CW10 and CW30 CPU Kits | Emerson Process Management CW

Product Data Document

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July 10, 2007 - Page

Bristol® ControlWave®

CW_10 and CW_30 CPU Kits

ControlWave

CW_10 CPU Kit

CW_30 CPU Kit

CW_35 CPU Kit

CW_31 CPU Kit

Overview

Introduced initially in 1988, the 3330, 3335 and 3310 have retained their status as the RTU of choice by many loyal customers. However, with the growing popularity of Bristol® ControlWave®, from Emerson Process Management, the latest genera- tion hybrid PLC/RTU products, customers have expressed interest in an inexpensive migration path to allow them to realize all of the benefits of the new ControlWave technology without replacing their entire SCADA system.

The new CPU products, named CW_10, CW_30, CW_35 and CW_31 (generically CW_XX), are intended to offer a cost-effective upgrade path to the ControlWave architecture for existing 33XX systems by allowing you to maintain your investment in I/O, wiring, cabinets and enclosures, communication infrastructure and application program development. The CW_XX CPUs are direct replacements for the 33XX CPUs. You can easily remove the existing CPU and communication cards and replace them with the new ControlWave architecture cards.

The CW_XX CPUs support all of the commonly used analog, discrete and counter I/O cards, as well as modems and radios currently installed in the RTUs. Communication compatibility is maintained through the same use of BSAP and Modbus proto- cols as were used in the 33XX.

Benefits

The ControlWave architecture offers several ad- vantages over existing 3310/3330/3335s including increased compatibility with industry standards such

as IEC 61131-3 programming, Ethernet, IP and FTP communication, support for 56 bit encrypted User Name/Password security sign-on and multiple user access levels. It also offers much greater execution speed, lower power consumption and a larger and more flexible memory model.

•Faster performance allows more demanding applications

•More memory allows larger applications and data storage

•Lower power consumption minimizes solar and battery requirements

•ControlWave Designer offers increased programming flexibility

•Historical data is maintained on application download for higher data integrity

•CW_XX dual Ethernet option allows network segmentation without expensive external routers

•Enhanced security protection

•Buffered communication ports enhance throughput and allow multiple slave ports

Features

•150 MHz, ARM CPU

•Real-time clock

•Conforms to DPC3330, 3335 and RTU3310 chassis design

•Supports most existing 33XX I/O cards

•ControlWave Designer IEC 61131-3 programming

•ControlWave Designer ACOLL III function block library

•16MB of Flash storage memory

Remote Automation Solutions

www.EmersonProcess.com/Remote

CW_10, CW_35, CW_31 specifications

Emerson Process Management is renowned for its innovative solutions in the field of automation and control systems. Among its extensive portfolio, the CW_31, CW_35, and CW_10 models stand out for their unique features and advanced technologies tailored for diverse industrial applications.

The CW_31 is a compact and efficient control system designed for use in a variety of settings. Its main features include a user-friendly interface that allows operators to easily monitor and control processes. The CW_31 employs advanced loop control algorithms, ensuring optimal performance under varying conditions. This model is known for its robustness and reliability, making it suitable for industries ranging from manufacturing to oil and gas. Additionally, it supports multiple communication protocols, ensuring compatibility with a wide range of field devices and systems.

The CW_35 model, on the other hand, is designed for applications that require high availability and performance. One of its standout characteristics is its redundant architecture, which enhances system reliability and minimizes downtime. The CW_35 is equipped with cutting-edge cybersecurity measures, safeguarding critical operations against potential threats. This model also features enhanced data analytics capabilities that allow for real-time monitoring and predictive maintenance, thus optimizing operational efficiency. Its scalability makes it particularly appealing for large-scale industrial applications, providing organizations with the flexibility to expand their systems as needed.

Lastly, the CW_10 is a highly versatile control system ideal for smaller operations or applications with specific requirements. Its main features include a highly customizable platform, allowing users to tailor functions according to their unique needs. The CW_10 integrates seamlessly with existing infrastructure, making it easy to implement without significant disruptions to current operations. This model emphasizes energy efficiency, contributing to reduced operational costs and promoting sustainability within industry practices.

In conclusion, Emerson Process Management's CW_31, CW_35, and CW_10 models each bring distinct advantages to the table, catering to varying operational needs. Whether it is the compact efficiency of the CW_31, the reliability and performance of the CW_35, or the flexibility of the CW_10, these systems exemplify Emerson's commitment to delivering innovative solutions in process management. Their advanced technologies, combined with robust features, position them as leaders in modern industrial automation.