Azbil 人機設計

基本編排

Keyboard 轉送
- 按鍵
  - Keyboard [W40001] —> DOP [$152~155] —>FP7 [WR10]
- 燈號
  - FP7 [WR15] —>DOP [$156~159] —> keyboard [W40005]
模組警報 HEX 2830 2831 2832 2833 佔 4 words
- 讀取模組警報到DOP $530
- 下一個模組 DOP $534，依此類推
邏輯位元 HEX 2984
- 讀取邏輯位元到 DOP $162
- 下一個模組 DOP $163，依此類推
設定警報燈號，由上面模組警報DOP $530 開始。燈號DOP $170.0~3
- 下一模組 DOP $534。燈號DOP $171.0~3

完整Main Lua 程式

-- Add initial code here (run once)
--要開放的語言
langs = {1,2}

require "screenshot"
require "CloseWindows"
require "status"

while true do
    if mem.inter.ReadBit(92, 0)==1 then
        for i = 1,table.count(langs) do
            ret = screenshot(langs[i])

        end
        mem.inter.WriteBit(92, 0, 0)
    end

    -- keyboard 轉送
    --link.CopyToInter("{KEY_Port}1@W40001", 150, 4)
    --link.CopyFromInter("{FX5U}1@D-90", 150, 4)
    --link.CopyToInter("{FX5U}1@D-95", 154, 4)
    --link.CopyFromInter("{KEY_Port}1@W40005", 154, 4)
    -- 流量計
    --link.CopyToInter("{KEY_Port}10@W40003", 120, 2)
    --link.CopyToInter("{KEY_Port}11@W40003", 122, 2)
    --link.CopyToInter("{KEY_Port}12@W40003", 124, 2)
    --link.CopyToInter("{KEY_Port}13@W40003", 126, 2)

    -- 溫度狀態
    TempState()

    -- Add loop code here (cyclic run)
    -- one cycle is 100ms
    --sys.Sleep(100)  
    ret1 = CloseWin()
  
end

TempState Lua 程式

Note

function TempState()
-- 事件狀態 #2970
	link.CopyToInter("{Az}1@R-2970", 500, 1)
	link.CopyToInter("{Az}2@R-2970", 501, 1)
	link.CopyToInter("{Az}3@R-2970", 502, 1)
	link.CopyToInter("{Az}4@R-2970", 503, 1)
	link.CopyToInter("{Az}5@R-2970", 504, 1)
-- CT狀態 #2972
	--link.CopyToInter("{Az}1@R-2972", 520, 1)
	--link.CopyToInter("{Az}2@R-2972", 521, 1)
	--link.CopyToInter("{Az}3@R-2972", 522, 1)
	--link.CopyToInter("{Az}4@R-2972", 523, 1)
	link.CopyToInter("{Az}5@R-2972", 524, 1)
	
-- 模組警報 HEX 2830 2831 2832 2833
	link.CopyToInter("{Az}1@R-2830", 530, 4)
	link.CopyToInter("{Az}2@R-2830", 534, 4)
	link.CopyToInter("{Az}3@R-2830", 538, 4)
	link.CopyToInter("{Az}4@R-2830", 542, 4)
	link.CopyToInter("{Az}5@R-2830", 546, 4)
-- 邏輯位元 HEX 2984
	link.CopyToInter("{Az}1@R-2984", 170, 1)
	link.CopyToInter("{Az}2@R-2984", 171, 1)
	link.CopyToInter("{Az}3@R-2984", 172, 1)
	link.CopyToInter("{Az}4@R-2984", 173, 1)
	link.CopyToInter("{Az}5@R-2984", 174, 1)
-- 設定警報燈號
	j = 0
	k = 180
	for i = 530,549 do
		if j>4 then 
			j=1
			k = k + 1
		end
		if mem.inter.Read(i) > 0 then
			mem.inter.WriteBit(k, j, 1)
		else
			mem.inter.WriteBit(k, j, 0)
		end
		j = j + 1
	end

	-- 溫控啟動 PLC-> HMI -> Azbil
	link.CopyToInter("{FX5U}0@D-400", 160, 5)
	link.CopyFromInter("{Az}1@RW-2760", 160, 1)
	link.CopyFromInter("{Az}2@RW-2760", 161, 1)
	link.CopyFromInter("{Az}3@RW-2760", 162, 1)
	link.CopyFromInter("{Az}4@RW-2760", 163, 1)
	link.CopyFromInter("{Az}5@RW-2760", 164, 1)
	-- 溫度變更，寫入Azbil
	--link.CopyToInter("{FX5U}1@D-430", 190, 2)
	-- 寫入PLC 邏輯位元 & 事件 & 熱刀斷線
	link.CopyFromInter("{FX5U}0@D-410", 170, 5)
	link.CopyFromInter("{FX5U}0@D-420", 500, 5)
	link.CopyFromInter("{FX5U}0@D-440", 524, 1)
return 0
end

人機畫面

Note

電熱啟動燈
1. $160.0~$160.3
2. $161.0~$161.3
3. ...
現在溫度 PV
1. $6000 ~ $6003
2. $6010 ~ $6013
3. +10
設定溫度 SV
1. {Az}1@R-2841
2. {Az}1@R-2851
3. +16
保溫溫度
- {Az}1@RW-1012
- {Az}1@RW-1032
- +32
工作溫度
- {Az}1@RW-1010
- {Az}1@RW-1030
- +32
低溫偏差(下限)
- {Az}1@RW-10F0
- {Az}1@RW-10F2
- +2
輸出 MV
1. {Az}1@R-4A70
2. {Az}1@R-4A71
3. +1
低溫燈
1. $170.0~170.3
2. 下一模組 $171
高溫燈
1. $170.4~170.7
2. 下一模組 $171
感溫斷線燈
1. $170.8~170.11
2. 下一模組 $171
1. 燈號 1：$180.0 H2830
2. 燈號 2：$180.1 H2831
3. 燈號 3：$180.2 H2832
4. 燈號 4：$180.3 H2833
模組故障燈

下一模組 $181
Azbil 風扇運轉訊號
- H2970 —> $500 ~$504
- $500.4 ~$500.7
- $501.4 ~$501.7
實際風扇輸出訊號
- Azbil NX-D15NTC10 —>由 PLC Output 輸出
- Azbil NX-D15NTC20 —> 由 DO 輸出
  - 輸出種類 Event 5~8
  - 最小ON/OFF時間 300 ms
  - 時間比例週期 2 sec
  - 相位偏移時間 0.1
  - 鎖定 : 0 不鎖定
厚薄油溫過高，油溫過高
- $504.12
- $504.14
厚薄油溫過低，油溫過低 (停水閥)
- $504.13
- $504.15
厚薄油溫設定
- 執行後巨集：{Az}5@RW-1052 = {Az}5@RW-1050
油溫設定
- 執行後巨集：{Az}5@RW-1072 = {Az}5@RW-1070

人機巨集

開機畫面 1200

開啟巨集

#讀檔到Azbil
Call 11

Background 巨集

插入→ 在開頭位置

# 傳送PV/MV
CALL 14

# 每5分鐘將Azbil寫到PLC
$81 = GETSYSTEMTIME
$90 = $86 % 10
If $90 == 0
	IF $87 >= 10 THEN GOTO LABEL 3
    # Call 12 [儲存複製到PLC]
	call 12
elseif $90 == 5
	IF $87 >= 10 THEN GOTO LABEL 3
	call 12
endif

子巨集 2 [儲存檔案]

插入→ 在下面位置

#載入($1000~$1019)<--檔名/日期/時間
BMOV($1000, $30, 18)
# Call 12 [儲存複製到PLC]
Call 12

子巨集 3 [讀取檔案]

插入→ 在下面位置

#載入buf區($1020~$2999)-->FX5U(D1000~D2999)
BMOV(({FX5U}0@D-1000), $1020, 1980)
BMOV(({FX5U}1@D-2980), $1000, 20)
#============================================
#設定值載入[溫控] ---------------------------
# -(在此寫入所需載入溫控器之所有設定)-
Call 13

巨集 11 [變更寫入Azbil]

Note

({Az}1@RW-1010) = ({FX5U}0@D-1500)
({Az}1@RW-1012) = ({FX5U}0@D-1620)
({Az}1@RW-10F0) = ({FX5U}0@D-1540)

({Az}1@RW-1030) = ({FX5U}0@D-1501)
({Az}1@RW-1032) = ({FX5U}0@D-1621)
({Az}1@RW-10F2) = ({FX5U}0@D-1541)

({Az}1@RW-1050) = ({FX5U}0@D-1502)
({Az}1@RW-1052) = ({FX5U}0@D-1622)
({Az}1@RW-10F4) = ({FX5U}0@D-1542)

({Az}1@RW-1070) = ({FX5U}0@D-1503)
({Az}1@RW-1072) = ({FX5U}0@D-1623)
({Az}1@RW-10F6) = ({FX5U}0@D-1543)

# module 2 Ch5~8
({Az}2@RW-1010) = ({FX5U}0@D-1504)
({Az}2@RW-1012) = ({FX5U}0@D-1624)
({Az}2@RW-10F0) = ({FX5U}0@D-1544)

({Az}2@RW-1030) = ({FX5U}0@D-1505)
({Az}2@RW-1032) = ({FX5U}0@D-1625)
({Az}2@RW-10F2) = ({FX5U}0@D-1545)

({Az}2@RW-1050) = ({FX5U}0@D-1506)
({Az}2@RW-1052) = ({FX5U}0@D-1626)
({Az}2@RW-10F4) = ({FX5U}0@D-1546)

({Az}2@RW-1070) = ({FX5U}0@D-1507)
({Az}2@RW-1072) = ({FX5U}0@D-1627)
({Az}2@RW-10F6) = ({FX5U}0@D-1547)

# module 3 Ch9~12
({Az}3@RW-1010) = ({FX5U}0@D-1508)
({Az}3@RW-1012) = ({FX5U}0@D-1628)
({Az}3@RW-10F0) = ({FX5U}0@D-1548)

({Az}3@RW-1030) = ({FX5U}0@D-1509)
({Az}3@RW-1032) = ({FX5U}0@D-1629)
({Az}3@RW-10F2) = ({FX5U}0@D-1549)

({Az}3@RW-1050) = ({FX5U}0@D-1510)
({Az}3@RW-1052) = ({FX5U}0@D-1630)
({Az}3@RW-10F4) = ({FX5U}0@D-1550)

({Az}3@RW-1070) = ({FX5U}0@D-1511)
({Az}3@RW-1072) = ({FX5U}0@D-1631)
({Az}3@RW-10F6) = ({FX5U}0@D-1551)

# module 4 Ch13~16
({Az}4@RW-1010) = ({FX5U}0@D-1512)
({Az}4@RW-1012) = ({FX5U}0@D-1632)
({Az}4@RW-10F0) = ({FX5U}0@D-1552)

({Az}4@RW-1030) = ({FX5U}0@D-1513)
({Az}4@RW-1032) = ({FX5U}0@D-1633)
({Az}4@RW-10F2) = ({FX5U}0@D-1553)

({Az}4@RW-1050) = ({FX5U}0@D-1514)
({Az}4@RW-1052) = ({FX5U}0@D-1634)
({Az}4@RW-10F4) = ({FX5U}0@D-1554)

({Az}4@RW-1070) = ({FX5U}0@D-1515)
({Az}4@RW-1072) = ({FX5U}0@D-1635)
({Az}4@RW-10F6) = ({FX5U}0@D-1555)

# module 5 Ch17~20
({Az}5@RW-1010) = ({FX5U}0@D-1516)
({Az}5@RW-1012) = ({FX5U}0@D-1636)
({Az}5@RW-10F0) = ({FX5U}0@D-1556)

({Az}5@RW-1030) = ({FX5U}0@D-1517)
({Az}5@RW-1032) = ({FX5U}0@D-1637)
({Az}5@RW-10F2) = ({FX5U}0@D-1557)

# 厚薄油溫
({Az}5@RW-1050) = ({FX5U}0@D-1518)
#({Az}5@RW-1052) = ({FX5U}0@D-1638)
({Az}5@RW-1052) = ({FX5U}0@D-1518)
#({Az}5@RW-10F4) = ({FX5U}0@D-1558)
({Az}5@RW-110A) = ({FX5U}0@D-1558)

# 油溫
({Az}5@RW-1070) = ({FX5U}0@D-1519)
#({Az}5@RW-1072) = ({FX5U}0@D-1639)
({Az}5@RW-1072) = ({FX5U}0@D-1519)
#({Az}5@RW-10F6) = ({FX5U}0@D-1559)
({Az}5@RW-110E) = ({FX5U}0@D-1559)

巨集 12 [儲存複製到PLC]

Note

({FX5U}0@D-1500) = ({Az}1@RW-1010)
({FX5U}0@D-1501) = ({Az}1@RW-1030)
({FX5U}0@D-1502) = ({Az}1@RW-1050)
({FX5U}0@D-1503) = ({Az}1@RW-1070)
({FX5U}0@D-1620) = ({Az}1@RW-1012)
({FX5U}0@D-1621) = ({Az}1@RW-1032)
({FX5U}0@D-1622) = ({Az}1@RW-1052)
({FX5U}0@D-1623) = ({Az}1@RW-1072)
({FX5U}0@D-1540) = ({Az}1@RW-10F0)
({FX5U}0@D-1541) = ({Az}1@RW-10F2)
({FX5U}0@D-1542) = ({Az}1@RW-10F4)
({FX5U}0@D-1543) = ({Az}1@RW-10F6)

({FX5U}0@D-1504) = ({Az}2@RW-1010)
({FX5U}0@D-1505) = ({Az}2@RW-1030)
({FX5U}0@D-1506) = ({Az}2@RW-1050)
({FX5U}0@D-1507) = ({Az}2@RW-1070)
({FX5U}0@D-1624) = ({Az}2@RW-1012)
({FX5U}0@D-1625) = ({Az}2@RW-1032)
({FX5U}0@D-1626) = ({Az}2@RW-1052)
({FX5U}0@D-1627) = ({Az}2@RW-1072)
({FX5U}0@D-1544) = ({Az}2@RW-10F0)
({FX5U}0@D-1545) = ({Az}2@RW-10F2)
({FX5U}0@D-1546) = ({Az}2@RW-10F4)
({FX5U}0@D-1547) = ({Az}2@RW-10F6)

# module 3 Ch9~12
({FX5U}0@D-1508) = ({Az}3@RW-1010)
({FX5U}0@D-1509) = ({Az}3@RW-1030)
({FX5U}0@D-1510) = ({Az}3@RW-1050)
({FX5U}0@D-1511) = ({Az}3@RW-1070)
({FX5U}0@D-1628) = ({Az}3@RW-1012)
({FX5U}0@D-1629) = ({Az}3@RW-1032)
({FX5U}0@D-1630) = ({Az}3@RW-1052)
({FX5U}0@D-1631) = ({Az}3@RW-1072)
({FX5U}0@D-1548) = ({Az}3@RW-10F0)
({FX5U}0@D-1549) = ({Az}3@RW-10F2)
({FX5U}0@D-1550) = ({Az}3@RW-10F4)
({FX5U}0@D-1551) = ({Az}3@RW-10F6)

# module 4 Ch13~16
({FX5U}0@D-1512) = ({Az}4@RW-1010)
({FX5U}0@D-1513) = ({Az}4@RW-1030)
({FX5U}0@D-1514) = ({Az}4@RW-1050)
({FX5U}0@D-1515) = ({Az}4@RW-1070)
({FX5U}0@D-1632) = ({Az}4@RW-1012)
({FX5U}0@D-1633) = ({Az}4@RW-1032)
({FX5U}0@D-1634) = ({Az}4@RW-1052)
({FX5U}0@D-1635) = ({Az}4@RW-1072)
({FX5U}0@D-1552) = ({Az}4@RW-10F0)
({FX5U}0@D-1553) = ({Az}4@RW-10F2)
({FX5U}0@D-1554) = ({Az}4@RW-10F4)
({FX5U}0@D-1555) = ({Az}4@RW-10F6)

# module 5 Ch17~20
({FX5U}0@D-1516) = ({Az}5@RW-1010)
({FX5U}0@D-1517) = ({Az}5@RW-1030)
#厚薄油溫
({FX5U}0@D-1518) = ({Az}5@RW-1050)
#({FX5U}0@D-1518) = ({Az}5@RW-1052)
#油溫
({FX5U}0@D-1519) = ({Az}5@RW-1070)
#({FX5U}0@D-1519) = ({Az}5@RW-1072)

({FX5U}0@D-1636) = ({Az}5@RW-1012)
({FX5U}0@D-1637) = ({Az}5@RW-1032)
#({FX5U}0@D-1538) = ({Az}5@RW-1052)
#({FX5U}0@D-1538) = ({Az}5@RW-1072)
({FX5U}0@D-1556) = ({Az}5@RW-10F0)
({FX5U}0@D-1557) = ({Az}5@RW-10F2)
({FX5U}0@D-1558) = ({Az}5@RW-110A)
({FX5U}0@D-1559) = ({Az}5@RW-110E)

# 熱切刀電流設定
({FX5U}0@D-1919) = ({Az}5@RW-2BC4)

巨集 13 [讀檔寫入Azbil]

Note

({Az}1@RW-1010) = ({FX5U}0@D-1500)
({Az}1@RW-1030) = ({FX5U}0@D-1501)
({Az}1@RW-1050) = ({FX5U}0@D-1502)
({Az}1@RW-1070) = ({FX5U}0@D-1503)
({Az}1@RW-1012) = ({FX5U}0@D-1620)
({Az}1@RW-1032) = ({FX5U}0@D-1621)
({Az}1@RW-1052) = ({FX5U}0@D-1622)
({Az}1@RW-1072) = ({FX5U}0@D-1623)
({Az}1@RW-10F0) = ({FX5U}0@D-1540)
({Az}1@RW-10F2) = ({FX5U}0@D-1541)
({Az}1@RW-10F4) = ({FX5U}0@D-1542)
({Az}1@RW-10F6) = ({FX5U}0@D-1543)

({Az}2@RW-1010) = ({FX5U}0@D-1504)
({Az}2@RW-1030) = ({FX5U}0@D-1505)
({Az}2@RW-1050) = ({FX5U}0@D-1506)
({Az}2@RW-1070) = ({FX5U}0@D-1507)
({Az}2@RW-1012) = ({FX5U}0@D-1624)
({Az}2@RW-1032) = ({FX5U}0@D-1625)
({Az}2@RW-1052) = ({FX5U}0@D-1626)
({Az}2@RW-1072) = ({FX5U}0@D-1627)
({Az}2@RW-10F0) = ({FX5U}0@D-1544)
({Az}2@RW-10F2) = ({FX5U}0@D-1545)
({Az}2@RW-10F4) = ({FX5U}0@D-1546)
({Az}2@RW-10F6) = ({FX5U}0@D-1547)

# module 3 Ch9~12
({Az}3@RW-1010) = ({FX5U}0@D-1508)
({Az}3@RW-1030) = ({FX5U}0@D-1509)
({Az}3@RW-1050) = ({FX5U}0@D-1510)
({Az}3@RW-1070) = ({FX5U}0@D-1511)
({Az}3@RW-1012) = ({FX5U}0@D-1628)
({Az}3@RW-1032) = ({FX5U}0@D-1629)
({Az}3@RW-1052) = ({FX5U}0@D-1630)
({Az}3@RW-1072) = ({FX5U}0@D-1631)
({Az}3@RW-10F0) = ({FX5U}0@D-1548)
({Az}3@RW-10F2) = ({FX5U}0@D-1549)
({Az}3@RW-10F4) = ({FX5U}0@D-1550)
({Az}3@RW-10F6) = ({FX5U}0@D-1551)

# module 4 Ch13~16
({Az}4@RW-1010) = ({FX5U}0@D-1512)
({Az}4@RW-1030) = ({FX5U}0@D-1513)
({Az}4@RW-1050) = ({FX5U}0@D-1514)
({Az}4@RW-1070) = ({FX5U}0@D-1515)
({Az}4@RW-1012) = ({FX5U}0@D-1632)
({Az}4@RW-1032) = ({FX5U}0@D-1633)
({Az}4@RW-1052) = ({FX5U}0@D-1634)
({Az}4@RW-1072) = ({FX5U}0@D-1635)
({Az}4@RW-10F0) = ({FX5U}0@D-1552)
({Az}4@RW-10F2) = ({FX5U}0@D-1553)
({Az}4@RW-10F4) = ({FX5U}0@D-1554)
({Az}4@RW-10F6) = ({FX5U}0@D-1555)

# module 5 Ch17~20
({Az}5@RW-1010) = ({FX5U}0@D-1516)
({Az}5@RW-1030) = ({FX5U}0@D-1517)
#厚薄油溫
({Az}5@RW-1050) = ({FX5U}0@D-1518)
({Az}5@RW-1052) = ({FX5U}0@D-1518)
#油溫
({Az}5@RW-1070) = ({FX5U}0@D-1519)
({Az}5@RW-1072) = ({FX5U}0@D-1519)

({Az}5@RW-1012) = ({FX5U}0@D-1636)
({Az}5@RW-1032) = ({FX5U}0@D-1637)
#({Az}5@RW-1052) = ({FX5U}0@D-1538)
#({Az}5@RW-1072) = ({FX5U}0@D-1538)
({Az}5@RW-10F0) = ({FX5U}0@D-1556)
({Az}5@RW-10F2) = ({FX5U}0@D-1557)
({Az}5@RW-110A) = ({FX5U}0@D-1558)
({Az}5@RW-110E) = ({FX5U}0@D-1559)

# 熱切刀電流設定
({Az}5@RW-2BC4) = ({FX5U}0@D-1919)

子巨集 14 [傳送PV/MV]

#Module 1
BMOV($6000, ({Az}1@RW-4A10), 4)
BMOV($6004, ({Az}1@RW-4A70), 4)
BMOV(({FX5U}0@D-500), $6000, 8)
#Module 2
BMOV($6010, ({Az}2@RW-4A10), 4)
BMOV($6014, ({Az}2@RW-4A70), 4)
BMOV(({FX5U}0@D-508), $6000, 8)
#Module 3
BMOV($6020, ({Az}3@RW-4A10), 4)
BMOV($6024, ({Az}3@RW-4A70), 4)
BMOV(({FX5U}0@D-516), $6000, 8)
#Module 4
BMOV($6030, ({Az}4@RW-4A10), 4)
BMOV($6034, ({Az}4@RW-4A70), 4)
BMOV(({FX5U}0@D-524), $6000, 8)
#Module 5
BMOV($6040, ({Az}5@RW-4A10), 4)
BMOV($6044, ({Az}5@RW-4A70), 4)
BMOV(({FX5U}0@D-532), $6000, 8)

Azbil 模組設定

模組間資料傳輸 D15 無此功能

第一顆模組 Start delay at Power ON(送電後延時運轉) 設2 秒
~~後面最多再接4組，總共5組~~
第二組以後，送電後延時運轉 設9秒以上

Basic

Setup

SP system group=2
Loop type：22 - 4Loops

Input Output

PV input
- Range type：5: K 0.0-400°C
- Continuous output range：0: 1-5V/4~20mA
- Output scaling low limit：-10.0
CT Input
- CT Operation：0 Continuous current measurement
- Number of CT Turns：800
- Number of CT Power lne passes：1
- Hysteresis 回差：0.1
- Delay Time：2

Event 內部事件 H2970 H2971 bit1~8

Event 1~4 溫度過低
- Event config
  - Operation Type：8: Deviation Low Limit (final SP basis)
  - Loop/Channel：1~4
  - Direct/Reverse：0: Direct
  - Standby：0: No Standby
  - Event state at READY： 0: Continuation
  - Decimal Point：1: 1 digit after decimal point
  - Hysteresis：0
  - ON delay：0
  - OFF delay：0
- Operation point
  - Event 1~4 ：Main setting：0
Event 5~8 高溫抽風
- Event config
  - Operation Type：7: Deviation High Limit (final SP basis)
  - Loop/Channel：1~4
  - Direct/Reverse：0: Direct
  - Standby：0: No Standby
  - Event state at READY：0: Continuation
  - Decimal Point：1: 1 digit after decimal point
  - Hysteresis：1 至少降溫1 度
  - ON delay：0
  - OFF delay：0
- Operation point
  - Event 5~8 ：Main setting：2
Event 9~12 高溫停機
- Event config
  - Operation Type：7: Deviation High Limit (final SP basis)
  - Loop/Channel：1~4
  - Direct/Reverse：0: Direct
  - Standby：0: No Standby
  - Event state at READY：0: Continuation
  - Decimal Point：1: 1 digit after decimal point
  - Hysteresis：0
  - ON delay：0
  - OFF delay：0
- Operation poin
  - Event 5~8 ：Main setting：30

厚薄油溫及油溫狀態，固定在Event 13, 14 &15, 16

Event 13 厚薄油溫過高 ch3
- Event config
  - Operation Type：7: Deviation High Limit (final SP basis)
  - Loop/Channel：3 Loop 3
  - Direct/Reverse：0: Direct
  - Standby：0: No Standby
  - Event state at READY：0: Continuation
  - Decimal Point：1: 1 digit after decimal point
  - Hysteresis：0
  - ON delay：0
  - OFF delay：0
- LSP 1 ：({Az}5@RW-1050)
- LSP 2 ：({Az}5@RW-1052)
Event 14 厚薄油溫過低 ch3
- Event config
  - Operation Type：8: Deviation Low Limit (final SP basis)
  - Loop/Channel：3: Loop 3
  - Direct/Reverse：0: Direct
  - Standby：0: No Standby
  - Event state at READY： 0: Continuation
  - Decimal Point：1: 1 digit after decimal point
  - Hysteresis：0
  - ON delay：0
  - OFF delay：0
- 偏差下限：{Az}5@RW-110A
Event 15 油溫過高 ch4
- Event config
  - Operation Type：7: Deviation High Limit (final SP basis)
  - Loop/Channel：4 Loop 4
  - Direct/Reverse：0: Direct
  - Standby：0: No Standby
  - Event state at READY：0: Continuation
  - Decimal Point：1: 1 digit after decimal point
  - Hysteresis：0
  - ON delay：0
  - OFF delay：0
- LSP 1 ：({Az}5@RW-1070)
- LSP 2 ：({Az}5@RW-1072)
- Event 16 厚薄油溫過低 ch4
- Event config
  - Operation Type：8: Deviation Low Limit (final SP basis)
  - Loop/Channel：4: Loop 4
  - Direct/Reverse：0: Direct
  - Standby：0: No Standby
  - Event state at READY： 0: Continuation
  - Decimal Point：1: 1 digit after decimal point
  - Hysteresis：0
  - ON delay：0
  - OFF delay：0
- 偏差下限：{Az}5@RW-110E

Internal Contact IN 內部接點

依內部接點，啟動溫控及切換LSP

0： Run ， 1：Ready

Contact 1~4 啟動溫控
- Operation Type：21 RUN/READY mode selection
- Input Type：User defined Bit 1~4
- Loop/Channel：Loop 1~4
Contact 5~8 切換LSP
- Operation Type：1 SP group Selection
- Input Type：User defined Bit 5~8
- Loop/Channel：Loop 1~4
- Weighting ：1
  - OFF：工作溫 ON：保溫溫度
  - 0 : SP1, 1 : SP2

Logical Operation 邏輯演算 H2984

OP 1~4 溫度過低 Alarm
- Operation type：1 (A and B) or (C and D)
- Input A：1088: Event 1
- Input B：1408: User defined Bit 1
- Inverted input Bit A：0: Direct
- Inverted input Bit B：1: Inverse
OP 5~8 高溫停機 Alarm：Event 9~12 & PV high limit error=感溫斷線

沒有感溫斷線，才出高溫警報
- Operation type：1 (A and B) or (C and D)
- Input A：1824~1827: PV1~4 High limit error
- Input B：1096~1099: Event9~12
- Inverted input Bit A：Inverse
- Inverted input Bit B：Direct
- OP 9~12 PV high limit error 感溫斷線
- Operation type：3 (A or B) or (C or D)
- Input A：1824~1827: PV1~4 High limit error
- Input B：1024: Always 0(Off)
- Inverted input Bit A：Direct
- Inverted input Bit B：Direct
- OP 13~16 高溫開風扇
- Operation type：1 (A and B) or (C and D)
- Input A：1824~1827: PV1~4 High limit error
- Input B：1092~1095: Event 5~8
- Inverted input Bit A：Inverse
- Inverted input Bit B：Direct

熱切刀斷線

最後一組第4點CT ON 時電流 #28A6

利用電熱斷線檢測電流設定

第4點電熱斷線檢測電流 #2BC4

PLC 電流下限設定值