeovers, and stable component presentation.
This feeder can be used for production expansion, replacement of a worn feeder, dedicated component setup, preventive maintenance inventory, or emergency backup. Compatibility should always be confirmed using the machine model, feeder-bank configuration, existing feeder label, carrier-tape width, and component pitch before placing an order.
| Identification Item | Product Information |
|---|---|
| Brand | JUKI |
| Product Name | Electric Tape Feeder |
| Complete Model | RF24AS_C |
| RF-Series Model | RF24AS |
| Product Part Number | 40195324 |
| Alternative Number Format | 401-95324 |
| Tape-Width Standard | 24 mm |
| Product Category | SMT Component Feeder |
| Feeding Method | Electric Motor Indexing |
| Main Application | Tape-and-Reel Component Supply |
| Applicable Equipment | Compatible JUKI SMT Placement Machines |
| Applicable Platforms | RS-1, RX Series, RS-2, and KE-3000 Series |
| Compatibility Requirement | Machine and Feeder-Bank Verification Required |
| Product Feature | Customer Benefit |
| 24 mm carrier-tape capability | Supports medium-sized and larger tape-packaged SMD components |
| Electric motor drive | Provides controlled and repeatable tape advancement |
| Multiple feeding pitches | Supports different pocket spacings with one feeder-width model |
| Accurate component presentation | Helps maintain a stable nozzle pickup position |
| Compact RF-series structure | Improves feeder-bank organization and production flexibility |
| Quick feeder replacement | Reduces production interruptions during maintenance |
| Clear model identification | Simplifies purchasing, inventory, and maintenance records |
| Suitable for high-mix production | Supports frequent product and component changeovers |
| International spare-part application | Suitable for global SMT maintenance and production projects |
| Backup inventory option | Helps factories reduce unexpected feeder-related downtime |
The feeder is one of the most important component-supply devices in an SMT production line. The placement machine depends on the feeder to present each component at the correct position, orientation, and time.
Even when the machine program, placement head, nozzle, camera, and PCB conveyor are working normally, an unstable feeder can cause repeated production stops.
Components supplied in 24 mm carrier tape are often larger, heavier, or packaged in deeper embossed pockets than small chip components. For this reason, correct tape guidance, stable reel tension, accurate pitch selection, and smooth cover-tape peeling are especially important.
| Possible Cause | Production Effect |
| Incorrect feed-pitch setting | Component pocket stops outside the pickup position |
| Damaged sprocket holes | Carrier tape skips or advances unevenly |
| Worn sprocket wheel | Indexing accuracy gradually decreases |
| Excessive cover-tape tension | Carrier tape lifts near the pickup area |
| Incorrect tape loading | Tape jams or travels at an angle |
| Contaminated tape guide | Friction increases during advancement |
| Poor reel support | Tape tension changes during reel rotation |
| Loose feeder installation | Pickup position becomes unstable |
| Dirty electrical contacts | Feeder recognition or operation may fail |
| Deformed feeder body | Tape path and locking accuracy are affected |
| Incorrect feeder model | Tape width or machine interface does not match |
| Worn motor or gears | Abnormal noise and irregular movement occur |
A feeder should be checked when operators experience any of the following conditions:
These problems may be caused by the feeder, component packaging, tape quality, machine configuration, nozzle condition, incorrect pitch settings, or poor maintenance. A complete inspection should be carried out before replacing the entire feeder.
The RF24AS_C Electric Tape Feeder provides controlled component supply for nominal 24 mm tape-and-reels packaging. Its motor-driven mechanism advances the carrier tape by the pitch selected in the machine program.
The feeder presents each component pocket to the pickup position so that the nozzle can collect the component before placement onto the printed circuit board.
| Improvement Area | Practical Result |
| Controlled tape advancement | Reduces irregular component-pocket movement |
| Repeatable pickup position | Helps improve nozzle pickup consistency |
| Multiple pitch capability | Supports varied component-packaging formats |
| Stable carrier-tape guidance | Reduces slipping, twisting, and jamming |
| Electric operation | Supports smooth and automated indexing |
| Fast feeder exchange | Helps shorten production recovery time |
| Clear feeder identification | Reduces incorrect replacement selection |
| Compact construction | Supports efficient feeder-bank layouts |
| Easier production preparation | Improves offline setup and line-change efficiency |
| Standardized maintenance | Simplifies inspection and service procedures |
The RF24AS_C may be purchased for several production and maintenance purposes.
| Purchase Purpose | Recommended Application |
| Production Replacement | Replace a damaged or unreliable RF24AS_C feeder |
| Capacity Expansion | Add more 24 mm feeding positions to a production line |
| Dedicated Component Setup | Keep a frequently used component permanently loaded |
| Emergency Backup | Reduce downtime during unexpected feeder failure |
| Preventive Maintenance | Rotate feeders while other units are being serviced |
| New Product Introduction | Prepare additional feeders for new PCB projects |
| Line Transfer | Move feeder setups between compatible production lines |
| Spare-Parts Inventory | Maintain critical feeder stock for factory support |
| Parameter | Specification |
| Product Name | Electric Tape Feeder |
| Brand | JUKI |
| Model | RF24AS_C |
| Standard RF Model | RF24AS |
| Part Number | 40195324 |
| Alternative Part Number | 401-95324 |
| Feeder Series | RF Electric Feeder Series |
| Nominal Tape Width | 24 mm |
| Supported Feed Pitches | 4 / 8 / 12 / 16 / 20 / 24 mm |
| Driving Method | Electric Motor Drive |
| Feeding Method | Program-Controlled Automatic Indexing |
| Component Packaging | Tape and Reel |
| Carrier-Tape Type | Paper or Embossed Carrier Tape |
| Component Presentation | Automatic Pickup-Position Supply |
| Occupied Positions on 12 mm Bank | Three |
| Occupied Positions on 17 mm Bank | Two |
| Main Application | SMT Pick-and-Place Assembly |
| Installation Location | Feeder Bank or Compatible Feeder Trolley |
| Machine Compatibility | Subject to Machine and Bank Configuration |
| Product Condition | According to Commercial Quotation |
| Inspection Standard | Visual and Operational Inspection |
| Export Packaging | Protective Individual Packaging |
| Feed Pitch | Typical Selection Basis |
| 4 mm | Closely spaced component pockets |
| 8 mm | Medium pocket spacing |
| 12 mm | Components requiring wider pocket intervals |
| 16 mm | Larger components or deeper embossed pockets |
| 20 mm | Specialized component packaging |
| 24 mm | One component pocket per full tape-width interval |
The correct feeding pitch must be determined from the carrier-tape specification, reel label, component packaging drawing, or physical pocket spacing.
Tape width and feed pitch are different parameters. A 24 mm tape may use several different pocket pitches.
| RF Feeder Model | Tape Width | Supported Feed Pitches | 12 mm Bank Positions | 17 mm Bank Positions |
| RF08AS | 8 mm | 1 / 2 / 4 mm | 1 | 1 |
| RF12AS | 12 mm | 2 / 4 / 8 / 12 mm | 2 | 1 |
| RF16AS | 16 mm | 4 / 8 / 12 / 16 mm | 2 | 2 |
| RF24AS | 24 mm | 4 / 8 / 12 / 16 / 20 / 24 mm | 3 | 2 |
| RF32AS | 32 mm | 4 / 8 / 12 / 16 / 20 / 24 / 28 / 32 mm | 4 | 3 |
| RF44AS | 44 mm | 4–44 mm | 5 | 3 |
| RF56AS | 56 mm | 4–56 mm | 6 | 4 |
| Selection Factor | RF16AS | RF24AS_C | RF32AS |
| Nominal Tape Width | 16 mm | 24 mm | 32 mm |
| Minimum Feed Pitch | 4 mm | 4 mm | 4 mm |
| Maximum Feed Pitch | 16 mm | 24 mm | 32 mm |
| Typical Component Range | Medium SMD packages | Medium-to-large SMD packages | Larger packaged components |
| 12 mm Bank Occupancy | Two positions | Three positions | Four positions |
| 17 mm Bank Occupancy | Two positions | Two positions | Three positions |
| Primary Selection Rule | Select for 16 mm tape | Select for 24 mm tape | Select for 32 mm tape |
| Identification Check | Verify RF16AS label | Verify RF24AS_C and 40195324 | Verify RF32AS label |
A feeder should never be selected only by component size or external appearance. The complete carrier-tape width and feeder label must be checked.
The JUKI RF24AS_C feeder is used in automated electronics manufacturing where components are supplied in 24 mm tape-and-reels packaging.
| Component Category | Typical Application |
| Integrated Circuits | Processing, communication, and control boards |
| Power Semiconductors | Inverters, power supplies, and charging products |
| Molded Inductors | Voltage regulation and power-management circuits |
| Large Capacitors | Filtering and energy-storage applications |
| Board Connectors | Industrial and communication equipment |
| Sensors | Automotive, medical, and industrial modules |
| Wireless Modules | Network and smart-device assemblies |
| LED Packages | Lighting, display, and indicator products |
| Small Relays | Automotive and industrial control boards |
| Shielded Components | High-frequency and communication equipment |
| Specialized SMD Parts | Customer-specific electronics assemblies |
| Medium BGA Packages | Processing and control applications where tape packaging is used |
Actual component suitability depends on tape width, pocket pitch, component dimensions, component height, pocket depth, component weight, cover-tape design, reel diameter, and placement-machine capability.
| Industry | Typical Production |
| Automotive Electronics | Control modules, lighting boards, and sensor assemblies |
| Industrial Automation | PLCs, motor drives, and industrial controllers |
| Telecommunications | Routers, network devices, and communication modules |
| Medical Electronics | Monitoring and diagnostic equipment |
| Consumer Electronics | Displays, appliances, and smart devices |
| Power Electronics | Inverters, chargers, and power supplies |
| Security Equipment | Cameras, alarm systems, and access-control products |
| LED Manufacturing | Lighting drivers, modules, and displays |
| Computer Hardware | Control boards and interface products |
| Electronics Manufacturing Services | Multi-customer and high-mix PCB assembly |
The RF24AS_C is especially suitable for:
The RF24AS_C converts machine control instructions into precise mechanical tape movement.
| Step | Operating Process |
| 1 | The component reel is installed on the suitable reel-support system. |
| 2 | The 24 mm carrier tape is guided into the feeder entrance. |
| 3 | Carrier-tape holes are aligned with the sprocket wheel. |
| 4 | The tape is secured inside the feeder guide. |
| 5 | The cover tape is routed through the peeling section. |
| 6 | The feeder is inserted and locked into the machine feeder bank. |
| 7 | The machine assigns or recognizes the feeder position. |
| 8 | The required feed pitch is selected in the production program. |
| 9 | The electric motor advances the tape by one programmed pitch. |
| 10 | The component pocket stops at the nozzle pickup position. |
| 11 | The placement nozzle collects the component. |
| 12 | The feeder advances the next pocket for continuous production. |
| Feeder Section | Main Function |
| Tape Entrance | Guides the carrier tape into the feeder |
| Tape Guide | Maintains tape direction and alignment |
| Sprocket Wheel | Engages the carrier-tape holes |
| Electric Motor | Produces controlled indexing movement |
| Drive Gears | Transfer motor movement to the sprocket mechanism |
| Cover-Tape Peeler | Exposes the component before pickup |
| Pickup Area | Positions the component under the nozzle |
| Locking Mechanism | Secures the feeder to the machine |
| Electrical Interface | Connects the feeder with machine control |
| Status Indicator | Assists operating and error inspection |
| Identification Label | Displays model and part-number information |
Before installation, confirm that the feeder label and purchasing documents show:
| Inspection Item | Required Check |
| Feeder Housing | No severe impact damage or deformation |
| Tape Guide | Clean and straight |
| Sprocket Wheel | Complete teeth and smooth rotation |
| Electrical Contacts | Clean and undamaged |
| Locking Mechanism | Secure movement without excessive looseness |
| Pickup Area | Free from dust, adhesive, and tape fragments |
| Carrier Tape | Correct width and undamaged sprocket holes |
| Cover Tape | Correctly routed and free from tearing |
| Reel Support | Stable and correctly positioned |
| Machine Program | Correct feeder and component assignment |
Do not force the feeder into an incompatible bank. The feeder should seat firmly and lock securely without excessive movement.
After loading the tape, perform a manual or low-speed indexing test. Confirm that each pocket stops at the correct pickup position before starting automatic production.
Regular maintenance helps protect feeder accuracy and extend service life.
| Maintenance Area | Recommended Action |
| Tape Path | Remove dust, adhesive, and tape fragments |
| Sprocket Wheel | Check teeth for wear and contamination |
| Tape Guide | Inspect alignment and friction |
| Cover-Tape Path | Clean guide surfaces and rollers |
| Pickup Area | Keep the component presentation area clean |
| Electrical Contacts | Clean with an approved method |
| Locking Components | Check for damage and looseness |
| Motor and Gears | Inspect for abnormal noise or vibration |
| Feeder Housing | Check for impact deformation |
| Status Indicator | Confirm normal operation |
| Identification Label | Keep model information readable |
| Storage Area | Store in clean, dry, anti-static conditions |
Do not apply excessive lubricant around the tape path or pickup area. Unapproved lubricant may collect dust, contaminate components, or increase tape resistance.
| Problem | Possible Cause | Recommended Action |
| Tape does not advance | Incorrect loading or drive problem | Reload the tape and test indexing |
| Tape advances incorrectly | Wrong pitch setting | Confirm component-pocket spacing |
| Component is off-center | Pickup-position deviation | Check feeder setup and calibration |
| Tape skips | Damaged sprocket holes or teeth | Inspect the tape and sprocket wheel |
| Cover tape breaks | Excessive peeling resistance | Check cover-tape routing |
| Components jump from pockets | Excessive vibration or tension | Inspect reel support and tape movement |
| Feeder is not recognized | Dirty contacts or incompatibility | Clean contacts and confirm machine configuration |
| Abnormal noise occurs | Worn drive parts or obstruction | Stop operation and inspect immediately |
| Tape jams near pickup area | Dirty or deformed guide | Clean and inspect tape alignment |
| Feeder becomes loose | Locking mechanism wear | Repair before returning to production |
| Repeated pickup errors occur | Feeder, nozzle, tape, or program issue | Compare with a verified working feeder |
| Component damage occurs | Incorrect pocket or pickup settings | Check packaging and machine parameters |
The required model should be clearly identified as RF24AS_C. Similar RF-series feeders may use different tape widths, pitches, and bank positions.
The required part number is 40195324, which may also be written as 401-95324.
A clear photograph of the existing feeder label is strongly recommended before purchase.
The RF24AS_C is designed for nominal 24 mm carrier tape.
Measure the complete tape width. Do not select the feeder according to the component body width.
Available feed-pitch settings include:
The selected setting must match the spacing between adjacent component pockets.
Provide the complete JUKI placement-machine model and feeder-bank configuration.
RF-series compatibility may depend on:
| Required Information | Reason |
| Carrier-Tape Width | Determines feeder-width selection |
| Component Pitch | Determines indexing distance |
| Pocket Depth | Affects component presentation |
| Component Dimensions | Confirms pickup suitability |
| Component Height | Affects nozzle clearance |
| Reel Diameter | Determines reel-support requirements |
| Cover-Tape Type | Affects peeling performance |
| Feed Direction | Confirms loading orientation |
Available supply conditions may include:
| Supply Condition | Description |
| New | Unused unit supplied according to quotation |
| Refurbished | Serviced and operationally inspected unit |
| Tested Used | Used unit tested before shipment |
| Customer-Specified | Condition agreed before purchase |
The exact condition, appearance, inspection scope, warranty, and included accessories should be confirmed in writing before ordering.
| Required Detail | Customer Confirmation |
| Product Model | RF24AS_C |
| Part Number | 40195324 |
| Machine Model | Complete equipment designation |
| Tape Width | 24 mm |
| Feed Pitch | 4, 8, 12, 16, 20, or 24 mm |
| Required Quantity | One unit or project quantity |
| Product Condition | New, refurbished, or tested used |
| Destination Country | Required for freight calculation |
| Delivery Requirement | Standard or urgent |
| Feeder Photographs | Recommended |
| Existing Label Photograph | Strongly recommended |
| Testing Requirement | Specify before order |
| Packaging Requirement | Specify before order |
The RF24AS_C is designed for nominal 24 mm carrier tape. Buyers should also verify pocket pitch, component dimensions, pocket depth, cover-tape type, reel diameter, and feed direction because tape width alone does not confirm complete suitability.
The RF24AS supports 4, 8, 12, 16, 20, and 24 mm feed pitches. The correct pitch should be selected according to the component packaging specification or the distance between adjacent carrier-tape pockets.
The RF series is intended for compatible RS-1, RX-series, RS-2, and KE-3000-series platforms. Exact compatibility depends on the feeder bank, machine revision, hardware, software configuration, and installed options.
The specified product identification is RF24AS_C with part number 40195324, also written as 401-95324. Customers should compare this information with the existing feeder label and machine configuration before approving the order.
Please provide the feeder model, part number, machine model, tape width, feed pitch, required quantity, preferred condition, destination, delivery requirement, and clear photographs of the existing feeder label and component reel.
Send your inquiry for the JUKI RF24AS_C 24mm Electric Tape Feeder 40195324 with complete machine and component-packaging information.
Our sales team can assist with:
For faster quotation preparation, include the machine model, feeder label, carrier-tape width, feed pitch, quantity, requested condition, delivery destination, and expected delivery date.
Contact our sales team for current availability, technical confirmation, detailed photographs, commercial terms, and a competitive quotation.