Applied Materials 0190-51414 Servo Drive

Description

Key Technical Specifications

Identification note: The strongest recurring descriptions identify 0190-51414 as an AMAT servo driver for a 100 W, 200 V DeviceNet Sigma V application.

There is some variation in the Yaskawa model identification. One listing specifies SGDV-R90AE1AY890AB with OCA05A, while another identifies the AMAT number as SGDV-OCA05AY890AA. These should not be treated as interchangeable without checking the actual nameplate, option card, connector arrangement, and equipment configuration.

Product Introduction

The Applied Materials 0190-51414 is a Yaskawa-associated AC servo drive used in Applied Materials semiconductor equipment. Available parts records describe it as a 100 W, 200 V DeviceNet servo driver, with the Sigma V family repeatedly associated with the AMAT part number.

For replacement work, the AMAT part number is more important than a generic Sigma V designation. The drive may be configured for a particular motion axis, motor, feedback arrangement, and DeviceNet network. Verify the complete nameplate and option configuration before substituting a visually similar Yaskawa SERVOPACK.

Installation & Configuration Guide

Stage 1 — Safety and Pre-Installation

1. Apply LOTO to the semiconductor equipment and verify that hazardous electrical energy has been removed.
2. Allow the servo drive and associated DC bus circuitry to discharge according to the equipment manufacturer’s procedure.
3. Use appropriate ESD protection when handling the drive.
4. Record the AMAT part number, Yaskawa model number, revision, option-board markings, and serial number.
5. Photograph all connectors and wiring before removal.

⚠️ Do not assume that another 200 V Sigma-series drive is a direct replacement. DeviceNet configuration and AMAT-specific axis parameters must be verified.

Stage 2 — Configuration Backup and Removal

1. Back up the existing servo parameters and machine configuration where the equipment permits.
2. Record DeviceNet node/address information and relevant network settings.
3. Label motor, feedback, control, and network cables.
4. Disconnect power only after the equipment is confirmed de-energized.
5. Remove the retaining hardware and withdraw the existing drive without stressing connectors.

Estimated time: 20–45 minutes, depending on equipment access.

Stage 3 — Replacement Installation

1. Inspect the replacement 0190-51414 for connector damage, corrosion, contamination, or enclosure damage.
2. Confirm the AMAT 0190-51414 identification before installation.
3. Verify that the Yaskawa model/option configuration matches the removed unit.
4. Mount the drive using the original hardware and equipment-specific grounding arrangement.
5. Reconnect motor, feedback, DeviceNet, and control wiring according to the machine documentation.
6. Verify connector seating and cable routing before applying power.

Stage 4 — Power-Up and Functional Test

1. Energize the equipment under controlled conditions.
2. Check the drive for startup or diagnostic faults.
3. Confirm DeviceNet communication with the equipment controller.
4. Verify motor feedback and axis identification.
5. Perform a low-risk jog or axis test where permitted by the machine procedure.
6. Confirm position, speed, acceleration/deceleration, and fault behavior against the machine’s established values.
7. Run the equipment through its normal qualification sequence before returning it to production.

⚠️ Do not change servo tuning parameters simply to clear an alarm. First determine whether the problem originates in the drive, motor, encoder/feedback circuit, DeviceNet network, or machine configuration.

0190-51414

0190-51414

Frequently Asked Questions (FAQ)

Is Applied Materials 0190-51414 a servo drive?

Yes. Multiple independent parts listings identify 0190-51414 as a servo driver/servo amplifier, specifically a 100 W, 200 V DeviceNet unit associated with Yaskawa Sigma V hardware.

What Yaskawa model corresponds to 0190-51414?

Public listings are not completely consistent. One identifies SGDV-R90AE1AY890AB with OCA05A, while another lists SGDV-OCA05AY890AA. Because these descriptions conflict, the actual drive nameplate and option-board markings should be checked before purchasing a replacement.

Is the 0190-51414 rated for a 100 W motor?

The recurring AMAT parts descriptions specify 100 W, 200 V for this servo driver.

Can I replace it with any Yaskawa 200 V servo drive?

No. Voltage and motor power alone are insufficient for a reliable substitution. Verify the Sigma-series model, option configuration, DeviceNet interface, feedback requirements, motor compatibility, and AMAT machine configuration.

Does replacing the drive erase the machine program?

The servo drive contains drive-side parameters, but the machine’s primary process software and controller configuration are separate issues. Do not assume that a replacement unit contains the correct axis parameters. Back up the original configuration whenever possible and verify drive parameters after installation.

What condition should I specify when purchasing 0190-51414?

For production equipment, specify the required condition explicitly: new original, unused surplus, refurbished/tested, or used/as-is. Some secondary-market listings sell these units as pre-owned and untested, while refurbished units may carry a separate warranty.

What should be checked before ordering?

Provide the supplier with the AMAT 0190-51414 number plus a clear photograph of the complete Yaskawa nameplate and option section. This is particularly important for this part because public listings show more than one Yaskawa model designation for the same AMAT number.