CONVUM MPS-V6T-AG-0.26M-KM-RH Panasonic DT401 Pressure Sensor N510025620AA KXF0DQXAA00

CONVUM MPS-V6T-AG-0.26M-KM-RH Panasonic DT401 Pressure Sensor N510025620AA KXF0DQXAA00

The CONVUM MPS-V6T-AG-0.26M-KM-RH is a compact vacuum pressure sensor assembly used in the pneumatic monitoring system of Panasonic DT401 equipment. It is cross-referenced with machine part numbers N510025620AA and KXF0DQXAA00 and is supplied with a machine-specific cable and connector configuration.

The sensor monitors vacuum pressure within the connected pneumatic circuit and transmits an electrical signal to the equipment control system. This feedback helps the machine determine whether the required vacuum condition has been established during operation.

The standard MPS-V6T platform uses a 6 mm tube connection and belongs to the 0 to −30 inHg vacuum range. Its compact housing, fast response, and low installation-space requirement make it suitable for automated electronics manufacturing equipment.

For accurate replacement, customers should confirm the complete model suffix, machine model, connector shape, cable length, pneumatic port, wiring arrangement, and original sensor photographs before placing an order.

The complete model number should always be included in a quotation request. Ordering only an MPS-V6T sensor body may result in receiving a different output circuit, connector type, cable configuration, or installation arrangement.

The complete sensor assembly can be identified using three important references:

• MPS-V6T-AG-0.26M-KM-RH.
• N510025620AA.
• KXF0DQXAA00.

Using all three references helps purchasing teams and maintenance engineers reduce the risk of receiving a similar-looking but electrically incompatible sensor.

The MPS-6 series is designed for applications where installation space is limited. Its compact structure allows it to fit into pneumatic control areas without requiring a large mounting area.

The standard MPS-6 family has a reference response time below 1 millisecond. Fast signal response helps automated equipment detect changes in vacuum pressure without unnecessary control delays.

The V6T configuration uses a 6 mm tube connection. This design allows convenient integration into the corresponding pneumatic tubing system when the tube size and installation direction match the original component.

The AG-0.26M-KM-RH suffix identifies a customized machine assembly rather than only a standard catalog sensor. The cable length, connector, wiring arrangement, and cable-exit direction should therefore be checked before purchase.

The sensor may be purchased for:

• Emergency machine repair.
• Preventive maintenance.
• Equipment refurbishment.
• Production-line spare inventory.
• Used-equipment restoration.
• Maintenance service projects.
• International SMT spare-parts supply.

A vacuum pressure sensor operates repeatedly during machine production cycles. Long-term operation, environmental conditions, cable movement, contamination, and pneumatic-system problems can gradually affect its performance.

Internal sensing elements and electronic components may experience performance changes after extended operation. The sensor signal may become unstable, delayed, or inconsistent with the actual vacuum condition.

Repeated vibration, pulling, sharp bending, or contact with moving machine parts may damage the cable. Internal conductors can become intermittent even when the outer insulation appears normal.

A loose connector, contaminated terminal, bent pin, damaged locking tab, or poor electrical contact can interrupt the sensor signal and create intermittent machine alarms.

Dust, oil mist, flux residue, moisture, or other contaminants entering the pneumatic tube may affect sensor response or block the pressure path.

Cracked tubing, loose fittings, incorrectly inserted tubing, or damaged connections can prevent the vacuum level from reaching the required operating condition.

A standard MPS-V6T model may have the same general housing but a different output circuit. Installing a PNP, NPN, analog, or differently wired sensor without verification may produce an incorrect signal.

Unstable supply voltage, incorrect polarity, voltage surges, damaged machine wiring, or an input-board problem may cause symptoms similar to sensor failure.

When diagnostic testing confirms that the original sensor is defective, replace it with a correctly matched MPS-V6T-AG-0.26M-KM-RH sensor assembly.

Before removing the old sensor, record:

• Complete sensor model.
• Machine part number.
• Equipment model.
• Equipment serial number.
• Sensor mounting position.
• Connector orientation.
• Cable routing.
• Tube size and direction.

Take clear photographs of:

• The complete sensor.
• The product label.
• The connector front.
• The connector side.
• The cable.
• The pneumatic connection.
• The installation position.

Photographs are especially important when the machine has been repaired, modified, or refurbished previously.

Check the tube, fitting, filter, valve, vacuum generator, and surrounding pneumatic components. A new sensor cannot correct a leaking or blocked pneumatic circuit.

Confirm that the replacement sensor matches:

• MPS-V6T-AG-0.26M-KM-RH.
• N510025620AA.
• KXF0DQXAA00, where applicable.
• Original connector shape.
• Original cable arrangement.
• Original pneumatic port.
• Original mounting direction.

After installation, restore power and pneumatic pressure according to the machine maintenance procedure. Verify the sensor signal through the machine diagnostic interface and conduct a controlled operating test.

The following table combines the known machine-specific identification with standard MPS-6 family reference data. Because the AG-0.26M-KM-RH version is a customized assembly, the exact wiring, connector pinout, and output arrangement should be confirmed before installation.

The PC, NC, AC, and customized AG versions should not be treated as automatically interchangeable. The standard series is available with PNP, NPN, and analog output configurations, while the AG-0.26M-KM-RH assembly includes a machine-specific harness arrangement.

The primary application of N510025620AA is the vacuum or pneumatic monitoring system used in DT401 equipment. The sensor detects a change in vacuum pressure and supplies corresponding feedback to the machine control system.

The sensor is suitable for maintenance departments replacing an unstable, damaged, contaminated, or electrically defective pressure sensor.

When a defective sensor causes repeated vacuum alarms or unexpected machine stoppages, a verified spare assembly can help reduce repair lead time.

Used-equipment dealers and machine rebuilders can install the sensor during equipment inspection, restoration, or pneumatic-system refurbishment.

Factories operating critical production equipment may keep a verified pressure sensor in spare-parts inventory to support emergency repairs.

The compact size allows the sensor to be shipped together with other SMT machine parts, helping overseas factories consolidate maintenance orders.

The sensor is connected to the equipment vacuum circuit through its pneumatic tube connection. Vacuum pressure enters the sensor port and acts on the internal sensing element.

The internal electronics convert the pressure condition into an electrical output. This signal travels through the customized cable and connector to the machine control system.

A typical operating sequence includes:

1. The machine starts a vacuum-related operation.
2. Air is removed from the connected pneumatic circuit.
3. Vacuum pressure reaches the sensor through the 6 mm tube.
4. The internal sensing element detects the pressure change.
5. The sensor converts the detected condition into an electrical signal.
6. The signal passes through the machine-specific cable.
7. The equipment control system receives the signal.
8. The machine compares the signal with its programmed operating condition.
9. The machine continues operation when the required condition is satisfied.
10. The machine may display an alarm when the expected condition is not detected.

The sensor is intended for pressure monitoring. It should not be used as the only safety device for preventing machine accidents. The complete machine safety and control system must remain operational.

The complete required model is:

MPS-V6T-AG-0.26M-KM-RH

Do not shorten the inquiry to MPS-V6T because standard MPS-V6T models are available with different output circuits and electrical connections.

The primary machine part number is:

N510025620AA

The related cross-reference is:

KXF0DQXAA00

Both references should be included in the inquiry when they appear in the customer’s machine records.

State that the sensor is required for DT401 equipment. Include the complete equipment model and serial number whenever available.

Supply a clear photograph of the original sensor label. The complete suffix is essential for checking the customized assembly.

Check:

• Connector body shape.
• Number of terminals.
• Keying position.
• Locking structure.
• Cable-exit direction.
• Machine-side connection.

Confirm the approximate cable length, routing direction, insulation condition, and installation position.

Verify that the original system uses the correct 6 mm tube arrangement. The tube should fit securely without excessive force.

Do not select a replacement only by pressure range. Confirm the machine wiring because PNP, NPN, analog, and customized output configurations are not automatically interchangeable.

Indicate whether the requirement is for:

• Original new.
• New old stock.
• Tested used.
• Economical replacement option.
• Urgent emergency stock.

Availability depends on current inventory.

State the exact quantity required and whether the order is for immediate repair, preventive inventory, or multiple production lines.

Installation should be completed by trained maintenance personnel familiar with automated electronics manufacturing equipment.

• Stop the equipment safely.
• Disconnect the electrical power.
• Release residual pneumatic pressure.
• Record the original sensor position.
• Photograph the cable and tubing.
• Confirm the replacement model.
• Check the connector and tube connection.

• Disconnect the electrical connector without pulling the cable.
• Release the pneumatic tube carefully.
• Remove the mounting hardware.
• Inspect the old tube for cracking or contamination.
• Inspect the connector for bent or damaged terminals.
• Check whether the cable has been rubbing against moving components.

• Install the sensor in the original orientation.
• Connect the pneumatic tube completely.
• Avoid excessive tube bending.
• Route the cable away from moving parts.
• Connect the plug securely.
• Confirm that the connector lock is engaged.
• Secure the sensor using the original mounting method.

• Restore pneumatic pressure.
• Check the tube connection for leakage.
• Restore machine power.
• Open the machine diagnostic screen.
• Confirm that the sensor input is recognized.
• Apply and release vacuum several times.
• Check for stable and repeatable signal changes.
• Run the machine at a controlled speed.
• Complete a production test before full operation.

Do not insert a hard object into the sensor port. Do not introduce liquid cleaner, oil, or excessive air pressure into the sensor.

To protect the sensor before installation:

• Store it in a clean and dry location.
• Keep it inside protective antistatic packaging.
• Protect the pneumatic port from dust.
• Do not place heavy products on the sensor.
• Do not bend the cable sharply.
• Keep the connector covered.
• Avoid excessive humidity.
• Avoid impact and vibration.
• Separate new and used inventory.
• Attach a clear part-number label.
• Record inspection information.
• Use shock-resistant packaging for transportation.

The complete MPS-V6T-AG-0.26M-KM-RH marking should be compared with the customer’s inquiry.

N510025620AA and KXF0DQXAA00 should be checked against the purchase requirement.

The housing, pneumatic port, mounting area, cable, label, and connector should be examined for visible damage.

The connector shape, terminal position, locking structure, and cable direction should be compared with the original component.

The sensor body, tube connection, cable, and connector should be protected against impact during international transport.

Each pressure sensor should be packed individually to protect the compact housing and electrical connection.

International delivery may be arranged by express courier, air freight, sea freight, or combined shipment with other SMT machine parts.

Delivery time depends on stock availability, order quantity, product condition, inspection requirements, destination, and transportation method.

• Exact MPS-V6T-AG-0.26M-KM-RH model identification.
• Cross-reference with N510025620AA and KXF0DQXAA00.
• DT401 application reference.
• Compact vacuum pressure-monitoring design.
• 6 mm pneumatic tube configuration.
• Fast-response MPS-6 sensor platform.
• Machine-specific cable and connector arrangement.
• Suitable for emergency maintenance.
• Suitable for planned spare inventory.
• Suitable for equipment refurbishment.
• Single-piece inquiries are welcome.
• Multiple-item SMT spare-parts orders can be consolidated.
• Stock photographs can be checked before shipment.
• International protective packing is available.
• Technical identification support is available before ordering.

Yes. Both references are associated with the MPS-V6T-AG-0.26M-KM-RH pressure sensor assembly. Customers should still verify the complete label, connector, cable, pneumatic connection, and installation position before ordering.

Direct replacement is not recommended without electrical verification. The standard AC version has a defined analog output, while the AG-0.26M-KM-RH version uses a customized machine cable and connector arrangement.

Please provide the equipment model, serial number, original sensor label, part number, connector photographs, cable photographs, installation-position photographs, required quantity, and preferred product condition.

Check the sensor signal, power supply, wiring, connector, pneumatic tube, filter, fitting, vacuum generator, valve, and machine input. A vacuum alarm does not always mean that the sensor itself has failed.

Urgent requirements can be checked according to current inventory. Please provide the exact model, part number, quantity, destination country, and required delivery date for a fast quotation.

Contact our sales team for stock availability, product condition, technical identification, price, packing details, and international delivery options.

For faster verification, please include:

• MPS-V6T-AG-0.26M-KM-RH.
• N510025620AA.
• KXF0DQXAA00.
• DT401 equipment model.
• Required quantity.
• Preferred product condition.
• Original sensor photographs.
• Connector and cable photographs.
• Delivery destination.
• Required delivery date.

Send your inquiry today to receive a detailed quotation for the CONVUM MPS-V6T-AG-0.26M-KM-RH DT401 vacuum pressure sensor assembly.