IS200DSPXH2BEB工控備件
本說明中使用的警告
通知適用于可能導致人身傷害或死亡的危險或不安全行為。注意事項適用于可能導致財產損失的危險或不安全做法。注釋強調了程序，并包含有助于操作員理解本說明中所含信息的信息。警告說明手冊在未閱讀、理解和遵循正確的貝利控制說明和手冊的情況下，不得安裝、維護或操作本設備；否則，可能導致人身傷害或損壞。射頻干擾大多數電子設備都受到射頻干擾（RFI）的影響。在便攜式通信設備周圍區域使用便攜式通信設備時應謹慎。謹慎的做法規定，應在設備附近張貼警告使用便攜式通信設備的標志。可能的工藝干擾維護必須由合格人員進行，且必須在固定本產品控制的設備后進行。在系統中調整或移除該產品可能會擾亂正在控制的過程。某些工藝干擾可能會造成傷害或損壞。
控制過程
調整和/或提取生產過程中可能發生的控制過程中的政變，這是一種系統行為。政變發生在幸福與幸福之間。注意本文件中包含的信息如有更改，恕不另行通知。貝利控制公司、其附屬公司、員工和代理人，以及本出版物的作者和撰稿人，明確表示不承擔任何明示和暗示的責任和保證（包括適銷性和適用于特定目的的保證），和/或本文所含信息的可靠性和/或適用于任何特定用途和/或與用戶/或依賴本文所含的信息整體或部分選擇的任何材料和/或設備的性能。材料和/或設備的選擇由本出版物用戶自行承擔風險。本文件包含貝利控制公司（Elsag Bailey Process Automation）的專有信息，并嚴格保密。禁止將其用于或復制用于本文所述硬件或軟件的反向工程、開發或制造。未經貝利控制公司事先書面同意，不得影印或復制本文件的任何部分。WBPEEUI240752A0前言IMDSI1數字輸入模塊是一個接口，用于將16個單獨的過程現場信號引入INFI 90?OPEN戰略過程管理系統。控制模塊使用這些數字輸入來監視和控制過程。本說明說明了IMDSI12、IMDSI13、IMDSI14和IMDSI15模塊的數字輸入模塊規格和操作。它詳細介紹了完成模塊的設置、安裝、維護、故障排除和更換所需的程序。IMDSI12與現有IMDSI02模塊功能等效，只是IMDSI2僅提供17毫秒的去抖動濾波器時間。使用正確的跳線設置，任何IMDSI1模塊都可以直接替代IMDSI02模塊。例如，IMDSI13模塊可以替代IMDSI02模塊，該模塊的所有跳線都設置為24 VDC，并帶有17毫秒的去抖動濾波器。使用IMDSI1數字輸入模塊的系統工程師或技術人員應在操作模塊之前閱讀并理解本說明。
Warnings used in this instruction
The notice is applicable to dangerous or unsafe behaviors that may cause personal injury or death. Precautions apply to hazardous or unsafe practices that may result in property damage. The notes highlight the procedure and contain information that will help the operator understand the information contained in this instruction. Warning instruction manual Do not install, maintain or operate this equipment without reading, understanding and following the correct Bailey control instructions and manuals; Failure to do so may result in personal injury or damage. Radio Frequency Interference (RFI) Most electronic devices are affected by Radio Frequency Interference (RFI). Use caution when using portable communication equipment in the area around the portable communication equipment. It is prudent to post signs warning of the use of portable communication equipment near the equipment. Possible process interference maintenance must be carried out by qualified personnel, and must be carried out after the equipment controlled by this product is fixed. Adjusting or removing the product in the system may disrupt the process being controlled. Some process disturbances may cause injury or damage.
Control process
It is a systematic behavior to adjust and/or extract the coup in the control process that may occur in the production process. The coup took place between happiness and happiness. Note that the information contained in this document is subject to change without notice. Bailey Controls, its affiliates, employees and agents, as well as the authors and contributors of this publication, expressly disclaim any express or implied responsibilities and warranties (including warranties of merchantability and fitness for a particular purpose), and/or the reliability of the information contained herein and/or the performance of any materials and/or equipment selected for any particular purpose and/or with users/or relying on the information contained herein in whole or in part. The selection of materials and/or equipment is at the user's own risk. This document contains proprietary information of Elsag Bailey Process Automation and is strictly confidential. It is prohibited to use or copy it for reverse engineering, development or manufacturing of hardware or software described herein. No part of this document may be photocopied or reproduced without the prior written consent of Bailey Controls. WBPEEUI240,752A0 Preface IMDSI1 digital input module is an interface for introducing 16 separate process field signals into INFI 90 ? OPEN strategic process management system. The control module uses these digital inputs to monitor and control the process. This description describes the specifications and operation of digital input modules for IMDSI12, IMDSI13, IMDSI14 and IMDSI15 modules. It details the procedures required to complete the setup, installation, maintenance, troubleshooting and replacement of the module. IMDSI12 has the same function as the existing IMDSI02 module, except that IMDSI2 only provides 17 ms of jitter removal filter time. With the correct jumper settings, any IMDSI1 module can directly replace the IMDSI02 module. For example, IMDSI13 module can replace IMDSI02 module. All jumpers of this module are set to 24 VDC and have a 17 millisecond jitter filter. The system engineer or technician using IMDSI1 digital input module should read and understand this instruction before operating the module.
