成人精品一区二区久久久 I 国产美女永久无遮挡 I 中文字幕+乱码+中文字幕明步 I 国产在视频一区二区三区吞精 I 日韩精品小视频 I 成人性生交大片免费4 I 免费aaa级毛片在线视频 I 一级片毛片 I 大型成人社区 I 国模在线播放 I 欧美大荫蒂毛茸茸视频 I 偷偷色噜狠狠狠狠的777米奇 I www.久久亚洲 I 日日搞夜夜操 I 亚洲成色777777女色窝 I 毛片黄色毛片 I 午夜片在线观看 I 国产一区二区三区中文字幕 I 天天干夜夜骑 I 日韩在线视频一区二区三区 I 久久久无码精品亚洲a片0000 I 写真福利片hd在线播放 I 欧美成人一区二免费视频 I 色噜噜狠狠爱综合视频 I 中文字幕无线码免费人妻 I 国产精品久久久久久久久久不蜜臀 I 欧美综合人人做人人爱 I 1024成人网色www I 国产精品视频一二三区 I 亚洲免费美女视频

有很多朋友想學習SCL語言，其實不要把SCL或ST語言想的有多高大上。

首先看下什么是SCL語言：SCL語言是一種結構化文本，類似于計算機高級語言的編程方式，他的語言規范解決計算機的PASCAL語言。

S7-SCL（Structured Control Language 結構化控制語言) 具有以下特點：

· 1、是一種類似于PASCAL的高級編程語言

· 2、符合國際標準IEC 61131-3

· 3、PLCopen基礎級認證

· 4、適用于 S7-300 (推薦CPU314以上), S7-400,S7-1200，S7-1500， C7 and WinAC

· S7-SCL 為 PLC 做了優化處理，它不僅僅具有 PLC 典型的元素（例如 輸入／輸出，定時器，計數器，符號表），而且具有高級語言的特性， 例如：循環， 選擇，分支，數組 ，高級函數。

S7-SCL 其非常適合于如下任務：

· * 復雜運算功能

· * 復雜數學函數

· * 數據管理

· * 過程優化

講這些概念的東西是很空洞的，只要了解下即可，那么關鍵問題來了，怎么學習呢？

分享~~~~~~~~~


(*****************************************************************************
<FB NAME>       MC_Power_JEC                                                                        
<Description>   運転可 / Operation possible                                                                                        
                                                                                                                          
COPYRIGHT (C) 2016 MITSUBISHI ELECTRIC CORPORATION ALL RIGHT RESERVED  
*****************************************************************************)

PLS(Enable, bEnablePls);
PLF(Enable, bEnablePlf);
(*========================================================================*
* 有効ON
* Enable ON
*========================================================================*)
IF Enable THEN
    (*------------------------------------------------------------------*
    * 初期化処理
    * Initial processing
    *------------------------------------------------------------------*)
    IF bEnablePls THEN
        Status := FALSE;
        Error := FALSE;
        ErrorID := 0;
        
        bBusy := FALSE;
        bLinkReady := FALSE;
        wAxisStatus := 0;
        
        (* 入力ラベル取込 / Input labels transfer *)
        wAxisNo := Axis.AxisNo;
        MOV(((wAxisNo < 1) OR (16 < wAxisNo)), H1100, ErrorID);
        wPosTrqLimit := REAL_TO_INT(Axis.PosTrqLimit *10.0);
        MOV((ErrorID = 0) AND ((wPosTrqLimit < 0) OR (10000 < wPosTrqLimit)), H110E, ErrorID);
        wNegTrqLimit := REAL_TO_INT(Axis.NegTrqLimit *10.0);            
        MOV((ErrorID = 0) AND ((wNegTrqLimit < 0) OR (10000 < wNegTrqLimit)), H110E, ErrorID);
        
        (* リンクデバイスのオフセット計算 / Link device offset calculation *)
        IF (ErrorID = 0) THEN
            wRX3F  := ((wAxisNo - 1) * 64) + H003F;    (* サイクリック通信準備完了 / Cyclic communication ready command *)
            wRWw01 := ((wAxisNo - 1) * 32) + H0001;    (* 制御指令 / Control command *)
            wRWw14 := ((wAxisNo - 1) * 32) + H0014;    (* トルク制限値(正) / Torque limit value(positive) *)
            wRWw15 := ((wAxisNo - 1) * 32) + H0015;    (* トルク制限値(逆) / Torque limit value(negative) *)
            wRWr00 := ((wAxisNo - 1) * 32) + H0000;    (* 制御モード表示 / Control mode display *)
            wRWr02 := ((wAxisNo - 1) * 32) + H0002;    (* 制御ステータス / Control status *)
            wRWr0B := ((wAxisNo - 1) * 32) + H000B;    (* 制御出力2 / Control output 2 *)
            bBusy := TRUE;
        END_IF;
    END_IF;
    
    (*------------------------------------------------------------------*
    * 軸狀態取得 & 実行條件確認
    * Axis status acquisition & execution condition check
    *------------------------------------------------------------------*)    
    IF bBusy THEN
        (* サイクリック通信狀態確認 / Cyclic communication status check *)
        bLinkReady := G_stLinkBasic.bnRX[wRX3F];
        IF bLinkReady THEN
            uModeDisp := G_stLinkBasic.unRWr[wRWr00];
            bZeroVelocity:= ((G_stLinkBasic.unRWr[wRWr0B] AND H0008) = H0008);
            (* 軸狀態取得 / Axis status acquisition *)
            IF ((G_stLinkBasic.unRWr[wRWr02] AND H0008) = H0008) THEN
                wAxisStatus := 1;        (* Errorstop *)
                ErrorID := H1202;    
                ELSIF ((G_stLinkBasic.unRWw[wRWw01] AND H0086) = H0002) THEN
                wAxisStatus := 2;        (* Stopping *)
                ELSIF (((G_stLinkBasic.unRWr[wRWr02] AND H000F) = H0000) OR
                ((G_stLinkBasic.unRWr[wRWr02] AND H000F) = H0001) OR
                ((G_stLinkBasic.unRWr[wRWr02] AND H000F) = H0003)) THEN
                wAxisStatus := 0;        (* Disabled *)
                ELSE
                wAxisStatus := 4;        (* Standstill *)
                IF ((G_stLinkBasic.unRWw[wRWw01] AND H0100)= H0100) THEN
                    CASE WORD_TO_INT(uModeDisp) OF
                        1,    (* Profile position mode *)
                        6:    (* Homing mode *)
                        IF ((G_stLinkBasic.unRWr[wRWr02] AND H0400) = H0000) THEN
                            wAxisStatus := 5;    (* DiscreteMotion *)        
                        END_IF;
                        3,    (* Profile Velocity mode *)
                        4:    (* Profile Torque mode *)
                        IF NOT bZeroVelocity THEN
                            wAxisStatus := 5;    (* DiscreteMotion *)        
                        END_IF;
                        ELSE
                        ;
                    END_CASE;                                
                    ELSE
                    CASE (WORD_TO_INT(uModeDisp)) OF
                        1:
                        IF ((G_stLinkBasic.unRWr[wRWr02] AND H0400) = H0000) THEN
                            wAxisStatus := 5;    (* DiscreteMotion *)
                        END_IF;
                        3,
                        4:
                        wAxisStatus := 6;    (* ContinuousMotion *)
                        6:
                        IF ((G_stLinkBasic.unRWr[wRWr02] AND H0400) = H0000) THEN
                            wAxisStatus := 3;    (* Homing *)
                        END_IF;
                        ELSE
                        ;
                    END_CASE;
                END_IF;        
            END_IF;
              
            (* 実行條件確認 / execution condition check *)
            IF bEnablePls THEN
                CASE wAxisStatus OF
                    2:    (* Stopping *)
                    ErrorID := H1204;
                    ELSE
                    ;    
                END_CASE;
            END_IF;

            (*------------------------------------------------------------------*
            * サーボON実行
            * Servo ON execution
            *------------------------------------------------------------------*)    
            IF (ErrorID =0) AND bEnablePls AND (wAxisStatus = 0) THEN
                G_stLinkBasic.unRWw[wRWw14] := INT_TO_WORD(wPosTrqLimit);    (* トルク制限値(正) / Torque limit value(positive) *)
                G_stLinkBasic.unRWw[wRWw15] := INT_TO_WORD(wNegTrqLimit);    (* トルク制限値(逆) / Torque limit value(negative) *)
                G_stLinkBasic.unRWw[wRWw01] := (G_stLinkBasic.unRWw[wRWw01] AND HFF70) OR H000F;
            END_IF;        
            IF ((G_stLinkBasic.unRWr[wRWr02] AND H006F) = H0027) THEN    (* OperationEnabled *)
                Status := TRUE;
                Error := FALSE;
                ErrorID := 0;
                ELSE
                Status := FALSE;        
            END_IF;
            ELSE
            wAxisStatus := 1;
            ErrorID := H1202;
        END_IF;
    END_IF;
    (*========================================================================*
    * エラー出力
    * Output for [Error]
    *========================================================================*)
    IF (ErrorID <> 0) THEN
        Error := TRUE;
        Status := FALSE;
        bBusy := FALSE;
    END_IF;


    (*========================================================================*
    * 有効OFF
    * Enable OFF
    *========================================================================*)    
    ELSE
    IF bEnablePlf THEN
        G_stLinkBasic.unRWw[wRWw01] := (G_stLinkBasic.unRWw[wRWw01] AND HFF70);    (* DisableOperation *)
    END_IF;
    Status := FALSE;
    Error := FALSE;
END_IF;