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Help CenterASML MC1AB37 (4022.437.1856) – Control Module for Precision Mechatronics in Lithography Systems
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Warranty period: 365 days
Delivery time: 1 week for in-stock; no more than one month at the latest
Payment: 50% advance payment, full payment before delivery
Express delivery: FedEx, UPS, DHL
OEM-original module – Built for ASML tools, ensuring mechanical fit and firmware compatibility with existing cabinets.
Deterministic control – Typically used for motion and synchronized I/O where microsecond-level timing stability matters.
Backplane-powered – 24 VDC system supply in most cases, simplifying cabinet wiring and reducing external power complexity.
Serviceable design – Slide-in installation supports quick swap to cut MTTR during field service.
ESD- and transit-safe packaging – Anti-static bag and cushioning to help protect sensitive components.
Traceability – Clear part/model identification (MC1AB37 / 4022.437.1856) for maintenance records and configuration control.
Stable lifecycle support – From my experience, firmware-matched replacements reduce requalification time after changeout.
| Brand / Model | ASML MC1AB37 (P/N 4022.437.1856) |
| HS Code | 8486.90 (Parts and accessories for semiconductor manufacturing equipment) |
| Power Requirements | 24 VDC nominal from system backplane (typical for ASML cabinet modules) |
| Operating Temperature | 0 to 50°C, non‑condensing environment inside tool cabinet (typical) |
| Signal I/O Types | Deterministic control I/O via internal connectors; 24 V digital I/O commonly used; motion/feedback interfaces as per tool configuration |
| Communication Interfaces | ASML system backplane; service interface availability depends on revision and tool generation |
| Installation Method | Slide-in module for ASML cabinet/card frame; secured with front fasteners; ESD-safe handling required |
| Dimensions & Weight | Compact cabinet module; fits designated ASML slot; weight typically under 1.5 kg |
This module is suited for ASML lithography systems where precise mechatronic control is required—wafer stage positioning, reticle handling, or auxiliary motion subsystems. You might notice that using an MC1-series module as a like-for-like replacement keeps control loops stable and typically avoids long re-tuning sessions. Many customers deploy it during preventive maintenance windows to refresh high‑duty control paths with minimal downtime.
Reliability – OEM spec hardware tends to maintain lock-step behavior with existing firmware, reducing integration risk.
Compatibility – Form-fit-function alignment with ASML card frames and harnessing keeps field work predictable.
Cost control – Quick swap times and stable calibration typically translate to lower service hours and reduced scrap exposure.
Support – We can match revision levels on request and coordinate functional testing to your tool configuration.
Cabinet environment – Install in the designated ASML slot; ensure cabinet ventilation is unobstructed and filters are clean.
Power & wiring – Isolate tool power, discharge residual energy, and observe ESD procedures. Verify backplane seating and connector latching.
Firmware alignment – In many cases, matching firmware/revision avoids requalification. Back up parameters before swap, then validate after boot.
Functional checks – Run stage/motion self-tests, confirm limit signals, encoder feedback, and interlocks before returning to production.
Routine care – Keep cabinet dust-free; schedule periodic connector inspections; document any parameter changes for traceability.
CE conformity when integrated within the certified ASML system (typical for this class of module)
RoHS-compliant components in most contemporary revisions
Manufactured under ISO 9001–aligned quality systems at the OEM
Warranty: 365 days from delivery
Backplane connector hardware and front-panel fasteners for the designated slot
ESD-safe handling kit and cabinet air filters for preventive maintenance
Service cable for diagnostic access (where applicable)
Matched revision modules for paired motion channels to maintain symmetry
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