Name=PLC1
MaxSigCnt=190
DataFormat=Hex

[SigData]
00	M1	Temperature measured value
01	AA	Alarm 1 status
02	AB	Alarm 2 status
03	B1	Burnout status
04	O1	Heat-side manipulated output value
05	O2	Cool-side manipulated output value
06	AC	Heater break alarm status
07	M3	Current transformer input measured value 1
08	M4	Current transformer input measured value 2
09	MS	Set value monitor
0A	HE	Temperature rise completion status
0B	ER	Error code
0C	G1	PID/AT transfer
0D	S1	Temperature set value
0E	P1	Heat-side proportional band
0F	P2	Cool-side proportional band
10	I1	Integral time
11	D1	Derivative time
12	V1	Overlap/deadband
13	CA	Control response parameters
14	A1	Alarm 1 set value
15	A2	Alarm 2 set value
16	A3	Heater break alarm set value 1
17	A4	Heater break alarm set value 2
18	EI	Operation mode transfer
19	T0	Heat-side proportioning cycle time
1A	T1	Cool-side proportioning cycle time
1B	PB	PV bias
1C	SR	Control RUN/STOP transfer
1D	IN	Initial setting mode
1E	ZA	Memory area number
1F	AR	Alarm interlock release
20	J1	Auto/Manual transfer
21	ON	Manual output value
22	HD	Temperature rise completion range
23	HS	Temperature rise completion trigger
24	T3	Temperature rise completion soak time
25	M5	AI measured value
26	AD	AI alarm 1 status
27	AE	AI alarm 2 status
28	A5	AI alarm 1 set value
29	A6	AI alarm 2 set value
2A	JI	AI zero point correction
2B	JJ	AI full scale correction
2C	NJ	AI operation mode transfer
2D	AP	Control loop break alarm (LBA) status
2E	HP	LBA use selection
2F	C6	LBA time
30	V2	LBA deadband
31	M6	AO output value monitor
32	S6	AO output set value
33	XO	AO function selection
34	OY	AO corresponding channel setting
35	CV	AO zooming high limit
36	CW	AO zooming low limit
37	JK	AO zero point correction
38	JL	AO full scale correction
39	L1	DI module input status (DI-A module)
39.0	L1	CH1 (DI1)
39.1	L1	CH2 (DI2)
39.2	L1	CH3 (DI3)
39.3	L1	CH4 (DI4)
39.4	L1	CH5 (DI5)
39.5	L1	CH6 (DI6)
39.6	L1	CH7 (DI7)
39.7	L1	CH8 (DI8)
3A	C2	CC-Link selecting flag
3B	Q3	Event DO status (DO-C module)
3B.0	Q3	CH1 (DO1)
3B.1	Q3	CH2 (DO2)
3B.2	Q3	CH3 (DO3)
3B.3	Q3	CH4 (DO4)
3B.4	Q3	CH5 (DO5)
3B.5	Q3	CH6 (DO6)
3B.6	Q3	CH7 (DO7)
3B.7	Q3	CH8 (DO8)
3C	Q4	Event DO manual output value (DO-C module)
3C.0	Q4	CH1 (DO1)
3C.1	Q4	CH2 (DO2)
3C.2	Q4	CH3 (DO3)
3C.3	Q4	CH4 (DO4)
3C.4	Q4	CH5 (DO5)
3C.5	Q4	CH6 (DO6)
3C.6	Q4	CH7 (DO7)
3C.7	Q4	CH8 (DO8)
3D	A7	Event DO extension alarm set value
3E	KH	Cascade monitor
3F	KF	Cascade ON/OFF
40	KG	Cascade gain
41	KI	Cascade bias
42	M7	TI measured value
43	AF	TI alarm 1 status
44	AG	TI alarm 2 status
45	B2	TI burnout status
46	A8	TI alarm 1 set value
47	A9	TI alarm 2 set value
48	PC	TI PV bias
49	EJ	TI operation mode transfer
4A	L3	PCP module DI status
4A.0	L3	CH1 (DI1)
4A.1	L3	CH2 (DI2)
4A.2	L3	CH3 (DI3)
4B	L4	Event DI contact input monitor (DI-B module)
4B.0	L4	CH1 (DI1)
4B.1	L4	CH2 (DI2)
4B.2	L4	CH3 (DI3)
4B.3	L4	CH4 (DI4)
4B.4	L4	CH5 (DI5)
4B.5	L4	CH6 (DI6)
4B.6	L4	CH7 (DI7)
4B.7	L4	CH8 (DI8)
4C	L5	Event DI logic input monitor
4C.0	L5	Logic input 1
4C.1	L5	Logic input 2
4C.2	L5	Logic input 3
4C.3	L5	Logic input 4
4D	Q5	Event DI logic output monitor
4D.0	Q5	Logic output 1
4D.1	Q5	Logic output 2
4D.2	Q5	Logic output 3
4D.3	Q5	Logic output 4
4D.4	Q5	Logic output 5
4D.5	Q5	Logic output 6
4D.6	Q5	Logic output 7
4D.7	Q5	Logic output 8
4E	AH	CT module heater break alarm status
4F	AJ	Comprehensive alarm status
4F.0	AJ	Logical OR of alarm 1 status in all channels
4F.1	AJ	Logical OR of alarm 2 status in all channels
4F.2	AJ	Logical OR of burnout alarm status in all channels
4F.3	AJ	Logical OR of heater break alarm status in all channels
4F.4	AJ	Temperature rise completion status
4F.5	AJ	Logical OR of AI alarm 1 status in all channels
4F.6	AJ	Logical OR of AI alarm 2 status in all channels
4F.7	AJ	Logical OR of control loop break alarm status in all channels
4F.8	AJ	Logical OR of TI alarm 1 status in all channels
4F.9	AJ	Logical OR of TI alarm 2 status in all channels
4F.A	AJ	Logical OR of TI burnout alarm status in all channels
50	M8	Positioning monitor
51	V3	Positioning output neutral zone
52	TJ	Motor time
53	OS	Integrated output limite
54	OO	Manual positioning output value
55	C1	Local/Computer transfer
56	XI	Input range number [□-TIO-□、H-CIO-A]
57	SH	Setting limiter (high) [□-TIO-□、H-CIO-A]
58	SL	Setting limiter (low) [□-TIO-□、H-CIO-A]
59	F1	Digital filter [□-TIO-□、H-CIO-A]
5A	AV	Input error determination point (high) [□-TIO-□、H-CIO-A]
5B	AW	Input error determination point (low) [□-TIO-□、H-CIO-A]
5C	WH	Action at input error (high) [□-TIO-□、H-CIO-A]
5D	WL	Action at input error (low) [□-TIO-□、H-CIO-A]
5E	GB	AT bias [□-TIO-□、H-CIO-A]
5F	HH	Setting change rate limiter (high) [□-TIO-□、H-CIO-A]
60	OH	Output limiter (high) [For heat/cool control:Heat-side output limiter (high)] [□-TIO-□、H-CIO-A]
61	OL	Output limiter (low) [For heat/cool control:Cool-side output limiter (high)] [□-TIO-□、H-CIO-A]
62	IV	ON/OFF control differential gap (upper) [□-TIO-□、H-CIO-A]
63	IW	ON/OFF control differential gap (lower) [□-TIO-□、H-CIO-A]
64	OE	Manipulated output value at input error [□-TIO-□、H-CIO-A]
65	PH	Output change rate limiter (up) [□-TIO-□、H-CIO-A]
66	PL	Output change rate limiter (down) [□-TIO-□、H-CIO-A]
67	XE	Direct/Reverse action selection [□-TIO-□、H-CIO-A]
68	XN	Hot/Cold start selection [□-TIO-□、H-CIO-A]
69	SX	Start determination point [□-TIO-□、H-CIO-A]
6A	X1	Control RUN/STOP holding [□-PCP-A/B]
6B	EK	Temperature rise completion hold function [□-PCP-A/B]
6C	ZX	Transmit interval time setting [□-PCP-A/B]
6D	HA	Alarm 1 differential gap [□-TIO-□、H-CIO-A]
6E	HB	Alarm 2 differential gap [□-TIO-□、H-CIO-A]
6F	XA	Alarm 1 type selection [□-TIO-□、H-CIO-A]
70	XB	Alarm 2 type selection [□-TIO-□、H-CIO-A]
71	WA	Alarm 1 hold action [□-TIO-□、H-CIO-A]
72	WB	Alarm 2 hold action [□-TIO-□、H-CIO-A]
73	LA	Alarm 1 interlock [□-TIO-□、H-CIO-A]
74	LB	Alarm 2 interlock [□-TIO-□、H-CIO-A]
75	OA	Alarm 1 action at input error [□-TIO-□、H-CIO-A]
76	OB	Alarm 2 action at input error [□-TIO-□、H-CIO-A]
77	DF	Number of alarm delay times [□-TIO-□、H-CIO-A]
78	CL	Module initialization [□-PCP-A/B]
79	VP	PCP module DO type selection [□-PCP-A/B]
7A	ZF	CT channel setting [□-CT-A]
7B	LT	DO function selection [□-DO-A/B/D]
7C	XK	DI function selection [□-DI-A]
7D	H2	DI using selection [□-DI-A]
7D.0	H2	DI1
7D.1	H2	DI2
7D.2	H2	DI3
7D.3	H2	DI4
7D.4	H2	DI5
7D.5	H2	DI6
7D.6	H2	DI7
7D.7	H2	DI8
7E	VK	AI input range number [H-AI-A/B]
7F	JS	AI display scale high [H-AI-A/B]
80	JV	AI display scale low [H-AI-A/B]
81	HC	AI alarm 1 differential gap [H-AI-A/B]
82	HF	AI alarm 2 differential gap [H-AI-A/B]
83	XC	AI alarm 1 type selection [H-AI-A/B]
84	XD	AI alarm 2 type selection [H-AI-A/B]
85	WC	AI alarm 1 hold action [H-AI-A/B]
86	WD	AI alarm 2 hold action [H-AI-A/B]
87	LC	AI alarm 1 interlock [H-AI-A/B]
88	LD	AI alarm 2 interlock [H-AI-A/B]
89	TK	Number of AI alarm delay times [H-AI-A/B]
8A	JU	AI decimal point position [H-AI-A/B]
8B	JT	Power supply frequency selection [H-PCP-A/B]
8C	F2	AI digital filter [H-AI-A/B]
8D	VA	AI moving average [H-AI-A/B]
8E	XV	Display scale high [H-TIO-H/J、H-CIO-A]
8F	XW	Display scale low [H-TIO-H/J、H-CIO-A]
90	XU	Decimal point position [H-TIO-H/J、H-CIO-A]
91	HV	AO display scale high [H-AO-A/B]
92	HW	AO display scale low [H-AO-A/B]
93	JR	AO decimal point position [H-AO-A/B]
94	PW	AO output change rate limiter [H-AO-A/B]
95	XF	Event DO function selection [H-DO-C]
96	XG	Event DO corresponding channel setting [H-DO-C]
97	XH	Event DO mode select setting [H-DO-C]
98	HG	Event DO extension alarm differential gap [H-DO-C]
99	LE	Event DO extension alarm interlock [H-DO-C]
9A	TI	Number of Event DO extension alarm delay times [H-DO-C]
9B	XL	Cascade tracking [H-CIO-A]
9C	KD	Cascade data selection [H-CIO-A]
9D	H3	Cascade DI function selection [H-CIO-A]
9E	XJ	TI input range number [H-TI-A/B/C]
9F	F3	TI digital filter [H-TI-A/B/C]
A0	HI	TI alarm 1 differential gap [H-TI-A/B/C]
A1	HJ	TI alarm 2 differential gap [H-TI-A/B/C]
A2	XP	TI alarm 1 type selection [H-TI-A/B/C]
A3	XQ	TI alarm 2 type selection [H-TI-A/B/C]
A4	WE	TI alarm 1 hold action [H-TI-A/B/C]
A5	WF	TI alarm 2 hold action [H-TI-A/B/C]
A6	LF	TI alarm 1 interlock [H-TI-A/B/C]
A7	LG	TI alarm 2 interlock [H-TI-A/B/C]
A8	OC	TI alarm 1 action at input error [H-TI-A/B/C]
A9	OD	TI alarm 2 action at input error [H-TI-A/B/C]
AA	DG	Number of TI alarm delay times [H-TI-A/B/C]
AB	R1	Event DI type selection 1 [H-DI-B]
AC	R2	Event DI type selection 2 [H-DI-B]
AD	R3	Event DI type selection 3 [H-DI-B]
AE	R4	Event DI type selection 4 [H-DI-B]
AF	E1	Event DI corresponding channel selection 1 [H-DI-B]
B0	E2	Event DI corresponding channel selection 2 [H-DI-B]
B1	E3	Event DI corresponding channel selection 3 [H-DI-B]
B2	E4	Event DI corresponding channel selection 4 [H-DI-B]
B3	W1	Event DI reversal selection 1 [H-DI-B]
B4	W2	Event DI reversal selection 2 [H-DI-B]
B5	W3	Event DI reversal selection 3 [H-DI-B]
B6	W4	Event DI reversal selection 4 [H-DI-B]
B7	LU	Event DI logic circuit selection [H-DI-B]
B8	LW	Event DI delay timer setting [H-DI-B]
B9	DH	Number of HBA trigger points [H-CT-A]
BA	FV	Positioning adjustment counter [H-TIO-K]
BB	VQ	PCP module DI type selection [H-PCP-B]
BC	H4	PCP module DI use selection [H-PCP-B]
BC.0	H4	DI1
BC.1	H4	DI2
BC.2	H4	DI3
BD	VS	PCP module DO de-energized selection [H-PCP-A、M-PCP-A (Z-190)]
[SigDataEnd]