DS200SDCCG4AGD工控模塊備件
配置Experion
C系列I/O和C300控制器的技術(shù)信息，從Experion R300.1.2.范圍本文檔包括以下C系列I/O項目。數(shù)字輸入24 VDC數(shù)字輸入110 VAC/125VDC數(shù)字輸出220 VAC數(shù)字輸出（24 VDC總線）數(shù)字輸出繼電器帶HART的高電平模擬輸入無HART的高級模擬輸入帶HART的模擬輸出無HART的低電平多路復(fù)用器–RTD&TC低電平輸入–RTD和TC脈沖輸入通用輸入輸出1.3。定義輸入輸出終端組件（IOTA）：一個用于固定IOM和現(xiàn)場接線連接的組件；輸入輸出模塊（IOM）：一種包含執(zhí)行特定I/O功能所需的大部分電子設(shè)備的設(shè)備。IOM插在IOTA上。2.特點所有C系列部件均采用創(chuàng)新設(shè)計，支持增強(qiáng)的熱管理。這種獨特的外觀顯著減小了等效功能的總體尺寸。C系列I/O的獨特功能包括：I/O模塊和現(xiàn)場終端組合在同一區(qū)域。I/O模塊插入IOTA，無需單獨的機(jī)箱來固定電子組件。兩級“可拆卸”端子，用于將現(xiàn)場接線固定在外殼內(nèi)，便于工廠安裝和維護(hù)。
現(xiàn)場電源
通過IOTA提供，無需額外電源和相關(guān)的船舶有線編組。只需在IOTA上添加第二個IOM，IOTA就可以直接實現(xiàn)冗余，而無需任何外部布線或冗余控制設(shè)備。C系列創(chuàng)新的造型是其獨特的特點之一。這種樣式包括有助于在系統(tǒng)環(huán)境中有效使用控制硬件的功能。這些功能包括：由于大多數(shù)現(xiàn)場布線應(yīng)用需要從系統(tǒng)機(jī)柜的頂部或底部進(jìn)入，因此垂直安裝可實現(xiàn)更有效的布線。一個“信息圈”，用于快速視覺提示，以吸引維護(hù)技術(shù)人員注意重要的狀態(tài)信息?！皟A斜”設(shè)計，在機(jī)柜外殼內(nèi)實現(xiàn)有效的熱量管理。由于C系列允許顯著增加機(jī)柜密度，因此有效的熱管理系統(tǒng)對于高系統(tǒng)可用性至關(guān)重要。輸入和輸出電路受到短路保護(hù)，以減少在線熔斷的需要，降低安裝和維護(hù)成本。Experion Series-C輸入/輸出規(guī)范，EP03-490-520 5版本1.5霍尼韋爾專有2021 12月C系列物聯(lián)網(wǎng)將多個功能組合到一個設(shè)備中：單一和冗余配置過程信號的車載終端。車載信號調(diào)節(jié)。與適當(dāng)網(wǎng)絡(luò)的車載連接（FTE、I/O LINK）。無外部編組的現(xiàn)場配電。IOM插入IOTA并從IOTA接收電源。IOTA從作為IOTA載體一部分的24 VDC總線接收其電源–IOTA擰入總線電源。
Configure Experion
Technical information of C series I/O and C300 controller, from the scope of Experion R300.1.2. This document includes the following C series I/O items. Digital input 24 VDC Digital input 110 VAC/125VDC Digital output 220 VAC Digital output (24 VDC bus) Digital output relay High level analog input with HART Advanced analog input with HART Analog output Low level multiplexer without HART – RTD&TC low level input – RTD and TC pulse input Common input and output 1.3. Define input/output terminal assembly (IOTA): a component used to fix IOM and field wiring connection; Input/Output Module (IOM): A device that contains most of the electronic devices needed to perform a specific I/O function. The IOM is inserted on the IOTA. 2. Features All C series components adopt innovative design to support enhanced thermal management. This unique appearance significantly reduces the overall size of the equivalent function. The unique functions of C series I/O include that I/O modules and field terminals are combined in the same area. The I/O module is inserted into the IOTA without a separate chassis to fix the electronic components. Two stage "removable" terminals are used to fix the field wiring in the enclosure for factory installation and maintenance.
Field power supply
It is provided by IOTA without additional power supply and related ship wire marshalling. Just add a second IOM to IOTA, and IOTA can directly realize redundancy without any external wiring or redundant control equipment. The innovative shape of C series is one of its unique characteristics. This style includes features that help to effectively use control hardware in a system environment. These features include: since most field wiring applications require access from the top or bottom of the system cabinet, vertical installation can achieve more efficient wiring. An "information circle" is used for quick visual prompts to attract maintenance technicians to pay attention to important status information. The "inclined" design enables effective heat management within the cabinet enclosure. Since the C series allows for a significant increase in enclosure density, an effective thermal management system is critical for high system availability. Input and output circuits are short circuit protected to reduce the need for online fusing and reduce installation and maintenance costs. Experion Series-C input/output specification, EP03-490-520 5 version 1.5 Honeywell proprietary 2021 December C series Internet of Things combines multiple functions into one device: single and redundant on-board terminals with process signals. On board signal regulation. On board connection to the appropriate network (FTE, I/O LINK). Field power distribution without external marshalling. The IOM plugs into the IOTA and receives power from the IOTA. The IOTA receives its power from the 24 VDC bus that is part of the IOTA carrier – the IOTA is screwed into the bus power supply.
