HIMA F3330處理器卡件,機(jī)械設(shè)備卡件
? IC694PWR331：串行擴(kuò)展電源，24Vdc，大容量? 不允許在擴(kuò)展背板上熱插拔模塊。? 每個(gè)擴(kuò)展背板都有一個(gè)機(jī)架編號(hào)選擇DIP開關(guān)（圖18），必須在模塊安裝前設(shè)置。? 每個(gè)擴(kuò)展背板的右端都有一個(gè)總線擴(kuò)展連接器，用于連接可選的擴(kuò)展電纜。連接擴(kuò)展背板和通用背板的電纜長(zhǎng)度不得超過50英尺（15米）。如果系統(tǒng)包括Series 90-30 Remote Backplane（Series 90-30遠(yuǎn)程背板），還必須遵守第1.3節(jié)至第1.5節(jié)中總結(jié)的附加要求。通用背板擴(kuò)展背板高達(dá)15米（50英尺）擴(kuò)展背板I/O總線終端電阻器擴(kuò)展背板擴(kuò)展背板圖76：帶擴(kuò)展背板機(jī)架的RX3i系統(tǒng)示例PACSystems*RX3i System Manual第5節(jié)IC694電源，必須在RX3i串行擴(kuò)展（IC694）背板中使用。以下章節(jié)列出了各個(gè)電源規(guī)格。IC695電源每臺(tái)可提供高達(dá)40 W的功率。IC694（擴(kuò)展）電源每個(gè)最多提供30 W。然而，IC694PWR321在+5Vdc輸出上限制為15瓦。所有輸出的總和不得超過規(guī)定的負(fù)載容量（瓦特）。PME Logic Developer將自動(dòng)計(jì)算添加到系統(tǒng)配置中的模塊的功耗。本節(jié)顯示了系統(tǒng)模塊的電源要求，以供規(guī)劃系統(tǒng)時(shí)參考。下表顯示了每種電源的最大負(fù)載。目錄號(hào)可位于標(biāo)稱輸入負(fù)載容量6負(fù)載分配中，冗余最大值+3.3Vdc最大值+5Vdc最大值+24Vdc隔離最大值+24V直流繼電器6電源必須能夠提供背板中所有硬件組件以及擴(kuò)展上連接到隔離+24V直流電源的所有負(fù)載（第2.6.6.3節(jié)）可能會(huì)施加在其上的內(nèi)部和外部負(fù)載的總和，以適合每個(gè)電源的工作方式應(yīng)用4.1.2 24Vdc隔離電源IC695電源沒有隔離+24V dc輸出端子。RX3i通用背板提供外部輸入端子（TB1），用于連接可選的隔離+24V直流外部電源。第4.2節(jié)“模塊負(fù)載要求”表中列出了從背板汲取+24V直流電的模塊。有關(guān)如何連接到端子TB1的詳細(xì)信息，請(qǐng)參閱通用背板TB1輸入端子。4.1.3 RX3i IC695電源輸出IC695的電源具有+5.1Vdc、+24V直流繼電器和3.3Vdc輸出，這些輸出連接在背板的內(nèi)部。安裝在背板上的模塊所需的電壓和功率通過背板連接器提供。PACSystems*RX3i系統(tǒng)手冊(cè)第5節(jié)GFK-2314T 2019年9月電源85背板5.1 V穩(wěn)壓器3.3 V穩(wěn)壓器AC線24V繼電器5.1V 3.3V 0V圖77：電源IC695PSA040背板5.1 V調(diào)節(jié)器3.3 V穩(wěn)壓器DC線24V繼電器5.1 V 3.3V OV+的輸出-圖78：電源IC69PSD040和IC695PSD140的輸出4.1.4 RX3i IC694電源輸出IC694功率電源具有+5Vdc、繼電器+24V dc和隔離+24V dc輸出，這些輸出內(nèi)部連接在背板上。安裝在背板上的模塊所需的電壓和功率通過背板連接器提供。PACSystems*RX3i系統(tǒng)手冊(cè)第5節(jié)GFK-2314T 2019年9月電源86電源背板DC DC R24V RGND 5V LGND FGND 2點(diǎn)連接單點(diǎn)連接IC694模擬輸入、模擬輸出、，和直流輸入模塊也可用于直流輸入模塊的外部端子和IC694電源的前面，用于用戶應(yīng)用用戶內(nèi)部通過IC694繼電器輸出說明I24V I GND主要電源用于操作IC694模塊上的大多數(shù)內(nèi)部電路外部
? IC694PWR331: Serial Expansion Power Supply, 24Vdc, High Capacity ? Module Hot Insertion and Removal are NOT permitted on Expansion Backplanes. ? Each Expansion Backplane has a Rack Number Selection DIP switch (Figure 18) that must be set before module installation. ? Each Expansion Backplane has a Bus Expansion connector at its right end for attaching an optional expansion cable. There can be no more than 50 feet (15 meters) of cable connecting Expansion backplanes with the Universal Backplane. If the system includes Series 90-30 Remote Backplanes, the additional requirements summarized in Section 1.3 through Section 1.5 must also be observed. Universal Backplane Expansion Backplane Up to 15 meters (50 Ft) Expansion Backplane I/O Bus Terminating Resistor Expansion Backplane Expansion Backplane Figure 76: Example RX3i System with Expansion Backplane Racks PACSystems* RX3i System Manual Section 5 IC694 Power Supplies, which must be used in RX3i Serial Expansion (IC694) Backplanes. Individual power supply specifications are listed in the following sections. The IC695 Power Supplies provide up to 40 W each. The IC694 (Expansion) Power Supplies provide up to 30 W each. However, IC694PWR321 is limited to 15 Watts on the +5Vdc output. The total of all outputs combined cannot exceed the stated load capacity in Watts. PME Logic Developer will automatically calculate the power consumption of modules as they are added to the system configuration. Power requirements of system modules are shown in this section, for reference when planning the system. The maximum load for each type of power supply is displayed in the following table. Catalog Number Can be Located In Nominal Input Load Capacity6 Load Sharing, Redundancy Max +3.3Vdc Max +5Vdc Max +24Vdc Isolated Max +24Vdc Relay 6 A power supply must be able to provide the total of the internal and external loads that may be placed upon it by all the hardware components in the backplane as well as by all the loads that may be connected to the Isolated +24Vdc supply on an expansion (Section 2.6.6.3) as appropriate for how each power supply is being applied. 4.1.2 24Vdc Isolated Power The IC695 Power Supplies do not have Isolated +24Vdc output terminals. The RX3i Universal Backplane provides external input terminals (TB1) for connecting an optional Isolated +24Vdc external supply. Modules that draw +24Vdc from the backplane are listed in the table Module Load Requirements, Section 4.2. Refer to Universal Backplane TB1 Input Terminals for details on how to wire to terminal TB1. 4.1.3 RX3i IC695 Power Supply Outputs The IC695 power supplies have +5.1Vdc, +24Vdc Relay, and 3.3Vdc outputs that are connected internally on the backplane. The voltage and power required by modules installed on the backplane is supplied through the backplane connectors. PACSystems* RX3i System Manual Section 5 GFK-2314T Sept. 2019 Power Supplies 85 Backplane 5.1 V Regulator 3.3 V Regulator AC Line 24V Relay 5.1V 3.3V 0V Figure 77: Outputs of Power Supply IC695PSA040 Backplane 5.1 V Regulator 3.3 V Regulator DC Line 24V Relay 5.1V 3.3V 0V + - Figure 78: Outputs of Power Supply IC695PSD040 & IC695PSD140 4.1.4 RX3i IC694 Power Supply Outputs The IC694 power supplies have +5Vdc, Relay +24Vdc and Isolated +24Vdc outputs that are connected internally on the backplane. The voltage and power required by modules installed on the backplane is supplied through the backplane connectors. PACSystems* RX3i System Manual Section 5 GFK-2314T Sept. 2019 Power Supplies 86 Power Supply Backplane DC DC R24V RGND 5V LGND FGND 2-Point Connection Single Point Connection Used internally by IC694 analog input, analog output, and DC input modules Also available on external terminals of DC Input Modules and on front of IC694 Power Supplies for user applications User internally by IC694 Relay Outputs Description I24V I GND Primary power to operate most internal circuits on IC694 modules External
