一開始，Mark VIe controls采用了通過以太網(wǎng)延長生命周期的原則采用離散模塊化構(gòu)建塊的主干設(shè)計，包括控制器、網(wǎng)絡(luò)組件、，
I/O模塊和廣泛的軟件工具。這種靈活、模塊化、可升級的體系結(jié)構(gòu)我們的客戶需要通過升級或更換組件來維護(hù)進(jìn)的控制系統(tǒng)
根據(jù)需要。這種設(shè)計允許進(jìn)行增量技術(shù)升級、過時保護(hù)和零部件更換生命周期規(guī)劃和的系統(tǒng)升級，無需更換整個系統(tǒng)控制系統(tǒng)。
2004年推出的Mark VIe I/O包的電子技術(shù)已經(jīng)過時，并且已經(jīng)更新電子技術(shù)于2010年推出。更新的Mark VIe I/O包包括向后兼容，并且可以與舊技術(shù)（包括TMR）混合和匹配
系統(tǒng)。2015年2月，通用電氣宣布組IO模塊將過渡到較新的版本技術(shù)模塊列表附在附錄A中，您可以參考GE的生命周期通知
GEZ-S2026了解更多信息。今天，通用電氣宣布以下額外的IO包已轉(zhuǎn)換為升級版
技術(shù)：過時目錄
數(shù)字
可用目錄
號碼說明
控制
版本￥
IS220PVIBH1A IS420PVIBH1B非安全：振動輸入非安全V06。01
IS220YVIBS1A IS420YVIBS1B——安全：振動輸入SIL認(rèn)證V06。02
IS220YAICS1A IS420YAICS1B——安全：模擬輸入/輸出：10個模擬輸入和2個模擬輸出SIL認(rèn)證V06。01
IS221YAICS1A IS421YAICS1B——安全：模擬輸入/輸出：10個模擬輸入和2個模擬輸出V06。01
IS220YDIAS1A IS420YDIAS1B——安全：觸點(diǎn)輸入：24個離散輸入V06。01
IS220YDOAS1A IS420YDOAS1B 8225;安全：觸點(diǎn)輸出：12個帶狀態(tài)的繼電器反饋V06。01
IS221YDOAS1A IS421YDOAS1B——安全：觸點(diǎn)輸出：12個繼電器狀態(tài)反饋V06。01?在TMR卡上，所有3個安全包必須同時升級到同一版本?；旌蟂1A和S1B包裝是必要的
同一端子板上不支持；但是，您可以在不同的機(jī)器上將S1A和S1B混合在Mark VIe系統(tǒng)中終端板。請參考GEH-6721第二卷。
￥為了確保使用此更新的I/O技術(shù)提供方便的服務(wù)，您可能需要在下次停機(jī)期間進(jìn)行一些準(zhǔn)備工作。準(zhǔn)備工作的級別取決于網(wǎng)站硬件和軟件的修訂級別。要安裝這些替換IO
模塊，您將需要確保使用規(guī)定的ControlST版本或更高版本運(yùn)行。

At inception, Mark VIe controls embraced the principle of extended life cycle through an Ethernetbackbone design with discrete modular building blocks, including controllers, network components,
I/O modules, and extensive software tools. This flexible, modular, upgradable architecture enablesour customers to maintain a state-of-the-art control system by upgrading or replacing components
as needed. This design allows for incremental technology upgrades, obsolescence protection, partslife cycle planning and comprehensive system upgrades, without the need to replace the entire
control system.
The electronics technology for the Mark VIe I/O packs introduced in 2004 is obsolete, and updatedelectronics technology was introduced in 2010. The updated Mark VIe I/O packs are
backward-compatible, and can be mixed and matched with the older technology including TMRsystems.
In February 2015, GE announced the first group of IO modules to transition to the newer
technology. The list of modules is attached in Appendix A and you can refer to GE’s life cycle notice
GEZ-S2026 for more information.
Today, GE is announcing the additional IO packs below he transitioned to the upgraded
technology: Obsolete Catalog
Number  ：Available Catalog
Number Description
Minimum ControlST
Version￥
IS220PVIBH1A IS420PVIBH1B Non-Safety: Vibration Inputs non-safety V06.01
IS220YVIBS1A IS420YVIBS1B? Safety: Vibration Inputs SIL certified V06.02
IS220YAICS1A IS420YAICS1B? Safety: Analog In/Out: 10 analog input and 2analog outputs SIL certified V06.01
IS221YAICS1A IS421YAICS1B? Safety: Analog In/Out: 10 analog input and 2analog outputs V06.01
IS220YDIAS1A IS420YDIAS1B? Safety: Contact In: 24 discrete inputs V06.01
IS220YDOAS1A IS420YDOAS1B? Safety: Contact Out: 12 relays with statusfeedback V06.01
IS221YDOAS1A IS421YDOAS1B? Safety: Contact Out: 12 relays with statusfeedback V06.01
? On a TMR card, all 3 safety Packs must be upgraded to the same version at the same time. Mixing S1A and S1B packs are
not supported on the same Terminal Board; however, you can he S1A and S1B mixed within a Mark VIe System on different
terminal boards. Please refer to GEH-6721 Volume II.
￥ To ensure ease of service with this updated I/O technology, some preparation work may be required during your next outage.
The level of preparation depends on the revision level of your site’s hardware and software. To install these replacement IO
modules, you will need to ensure that you are running with the stated minimum ControlST version or version or later.