3511? TRICONEX 脈沖輸入模塊和基板每個二又戴系統(tǒng)都由=個主處理器MP)模塊它們都在一個底板上，每一個MP模塊作為一個通道=又載系統(tǒng)，的細節(jié),見第25頁。通訊模塊及基板通信模塊(CM)是一個三對一接口的MPS允許使用行業(yè)標準通信協(xié)議。一個單一的三又控制器最多可支持兩個CM在一個CM底板上CM獨立運行。兩個CMs可提供幾余通信連接或獨立的通信端口。詳情請參見第27頁，模擬輸入模塊和基板每個模輸入(AJ模塊有三個獨立的通道，分別處理來自現(xiàn)場的模擬輸入設(shè)備。每人通道傳輸數(shù)據(jù)到與通道關(guān)聯(lián)的MP。議員們在通過數(shù)據(jù)之前對其進行投票到應用程席

3511? TRICONEX 脈沖輸入模塊每個TMR數(shù)字輸出模塊都有三組隔離的電子設(shè)備，稱為通道，它們獨立接收來自與每個通道相關(guān)的MP的數(shù)據(jù)。這些通道使用獲得專利的四路表決器電路對施加于負載的單個輸出信號進行表決。這種表決器電路基于并聯(lián)串聯(lián)路徑，如果三個開關(guān)中的兩個(通道A和B，或通道B和C，或通道A和C)命令它們閉合，這些路徑就會傳遞功率，四重表決電路在所有關(guān)鍵信號路徑上都有多重幾余，保證了安全性和最大的可用性，對于每個點，DO模塊定期執(zhí)行輸出表決器診斷(OVD)程序。

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3511? TRICONEX 脈沖輸入模塊為了允許在各種多故情況下不受限制的安全運行，OVD檢測并報警這些類型的故障:點一所有卡在接通和卡在斷開位置的故喧在不到500毫秒內(nèi)被檢測到。開關(guān)一檢測到所有卡在0n位置或卡在0位置的開關(guān)或其相關(guān)驅(qū)動電路。DO模塊包括每個通道的完整、持續(xù)的診斷，如果診斷程序在任何通道上檢測到道，故喧指示燈會亮起并激活系統(tǒng)警報。故喧指示識別通道故喧，而不是整模塊故障，DO模塊保證在出現(xiàn)單一故時正常運行，并且在出現(xiàn)某些多重故障時仍可繼續(xù)正常運行。模塊是否支持熱備盤模塊。每個DO模塊都用機械鍵固定，以防止在已配置的基板中安裝不當。
3511? TRICONEX 脈沖輸入模塊這些底板可用于3401型DO模塊:2401型，用于典型應用。2401L型，用于要求積分限流的低電流應用。每個輸出都配有一個180歐姆的串聯(lián)電陽DO外部終端基板，用千高壓應用中的繼電器輸出外部終端面板，或9671-610型DO危險場所外部終端面板.

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The 3511 TRICONEX pulse input module and baseboard each dual system consists of = main processor MP) modules, all of which are on a baseboard, and each MP module acts as a channel = remount system, for details, see page 25. The Communication Module and Baseboard Communication Module (CM) is a three-to-one interface MPS that allows the use of industry standard communication protocols. A single triple controller can support up to two CM operating independently on a CM baseboard. The two CMs can provide several communication connections or separate communication ports. For details, see page 27, Analog Input Module and substrate for each mode input (AJ module has three separate channels, each handling analog input devices from the field. Each channel transmits data to the MP associated with the channel. Lawmakers vote on the data before passing it to the application table

3511 TRICONEX Pulse Input Module Each TMR digital output module has three isolated sets of electronics, called channels, that independently receive data from MP associated with each channel. These channels use a patented four-way voter circuit to vote on a single output signal applied to the load. This voting circuit is based on parallel series paths that transmit power if two of the three switches (channels A and B, or B and C, or A and C) command them to close. The quadruple voting circuit has multiple points on all critical signal paths, guaranteeing safety and maximum availability. The DO module periodically executes the Output Voter Diagnostics (OVD) program.
The 3511 TRICONEX pulse input module in order to allow unrestricted and safe operation in a wide variety of conditions, OVD detects and alerts these types of failures: point-to-point all the cards in the on and the cards in the off position are detected in less than 500 milliseconds. Switch 1 Detects all switches or their associated drive circuits stuck at position 0n or position 0. The DO module includes complete, continuous diagnostics for each channel, and if the diagnostics detects a channel on any channel, the noise indicator lights up and activates the system alert. The DO module is guaranteed to operate normally in the event of a single fault and to continue to operate normally in the event of some multiple faults. Module Specifies whether the module supports the hot spare disk module. Each DO module is secured with mechanical keys to prevent improper installation in the configured substrate.
3511 TRICONEX Pulse Input modules These baseboards can be used with Type 3401 DO modules: Type 2401 for typical applications. Model 2401L for low current applications requiring integral current limits. Each output is equipped with a 180 ohm series positive DO external terminal substrate, with relays in kV applications to output the external terminal panel, or type 9671-610 DO hazardous site external terminal panel.

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