SANYO Q2GA04006VXS2C YV100 AC Servo Motor 90K6C-025F11

SANYO Q2GA04006VXS2C YV100 AC Servo Motor 90K6C-025F11

The SANYO Q2GA04006VXS2C AC servo motor, identified by machine part number 90K6C-025F11, is a precision motion-control component used in compatible YV100 SMT pick-and-place machines. It converts servo-drive commands into controlled rotary motion, supporting accurate machine positioning, stable acceleration, repeatable movement, and reliable production cycles.

During continuous SMT manufacturing, the motor operates together with the servo driver, encoder feedback system, coupling, pulley, belt, sensor, and machine controller. Wear, cable damage, bearing deterioration, connector failure, or feedback abnormalities may cause servo alarms, positioning errors, vibration, overheating, abnormal noise, or unexpected equipment downtime.

This motor is suitable for SMT factories, maintenance departments, equipment repair companies, used-machine refurbishers, and spare-parts distributors. For accurate selection, buyers should compare the complete model, part number, shaft, connectors, cable direction, mounting dimensions, and original motor nameplate before ordering.

The servo motor is a key part of the machine motion system. Long operating hours, repeated acceleration, mechanical load, contamination, poor alignment, or cable fatigue may gradually reduce its performance.

A motor-related fault should be diagnosed carefully because similar symptoms may also be caused by the servo driver, encoder cable, mechanical mechanism, coupling, belt, sensor, or machine parameters.

The following conditions may indicate a motor, cable, drive, or mechanical-system problem:

• Servo alarm appears during machine startup.
• The related mechanism cannot return to its home position.
• The motor produces unusual noise during movement.
• Machine motion becomes unstable during acceleration.
• The motor vibrates while holding a fixed position.
• The housing temperature rises abnormally.
• Positioning repeatability gradually decreases.
• The mechanism stops intermittently during production.
• An encoder or feedback error is displayed.
• The axis moves slowly or cannot reach its commanded position.
• The machine requires repeated restarting.
• Production speed must be reduced to avoid alarms.
• The motor shaft feels unusually tight after removal.
• The coupling or pulley shows visible wear.
• Cable movement causes intermittent machine faults.

Replacing the motor without checking the complete motion system may not solve a fault caused by damaged wiring, excessive mechanical resistance, an incorrect servo driver, or changed machine parameters.

A correctly matched Q2GA04006VXS2C motor can help restore the related motion function in compatible YV100 machine configurations. Correct identification, careful installation, and controlled testing are essential for a successful replacement.

Before requesting a quotation, collect the following information:

• Complete motor model.
• Machine part number.
• Machine model.
• Machine serial number.
• Motor installation position.
• Servo-driver model.
• Connector quantity and shape.
• Cable length and outlet direction.
• Shaft diameter and length.
• Flange and mounting-hole dimensions.
• Pulley or coupling type.
• Existing machine alarm code.

Installation should be completed by qualified machine-maintenance personnel. The motor must not be forced into the mounting position, and the shaft must not be struck with a hammer or hard tool.

After installation, begin with visual checks, servo-on confirmation, homing, low-speed movement, repeated-position testing, temperature observation, and trial production.

Similar-looking servo motors may use different electrical ratings, feedback systems, connectors, shafts, brakes, or mounting interfaces. The complete nameplate should always be checked before replacement.

The following table is intended for model distinction and inquiry organization. It does not confirm direct interchangeability.

Motors with similar model codes may differ in:

• Rated power.
• Rated voltage.
• Rated speed.
• Encoder resolution.
• Feedback protocol.
• Brake function.
• Shaft diameter.
• Shaft length.
• Keyway design.
• Flange dimensions.
• Connector type.
• Cable length.
• Cable exit direction.
• Mounting-hole position.
• Driver parameters.
• Machine application.

The original motor nameplate and physical comparison should be used as the primary selection basis.

The Q2GA04006VXS2C motor is intended for compatible YV100 SMT equipment maintenance and motion-system repair.

• Consumer electronics manufacturing.
• Automotive electronics assembly.
• LED product manufacturing.
• Communication equipment production.
• Industrial controller assembly.
• Power supply manufacturing.
• Computer accessory production.
• Medical electronics manufacturing.
• Smart-home product assembly.
• Security equipment manufacturing.
• Electronic module production.
• Contract electronics manufacturing.

Factory maintenance teams can use this motor for urgent equipment repair or keep it as a critical spare to reduce unexpected production downtime.

Service companies can purchase the motor for field maintenance, customer-machine repair, equipment refurbishment, or spare-parts inventory.

Refurbishment companies may replace motors showing abnormal noise, damaged cables, shaft wear, poor feedback, or unstable operation before reselling a machine.

Distributors can order individual motors or combine them with other machine parts for regional inventory and customer support.

Manufacturers operating established YV100 production equipment may require dependable replacement support to maintain delivery schedules and production capacity.

The servo motor operates as part of a closed-loop motion-control system.

1. The machine controller calculates the required movement.
2. A motion command is sent to the servo driver.
3. The servo driver supplies controlled electrical power to the motor.
4. The motor converts electrical energy into rotary mechanical motion.
5. The shaft transfers movement through a coupling, pulley, or belt.
6. The feedback device measures the actual motor position and speed.
7. Feedback information is returned to the servo driver.
8. The driver compares the actual movement with the command.
9. Motor output is adjusted to reduce positioning error.
10. The machine confirms that the target position has been reached.
11. The next production movement begins.

The correct motor and feedback configuration help the machine achieve predictable positioning during repeated production cycles.

Servo control manages speed changes, reducing sudden mechanical shock and unstable motion.

Consistent motor response supports repeatable axis movement in continuous SMT operation.

A correctly matched motor reduces the need to modify connectors, cables, shafts, brackets, or machine parameters.

Complete model verification before shipment can help technicians complete replacement work more efficiently.

Keeping a verified spare motor can reduce production delays when an installed motor develops an unexpected fault.

• Stop the machine using the standard shutdown procedure.
• Disconnect the main power supply.
• Follow the factory lockout and safety procedure.
• Allow stored electrical energy to discharge.
• Record the current alarm code.
• Photograph the installed motor.
• Mark every connector and cable.
• Record the cable-routing direction.
• Mark the coupling or pulley position.
• Prepare suitable tools and protective materials.

1. Support the motor before loosening the mounting screws.
2. Disconnect power and feedback connectors carefully.
3. Release cable clamps without pulling the cable.
4. Remove the coupling or pulley without striking the shaft.
5. Remove the motor from the machine bracket.
6. Inspect the mounting surface.
7. Check the driven mechanism for abnormal resistance.
8. Compare the removed motor with the replacement unit.
9. Retain the original motor for reference until testing is complete.

1. Confirm the replacement model and part number.
2. Inspect the motor for shipping damage.
3. Check the shaft and mounting flange.
4. Install the motor without forcing the mounting position.
5. Align the shaft and coupling correctly.
6. Tighten mounting screws evenly.
7. Avoid excessive radial or axial shaft loading.
8. Route the cables through the original path.
9. Keep cables away from sharp edges and moving parts.
10. Connect plugs without bending pins.
11. Confirm all connector locks.
12. Restore cable clamps and protective covers.

Full-speed production should begin only after low-speed and repeated-motion tests have been completed successfully.

• Do not strike the motor shaft.
• Do not carry the motor by its cable.
• Do not force incompatible connectors.
• Do not bend connector pins.
• Do not install a motor with visible shaft damage.
• Do not reuse a damaged coupling.
• Do not ignore mechanical resistance.
• Do not change servo parameters without recording the original values.
• Do not operate at full speed immediately after replacement.
• Do not allow oil or cleaning liquid to enter the connectors.
• Do not route cables against sharp metal edges.
• Do not tighten mounting screws unevenly.
• Do not assume that similar-looking motors are interchangeable.
• Do not operate the machine without protective covers.
• Do not continue testing when abnormal noise or overheating occurs.

Inspection requirements can be arranged according to product condition and order quantity.

The exact condition, appearance, testing standard, warranty term, and delivery schedule should be confirmed in the formal quotation.

Servo motors contain precision bearings, shafts, connectors, cables, and feedback components. Proper packaging helps protect the motor during international transportation.

1. Verify the product model and quantity.
2. Clean the exterior surface.
3. Protect the shaft from direct impact.
4. Cover the connectors against dust and moisture.
5. Secure the cable without tight bending.
6. Wrap the motor with cushioning material.
7. Place the unit in a suitable inner box.
8. Fill empty spaces to prevent movement.
9. Add moisture-resistant protection when required.
10. Place the inner box in an export carton.
11. Apply product-identification labels.
12. Reinforce the carton for international shipping.

Correct servo-motor selection requires both electrical and mechanical confirmation.

Check every letter and number on the existing motor label:

Q2GA04006VXS2C

The final suffix should not be omitted because it may represent a different shaft, encoder, connector, cable, or control configuration.

Check whether the machine record or motor identification shows:

90K6C-025F11

The machine part number is an important reference, but it should be verified together with the complete motor model.

Provide:

• Machine model.
• Machine serial number.
• Production year.
• Motor installation location.
• Servo-driver model.
• Exact alarm code.
• Existing maintenance history.

Recommended photographs include:

• Full motor nameplate.
• Front shaft.
• Rear housing.
• Power connector.
• Feedback connector.
• Cable outlet.
• Mounting flange.
• Pulley or coupling.
• Installed motor position.
• Machine identification plate.

Compare:

• Rated voltage.
• Rated current.
• Rated output.
• Rated speed.
• Encoder type.
• Power connector.
• Feedback connector.
• Brake function.
• Servo-driver compatibility.

State whether the inquiry requires:

• New stock.
• Original used stock.
• Refurbished stock.
• Tested stock.
• Emergency shipment.
• Multiple backup units.

Providing complete identification information helps reduce repeated communication and lowers the risk of receiving an unsuitable motor.

• Listen for abnormal motor noise.
• Check for new servo alarms.
• Observe machine vibration.
• Keep the motor area clean.
• Confirm that cables are not rubbing against moving parts.
• Check for excessive motor temperature.

• Inspect cable clamps.
• Check connector locking.
• Review repeated alarm history.
• Inspect dust and oil accumulation.
• Observe motor temperature during normal production.

• Check coupling condition.
• Inspect pulley or belt alignment.
• Verify mounting-screw tightness.
• Check the driven mechanism for resistance.
• Review servo-driver alarm records.
• Back up machine parameters.
• Prepare a verified spare motor when downtime risk is high.

Compatibility depends on the machine version, installation position, servo driver, connectors, shaft, cable direction, mounting dimensions, and original part number. Please provide the existing motor nameplate and installation photographs before ordering.

The standard product refers to the Q2GA04006VXS2C motor only. Related drivers, cables, couplings, pulleys, belts, or machine components can be quoted separately when complete identification information is provided.

Yes. Single-piece orders can be accepted, subject to stock availability. Multiple motors or mixed SMT spare-parts orders can also be arranged for maintenance companies, factories, distributors, and equipment refurbishers.

Available inspection may include model verification, nameplate confirmation, housing appearance, shaft condition, connector integrity, cable condition, mounting surface, rotation resistance, photographs, and functional testing according to the supplied product condition.

Send the full motor model, machine part number, machine model, serial number, servo-driver model, nameplate photographs, connector photographs, shaft dimensions, mounting dimensions, cable direction, installation position, and required product condition.

Please send your inquiry with the following details:

• Motor model: Q2GA04006VXS2C
• Part number: 90K6C-025F11
• Applicable machine: YV100
• Required quantity.
• Required product condition.
• Destination country and postal code.
• Clear motor nameplate photographs.
• Power and feedback connector photographs.
• Shaft and mounting photographs.
• Required delivery time.
• Existing machine alarm information.

Our sales team will review the identification details, confirm available stock and condition, prepare inspection information, calculate the appropriate shipping option, and provide a formal quotation for your SMT machine maintenance requirement.