Product Data Document

420ds9b

July 10, 2007 - Page

ControlWave Upgrade Kits

•Permit access to onboard FLASH RAM (33XX has FLASH for boot project only)

•Optional one or two 10/100 Mbit Ethernet ports

•CW_10 MFIB with four serial ports

•CW_30 with two BIP serial ports

•CW_35 with two serial ports

•CW_31 with one Ethernet port

•New Communication card or 3310 MFIB for high speed ports & IP/PPP serial communication

•CPU speed increase of up to 1000%

•New Protocols – DNP3.0 & CIP

•Ethernet port isolation: 500 Vdc

•One 3 pin Utility Port for Flash downloading system flashware

•System Watchdog relay on CW_10 MFIB

•LED status indicators – 6 failure status LEDs, Watchdog and Idle and communication LEDs

Memory

•Program execution: 4 MB SD RAM

•Data Memory : 1 MB SRAM battery backed memory

•File and Historical Archive memory: 16 MB on- board flash

Software Migration

In order to preserve most of your ACCOL program development time and expense, the ACCOL Trans- lator utility will allow application program conversion to ControlWave Designer IEC 1131 Structured Text. For most applications, the ACCOL Translator will reduce the conversion effort by up to 80% vs. rewrit- ing the program.

To properly take advantage of the ACCOL Transla- tor, one must know ACCOL, ControlWave Designer, understand the ACCOL application and have access to the ACCOL source file. Once the application is translated, it typically requires some degree of edit- ing, depending on the complexity of the program, and thorough testing prior to deployment on-site.

Emerson Process Management can provide you with training to do the translation or you can rely on our Application Support Group to do the translation for you.

Specifications

CW_10, CW_30, and CW_35 CPU

•32 bit, 150 MHz ARM processor

•Memory battery backup: 7000 hours

•Optional one or two independent 10/100 Base- T ports with RJ-45 connectors (CW_30 and CW_35 only)

CW_10 Serial Communication Ports

•4 Serial communication ports: Located on the

MFIB: 9 pin ‘D’ connectors with standard 33XX pin out

•Ports A & C: RS232 – 115.2 K baud

•Port B: Configurable Modem/RS485 – 115.2

K baud. Supports all existing 3310 private and switched network modems

•Port D: RS485 – 115.2 K baud, multi-drop up to 32 nodes

•ESD protection on RS 485 ports - IEC 801

CW_30 and CW_35 Serial Communication Ports

•2 Serial communication ports: BIP ports. (On CW_30 only BIP ports extended from CPU board and mounted on an external bracket)

•BIP ports are configurable RS232/RS485

– 115.2 K baud

•BIP ports are 9 pin ‘D’ connectors with standard 33XX pin out

•ESD protection on RS 485 ports - IEC 801

CW_30 and CW_35 Serial Communication Card

•2 port and 4 port serial communication cards available

Remote Automation Solutions

www.EmersonProcess.com/Remote

Page 1 Page 3
Page 2
Image 2
Emerson Process Management CW_31, CW_10, CW_35 manual ControlWave Upgrade Kits, Software Migration, Specifications
Page 1 Page 3

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.
Top Page Image Contents