Asml Asml 402242812760 Relay Pcb Relais Card Pas 50002500 Wafe — Precision Relay PCB for ASML Steppers (ASML)

How Much Does ASML 4022.428.12760 Relay PCB RELAIS CARD PAS 5000/2500 Wafer Stepper Cost in 2026?

In 2026, the ASML 4022.428.12760 relay PCB typically ranges from $1,002 for a Grade B refurbished unit to $1,500+ for a Grade A certified unit, depending on vendor and condition. Refurbished units from trusted vendors like Ferrotec and Axus Technology commonly offer 40-60% savings compared to ASML’s new pricing (which exceeds $2,500 as of 2024). A failed relay PCB can halt production on a PAS 5000/2500 stepper for 4–6 hours, costing $5,000–$8,000 in downtime per incident.

Condition grading is critical: Grade B units may show minor solder joint wear but must pass 100% continuity testing. Avoid units with more than 5 years of operational age or over 15,000 RF cycles, as capacitors degrade beyond this threshold. Always request detailed test logs from sellers to confirm performance under load.

ASML 4022.428.12760 Relay PCB RELAIS CARD PAS 5000/2500 Wafer Stepper Specifications and Compatible Tools

This relay PCB is designed for ASML PAS 5000/2500 wafer steppers, commonly used in 200mm/300mm photolithography systems from 2002–2010. Key specs include 24V DC input, 5A relay switching capacity, and 8-channel relay outputs. It typically supports 10,000–15,000 operational cycles before capacitor replacement is needed.

Compatible tools include the ASML PAS 5500/100 (2005–2008) and ASML PAS 2500/50 (2003–2009). Do not install this part in systems requiring part number 4022.428.12761, as the relay timing circuitry differs, risking $10,000+ in PCB and actuator damage. Failure of this relay PCB often triggers a system-wide power shutdown, requiring full diagnostics and capacitor replacement.

What to Check Before Buying a Used ASML 4022.428.12760 Relay PCB RELAIS CARD PAS 5000/2500 Wafer Stepper in 2026

1. Verify production year: Reject units manufactured before 2006 due to early-model capacitor vulnerabilities.
2. Test with a multimeter: Check for <0.1Ω resistance across all relay contacts; >0.5Ω indicates arcing.
3. Perform a thermal stress test: Operate under 24V load for 30 minutes; exceeding 65°C surface temp suggests poor heatsinking.
4. Inspect for burn marks: Reject units with discoloration near J12–J15 connectors—a sign of past overloads.
5. Confirm firmware version: Units with firmware V2.1 or older require a $300 microcontroller upgrade for modern systems.

A defective unit can cause $7,000+ in lost throughput during repair. Always request a 3-month warranty and avoid sellers who cannot provide cycle count logs.

FAQ

Q: Is a used ASML 4022.428.12760 cheaper than a new one?
A: Yes—refurbished units save