CP330D S3 Yokogawa CENTUM VP DCS Processor Module
Manufacturer: Yokogawa
-
Part Number: CP330D S3
Condition:New with Original Package
Product Type: DCS Processor Modules
-
Country of Origin: Japan
Payment:T/T, Western Union
Shipping port: Xiamen
Warranty: 12 months
Product Overview
The Yokogawa CP330D S3 functions as the core central processing unit for high-performance Field Control Units (FCUs) within the CENTUM VP distributed control system (DCS) platform. This main processor card executes high-speed mathematical operations, implements regulatory control strategies, manages extensive data acquisition, and coordinates network-wide system communications. Refineries, petrochemical complexes, and power plants install this module to drive complex process loops that require deterministic execution speeds and continuous, uninterrupted operation.
Technical Specifications
This 100% brand new, original Yokogawa controller comes packed in factory-sealed boxes and adheres to precise technical constraints.
-
Model: CP330D S3
-
Module Type: Central Processing Unit Module
-
System Compatibility: Yokogawa CENTUM VP FCUs (AFV30, AFV40, A2FV50, A2FV70)
-
Redundancy Configuration: Natively supports dual-redundant processing pairs
-
Environmental Resistance Level: ISA G3 corrosion compliance standard
-
Hazardous Area Classification: Optional explosion protection available via suffix -1 code
-
Software Version Prerequisites: CENTUM VP software R5.01 or higher (requires patch application for releases up to R6.04)
-
Maintenance Feature: Supports direct online hot-swapping inside redundant systems
-
Physical Shipping Weight: 2.0 Kg
-
Country of Origin: Singapore
Engineering Advantages
-
Maintains Continuous Operation with Online Hot-Swapping: Plant shutdowns cost millions in lost production. The CP330D S3 completely removes maintenance downtime through its native online replacement design. When you run a dual-redundant system, you can slide out a single faulted processor module and click in a brand new unit without stopping the active controller or dropping your live process loops.
-
Neutralizes Corrosive Gas Damage in Harsh Rooms: Industrial atmospheres often contain airborne contaminants like hydrogen sulfide, sulfur dioxide, and chlorine that corrode delicate copper tracks. This module carries a full ISA G3 certification. The specialized conformal coating safeguards the internal circuit pathways, preventing premature component failure and trace oxidation in unconditioned field enclosures.
-
Consolidates Heavy Process Arithmetic Effortlessly: Modern control systems push massive volumes of complex algorithmic data from thousands of field points. The high-capacity hardware inside this Style 3 (S3) module processes raw inputs, runs safety interlocks, and pushes control outputs in real time. This rapid execution prevents calculation bottlenecks, ensuring tight process regulation.
-
Scales Smoothly Across Diverse Controller Generations: Upgrading legacy field hardware can cause system-wide software mismatch errors. This module bridges generations by supporting multi-platform FCUs including the AFV30, AFV40, A2FV50, and A2FV70. The broad backward compatibility permits steady hardware migration steps without forcing complete system overhaul expenditures.
FAQs
-
:Is this CP330D S3 module guaranteed brand new and authentic?A: Yes. We supply this processor module as a 100% brand new, original, and genuine Yokogawa factory component. Every card ships from our warehouse in its original, unopened factory-sealed packaging and includes a full 12-month warranty.
-
:Which specific software versions require additional patches to work with the CP330D S3?A: While the module integrates natively with CENTUM VP R5.01 and later, you must apply specified Yokogawa engineering patches if your software console runs on revisions anywhere between R5.01 and R6.04 to ensure proper module driver initialization.
-
:How does the module handle synchronization in dual-redundant setups?A: The module handles data synchronization automatically through hardware links on the field control unit backplane. The active CPU mirrors its internal memory state and execution cycle to the backup CPU in real time, enabling bumpless failover if the primary card trips.