Panasonic KXFW1L0ZA00 72mm Deep-Pocket Tape Feeder CM402 CM602 NPM FA0450AAH701456

Panasonic KXFW1L0ZA00 72mm Deep-Pocket Tape Feeder CM402 CM602 NPM FA0450AAH701456

The Panasonic KXFW1L0ZA00 72mm SMT tape feeder is designed for automated component feeding applications on compatible CM402, CM602, and NPM-series pick-and-place equipment. This feeder is intended for wide embossed carrier tape applications where larger electronic components require more feeding space than standard narrow-tape components. The KXFW1L0ZA00 configuration is commonly associated with a 72mm deep-pocket carrier-tape application, making it suitable for production programs involving larger packaged devices, connectors, modules, switches, and other tape-and-reel components.

During PCB assembly, the feeder advances carrier tape in controlled steps and presents each component at a repeatable pickup position for the placement head. Stable material presentation helps improve pickup consistency, reduce unnecessary operator intervention, and maintain production continuity.

For purchasing identification, buyers can specify KXFW1L0ZA00, 72mm tape width, applicable machine model, feeder label information, and reference FA0450AAH701456.

SMT production lines process thousands of different electronic component packages. Small resistors, capacitors, and IC devices may use narrow carrier tapes, while connectors, switches, modules, sockets, sensors, and other larger devices can require significantly wider embossed tape.

When a component is supplied in a 72mm carrier tape, selecting the correct feeder becomes especially important.

An unsuitable feeder can result in:

A feeder is not simply a storage device for the component reel. It is a precision material-delivery mechanism that must coordinate with the pick-and-place machine during every placement cycle.

Mechanical Wear

Long-term feeder operation involves repeated tape indexing, cover-tape handling, reel movement, and component presentation. Mechanical parts can gradually experience wear after extended production cycles.

New Product Introduction

A new PCB assembly program may introduce larger components supplied on 72mm carrier tape, creating a requirement for an additional feeder specification.

Production Capacity Expansion

Factories adding new assembly lines or increasing output may need additional feeders to avoid moving equipment between production lines.

Preventive Maintenance Inventory

Keeping critical feeders available as spare units helps maintenance departments respond quickly when an operating feeder needs inspection or repair.

Frequent Product Changeovers

Additional feeders can be prepared offline before a production change, helping reduce setup time at the placement machine.

Feeding Instability

Repeated component-pick errors, inconsistent tape advancement, abnormal resistance, or carrier-tape jams may indicate that the feeder needs maintenance or replacement.

The KXFW1L0ZA00 provides a dedicated feeding solution for electronic components packaged in 72mm embossed carrier tape.

Its primary function is to move the component tape through a controlled feeding path, remove or manage the cover tape, position each carrier pocket correctly, and present the component to the placement head.

The feeding sequence can be summarized as:

Carrier Reel Loading → Tape Guidance → Cover Tape Separation → Indexed Advancement → Component Presentation → Pickup → Next Pocket Advancement

Each movement must be repeatable because even a small positioning variation at the feeder can influence the component pickup process.

Modern EMS and OEM factories often process many PCB assemblies using the same production equipment.

One production program may require:

• miniature passive components;
• integrated circuits;
• connectors;
• sockets;
• switches;
• modules;
• sensors;
• electromechanical devices;
• large packaged components.

Because these components use different carrier-tape widths and pocket designs, factories normally maintain multiple feeder specifications.

The KXFW1L0ZA00 expands feeder capability into the 72mm wide-tape category, allowing suitable large tape-and-reel components to be integrated into automated placement programs.

The feeder model alone is valuable for identification, but providing additional information greatly improves purchasing accuracy.

Different tape widths require different feeder configurations. The table below is intended as a general selection reference rather than an interchangeability statement.

Important: Feeders with the same nominal tape width may still differ in pocket configuration, sensing design, machine generation, mechanical interface, or feeding structure. Model verification is therefore required before ordering.

The KXFW1L0ZA00 is used as part of an automated SMT production system that places electronic components onto printed circuit boards.

It is suitable for production environments such as:

• electronic manufacturing services;
• OEM electronics factories;
• automotive electronics manufacturing;
• industrial control equipment;
• communication electronics;
• smart-home electronics;
• power supply production;
• display and LED manufacturing;
• medical electronics assembly;
• consumer electronics manufacturing.

A 72mm feeder is useful when a component cannot be efficiently packaged in narrower carrier tape.

Potential component categories can include:

• connectors;
• sockets;
• switches;
• sensors;
• modules;
• larger integrated circuits;
• shielding components;
• electromechanical devices;
• special packaged components.

Actual component compatibility should always be determined by the complete carrier-tape specification.

For manufacturing facilities operating CM402 placement equipment, the KXFW1L0ZA00 can be considered when the production program requires the corresponding 72mm feeder configuration.

The buyer should verify:

machine model + feeder model + tape width + component package + feeder label.

This approach is more reliable than purchasing based on feeder appearance alone.

CM602 production environments often handle multiple feeder widths within one line.

A dedicated 72mm feeder may be required when larger taped components are introduced into a PCB program.

Keeping the feeder properly maintained helps support stable component presentation and efficient line operation.

The feeder may also be used in applicable NPM-series applications where machine and feeder configuration match.

Because production machines can have different generations and feeder interfaces, customers should provide the exact machine model before purchase.

The KXFW1L0ZA00 can be stocked as a replacement or backup feeder.

This is particularly useful for factories where production interruption is expensive.

A spare feeder can support:

• emergency replacement;
• scheduled maintenance;
• feeder repair rotation;
• new production programs;
• capacity expansion;
• offline material preparation.

The operator installs the electronic component reel onto the feeder according to the required orientation.

Correct reel orientation is important because component polarity, direction, and pickup orientation must correspond with the placement program.

The 72mm carrier tape is guided into the feeder tape path.

Proper routing helps ensure that the tape remains centered and engages correctly with the indexing mechanism.

The protective cover tape is routed through the designated peeling or handling path.

As the carrier tape advances, the cover tape is separated from the component pockets so that each component becomes accessible to the placement nozzle.

The feeder advances the tape by a defined pitch.

This movement positions the next component pocket at the machine pickup point.

Repeatable advancement is essential for accurate high-speed placement operation.

The component is exposed and positioned under the placement head.

The placement nozzle approaches the pocket and picks the component using vacuum.

After pickup, the machine may perform component recognition, alignment, or other programmed verification before placement onto the PCB.

Stable feeder positioning supports consistent pickup conditions.

Once one component is removed, the feeder advances the carrier tape again.

The cycle continues repeatedly:

Advance → Present → Pick → Advance

This allows continuous automated assembly throughout the loaded reel.

When the reel is depleted, the operator replaces or reloads material according to the production program.

A properly prepared spare feeder can reduce the time required for this changeover.

When replacing an existing feeder, check the identification label.

The required model should read:

KXFW1L0ZA00

Do not purchase based only on photographs because similar feeders can have different internal configurations.

Measure or check the packaging specification of the component carrier tape.

This feeder is intended for the 72mm feeder category.

Choosing the wrong width can cause:

• incorrect loading;
• tape alignment problems;
• unsuitable reel handling;
• component pickup errors;
• unnecessary returns.

For larger components, carrier tapes may use deep embossed pockets.

Pocket depth is particularly important because it determines whether a component has sufficient space inside the carrier tape.

Provide the component carrier-tape drawing when possible.

Do not simply state:

“Need SMT feeder.”

Instead, provide the exact machine designation.

For example:

Machine: CM402
Feeder: KXFW1L0ZA00
Tape Width: 72mm

This dramatically improves product identification accuracy.

A clear feeder label photograph can help verify:

• model;
• serial information;
• feeder version;
• identification markings;
• relevant reference numbers.

This is particularly useful when purchasing spare parts for equipment that has been operating for many years.

If FA0450AAH701456 appears in your purchasing record, machine documentation, inventory system, or feeder label, include it together with KXFW1L0ZA00 in the inquiry.

Using both identifiers gives the supplier more information for confirmation.

For wide-tape feeders, additional component information can be valuable.

Recommended data includes:

Before confirming an order, check the following:

Remove dust, tape residue, adhesive particles, and other contamination from accessible feeder areas.

A clean tape path helps maintain smooth material advancement.

Check guides for:

• deformation;
• looseness;
• contamination;
• abnormal wear.

Incorrect tape guidance can allow lateral tape movement and reduce pickup-position consistency.

The carrier tape should advance smoothly without excessive resistance or unusual noise.

If feeding becomes irregular, inspect the mechanism before continuing high-volume production.

Cover tape should peel consistently without excessive tension.

Unstable peeling can cause:

• component movement;
• tape deformation;
• interrupted feeding;
• pickup errors.

Spare feeders should be stored in a clean, dry, protected location.

Avoid stacking precision feeder assemblies without suitable protection.

After cleaning, repair, or long-term storage, perform a feeder test before assigning the unit to an urgent production job.

The placement machine performs best when every component reaches a repeatable pickup location.

A correctly selected feeder supports this consistency.

Stable tape advancement reduces the need for operators to repeatedly stop the line and correct feeding problems.

Additional feeders can be prepared in advance while another product is still running.

This helps reduce the time between production jobs.

Keeping model-specific replacement feeders in inventory helps maintenance teams react more efficiently to equipment problems.

Using a complete identification such as:

KXFW1L0ZA00 + 72mm + CM402/CM602/NPM + FA0450AAH701456

is significantly more accurate than requesting only a “72mm feeder.”

This product is suitable for:

For professional industrial purchasing, feeder inspection should focus on both identification and condition.

Specific inspection or testing requirements should be stated before order confirmation.

A precision feeder should be protected from shock, dust, moisture, and uncontrolled movement during shipment.

Recommended packing procedures include:

• clean the feeder before packing;
• protect precision mechanical sections;
• secure movable components;
• use cushioning materials;
• prevent direct contact between multiple feeders;
• use a strong outer carton;
• add reinforced packaging for larger quantities;
• use moisture protection where required.

Good packaging helps ensure that the feeder arrives in suitable condition for inspection and installation.

The KXFW1L0ZA00 is a 72mm SMT tape feeder used to advance embossed carrier tape and present electronic components to compatible pick-and-place machines. It is suitable for production, maintenance replacement, feeder inventory expansion, and line changeover applications.

The feeder is associated with compatible CM402, CM602, and applicable NPM-series production platforms. Because machine generations and feeder configurations can differ, buyers should provide the exact machine model and existing feeder label before placing an order.

Tape width determines the mechanical feeder category. The KXFW1L0ZA00 is intended for 72mm carrier-tape applications. A feeder with an incorrect width may not guide, index, peel, or present the component tape correctly.

Please provide model KXFW1L0ZA00, reference FA0450AAH701456, machine model, 72mm tape requirement, pocket information, quantity, feeder label photograph, component dimensions if available, required condition, delivery destination, and expected delivery schedule.

Yes. It is suitable for replacement and backup inventory where the machine configuration matches. Keeping a suitable spare feeder can reduce production interruption when an operating feeder requires repair, cleaning, inspection, or scheduled maintenance.

Need a KXFW1L0ZA00 72mm SMT tape feeder for your CM402, CM602, or applicable NPM production equipment?

Send us your feeder model, machine model, label photo, tape width, pocket specification, quantity, required condition, and destination country.

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