Description
YASKAAWA CP-9200SH-SVA – Servo Amplifier Module for CP-Series SMT Lines
The CP-9200SH-SVA is commonly used on FUJI CP-9000 series placement lines, providing precise multi-axis servo control for high-speed head motion and conveyor/gantry coordination. From my experience, what matters most on legacy CP platforms is stable servo response and minimal downtime. This module is designed as a drop-in replacement to keep your CP-9200/CP-9300 cells running to spec without reworking the cabinet layout or field wiring.
One thing I appreciate is how quickly teams can swap it in during a planned stop—most cases I’ve seen are back in production after parameter verification and a short motion check. You might notice that cycle consistency tightens up right away when encoder feedback is clean and the amplifier is calibrated correctly.
Order Placement Process and Guarantees
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- – Warranty: 365 days from delivery
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- – Lead time: typically 1 week if in stock; no more than 1 month at the latest
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- – Payment terms: 50% advance payment; full payment prior to delivery
- – Express options: FedEx, UPS, DHL (we ship with protective anti-static and foam packaging)
Key Features
- Native fit for FUJI CP-9000 series – Typically used on CP-9200/CP-9300 machines for axis control without cabinet modification.
- High-response servo control – Supports fast settle times for X/Y/Theta motion, helping protect placement tact and accuracy.
- Integrated protection – Over-current, over-voltage, and overheat protections that, in many cases, prevent secondary damage to motors or encoders.
- Encoder feedback support – Works with the standard feedback used on CP heads; alarms and diagnostics make fault tracing much faster.
- Service-friendly replacement – Mounting points and connectors align with the CP-9200SH layout, keeping swap time predictable.
- Stable thermal design – Heatsink and airflow path sized for cabinet use; typically no change to your existing cooling scheme.
Technical Specifications
| Brand / Model |
YASKAAWA CP-9200SH-SVA |
| HS Code | 850440 (Static converters / servo drive modules) |
| Power Requirements | Supplied from host CP cabinet power (typical: 200–230 VAC; 50/60 Hz). Verify per machine label. |
| Operating Temperature | 5–40 °C (indoor production floor, non-condensing; typical SMT environment) |
| Signal I/O Types | Pulse/command inputs for axis control, encoder feedback, enable/ready/alarm I/O (as used on CP-9200). |
| Communication Interfaces | Proprietary bus/links within the CP cabinet (match to machine series and head type). |
| Installation Method | Cabinet-mounted, drop-in replacement; uses existing mounting rails and harness connectors. |
Application Fields
– SMT manufacturing lines operating FUJI CP-9200/CP-9300 machines
– Contract electronics manufacturing where uptime and stable placement tact are critical
– Maintenance programs that standardize on CP-series spares to reduce mean time to repair (MTTR)
Advantages & Value
- Reliability – Consistent servo response typically reduces placement jitter and axis faults that lead to stoppages.
- Compatibility – Form, fit, function for CP-9200SH configurations minimizes engineering overhead.
- Cost control – Avoids premature machine replacement; supports planned life extension of CP assets.
- Technical backing – We can share practical installation notes and parameter checklists used by maintenance teams.
A maintenance manager told us they typically cut recovery time by half after keeping one unit on the shelf. That mirrors what I’ve seen—having a ready spare for servo stages saves more than it costs during the first unplanned stop.
Installation & Maintenance
- Environment – Install in the original CP cabinet location; maintain clean airflow and observe the cabinet’s ventilation path.
- Wiring – Use existing harnessing; double-check grounding, motor phase order, and encoder connectors before power-up.
- Safety – Lockout/tagout the CP cabinet; discharge DC bus before handling; ESD protection is recommended.
- Commissioning – Load or confirm parameters, verify alarm history is clear, and run a short axis homing/motion test.
- Routine care – Quarterly dust cleaning, terminal re-torque checks, and periodic encoder/motor cable inspection. Firmware/parameter backups are helpful in most cases.
Quality & Certifications
- Meets typical CE and RoHS conformance for cabinet-mounted industrial electronics (confirm per build lot if required).
- Manufacturing quality aligned with ISO-based processes.
- Warranty: 365 days standard.












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