Configuration data

Index 80n0 AI settings Ch.1, 2 (for n=0 (Ch.1), n=1 (Ch.2))

Index (hex)	Name	Meaning	Data type	Flags	Default
80n0:0	AI Settings	Max. subindex	UINT8	RO	0x18 (24_dec)
80n0:01	Enable User Scale	User scaling is enabled. (see data stream flow chart)	BOOLEAN	RW	0x00 (0_dec)
80n0:02	Presentation	0: Signed presentation The measured value is displayed in two's complement. Maximum presentation range at 16 bits: -32768_dec ... +32767_dec 1: Unsigned presentation Maximum presentation range for 16 bits: 0 ... +65535_dec 2: Absolute value with MSB as sign The measured value is output in the signed amount representation. Maximum presentation range at 16 bits: - 32768_dec .. +32767_dec	BIT3	RW	0x00 (0_dec)
80n0:06	Enable Filter 1	Enable filter 1	BOOLEAN	RW	0x01 (1_dec)
80n0:07	Enable Limit 1	Enable Limit 1	BOOLEAN	RW	0x00 (0_dec)
80n0:08	Enable Limit 2	Enable Limit 2	BOOLEAN	RW	0x00 (0_dec)
80n0:0A	Enable User Calibration	Enable user calibration (see data stream flow chart)	BOOLEAN	RW	0x00 (0_dec)
80n0:0B	Enable Vendor Calibration	Enable vendor calibration (see data stream flow chart)	BOOLEAN	RW	0x01 (1_dec)
80n0:0E	Swap Limit Bits	Swap limit bits	BOOLEAN	RW	0x00 (0_dec)
80n0:11	User Scale Offset	User scale offset	INT16	RW	0x0000 (0_dec)
80n0:12	User Scale Gain	User scale gain. The gain has a fixed-point representation with a factor of 2^-16. The value 1 corresponds to 65535 (0x00010000).	INT32	RW	0x00010000 (65536_dec)
80n0:13	Limit 1	First limit value for setting the status bits	INT16	RW	0x0000 (0_dec)
80n0:14	Limit 2	Second limit value for setting the status bits	INT16	RW	0x0000 (0_dec)
80n0:15	Filter 1 Settings	This object determines the digital filter settings if it is active via Enable filter (Index 0x8000:06). The possible settings are numbered consecutively. 0: 50 Hz FIR 1: 60 Hz FIR 2: IIR 1 3: IIR 2 4: IIR 3 5: IIR 4 6: IIR 5 7: IIR 6 8: IIR 7 9: IIR 8 Refer to the Note on setting the filter characteristics	UINT16	RW	0x0000 (0_dec)
80n0:17	User Calibration offset	User calibration offset	INT16	RW	0x0000 (0_dec)
80n0:18	User Calibration gain	User calibration gain	UINT16	RW	0x7FFF (32767_dec)

Index 80nC AI User Calibration Data Ch.1, 2 (for n=0 (Ch.1), n=1 (Ch.2))

Index (hex)	Name	Meaning	Data type	Flags	Default
80nC:0	AI User Calibration Data	Max. subindex	UINT8	RO	0x0D (13_dec)
80nC:01	Calibration Data	4 bytes of free memory space; here it is possible to store the calibration date in the form of 8 CHAR, for example	OCTET-STRING[4]	RW	{0}
80nC:03	S0	Real32 coefficient S0	REAL32	RW	0x00000000 (0_dec)
80nC:04	S1	Real32 coefficient S1	REAL32	RW	0x00000000 (0_dec)
80nC:05	S2	Real32 coefficient S2	REAL32	RW	0x00000000 (0_dec)
80nC:06	S3	Real32 coefficient S3	REAL32	RW	0x00000000 (0_dec)
80nC:0D	S1n	Real32 coefficient S1n	REAL32	RW	0x00000000 (0_dec)

Index 80nD AI Advanced Settings Ch.1, 2 (for n=0 (Ch1.), n=1 (Ch.2))

Index (hex)	Name	Meaning	Data type	Flags	Default
80nD:0	AI Advanced Settings	Max. subindex	UINT8	RO	0x2A (42_dec)
80nD:11	Input Interface	Values: 0 – None 2 - V ±10V 14 - V 0-10V 17 - I ±20mA 18 - I 0-20mA 19 - I 4-20mA 20 - I 4-20mA NAMUR	UINT16	RW	0x0002 (2_dec)
80nD:12	Integer Scaler	Values: 0 - Extended Range 3 - Legacy Range	UINT16	RW	0x0000 (0_dec)
80nD:17	Low Range Error	Low Range limit value	INT32	RW	0xFFFF8000 (-32768_dec)
80nD:018	High Range Error	High Range limit value	INT32	RW	0x00007FFF (32767_dec)
80nD:1A	Filter 2 Settings	Values: 0 – Off 1 - HP 0.001 Hz 2 - HP 0.01 Hz 3 - HP 0.1 Hz 4 - HP 1 Hz 5 - HP 10 Hz	UINT16	RW	0x0000 (0_dec)
80nD:1C	User Scale Offset (Real32)	tbd	REAL32	RW	0x00000000 (0.0)
80nD:1D	User Scale Gain (Real32)	tbd	REAL32	RW	0x3F800000 (1.0)
80nD:27	Low Range Error (Real32)	Limit value Low Range (Real32)	REAL32	RW	0xC12BCC79 (-10.7374201)
80nD:28	High Range Error (Real32)	High Range limit value (Real32)	REAL32	RW	0x412BCC79 (10.7374201)
80nD:29	Limit 1 (Real32)	Limit value Limit1	REAL32	RW	0x00000000 (0.0)
80nD:2A	Limit 2 (Real32)	Limit 2 (INT16) in the AI settings is adjusted automatically	REAL32	RW	0x00000000 (0.0)

Index 80nF AI Vendor Calibration Data Ch.1, 2 (for n=0 (Ch.1), n=1 (Ch.2))

Index (hex)	Name	Meaning	Data type	Flags	Default
80nF:0	AI Vendor Calibration Data	Max. subindex	UINT8	RO	0x0D (13_dec)
80nF:01	Calibration Date	4 bytes of free memory space; here it is possible to store the calibration date in the form of 8 CHAR, for example	OCTET-STRING[4]	RW	{0}
80nF:03	S0	Real32 coefficient S0	REAL32	RW	0x00000000 (0_dec)
80nF:04	S1	Real32 coefficient S1	REAL32	RW	0x00000000 (0_dec)
80nF:05	S2	Real32 coefficient S2	REAL32	RW	0x00000000 (0_dec)
80nF:06	S3	Real32 coefficient S3	REAL32	RW	0x00000000 (0_dec)
80nF:07	T1	Real32 coefficient T1	REAL32	RW	0x00000000 (0_dec)
80nF:08	T1S1	Real32 coefficient T1S1	REAL32	RW	0x00000000 (0_dec)
80nF:0D	S1n	Real32 coefficient S1n	REAL32	RW	0x00000000 (0_dec)

Index 80n0 AO settings Ch. 3, 4 (for n=2 (Ch.3), n=3 (Ch.4))

Index (hex)	Name	Meaning	Data type	Flags	Default
80n0:0	AO Settings	Max. subindex	UINT8	RO	0x16 (22_dec)
80n0:01	Enable User Scale	User scaling is enabled. (see data stream flow chart)	BOOLEAN	RW	0x00 (0_dec)
80n0:02	Presentation	0: Signed presentation The measured value is displayed in two's complement. Maximum presentation range at 16 bits: -32768_dec ... +32767_dec 1: Unsigned presentation Maximum presentation range for 16 bits: 0 ... +65535_dec 2: Absolute value with MSB as sign The measured value is output in the signed amount representation. Maximum presentation range at 16 bits: - 32768_dec .. +32767_dec 3: Absolute value The negative number range is also output as positive.	BIT3	RW	0x00 (0_dec)
80n0:05	Watchdog Type	0: Default watchdog value The default value (80n0:13) is active. 1: Watchdog ramp The ramp (80n0:14) for moving to the default value is active. 2: Last output value The last process data is output when the watchdog drops.	BIT2	RW	0x00 (0_dec)
80n0:07	Enable user calibration	Enable user calibration (see data stream flow chart)	BOOLEAN	RW	0x00 (0_dec)
80n0:08	Enable Vendor Calibration	Enable vendor calibration (see data stream flow chart)	BOOLEAN	RW	0x01 (1_dec)
80n0:11	User Scale Offset	User scale offset	INT16	RW	0x0000 (0_dec)
80n0:12	User Scale Gain	User scale gain. The gain has a fixed-point representation with a factor of 2^-16. The value 1 corresponds to 65535 (0x00010000).	INT32	RW	0x00010000 (65536_dec)
80n0:13	Watchdog Output Value	Watchdog default output value	INT16	RW	0x0000 (0_dec)
80n0:14	Watchdog Ramp	Ramps to the default value Value in digits/ms.	UINT16	RW	0xFFFF (65535_dec)
80n0:15	User Calibration Offset	User calibration offset	INT16	RW	0x0000 (0_dec)
80n0:16	User Calibration Gain	User calibration gain	UINT16	RW	0x7FFF (32767_dec)

Index 80nC AO User Calibration Data Ch.3, 4 (for n=2 (Ch.3), n=3 (Ch.4))

Index (hex)	Name	Meaning	Data type	Flags	Default
80nC:0	AO User Calibration Data	Max. subindex	UINT8	RO	0x0D (13_dec)
80nC:01	Calibration Data	4 bytes of free memory space; here it is possible to store the calibration date in the form of 8 CHAR, for example	OCTET-STRING[4]	RW	{0}
80nC:03	S0	Real32 coefficient S0	REAL32	RW	0x00000000 (0_dec)
80nC:04	S1	Real32 coefficient S1	REAL32	RW	0x00000000 (0_dec)
80nC:05	S2	Real32 coefficient S2	REAL32	RW	0x00000000 (0_dec)
80nC:06	S3	Real32 coefficient S3	REAL32	RW	0x00000000 (0_dec)
80nC:0D	S1n	Real32 coefficient S1n	REAL32	RW	0x00000000 (0_dec)

Index 80nD AO Advanced Settings Ch.3, 4 (for n=2 (Ch.3), n=3 (Ch.4))

Index (hex)	Name	Meaning	Data type	Flags	Default
80nD:0	AI Advanced Settings	Max. subindex	UINT8	RO	0x1E (30_dec)
80nD:11	Output Interface	Values: 0 – None 2 - V ±10V 14 - V 0-10V 17 - I ±20mA 18 - I 0-20mA 19 - I 4-20mA	UINT16	RW	0x0002 (2_dec)
80nD:12	Integer Scaler	Values: 0 - Extended Range 3 - Legacy Range	UINT16	RW	0x0000 (0_dec)
80nD:13	User Scale Offset (Real32)	User scale offset	REAL32	RW	0x00000000 (0.0)
80nD:14	User Scale Gain (Real32)	User scale gain.	REAL32	RW	0x3F800000 (1.0)
80nD:15	Warning Level Low	Warning if output value falls below permitted value	REAL32	RW	0xC1200000 (-10.0)
80nD:16	Warning Level High	Warning if permissible output value is exceeded	REAL32	RW	0x41200000 (10.0)
80nD:1A	Watchdog Output Value (Real32)	User-specific setpoint Watchdog (Real32)	REAL32	RW	0x00000000 (0.0)
80nD:1B	Watchdog Ramp (Real32)	Time of the ramp from maximum value (10V / 20mA) to zero. The end value is defined via watchdog value 0x18. [s]	REAL32	RW	0x00000000 (0.0)
80nD:1C	Limiter Low Value	Output value limit (lowest value)	REAL32	RW	0x412BCC79 (10.7374201)
80nD:1D	Limiter High Value	Output value limit (highest value)	REAL32	RW	0x412BCC79 (10.7374201)
80nD:1E	Output Slew Rate	Limitation of the setpoint gradient [s]	REAL32	RW	0x00000000 (0.0)

Index 80nF AO Vendor Calibration Data Ch.3, 4 (for n=2 (Ch.3), n=3 (Ch.4))

Index (hex)	Name	Meaning	Data type	Flags	Default
80nF:0	AO Vendor Calibration Data	Max. subindex	UINT8	RO	0x0D (13_dec)
80nF:01	Calibration Date	4 bytes of free memory space; here it is possible to store the calibration date in the form of 8 CHAR, for example	OCTET-STRING[4]	RW	{0}
80nF:03	S0	Real32 coefficient S0	REAL32	RW	0x00000000 (0_dec)
80nF:04	S1	Real32 coefficient S1	REAL32	RW	0x00000000 (0_dec)
80nF:05	S2	Real32 coefficient S2	REAL32	RW	0x00000000 (0_dec)
80nF:06	S3	Real32 coefficient S3	REAL32	RW	0x00000000 (0_dec)
80nF:0D	S1n	Real32 coefficient S1n	REAL32	RW	0x00000000 (0_dec)