Name=PLC1
SRZ
MaxSigCnt=292
DataFormat=Hex

[SigData]
000	VR	ROM version (1-4 character) (Z-COM module)
001	VR	ROM version (5-8 character) (Z-COM module)
002	VQ	ROM version (1-4 character) (Function module)
003	VQ	ROM version (5-8 character) (Function module)
004	UT	Integrated operating time monitor (Z-COM module)
005	UV	Integrated operating time monitor (Function module)
006	ER	Error code (Z-COM module)
006.00	ER	SRAM error/Adjustment data error (Error code (Z-COM module))
006.01	ER	Data back-up error (Error code (Z-COM module))
006.02	ER	A/D conversion error (Error code (Z-COM module))
006.05	ER	Logic output data error (Error code (Z-COM module))
006.06	ER	Stack overflow (Error code (Z-COM module))
007	EZ	Error code (Function module)
007.00	EZ	Adjustment data error (Error code (Function module))
007.01	EZ	Data back-up error (Error code (Function module))
007.02	EZ	A/D conversion error (Error code (Function module))
007.05	EZ	Logic output data error (Error code (Function module))
008	EM	Backup memory state monitor (Z-COM module)
009	CZ	Backup memory state monitor (Function module)
00A	QM	System communication state
00A.00	QM	Data collection condition
00B	QL	SRZ normal communication flag
00C	ES	PLC communication error code
00C.00	ES	PLC register read/write error
00C.01	ES	Slave communication timeout
00C.03	ES	Internal communication error
00C.04	ES	Master communication timeout
00D	QN	Unit recognition flag
00D.00	QN	SRZ unit 1
00D.01	QN	SRZ unit 2
00D.02	QN	SRZ unit 3
00D.03	QN	SRZ unit 4
00E	QK	Monitor for the number of connected modules
00F	SR	RUN/STOP transfer (Each unit)
010	SW	RUN/STOP transfer (Each module)
011	X1	Control RUN/STOP holding setting (Each module)
012	VK	Communication 1 protocol
013	VL	Communication 1 communication speed
014	VM	Communication 1 data bit configuration
015	VN	Communication 1 interval time
016	VP	Communication 2 protocol
017	VU	Communication 2 communication speed
018	VW	Communication 2 data bit configuration
019	VX	Communication 2 interval time
01A	QV	Station number
01B	QW	PC number (CPU No.)
01C	QZ	Register type
01D	QS	Register start number (High-order 4-bit)
01E	QX	Register start number (Low-order 16 bit)
01F	QQ	System data address bias
020	QT	COM module link recognition time
021	VT	PLC scanning time
022	R5	PLC communication start time
023	RY	Method for setting the number of connected modules
024	RK	Slave mapping method
025	QY	Number of connected modules (Z-TIO module)
026	QU	Number of connected modules (Z-DIO module)
027	QO	Number of connected modules (Z-CT module)
028	QA	Number of valid groups
029	X2	Control RUN/STOP holding setting (Each unit)
02A	M1	Measured value (PV)
02B	AJ	Comprehensive event state
02C	L0	Operation mode state monitor
02D	O1	Manipulated output value (MV) monitor [heat-side]
02E	O2	Manipulated output value (MV) monitor [cool-side]
02F	M3	Current transformer (CT) input value monitor
030	MS	Set value (SV) monitor
031	S2	Remote setting (RS) input value monitor
032	B1	Burnout state monitor
033	AA	Event 1 state monitor
034	AB	Event 2 state monitor
035	AC	Event 3 state monitor
036	AD	Event 4 state monitor
037	AE	Heater break alarm (HBA) state monitor
038	Q1	Output state monitor
039	TR	Memory area soak time monitor
03A	Hp	Holding peak value ambient temperature monitor
03B	ED	Logic output monitor 1
03C	EE	Logic output monitor 2
03D	G1	PID/AT transfer
03E	J1	Auto/Manual transfer
03F	C1	Remote/Local transfer
040	ZA	Memory area transfer
041	AR	Interlock release
042	A1	Event 1 set value (EV1)
043	A2	Event 2 set value (EV2)
044	A3	Event 3 set value (EV3)
045	A4	Event 4 set value (EV4)
046	A5	Control loop break alarm (LBA) time
047	N1	LBA deadband
048	S1	Set value (SV)
049	P1	Proportional band [heat-side]
04A	I1	Integral time [heat-side]
04B	D1	Derivative time [heat-side]
04C	CA	Control response parameter
04D	P2	Proportional band [cool-side]
04E	I2	Integral time [cool-side]
04F	D2	Derivative time [cool-side]
050	V1	Overlap/Deadband
051	MR	Manual reset
052	HH	Setting change rate limiter (up)
053	HL	Setting change rate limiter (down)
054	TM	Area soak time
055	LP	Link area number
056	A7	Heater break alarm (HBA) set value
057	NE	Heater break determination point
058	NF	Heater melting determination point
059	PB	PV bias
05A	F1	PV digital filter
05B	PR	PV ratio
05C	DP	PV low input cut-off
05D	RB	RS bias
05E	F2	RS digital filter
05F	RR	RS ratio
060	DV	Output distribution selection
061	DW	Output distribution bias
062	DQ	Output distribution ratio
063	T0	Proportional cycle time
064	VI	Minimum ON/OFF time of proportioning cycle
065	ON	Manual manipulated output value
066	RV	Area soak time stop function
067	NG	EDS mode (for disturbance 1)
068	NX	EDS mode (for disturbance 2)
069	NI	EDS value 1 (for disturbance 1)
06A	NJ	EDS value 1 (for disturbance 2)
06B	NK	EDS value 2 (for disturbance 1)
06C	NM	EDS value 2 (for disturbance 2)
06D	NN	EDS transfer time (for disturbance 1)
06E	NO	EDS transfer time (for disturbance 2)
06F	NQ	EDS action time (for disturbance 1)
070	NL	EDS action time (for disturbance 2)
071	NR	EDS action wait time (for disturbance 1)
072	NY	EDS action wait time (for disturbance 2)
073	NT	EDS value learning times
074	NU	EDS start signal
075	EI	Operation mode
076	ST	Startup tuning (ST)
077	Y8	Automatic temperature rise learning
078	EF	Communication switch for logic
079	XI	Input type
07A	PU	Display unit
07B	XU	Decimal point position
07C	XV	Input scale high
07D	XW	Input scale low
07E	AV	Input error determination point (high)
07F	AW	Input error determination point (low)
080	BS	Burnout direction
081	XH	Square root extraction
082	E0	Output assignment (Logic output selection function)
083	NA	Energized/ De-energized (Logic output selection function)
084	XA	Event 1 type
085	FA	Event 1 channel setting
086	WA	Event 1 hold action
087	LF	Event 1 interlock
088	HA	Event 1 differential gap
089	TD	Event 1 delay timer
08A	OA	Force ON of Event 1 action
08B	XB	Event 2 type
08C	FB	Event 2 channel setting
08D	WB	Event 2 hold action
08E	LG	Event 2 interlock
08F	HB	Event 2 differential gap
090	TG	Event 2 delay timer
091	OB	Force ON of Event 2 action
092	XC	Event 3 type
093	FC	Event 3 channel setting
094	WC	Event 3 hold action
095	LH	Event 3 interlock
096	HC	Event 3 differential gap
097	TE	Event 3 delay timer
098	OC	Force ON of Event 3 action
099	XD	Event 4 type
09A	FD	Event 4 channel setting
09B	WD	Event 4 hold action
09C	LI	Event 4 interlock
09D	HD	Event 4 differential gap
09E	TF	Event 4 delay timer
09F	OD	Force ON of Event 4 action
0A0	XS	CT ratio
0A1	ZF	CT assignment
0A2	ND	Heater break alarm (HBA) type
0A3	DH	Number of heater break alarm (HBA) delay times
0A4	XN	Hot/Cold start
0A5	SX	Start determination point
0A6	XL	SV tracking
0A7	OT	MV transfer function [Action taken when changed to Manual mode from Auto mode]
0A8	XE	Control action
0A9	PK	Integral/derivative time decimal point position
0AA	KA	Derivative action
0AB	KB	Undershoot suppression factor
0AC	DG	Derivative gain
0AD	IV	ON/OFF action differential gap (upper)
0AE	IW	ON/OFF action differential gap (lower)
0AF	WH	Action (high) at input error
0B0	WL	Action (low) at input error
0B1	OE	Manipulated output value at input error
0B2	OF	Manipulated output value at STOP mode [heat-side]
0B3	OG	Manipulated output value at STOP mode [cool-side]
0B4	PH	Output change rate limiter (up) [heat-side]
0B5	PL	Output change rate limiter (down) [heat-side]
0B6	OH	Output limiter (high) [heat-side]
0B7	OL	Output limiter (low) [heat-side]
0B8	PX	Output change rate limiter (up) [cool-side]
0B9	PY	Output change rate limiter (down) [cool-side]
0BA	OX	Output limiter (high) [cool-side]
0BB	OY	Output limiter (low) [cool-side]
0BC	GB	AT bias
0BD	G3	AT cycles
0BE	OP	Output value with AT turned on
0BF	OQ	Output value with AT turned off
0C0	GH	AT differential gap time
0C1	KC	Proportional band adjusting factor [heat-side]
0C2	KD	Integral time adjusting factor [heat-side]
0C3	KE	Derivative time adjusting factor [heat-side]
0C4	KF	Proportional band adjusting factor [cool-side]
0C5	KG	Integral time adjusting factor [cool-side]
0C6	KH	Derivative time adjusting factor [cool-side]
0C7	P6	Proportional band limiter (high) [heat-side]
0C8	P7	Proportional band limiter (low) [heat-side]
0C9	I6	Integral time limiter (high) [heat-side]
0CA	I7	Integral time limiter (low) [heat-side]
0CB	D6	Derivative time limiter (high) [heat-side]
0CC	D7	Derivative time limiter (low) [heat-side]
0CD	P8	Proportional band limiter (high) [cool-side]
0CE	P9	Proportional band limiter (low) [cool-side]
0CF	I8	Integral time limiter (high) [cool-side]
0D0	I9	Integral time limiter (low) [cool-side]
0D1	D8	Derivative time limiter (high) [cool-side]
0D2	D9	Derivative time limiter (low) [cool-side]
0D3	V2	Open/Close output neutral zone
0D4	SY	Action at feedback resistance (FBR) input error
0D5	FV	Feedback adjustment
0D6	TN	Control motor time
0D7	OI	Integrated output limiter
0D8	VS	Valve action at STOP
0D9	KI	ST proportional band adjusting factor
0DA	KJ	ST integral time adjusting factor
0DB	KK	ST derivative time adjusting factor
0DC	SU	ST start condition
0DD	Y7	Automatic temperature rise group
0DE	RT	Automatic temperature rise dead time
0DF	R2	Automatic temperature rise gradient data
0E0	NS	EDS transfer time decimal point position
0E1	NV	Output average processing time for EDS
0E2	NW	Responsive action trigger point for EDS
0E3	HU	Setting change rate limiter unit time
0E4	RU	Soak time unit
0E5	SH	Setting limiter (high)
0E6	SL	Setting limiter (low)
0E7	TS	PV transfer function
0E8	EA	Operation mode assignment 1 (Logic output selection function) Logic output 1 to 4
0E9	EB	Operation mode assignment 2 (Logic output selection function) Logic output 5 to 8
0EA	KM	SV select function
0EB	MC	Remote SV function master channel module address
0EC	MN	Remote SV function master channel selection
0ED	DY	Output distribution master channel module address
0EE	DZ	Output distribution master channel selection
0EF	RL	Address of interacting modules
0F0	RM	Channel selection of interacting modules
0F1	RN	Selection switch of interacting modules
0F2	VG	TIO Interval time
0F3	L1	Digital input (DI) state 1
0F4	L6	Digital input (DI) state 2
0F5	Q2	Digital output (DO) state 1
0F6	Q3	Digital output (DO) state 2
0F7	Q4	DO manual output 1
0F8	Q5	DO manual output 2
0F9	DO	DO output distribution selection
0FA	O8	DO output distribution bias
0FB	O9	DO output distribution ratio
0FC	V0	DO proportional cycle time
0FD	VJ	DO minimum ON/OFF time of proportioning cycle
0FE	H2	DI function assignment
0FF	E1	Memory area setting signal
100	LQ	DO signal assignment module address 1
101	LR	DO signal assignment module address 2
102	LT	DO output assignment 1 [DO1 to DO4]
103	LX	DO output assignment 2 [DO5 to DO8]
104	NB	DO energized/de-energized
105	DD	DO output distribution master channel module address
106	DJ	DO output distribution master channel selection
107	OJ	DO manipulated output value (MV) at STOP mode
108	D3	DO output limiter (high)
109	D4	DO output limiter (low)
10A	VF	Z-DIO Interval time
10B	M4	Current transformer (CT) input value monitor
10C	M5	Load factor conversion CT monitor
10D	AF	Heater break alarm (HBA) state monitor
10E	AG	Heater overcurrent alarm state monitor
10F	CJ	Automatic setting state monitor
110	BT	Heater break/Heater overcurrent alarm automatic setting selection
111	BU	Automatic setting transfer
112	A8	Heater break alarm (HBA) set value
113	BZ	Heater break alarm (HBA) selection
114	A6	Heater overcurrent alarm set value
115	BO	Heater overcurrent alarm selection
116	CX	Heater break alarm (HBA) interlock release
117	CY	Heater overcurrent alarm interlock release
118	LK	Set lock
119	BV	CT type
11A	XT	CT ratio (CT number of winds)
11B	DI	Number of heater break alarm (HBA) delay times
11C	BW	Automatic setting factor for heater break alarm (HBA)
11D	B9	Automatic setting factor for heater overcurrent alarm
11E	BP	Determination current value for automatic setting
11F	BQ	Automatic setting time
120	BX	Module address assignments for CT input
121	BY	Module channel assignments for CT input
122	IC	Load factor conversion method
123	VH	CT Interval time
[SigDataEnd]