KOLLMORGEN 00-S0613-038 Service-Ready Spare Part for Industrial Maintenance

KOLLMORGEN 00-S0613-038 Service-Ready Spare Part for Industrial Maintenance

The KOLLMORGEN 00-S0613-038, cross-referenced as ASML/SVG 859-0399-002, is a service-ready spare part sourced for the ServoDisc series of brushless DC servo motors. Designed for precision motion control applications in semiconductor fabrication, photolithography equipment, and high-accuracy industrial automation systems, this component supports rapid field replacement and minimises unplanned downtime in critical production environments.

Maintenance engineers and procurement specialists working with ASML/SVG wafer steppers, track systems, and related semiconductor capital equipment will recognise this SKU as a long-lifecycle spare that bridges OEM availability gaps. NINERMAS maintains verified stock of the 00-S0613-038 to support emergency replacement, scheduled overhaul, and strategic spare parts inventory programmes — backed by a 12-month warranty and pre-shipment functional testing.

Whether you are executing a planned annual shutdown, responding to an unscheduled servo fault, or building a multi-year spare parts agreement for a legacy ASML/SVG system, this unit ships tested and ready for immediate installation.

Spare Maintenance Table

Maintenance Planning for Continuous Operation

When replacing the KOLLMORGEN 00-S0613-038 in a ServoDisc-based motion axis, a disciplined maintenance engineer will treat the servo motor swap as a trigger for a broader subsystem inspection. The ServoDisc motor interfaces directly with the servo amplifier — typically a KOLLMORGEN ServoStar or BDS series drive — and any degradation in the motor’s back-EMF characteristics or winding insulation can stress the drive’s output stage. Verifying the drive’s DC bus voltage, current limit settings, and fault history before re-commissioning is strongly recommended.

The motor’s resolver or encoder feedback device should be inspected simultaneously. A worn or contaminated resolver-to-digital converter (RDC) or a damaged encoder cable assembly is a common secondary failure mode in high-cycle semiconductor equipment. Replacing the motor without verifying feedback signal integrity risks immediate re-failure.

On the power distribution side, check the 24 VDC control power supply feeding the drive enable circuit and the 48 VDC or 72 VDC bus supply (depending on axis configuration). Capacitor aging in these supplies is a known failure mode in long-running ASML/SVG systems. Pairing the motor replacement with a capacitor-bank inspection or a supply module swap — such as a KOLLMORGEN or compatible third-party DIN-rail power supply — reduces the risk of a repeat callout.

Terminal blocks and motor power connectors in the control cabinet should be torque-checked. Loose connections on the U, V, W motor phases cause intermittent overcurrent faults that are frequently misdiagnosed as motor failures. Inspect Phoenix Contact or Weidmüller terminal strips in the motor drive circuit for signs of heat discolouration or micro-arcing.

If the axis communicates via SERCOS, CANopen, or a proprietary ASML fieldbus, verify that the communications module and its fibre-optic or copper interface are functioning correctly after the motor swap. A marginal communications link can cause position loop instability that mimics a mechanical fault.

For systems with an HMI or operator panel connected to the motion controller, confirm that axis homing routines and soft-limit parameters are re-validated after replacement. ServoDisc motors with integral resolvers require a resolver offset calibration step that is often overlooked during emergency replacements, leading to positioning errors at system restart.

Procurement engineers building a spare parts kit around the 00-S0613-038 should also consider stocking: a matched servo drive module, a resolver cable assembly, a motor power cable set, a 24 VDC DIN-rail power supply, and a set of motor phase fuses or electronic circuit breakers. This kit approach ensures that a single field technician can resolve the most common failure scenarios in one site visit, minimising mean time to repair (MTTR) and reducing the cost of repeat dispatch.

Site Replacement Workflow

Step 1 — Isolation and lockout/tagout (LOTO): De-energise the servo drive and confirm zero voltage on the DC bus before disconnecting the motor. ServoDisc drives retain bus charge for several minutes after power-off; use a calibrated voltmeter to verify discharge.

Step 2 — Documentation: Photograph the existing motor nameplate, cable routing, and connector orientation before removal. Record the drive’s parameter set (axis gains, current limits, resolver offset) using the drive’s commissioning software or a parameter backup file.

Step 3 — Mechanical removal: Disconnect the motor power connector (U, V, W, PE) and the resolver/encoder feedback connector. Remove the motor mounting fasteners per the OEM torque specification. Note the shaft coupling alignment marks if a direct-drive or bellows coupling is used.

Step 4 — Installation of 00-S0613-038: Mount the replacement motor, torque fasteners to specification, and reconnect all cables. Verify that the feedback connector is fully seated and the locking collar is engaged — a partially connected resolver connector is a common installation error.

Step 5 — Resolver offset calibration: Using the drive’s commissioning tool, perform a resolver offset (phasing) calibration with the motor uncoupled from the load if possible. Enter the calibrated offset value into the drive parameter set.

Step 6 — Functional test: Restore power, clear drive faults, and execute a low-speed jog in both directions. Verify current draw, position feedback, and temperature rise are within specification before returning the axis to automatic operation.

Step 7 — Documentation and stock replenishment: Update the maintenance log with the replacement date, new motor serial number, and calibration values. Initiate a purchase order to replenish the spare parts inventory — NINERMAS supports long-term supply agreements to ensure the next unit is available before it is needed.

Spare Parts Support FAQ

Q1: Is the KOLLMORGEN 00-S0613-038 a direct drop-in replacement for ASML/SVG 859-0399-002?
Yes. The 00-S0613-038 is the KOLLMORGEN OEM part number for the unit supplied to ASML/SVG under their internal reference 859-0399-002. Mechanical dimensions, electrical interface, and resolver characteristics are identical. No modification to the drive parameter set is required beyond the standard resolver offset calibration performed after any ServoDisc motor replacement.

Q2: What pre-shipment testing does NINERMAS perform on this spare part?
Each unit undergoes electrical continuity verification on all motor phase windings and resolver windings, insulation resistance testing between phases and to ground, and a visual inspection for mechanical damage. Units that pass all checks are shipped with a test record. The 12-month warranty covers defects in materials and workmanship from the date of shipment.

Q3: Can NINERMAS support a long-term supply agreement for this SKU?
Yes. NINERMAS specialises in long-lifecycle spare parts programmes for legacy semiconductor and industrial automation equipment. We can commit to multi-year supply agreements with defined lead times, reserved stock, and priority allocation for critical SKUs including the 00-S0613-038. Contact our team to discuss volume, delivery schedule, and pricing.

Q4: What should I do if my system uses a newer KOLLMORGEN drive that is not the original ASML/SVG amplifier?
The 00-S0613-038 ServoDisc motor is compatible with any KOLLMORGEN drive that supports resolver feedback and is rated for the motor’s electrical parameters. If you have upgraded the drive (for example, to a KOLLMORGEN AKD or S700 series), provide your drive model number to NINERMAS and we will confirm compatibility and advise on any parameter adjustments required for the new drive-motor pairing.