供應(yīng)Allen-Bradley(羅克韋爾)1794-IM16 冗余模塊
一)分析被控對(duì)象并提出控制要求
詳細(xì)分析被控對(duì)象的工藝過(guò)程及工作特點(diǎn),了解被控對(duì)象機(jī)、電、液之間的配合,提出被控對(duì)象對(duì)PLC控制系統(tǒng)的控制要求,確定控制方案,擬定設(shè)計(jì)任務(wù)書(shū)。
(二)確定輸入/輸出設(shè)備
根據(jù)系統(tǒng)的控制要求,確定系統(tǒng)所需的全部輸入設(shè)備(如:按紐、位置開(kāi)關(guān)、轉(zhuǎn)換開(kāi)關(guān)及各種傳感器等)和輸出設(shè)備(如:接觸器、電磁閥、信號(hào)指示燈及其它執(zhí)行器等),從而確定與PLC有關(guān)的輸入/輸出設(shè)備,以確定PLC的I/O點(diǎn)數(shù)。
(三)選擇PLC
PLC選擇包括對(duì)PLC的機(jī)型、容量、I/O模塊、電源等的選擇,詳見(jiàn)本章第二節(jié)。
(四)分配I/O點(diǎn)并設(shè)計(jì)PLC外圍硬件線(xiàn)路
1.分配I/O點(diǎn)
畫(huà)出PLC的I/O點(diǎn)與輸入/輸出設(shè)備的連接圖或?qū)?yīng)關(guān)系表,該部分也可在第2步中進(jìn)行。
2.設(shè)計(jì)PLC外圍硬件線(xiàn)路
畫(huà)出系統(tǒng)其它部分的電氣線(xiàn)路圖,包括主電路和未進(jìn)入可編程控制器的控制電路等。
由PLC的I/O連接圖和PLC外圍電氣線(xiàn)路圖組成系統(tǒng)的電氣原理圖。到此為止系統(tǒng)的硬件電氣線(xiàn)路已經(jīng)確定。
供應(yīng)Allen-Bradley(羅克韋爾)1794-IM16 冗余模塊
1768-CNB | 1794-ACN15 |
1768-CNBR | 1794-ACNR15 |
1768-ENBT | 1794-ADN |
1768-EWEB | 1794-AENT |
1768-L43 | 1794-AENTR |
1768-L43S | 1794-CE1 |
1768-L45 | 1794-CE3 |
1768-L45S | 1794-IA16 |
1768-M04SE | 1794-IA8 |
1768-PA3 | 1794-IA8I |
1768-PB3 | 1794-IB10XOB6 |
1769-ASCII | 1794-IB16 |
1769-BA | 1794-IB16D |
1769-ECL | 1794-IB16XOB16P |
1769-ECR | 1794-IB32 |
1769-HSC | 1794-IB8 |
1769-IA16 | 1794-IC16 |
1769-IF16C | 1794-ID2 |
1769-IF16V | 1794-IE12 |
1769-IF4 | 1794-IE4XOE2 |
1769-IF4I | 1794-IE8 |
1769-IF4XOF2 | 1794-IE8H |
1769-IF8 | 1794-IE8XOE4 |
1769-IG16 | 1794-IF2XOF2I |
1769-IM12 | 1794-IF4I |
1769-IQ16 | 1794-IG16 |
1769-IQ32 | 1794-IH16 |
1769-IQ32T | 1794-IJ2 |
1769-IQ6XOW4 | 1794-IM16 |
1769-IR6 | 1794-IM8 |
1769-IT6 | 1794-IP4 |
1769-L16ER-BB1B | 1794-IR8 |
1769-L18ER-BB1B | 1794-IRT8 |
1769-L18ERM-BB1B | 1794-IT8 |
1769-L19ER-BB1B | 1794-IV16 |
1769-L24ER-QB1B | 1794-IV32 |
1769-L24ER-QBFC1B | 1794-OA16 |
1769-L27ERM-QBFC1B | 1794-OA8 |
1769-L30ER | 1794-OA8I |
1769-L30ERM | 1794-OB16 |
1769-L32E | 1794-OB16D |
1769-L33ER | 1794-OB16P |
1769-L33ERM | 1794-OB32P |
1769-L35E | 1794-OB8 |
1769-L36ERM | 1794-OB8EP |
1769-L37ERM | 1794-OC16 |
1769-L38ERM | 1794-OE12 |
1769-OA16 | 1794-OE4 |
1769-OA8 | 1794-OE8H |
1769-OB16 | 1794-OF4I |
1769-OB16P | 1794-OF8IH |
1769-OB32 | 1794-OM8 |
1769-OB32T | 1794-OV16 |
1769-OB8 | 1794-OV16P |
1769-OF2 | 1794-OV32 |
1769-OF4 | 1794-OW8 |
1769-OF4CI | 1794-PS13 |
1769-OF4VI | 1794-PS3 |
1769-OF8C | 1794-TB2 |
1769-OF8V | 1794-TB3 |
1769-OG16 | 1794-TB32 |
1769-OV16 | 1794-TB3G |
1769-OV32T | 1794-TB3S |
1769-OW16 | 1794-TBN |
1769-OW8 | 1794-TBNF |
1769-OW8I | 1794-VHSC |
1769-PA2 | |
1769-PA4 | |
1769-PB2 | |
1769-PB4 | |
1769-SDN | |
1769-SM1 | |
1769-SM2 |
1756-A10 | 1734-232ASC |
1756-A13 | 1734-485ASC |
1756-A17 | 1734-ACNR |
1756-A4 | 1734-ADN |
1756-A7 | 1734-AENT |
1756-BA1 | 1734-AENTR |
1756-BA2 | 1734-APB |
1756-BATA | 1734-ARM |
1756-CN2 | 1734-CTM |
1756-CN2R | 1734-EP24DC |
1756-CNB | 1734-FPD |
1756-CNBR | 1734-IA2 |
1756-DHRIO | 1734-IA4 |
1756-DNB | 1734-IB2 |
1756-EN2T | 1734-IB4 |
1756-EN2TR | 1734-IB4D |
1756-EN3TR | 1734-IB8 |
1756-ENBT | 1734-IB8S |
1756-ENET | 1734-IE2C |
1756-EWEB | 1734-IE2V |
1756-HSC | 1734-IE4C |
1756-IA16 | 1734-IE4S |
1756-IA16I | 1734-IE8C |
1756-IA32 | 1734-IJ |
1756-IB16 | 1734-IK |
1756-IB16D | 1734-IM2 |
1756-IB16I | 1734-IM4 |
1756-IB32 | 1734-IR2 |
1756-IF16 | 1734-IR2E |
1756-IF16H | 1734-IT2I |
1756-IF8 | 1734-IV2 |
1756-IF8H | 1734-IV4 |
1756-IF8I | 1734-IV8 |
1756-IF6I | 1734-OA2 |
1756-IF6CIS | 1734-OA4 |
1756-IT6I | 1734-OB2 |
1756-IR6I | 1734-OB2E |
1756-IR12 | 1734-OB2EP |
1756-IRT8I | 1734-OB4 |
1756-IT6I2 | 1734-OB4E |
1756-IM16I | 1734-OB8 |
1756-L61 | 1734-OB8E |
1756-L62 | 1734-OB8S |
1756-L63 | 1734-OE2C |
1756-L64 | 1734-OE2V |
1756-L65 | 1734-OE4C |
1756-L71 | 1734-OV2E |
1756-L71S | 1734-OV4E |
1756-L72 | 1734-OV8E |
1756-L72S | 1734-OW2 |
1756-L73 | 1734-OW4 |
1756-L74 | 1734-OX2 |
1756-L75 | 1734-PDN |
1756-L81E | 1734-RTB |
1756-L81ES | 1734-RTB3 |
1756-L82E | 1734-RTB3S |
1756-L82ES | 1734-RTBCJC |
1756-L83E | 1734-RTBS |
1756-L83ES | 1734-SSI |
1756-L84E | 1734-TB |
1756-L84ES | 1734-TB3 |
1756-L85E | 1734-TB3S |
1756-L8SP | 1734-TBCJC |
1756-M02AE | 1734-TBS |
1756-M02AS | 1734-TOP |
1756-M03SE | 1734-TOP3 |
1756-M08SE | 1734-TOP3S |
1756-M16SE | 1734-TOPS |
1756-N2 | 1734-VHSC24 |
1756-OA16 | 1734-VHSC5 |
1756-OA16I | 1734-VTM |
1756-OB16D | |
1756-OB16E | |
1756-OB16I | |
1756-OB32 | |
1756-OF4 | |
1756-OF8 | |
1756-OF8I | |
1756-OW16I | |
1756-OF6VI | |
1756-OF6CI | |
1756-PA72 | |
1756-PA75 | |
1756-PA75R | |
1756-PB72 | |
1756-PB75 | |
1756-RM | |
1756-RM2 | |
1756-TBCH | |
1756-TBNH | |
1756-TBS6H | |
1756-TBSH | |
1757-SRM |
供應(yīng)Allen-Bradley(羅克韋爾)1794-IM16 冗余模塊
IC200CBL600 |
IC200CBL510 |
IC200CBL545 |
IC200CBL550 |
IC200UAR028 |
IC200CBL525 |
IC200MDL741 |
IC200UAL005 |
IC200CBL520 |
IC200MDL650 |
IC200UAA007 |
IC200MDL643 |
IC200CBL601 |
IC200CBL500 |
IC200CHS012 |
IC200CBL230 |
IC200CBL501 |
IC200CBL120 |
IC200UAL004 |
IC200UAA003 |
IC200MDL636 |
IC200MDL331 |
IC200CBL002 |
IC200TBX520 |
IC200CBL105 |
IC200BEM103 |
IC200CBL110 |
IC200CBL001 |
IC200TBX440 |
IC200UAR014 |
IC200MDL632 |
IC200MDL329 |
IC200MDL244 |
IC200BEM003 |
IC200MDL635 |
IC200MDL243 |
IC200MDL330 |
IC200ALG432 |
IC200TBX364 |
IC200MDL241 |
IC200TBX464 |
IC200TBX223 |
IC200BEM002 |
IC200ALG630 |
IC200TBX264 |
IC200UDR020 |
IC200BEM104 |
IC200TBX240 |
IC200MDL240 |
IC200TBX540 |
IC200TBX214 |
IC200MDL640 |
IC200ALG431 |
IC200ALG430 |
IC200TBX228 |
IC200TBX420 |
IC200TBX340 |
IC200ALG620 |
IC200ALG325 |
IC200MDL144 |
IC200ALG328 |
IC200TBX320 |
IC200MDL143 |
IC200ALG326 |
IC200MDL141 |
IC200TBX164 |
IC200MDL744 |
IC200TBX140 |
IC200TBX123 |
IC200MDL140 |
IC200MDD849 |
IC200PWR001 |
IC200TBX210 |
IC200MDD850 |
IC200UEX064 |
IC200UEX015 |
IC200MDD848 |
IC200UEX014 |
IC200ALG331 |
IC200ALG266 |
IC200TBX110 |
IC200ALG320 |
IC200TBX028 |
IC200TBX128 |
IC200TBX064 |
IC200MDD847 |
IC200MDD845 |
IC200TBX220 |
IC200MDL631 |
IC200MDD851 |
IC200ALG260 |
IC200ALG321 |
IC200UEX012 |
IC200TBX120 |
IC200UEX011 |
IC200ALG322 |
供應(yīng)Allen-Bradley(羅克韋爾)1794-IM16 冗余模塊
長(zhǎng)期以來(lái),硬件開(kāi)發(fā)人員在制作原型之前一直依賴(lài)仿真環(huán)境來(lái)設(shè)計(jì)硬件。使用軟件驅(qū)動(dòng)的仿真器或數(shù)字孿生使他們能夠?qū)φ找阎牧己脜⒖枷到y(tǒng)來(lái)衡量不同操作環(huán)境、條件和協(xié)議演變的影響,從而減少設(shè)計(jì)迭代次數(shù)。同樣,軟件開(kāi)發(fā)人員使用 Scrum 等方法并在虛擬仿真過(guò)程中進(jìn)行測(cè)試,也能逐步構(gòu)建和部署新特性,如此也有助于減少設(shè)計(jì)迭代次數(shù)。