Name=PLC1
SRV
MaxSigCnt=134
DataFormat=Hex

[SigData]
00	M1(ch1)	Measured-value (PV)
01	M1(ch2)	Measured-value (PV)
02	AJ(ch1)	Overall event status
02.00	AJ(ch1)	Burnout
02.01	AJ(ch1)	Event 1 status
02.02	AJ(ch1)	Event 2 status
02.03	AJ(ch1)	Heater break alarm
02.04	AJ(ch1)	Control loop break alarm
03	AJ(ch2)	Overall event status
03.00	AJ(ch2)	Burnout
03.01	AJ(ch2)	Event 1 status
03.02	AJ(ch2)	Event 2 status
03.03	AJ(ch2)	Heater break alarm
03.04	AJ(ch2)	Control loop break alarm
04	B1(ch1)	Burnout state
05	B1(ch2)	Burnout state
06	AA(ch1)	Event 1 state
07	AA(ch2)	Event 1 state
08	AB(ch1)	Event 2 state
09	AB(ch2)	Event 2 state
0A	AC(ch1)	Heater break alarm (HBA) state
0B	AC(ch2)	Heater break alarm (HBA) state
0C	AP(ch1)	Control loop break alarm (LBA) state
0D	AP(ch2)	Control loop break alarm (LBA) state
0E	O1(ch1)	Manipulated output value[heat-side]
0F	O1(ch2)	Manipulated output value[heat-side]
10	O2(ch1)	Manipulated output value[cool-side]
11	O2(ch2)	Manipulated output value[cool-side]
12	M3(ch1)	CT input measured value
13	M3(ch2)	CT input measured value
14	MS(ch1)	Set-value monitoring
15	MS(ch2)	Set-value monitoring
16	ER	Error code
16.00	ER	Memory backup error
16.03	ER	Adjustment data error
16.04	ER	Input A/D error
16.05	ER	CT input A/D error
16.06	ER	Temperature compensation A/D error
17	HE(ch1)	Temperature rise completion status
18	HE(ch2)	Temperature rise completion status
19	S1(ch1)	Set value (SV)
1A	S1(ch2)	Set value (SV)
1B	P1(ch1)	Proportional band [heat-side]
1C	P1(ch2)	Proportional band [heat-side]
1D	P2(ch1)	Proportional band [cool-side]
1E	P2(ch2)	Proportional band [cool-side]
1F	I1(ch1)	Integral time
20	I1(ch2)	Integral time
21	D1(ch1)	Derivative time
22	D1(ch2)	Derivative time
23	CA(ch1)	Control response designation parameter
24	CA(ch2)	Control response designation parameter
25	V1(ch1)	Overlap/Deadband
26	V1(ch2)	Overlap/Deadband
27	HH(ch1)	Setting change rate limiter
28	HH(ch2)	Setting change rate limiter
29	PB(ch1)	PV bias
2A	PB(ch2)	PV bias
2B	A1(ch1)	Event 1 setting value
2C	A1(ch2)	Event 1 setting value
2D	A2(ch1)	Event 2 setting value
2E	A2(ch2)	Event 2 setting value
2F	EI(ch1)	Operation mode
30	EI(ch2)	Operation mode
31	G1(ch1)	PID/AT transfer
32	G1(ch2)	PID/AT transfer
33	J1(ch1)	Auto/Manual transfer
34	J1(ch2)	Auto/Manual transfer
35	ON(ch1)	Manual output value
36	ON(ch2)	Manual output value
37	OH(ch1)	Output limiter (high)
38	OH(ch2)	Output limiter (high)
39	OL(ch1)	Output limiter (low)
3A	OL(ch2)	Output limiter (low)
3B	T0(ch1)	Proportioning cycle (heat-side)
3C	T0(ch2)	Proportioning cycle (heat-side)
3D	T1(ch1)	Proportioning cycle (cool-side)
3E	T1(ch2)	Proportioning cycle (cool-side)
3F	F1(ch1)	digital filter
40	F1(ch2)	digital filter
41	A3(ch1)	Heater break alarm (HBA) set value
42	A3(ch2)	Heater break alarm (HBA) set value
43	DH(ch1)	Number of heater break alarm (HBA) delay times
44	DH(ch2)	Number of heater break alarm (HBA) delay times
45	SR	Control RUN/STOP transfer
46	AV(ch1)	Input error determination point (high)
47	AV(ch2)	Input error determination point (high)
48	AW(ch1)	Input error determination point (low)
49	AW(ch2)	Input error determination point (low)
4A	WH(ch1)	Action (high) at input error
4B	WH(ch2)	Action (high) at input error
4C	WL(ch1)	Action (low) at input error
4D	WL(ch2)	Action (low) at input error
4E	OE(ch1)	Manipulated output value at input error
4F	OE(ch2)	Manipulated output value at input error
50	GH(ch1)	AT differential gap time
51	GH(ch2)	AT differential gap time
52	GB(ch1)	AT bias
53	GB(ch2)	AT bias
54	XH	Event LED mode set
55	HP(ch1)	Control loop break alarm (LBA) usage selection
56	HP(ch2)	Control loop break alarm (LBA) usage selection
57	C6(ch1)	Control loop break alarm (LBA) time
58	C6(ch2)	Control loop break alarm (LBA) time
59	V2(ch1)	Control loop break alarm (LBA) deadband
5A	V2(ch2)	Control loop break alarm (LBA) deadband
5B	E1	DI set
5C	L1	DI status
5D	QA	DO1 set
5E	QB	DO2 set
5F	Q1	DO status
60	AR	Event interlock release
61	HD(ch1)	Temperature rise completion range
62	HD(ch2)	Temperature rise completion range
63	T3(ch1)	Temperature rise completion soak time
64	T3(ch2)	Temperature rise completion soak time
65	IN	Initial set mode
66	XI(ch1)	Input range number
67	XI(ch2)	Input range number
68	XV(ch1)	Input scale high
69	XV(ch2)	Input scale high
6A	XW(ch1)	Input scale low
6B	XW(ch2)	Input scale low
6C	XU(ch1)	Input range decimal point position
6D	XU(ch2)	Input range decimal point position
6E	PU(ch1)	Temperature unit selection
6F	PU(ch2)	Temperature unit selection
70	XE(ch1)	Control type
71	XE(ch2)	Control type
72	IV(ch1)	ON/OFF action differential gap (upper)
73	IV(ch2)	ON/OFF action differential gap (upper)
74	IW(ch1)	ON/OFF action differential gap (lower)
75	IW(ch2)	ON/OFF action differential gap (lower)
76	HA(ch1)	Event 1 differential gap
77	HA(ch2)	Event 1 differential gap
78	HB(ch1)	Event 2 differential gap
79	HB(ch2)	Event 2 differential gap
7A	XA(ch1)	Event 1 type
7B	XA(ch2)	Event 1 type
7C	XB(ch1)	Event 2 type
7D	XB(ch2)	Event 2 type
7E	WA(ch1)	Event 1 action
7E.00	WA(ch1)	Standby operation
7E.01	WA(ch1)	Re-standby operation
7E.02	WA(ch1)	Interlock operation
7E.03	WA(ch1)	Event in input error
7E.04	WA(ch1)	Standby operation when beginning to control
7F	WA(ch2)	Event 1 action
7F.00	WA(ch2)	Standby operation
7F.01	WA(ch2)	Re-standby operation
7F.02	WA(ch2)	Interlock operation
7F.03	WA(ch2)	Event in input error
7F.04	WA(ch2)	Standby operation when beginning to control
80	WB(ch1)	Event 2 action
80.00	WB(ch1)	Standby operation
80.01	WB(ch1)	Re-standby operation
80.02	WB(ch1)	Interlock operation
80.03	WB(ch1)	Event in input error
80.04	WB(ch1)	Standby operation when beginning to control
81	WB(ch2)	Event 2 action
81.00	WB(ch2)	Standby operation
81.01	WB(ch2)	Re-standby operation
81.02	WB(ch2)	Interlock operation
81.03	WB(ch2)	Event in input error
81.04	WB(ch2)	Standby operation when beginning to control
82	TD(ch1)	Event delay timer
83	TD(ch2)	Event delay timer
84	ZX	Transmission transfer time setting
85	X2	Transfer mode hold setting
[SigDataEnd]