Panasonic N610113250AC Sintered Nozzle Holder for CM402 8-Head SMT Placement

Panasonic N610113250AC Sintered Nozzle Holder for CM402 8-Head SMT

The Panasonic N610113250AC is a precision sintered nozzle holder designed for use within compatible SMT placement-head mechanisms. It supports the installation, positioning, guidance, and repeated movement of the placement nozzle during automated component pickup and placement operations.

This component is commonly referenced for CM402 8-head SMT placement applications. During production, the nozzle holder works continuously as the machine picks components from feeders, transports them through the vision-recognition process, and places them accurately onto printed circuit boards.

A correctly matched nozzle holder helps maintain stable nozzle seating, smooth vertical travel, reliable vacuum pickup, and consistent placement performance. N610113250AC is suitable for preventive maintenance, placement-head refurbishment, emergency machine repair, and critical spare-parts inventory.

Because machines may have different head configurations and engineering revisions, buyers should confirm the complete part number, suffix, machine model, head type, and existing component before placing an order.

The N610113250AC is a mechanical support component installed inside a compatible SMT placement head. Its primary purpose is to hold and guide the nozzle used to pick electronic components from feeders and place them onto PCB pads.

Although the nozzle holder is relatively small, it participates in every component-placement cycle. A production machine may complete thousands of repeated movements per hour, making stability, dimensional accuracy, smooth operation, and correct installation especially important.

The holder must work together with the nozzle, shaft, spring, seal, vacuum circuit, placement head, sensors, and control system. Wear or damage in any connected component may affect pickup and placement performance.

The placement nozzle directly contacts or lifts electronic components, but its performance also depends on the holder supporting it.

A properly selected and installed holder can help provide:

• Stable nozzle installation.
• Smooth vertical movement.
• Accurate nozzle positioning.
• Repeatable component pickup.
• Consistent component presentation to the vision camera.
• Reliable nozzle return movement.
• Reduced mechanical play.
• Stable operation during high-speed production.
• Easier placement-head calibration.
• Lower risk of repeated pickup faults.

An incorrect or worn holder may cause inconsistent movement, excessive clearance, nozzle offset, abnormal pickup height, or irregular vacuum performance.

Two nozzle holders may look similar while having different internal structures, dimensional tolerances, installation interfaces, or revision suffixes. The complete part number should therefore be checked before ordering.

The holder operates repeatedly during every pickup and placement cycle. Over time, contact surfaces, guiding areas, and internal interfaces may become worn.

Typical results include:

• Increased mechanical clearance.
• Unstable nozzle positioning.
• Irregular vertical movement.
• Reduced placement repeatability.
• Abnormal nozzle vibration.

SMT production environments may contain component dust, PCB particles, oil mist, solder-paste residue, adhesive material, and other contaminants.

Contamination may cause:

• Restricted holder movement.
• Increased internal friction.
• Vacuum-passage blockage.
• Poor nozzle seating.
• Irregular return action.

The nozzle may collide with:

• Incorrectly positioned feeders.
• Raised PCB components.
• Board fixtures.
• Tray edges.
• Misaligned components.
• Incorrectly programmed placement coordinates.

Impact force may pass through the nozzle and damage or deform the holder.

Installing an unsuitable nozzle, forcing the nozzle into position, or failing to seat it correctly may place abnormal stress on the holder.

The holder may be damaged by:

• Unsuitable removal tools.
• Excessive installation force.
• Incorrect cleaning chemicals.
• Unapproved lubricants.
• Improper disassembly.
• Contamination during servicing.

Using a similar-looking holder with the wrong suffix may cause poor fit, restricted movement, incorrect nozzle height, vacuum leakage, or calibration problems.

During a complete head-rebuilding project, the holder may be replaced together with springs, seals, shafts, bushings, filters, and other wear components.

These symptoms can also be caused by nozzles, vacuum valves, filters, seals, sensors, springs, shafts, feeders, calibration data, or machine programming. A complete diagnosis should be performed before replacing parts.

Check the installed holder and record the complete number, including the AC suffix. Do not identify the component only by appearance.

Provide the following information:

• Machine model.
• Machine serial number.
• Placement-head model.
• Number of head positions.
• Existing holder marking.
• Head assembly number.

Clear photographs should show:

• Front view.
• Rear view.
• Side profile.
• Mounting interface.
• Internal opening.
• Visible part-number marking.
• Installation position in the head.

Compare the original and replacement holders for:

• Overall dimensions.
• Mounting points.
• Nozzle connection.
• Guide surfaces.
• Spring interface.
• Air or vacuum passages.
• Internal diameter.
• External profile.
• Revision suffix.

Inspect the following parts before installation:

• Placement nozzle.
• Holder shaft.
• Spring.
• Seal.
• Bushing.
• Filter.
• Vacuum valve.
• Head sensor.
• Nozzle-changing interface.

Replacing only the holder may not solve a fault caused by another damaged component.

Installation should be completed by trained technicians using clean tools and approved maintenance procedures.

After installation, complete:

• Manual movement inspection.
• Nozzle installation test.
• Vacuum test.
• Nozzle-height inspection.
• Head calibration.
• Pickup verification.
• Placement accuracy test.
• Controlled production trial.

AA, AB, and AC suffixes may represent design, process, material, supplier, or dimensional revisions.

For accurate ordering:

• Match the complete part number.
• Do not remove the suffix from the inquiry.
• Do not assume all revisions are interchangeable.
• Confirm the machine BOM whenever possible.
• Compare the existing part before installation.
• Request technical confirmation for modified or rebuilt machines.

The N610113250AC nozzle holder is suitable for the following applications.

Used to replace a worn or damaged holder during scheduled equipment servicing.

Maintained as a critical spare part to reduce downtime after a placement-head failure.

Installed during professional rebuilding of older or heavily used head assemblies.

Suitable for electronics manufacturing service factories operating high-volume PCB assembly lines.

Applicable to manufacturers producing:

• Automotive electronics.
• Industrial control boards.
• Communication equipment.
• Consumer electronics.
• LED lighting products.
• Medical electronic devices.
• Power-supply assemblies.
• Smart-home products.

Used by service engineers for machine diagnosis, maintenance, refurbishment, and customer-site repair.

Suitable for used SMT machine inspection and reconditioning before calibration, production testing, or resale.

Regional distributors may stock N610113250AC for local SMT customers requiring fast replacement service.

The placement nozzle is installed into or supported by the nozzle-holder mechanism. The holder maintains the required nozzle position inside the placement head.

The placement head moves rapidly toward the feeder pickup location. The holder supports nozzle stability during acceleration and deceleration.

The nozzle moves downward toward the electronic component. The holder guides this motion and helps maintain correct positioning.

The machine activates the vacuum system. Air is drawn through the nozzle, allowing the component to be lifted from the feeder.

The placement head carries the component from the feeder to the vision camera or directly toward the PCB placement area.

The camera checks the component’s position, angle, shape, and orientation. Stable nozzle support helps provide repeatable component presentation.

The head moves to the programmed PCB coordinate. The nozzle travels downward and places the component onto solder paste or adhesive.

Vacuum is released, allowing the component to remain on the PCB.

The nozzle returns to its initial position, and the machine begins the next placement cycle.

The safest selection method is to use the complete N610113250AC part number.

Do not submit the inquiry only as:

• N610113250.
• CM402 holder.
• Panasonic nozzle holder.
• Eight-head holder.

These descriptions may not identify the required revision accurately.

The same machine platform may use different head assemblies. State whether the application is an 8-head configuration and provide the head label when available.

Compare the replacement with the removed component before installation.

Available supply options may include:

Photographs help identify:

• Product shape.
• Mounting interface.
• Visible markings.
• Revision differences.
• Damage location.
• Related components.

For emergency maintenance, purchasing one working unit and one backup unit can reduce future downtime.

Factories operating several compatible machines may prepare stock according to historical usage and maintenance schedules.

The machine bill of materials, maintenance manual, or head assembly drawing should be treated as the primary compatibility reference.

Providing complete information helps reduce quotation delays and incorrect part selection.

The complete N610113250AC identification should be checked against the customer’s purchase request.

The holder should be checked for:

• Cracks.
• Corrosion.
• Deformation.
• Impact damage.
• Surface contamination.
• Abnormal scratches.
• Damaged interfaces.

Mounting areas, nozzle-contact surfaces, guide areas, and visible air passages should be inspected.

Where the structure allows, the holder should be checked for abnormal resistance, seizure, excessive looseness, or irregular movement.

The holder should be individually protected from dust, moisture, impact, and contact with heavier metal parts.

Photographs may be supplied before shipment when customers require part-number, condition, or appearance confirmation.

Installation should be performed by qualified SMT maintenance technicians.

1. Stop the equipment according to the approved procedure.
2. Isolate electrical power, compressed air, and vacuum where required.
3. Remove the placement-head cover according to the maintenance manual.
4. Record the original holder position and orientation.
5. Remove the old component using suitable tools.
6. Inspect the nozzle, shaft, spring, seal, bushing, and nearby parts.
7. Clean the installation area carefully.
8. Install N610113250AC without excessive force.
9. Confirm that the mechanism moves freely.
10. Restore the machine systems.
11. Perform head calibration.
12. Complete pickup and placement testing.
13. Run a controlled production trial.

Do not grind, drill, bend, or modify the holder to fit an incompatible assembly.

• Inspect the nozzle-holder mechanism during scheduled head maintenance.
• Keep the placement-head area clean.
• Replace damaged nozzles promptly.
• Avoid using unapproved cleaning chemicals.
• Do not apply excessive lubricant.
• Inspect related seals, springs, shafts, and filters.
• Store replacement holders in individual packages.
• Label all inventory with the complete suffix.
• Keep original and compatible parts separated.
• Record the installation date and maintenance history.
• Investigate repeated failures before installing another holder.
• Complete calibration after mechanical replacement when required.

Store the holder in a clean, dry, and protected environment.

Recommended practices include:

• Keep the component sealed until installation.
• Prevent dust from entering openings.
• Avoid direct contact with heavy mechanical parts.
• Do not touch precision surfaces with dirty hands.
• Use individual inventory labels.
• Separate AA, AB, and AC revisions.
• Apply first-in, first-out stock control.
• Record incoming inspection results.
• Protect the component from moisture and corrosive materials.

Shipping options may include:

• DHL.
• FedEx.
• UPS.
• International air freight.
• Customer courier account.
• Consolidated shipment with other SMT spare parts.

The complete N610113250AC number can be stated on quotations, invoices, packing lists, and package labels.

Customers may order small quantities for testing, emergency maintenance, or critical spare inventory.

Different supply conditions can be quoted according to machine requirements and purchasing budgets.

The holder can be supplied together with:

• SMT nozzles.
• Feeders.
• Sensors.
• Solenoid valves.
• Filters.
• Belts.
• Motors.
• Control boards.
• Placement-head parts.
• Conveyor components.

Customers may request photographs or visible marking confirmation before shipment.

Orders can be prepared for customers in Europe, North America, Southeast Asia, the Middle East, and other international markets.

SMT replacement parts require accurate identification. Similar-looking components may not have the same dimensions, interfaces, materials, or revision levels.

A specialized supplier can help customers:

• Reduce incorrect orders.
• Check complete part numbers.
• Identify suffix differences.
• Compare original and compatible options.
• Consolidate multiple products.
• Prepare emergency spare inventory.
• Improve communication between engineers and purchasing teams.
• Reduce delays caused by incomplete product information.
• Arrange international packaging and shipment.

No. N610113250AC is a nozzle-holder component installed within a compatible placement-head mechanism. It is not a complete head unit, complete nozzle assembly, motor, shaft, sensor, or nozzle changer.

The nozzle is not included unless it is specifically listed in the quotation. The holder, nozzle, shaft, spring, seal, filter, and related parts may use separate part numbers.

The numbers belong to the same base-number family, but revision interchangeability should not be assumed. Buyers should confirm the machine BOM, head configuration, dimensions, and installed part before replacement.

No. Pickup faults may also be caused by damaged nozzles, vacuum leakage, blocked filters, defective valves, sensors, feeders, seals, calibration data, or machine programming.

Please provide the complete part number, required quantity, machine model, head configuration, required condition, destination country, and clear photographs of the existing holder whenever available.

For price quotations, stock confirmation, technical identification, original-new parts, compatible-new parts, and consolidated SMT spare-parts orders, please contact:

Please include the complete part number, machine model, head configuration, quantity, preferred condition, destination country, and existing-part photographs. Complete information allows us to prepare a faster and more accurate quotation.