Novellus Systems PVD300 17-260362-00 810-019566-705 25160112

Product Details

PVD300 17-260362-00 810-019566-705 25160112 Product Description

The Novellus 17-260362-00 (SKU: PVD300 17-260362-00 810-019566-705 25160112) is a precision-engineered PVD process chamber module designed for the Novellus PVD300 deposition platform. Built to meet the demanding energy and throughput requirements of modern semiconductor fabrication, this chamber component delivers measurable improvements in power consumption, thermal load management, and process cycle efficiency — making it a strategic asset for fabs pursuing energy-optimized production line architectures.

In a fully integrated semiconductor fab, the Novellus 17-260362-00 chamber module does not operate in isolation — it functions as a node within a broader power-aware automation architecture. The PVD300 platform's process controller interfaces directly with the fab's PLC-based equipment automation layer, enabling real-time recipe execution, interlock management, and energy state transitions. When paired with a Novellus PVD300 RF power supply module and a DC magnetron power source, the chamber's energy draw can be precisely scheduled to align with production takt time, avoiding peak-load overlap across parallel process tools.

Upstream, power monitoring modules integrated into the fab's energy management system (EMS) track per-tool consumption at the circuit level. Data from these monitors feeds into the SCADA platform — typically a system such as a Wonderware or FactoryTalk-based supervisory layer — where energy KPIs are trended against wafer output. The Novellus 17-260362-00 chamber's stable process signature (low variance in deposition time and RF power demand) contributes to predictable load profiles, simplifying demand forecasting at the facility level.

On the I/O side, the PVD300's distributed I/O modules handle valve actuation, pressure transducer feedback, and cryopump status signals. These signals are aggregated by the equipment's embedded controller and surfaced to the HMI panel at the tool station, giving process engineers immediate visibility into chamber state, interlock conditions, and energy mode (idle, pre-heat, process, vent). Integration with communication modules supporting SECS/GEM or OPC-UA protocols allows the fab's MES to issue lot-level commands and receive real-time equipment status — enabling dynamic scheduling that reduces unnecessary chamber warm-up cycles and associated energy waste.

For facilities deploying servo-driven wafer handling systems on the PVD300's transfer module, coordinated motion profiles between the robot arm and chamber gate valve sequencing reduce mechanical dwell time, directly shortening the process cycle and lowering the cumulative energy consumed per wafer pass. Sensor arrays — including residual gas analyzers (RGA) and capacitance manometers — provide closed-loop feedback that allows the process controller to terminate pump-down cycles at the earliest acceptable vacuum level, avoiding over-pumping and unnecessary cryopump load.

Unplanned downtime is one of the largest hidden energy costs in semiconductor manufacturing. When a chamber module fails mid-lot, the entire PVD300 tool enters an unscheduled idle state — RF generators remain in standby, cryopumps continue to draw power, and the transfer module's thermal conditioning systems stay active while maintenance is performed. By sourcing a tested, refurbished Novellus 17-260362-00 from NANKMOS with a 12-month warranty, fabs eliminate the extended lead times associated with OEM new-part procurement and restore tool availability rapidly.

From a production line takt perspective, the 17-260362-00 chamber module's dimensional and process compatibility with the original PVD300 specification means zero recipe re-qualification time in most cases. Process engineers can resume production on the existing recipe set without re-running energy-intensive qualification wafer lots. This directly reduces the number of non-productive wafer passes — each of which consumes RF power, process gases, and cryopump capacity — and accelerates the return to full-rate production.

Thermal load management is another key efficiency lever. The chamber's precision-machined body and sealing surfaces maintain vacuum integrity across extended process campaigns, reducing the frequency of vent-pump cycles. Each vent-pump cycle consumes significant cryopump capacity and requires a full thermal stabilization period before process resumption. Minimizing cycle frequency through reliable chamber hardware directly reduces facility-level energy consumption and extends cryopump service intervals, lowering both operating cost and maintenance-related downtime.

For fabs operating multiple PVD300 tools in parallel, maintaining a qualified spare inventory of critical chamber components — including the 17-260362-00 module — is a proven strategy for sustaining high equipment utilization rates. NANKMOS supports this approach with in-stock availability, pre-shipment functional testing, and a 12-month warranty that covers the component through a full production planning cycle.

Q1: What energy savings can I expect by replacing a degraded chamber module with the Novellus 17-260362-00? A degraded chamber module typically causes process drift, leading to extended deposition times, increased re-run rates, and higher per-wafer RF energy consumption. Replacing it with a tested 17-260362-00 restores nominal process performance, reducing cycle time variance and eliminating energy wasted on non-conforming wafers. Fabs typically see immediate improvement in tool OEE and a measurable reduction in energy cost per wafer out.

Q2: Is the 17-260362-00 compatible with my existing PVD300 process recipes and control system? Yes. The Novellus 17-260362-00 is a direct OEM-equivalent replacement for the PVD300 platform. It is dimensionally and functionally compatible with the PVD300's process controller, RF power delivery system, gas distribution manifold, and vacuum subsystem. No hardware modifications or recipe re-qualification are required in standard replacement scenarios.

Q3: What does the pre-shipment testing process cover, and how does the 12-month warranty work? Each 17-260362-00 unit shipped by NANKMOS undergoes functional inspection and testing against OEM reference specifications prior to dispatch. The 12-month warranty covers defects in materials and workmanship under normal operating conditions. Warranty claims are supported directly by NANKMOS — contact [email protected] or call +86 18359268345 for RMA and support procedures.

Q4: What is the typical lead time, and do you maintain stock for urgent replacement needs? The Novellus 17-260362-00 is maintained in stock at NANKMOS for immediate dispatch. For urgent unplanned maintenance scenarios, same-day or next-business-day shipment is available subject to logistics routing. Contact our team to confirm current stock levels and expedited shipping options for your region.