Name=PLC1
MaxSigCnt=213
DataFormat=Hex

[SigData]
00	M1	Temperature measured value (PV) [H-TIO-□, H-CIO-A] / Motor speed measured value [H-SIO-A]
01	AA	Alarm 1 status [H-TIO-□, H-CIO-A, H-SIO-A]
02	AB	Alarm 2 status [H-TIO-□, H-CIO-A, H-SIO-A]
03	B1	Burnout status [H-TIO-□, H-CIO-A, H-SIO-A]
04	O1	Heat-side manipulated output value [H-TIO-□, H-CIO-A]
05	O2	Cool-side manipulated output value [H-TIO-□, H-CIO-A]
06	AC	Heater break alarm status [H-TIO-A/C/D, H-CIO-A]
07	M3	Current transformer input measured value 1 [H-TIO-A/C/D]
08	M4	Current transformer input measured value 2 [H-CT-A]
09	MS	Set value monitor [H-TIO-□, H-CIO-A, H-SIO-A]
0A	HE	Temperature rise completion status [H-TIO-□, H-CIO-A]
0B	ER	Error code [H-PCP-J]
0C	G1	PID/AT transfer [H-TIO-□, H-CIO-A, H-SIO-A]
0D	S1	Temperature set value (SV) [H-TIO-□, H-CIO-A] / Motor speed set value [H-SIO-A]
0E	P1	Heat-side proportional band [H-TIO-□, H-CIO-A, H-SIO-A]
0F	P2	Cool-side proportional band [H-TIO-□, H-CIO-A]
10	I1	Integral time [H-TIO-□, H-CIO-A, H-SIO-A]
11	D1	Derivative time [H-TIO-□, H-CIO-A, H-SIO-A]
12	V1	Overlap/deadband [H-TIO-□, H-CIO-A]
13	CA	Control response parameters [H-TIO-□, H-CIO-A, H-SIO-A]
14	A1	Alarm 1 set value [H-TIO-□, H-CIO-A, H-SIO-A]
15	A2	Alarm 2 set value [H-TIO-□, H-CIO-A, H-SIO-A]
16	A3	Heater break alarm set value 1 [H-TIO-A/C/D]
17	A4	Heater break alarm set value 2 [H-CT-A]
18	EI	Operation mode transfer [H-TIO-□, H-CIO-A, H-SIO-A]
19	T0	Heat-side proportioning cycle time [H-TIO-□, H-CIO-A]
1A	T1	Cool-side proportioning cycle time [H-TIO-□, H-CIO-A]
1B	PB	PV bias [H-TIO-□, H-CIO-A, H-SIO-A]
1C	SR	Control RUN/STOP transfer [H-PCP-J]
1D	IN	Initial setting mode [H-PCP-J]
1E	ZA	Memory area number [H-TIO-□, H-CIO-A, H-SIO-A]
1F	AR	Alarm interlock release [H-TIO-□, H-CIO-A, H-TI-□, H-AI-□]
20	J1	Auto/Manual transfer [H-TIO-□, H-CIO-A]
21	ON	Manual output value [H-TIO-□, H-CIO-A]
22	HD	Temperature rise completion range [H-TIO-□, H-CIO-A]
23	HS	Temperature rise completion trigger [H-TIO-□, H-CIO-A]
24	T3	Temperature rise completion soak time [H-TIO-□, H-CIO-A]
25	M5	AI measured value [H-AI-A/B]
26	AD	AI alarm 1 status [H-AI-A/B]
27	AE	AI alarm 2 status [H-AI-A/B]
28	A5	AI alarm 1 set value [H-AI-A/B]
29	A6	AI alarm 2 set value [H-AI-A/B]
2A	JI	AI zero point correction [H-AI-A/B]
2B	JJ	AI full scale correction [H-AI-A/B]
2C	NJ	AI operation mode transfer [H-AI-A/B]
2D	AP	Control loop break alarm (LBA) status [H-TIO-□, H-CIO-A]
2E	HP	LBA use selection [H-TIO-□, H-CIO-A]
2F	C6	LBA time [H-TIO-□, H-CIO-A]
30	V2	LBA deadband [H-TIO-□, H-CIO-A]
31	M6	AO output value monitor [H-AO-A/B]
32	S6	AO output set value [H-AO-A/B]
33	XO	AO function selection [H-AO-A/B]
34	OY	AO corresponding channel setting [H-AO-A/B]
35	CV	AO zooming high limit [H-AO-A/B]
36	CW	AO zooming low limit [H-AO-A/B]
37	JK	AO zero point correction [H-AO-A/B]
38	JL	AO full scale correction [H-AO-A/B]
39	L1	H-DI-A module input status [H-DI-A]
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 [H-DO-C]
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 [H-DO-C]
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 [H-DO-C]
3E	KH	Cascade monitor [H-CIO-A]
3F	KF	Cascade ON/OFF [H-CIO-A]
40	KG	Cascade gain [H-CIO-A]
41	KI	Cascade bias [H-CIO-A]
42	M7	TI measured value [H-TI-A/B/C]
43	AF	TI alarm 1 status [H-TI-A/B/C]
44	AG	TI alarm 2 status [H-TI-A/B/C]
45	B2	TI burnout status [H-TI-A/B/C]
46	A8	TI alarm 1 set value [H-TI-A/B/C]
47	A9	TI alarm 2 set value [H-TI-A/B/C]
48	PC	TI PV bias [H-TI-A/B/C]
49	EJ	TI operation mode transfer [H-TI-A/B/C]
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 [H-DI-B]
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 [H-DI-B]
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 [H-DI-B]
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	H-CT-A module heater break alarm status [H-CT-A]
4F	AJ	Comprehensive alarm status [H-PCP-J]
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 [H-TIO-K]
51	V3	Positioning output neutral zone [H-TIO-K]
52	TJ	Motor time [H-TIO-K]
53	OS	Integrated output limiter [H-TIO-K]
54	OO	Manual positioning output value [H-TIO-K]
55	C1	Local/Computer transfer
56	HH	Setting change rate limiter [H-TIO-□,H-CIO-A,H-SIO-A]
57	D0	H-DO-G manipulated output value [H-DO-G]
58	D2	H-DO-G DO output status [H-DO-G]
58.0	D2	CH1 (DO1)
58.1	D2	CH2 (DO2)
58.2	D2	CH3 (DO3)
58.3	D2	CH4 (DO4)
58.4	D2	CH5 (DO5)
58.5	D2	CH6 (DO6)
58.6	D2	CH7 (DO7)
58.7	D2	CH8 (DO8)
58.8	D2	CH9 (DO9)
58.9	D2	CH10 (DO10)
58.A	D2	CH11 (DO11)
58.B	D2	CH12 (DO12)
58.C	D2	CH13 (DO13)
58.D	D2	CH14 (DO14)
58.E	D2	CH15 (DO15)
58.F	D2	CH16 (DO16)
59	D3	H-DO-G output limiter (high) [H-DO-G]
5A	D4	H-DO-G output limiter (low) [H-DO-G]
5B	D5	H-DO-G output cycle time [H-DO-G]
5C	D6	H-DO-G Auto/Manual transfer [H-DO-G]
5D	D7	H-DO-G manual output value [H-DO-G]
5E	D8	H-DO-G master channel setting [H-DO-G]
5F	D9	H-DO-G output ratio set value [H-DO-G]
60	ST	PLC scanning time setting [H-PCP-J]
61	GY	Integral time limiter at AT end [H-TIO-□,H-CIO-A,H-SIO-A]
62	XI	Input range number [H-TIO-□,H-CIO-A,H-SIO-A]
63	SH	Setting limiter (high) [H-TIO-□,H-CIO-A,H-SIO-A]
64	SL	Setting limiter (low) [H-TIO-□,H-CIO-A,H-SIO-A]
65	F1	Digital filter [H-TIO-□,H-CIO-A,H-SIO-A]
66	AV	Input error determination point (high) [H-TIO-□,H-CIO-A,H-SIO-A]
67	AW	Input error determination point (low) [H-TIO-□,H-CIO-A,H-SIO-A]
68	WH	Action at input error (high) [H-TIO-□,H-CIO-A,H-SIO-A]
69	WL	Action at input error (low) [H-TIO-□,H-CIO-A,H-SIO-A]
6A	GB	AT bias [H-TIO-□,H-CIO-A,H-SIO-A]
6B	OH	Output limiter (high) [For heat/cool control:Heat-side output limiter (high)] [H-TIO-□,H-CIO-A,H-SIO-A]
6C	OL	Output limiter (low) [For heat/cool control:Cool-side output limiter (high)] [H-TIO-□,H-CIO-A,H-SIO-A]
6D	IV	ON/OFF control differential gap (upper) [H-TIO-□,H-CIO-A,H-SIO-A]
6E	IW	ON/OFF control differential gap (lower) [H-TIO-□,H-CIO-A,H-SIO-A]
6F	OE	Manipulated output value at input error [H-TIO-□,H-CIO-A,H-SIO-A]
70	PH	Output change rate limiter (up) [H-TIO-□,H-CIO-A,H-SIO-A]
71	PL	Output change rate limiter (down) [H-TIO-□,H-CIO-A,H-SIO-A]
72	XE	Direct/Reverse action selection [H-TIO-□,H-CIO-A,H-SIO-A]
73	XN	Hot/Cold start selection [H-TIO-□,H-CIO-A,H-SIO-A]
74	SX	Start determination point [H-TIO-□,H-CIO-A]
75	X1	Control RUN/STOP holding [H-PCP-J]
76	EK	Temperature rise completion hold function [H-PCP-J]
77	ZX	Interval time setting COM.PORT1/COM.PORT2 [H-PCP-J]
78	ZY	Interval time setting COM.PORT3 [H-PCP-J]
79	HA	Alarm 1 differential gap [H-TIO-□,H-CIO-A,H-SIO-A]
7A	HB	Alarm 2 differential gap [H-TIO-□,H-CIO-A,H-SIO-A]
7B	XA	Alarm 1 type selection [H-TIO-□,H-CIO-A,H-SIO-A]
7C	XB	Alarm 2 type selection [H-TIO-□,H-CIO-A,H-SIO-A]
7D	WA	Alarm 1 hold action [H-TIO-□,H-CIO-A,H-SIO-A]
7E	WB	Alarm 2 hold action [H-TIO-□,H-CIO-A,H-SIO-A]
7F	LA	Alarm 1 interlock [H-TIO-□,H-CIO-A,H-SIO-A]
80	LB	Alarm 2 interlock [H-TIO-□,H-CIO-A,H-SIO-A]
81	OA	Alarm 1 action at input error [H-TIO-□,H-CIO-A,H-SIO-A]
82	OB	Alarm 2 action at input error [H-TIO-□,H-CIO-A,H-SIO-A]
83	DF	Number of alarm delay times [H-TIO-□,H-CIO-A,H-SIO-A]
84	CL	Module initialization [H-PCP-J]
85	ZF	CT channel setting [H-CT-A]
86	LT	DO function selection [H-DO-A/B/D]
87	XK	DI function selection [H-DI-A]
88	H2	DI using selection [H-DI-A]
89	VK	AI input range number [H-AI-A/B]
8A	JS	AI display scale high [H-AI-A/B]
8B	JV	AI display scale low [H-AI-A/B]
8C	HC	AI alarm 1 differential gap [H-AI-A/B]
8D	HF	AI alarm 2 differential gap [H-AI-A/B]
8E	XC	AI alarm 1 type selection [H-AI-A/B]
8F	XD	AI alarm 2 type selection [H-AI-A/B]
90	WC	AI alarm 1 hold action [H-AI-A/B]
91	WD	AI alarm 2 hold action [H-AI-A/B]
92	LC	AI alarm 1 interlock [H-AI-A/B]
93	LD	AI alarm 2 interlock [H-AI-A/B]
94	TK	Number of AI alarm delay times [H-AI-A/B]
95	JU	AI decimal point position [H-AI-A/B]
96	JT	Power supply frequency selection [H-PCP-J]
97	F2	AI digital filter [H-AI-A/B]
98	VA	AI moving average [H-AI-A/B]
99	XV	Display scale high [H-TIO-H/J,H-CIO-A,H-SIO-A]
9A	XW	Display scale low [H-TIO-H/J,H-CIO-A,H-SIO-A]
9B	XU	Decimal point position [H-TIO-H/J,H-CIO-A,H-SIO-A]
9C	HV	AO display scale high [H-AO-A/B]
9D	HW	AO display scale low [H-AO-A/B]
9E	JR	AO decimal point position [H-AO-A/B]
9F	PW	AO output change rate limiter [H-AO-A/B]
A0	XF	Event DO function selection [H-DO-C]
A1	XG	Event DO corresponding channel setting [H-DO-C]
A2	XH	Event DO mode select setting [H-DO-C]
A3	HG	Event DO extension alarm differential gap [H-DO-C]
A4	LE	Event DO extension alarm interlock [H-DO-C]
A5	TI	Number of Event DO extension alarm delay times [H-DO-C]
A6	XL	Cascade tracking [H-CIO-A]
A7	KD	Cascade data selection [H-CIO-A]
A8	H3	Cascade DI function selection [H-CIO-A] / DI process selection [H-SIO-A]
A9	XJ	TI input range number [H-TI-A/B/C]
AA	F3	TI digital filter [H-TI-A/B/C]
AB	HI	TI alarm 1 differential gap [H-TI-A/B/C]
AC	HJ	TI alarm 2 differential gap [H-TI-A/B/C]
AD	XP	TI alarm 1 type selection [H-TI-A/B/C]
AE	XQ	TI alarm 2 type selection [H-TI-A/B/C]
AF	WE	TI alarm 1 hold action [H-TI-A/B/C]
B0	WF	TI alarm 2 hold action [H-TI-A/B/C]
B1	LF	TI alarm 1 interlock [H-TI-A/B/C]
B2	LG	TI alarm 2 interlock [H-TI-A/B/C]
B3	OC	TI alarm 1 action at input error [H-TI-A/B/C]
B4	OD	TI alarm 2 action at input error [H-TI-A/B/C]
B5	DG	Number of TI alarm delay times [H-TI-A/B/C]
B6	R1	Event DI type selection 1 [H-DI-B]
B7	R2	Event DI type selection 2 [H-DI-B]
B8	R3	Event DI type selection 3 [H-DI-B]
B9	R4	Event DI type selection 4 [H-DI-B]
BA	E1	Event DI corresponding channel selection 1 [H-DI-B]
BB	E2	Event DI corresponding channel selection 2 [H-DI-B]
BC	E3	Event DI corresponding channel selection 3 [H-DI-B]
BD	E4	Event DI corresponding channel selection 4 [H-DI-B]
BE	W1	Event DI reversal selection 1 [H-DI-B]
BF	W2	Event DI reversal selection 2 [H-DI-B]
C0	W3	Event DI reversal selection 3 [H-DI-B]
C1	W4	Event DI reversal selection 4 [H-DI-B]
C2	LU	Event DI logic circuit selection [H-DI-B]
C3	LW	Event DI delay timer setting [H-DI-B]
C4	DH	Number of HBA trigger points [H-CT-A]
C5	FV	Positioning adjustment counter [H-TIO-K]
C6	VS	H-PCP-J module DO de-energized selection [H-PCP-J]
C6.0	VS	DO1
C6.1	VS	DO2
C6.2	VS	DO3
C6.3	VS	DO4
C6.4	VS	DO5
C6.5	VS	DO6
C6.6	VS	DO7
C6.7	VS	DO8
C7	JF	H-SIO-A input frequency at full scale [H-SIO-A]
C8	SC	H-SIO-A control range [H-SIO-A]
C9	SU	H-SIO-A output scale high [H-SIO-A]
CA	SD	H-SIO-A output scale low [H-SIO-A]
CB	SP	H-SIO-A measuring method [H-SIO-A]
CC	SQ	H-SIO-A divide ratio [H-SIO-A]
CD	RT	H-SIO-A gate time [H-SIO-A]
CE	SA	H-SIO-A auto zero time [H-SIO-A]
CF	SW	H-SIO-A alarm hold cancel time [H-SIO-A]
D0	SM	H-SIO-A open/closed loop control transfer [H-SIO-A]
D1	SE	H-SIO-A correction trigger [H-SIO-A]
D2	J2	H-SIO-A correction actual measured value [H-SIO-A]
D3	JW	PV bias unit selection [H-TIO-H/J,H-CIO-A,H-SIO-A]
D4	VU	H-PCP-J module DO type selection [H-PCP-J]
[SigDataEnd]