Baumer-Force_Strain-L_ID60011-20220201-IODD1.1.xml

Version: V1.2

Release Date: 2022-02-01

Dxx with IO-Link only
Vendor ID	350 (0x015e)
Vendor Name	Baumer Electric AG
Vendor Text	www.baumer.com
Vendor URL	http://www.baumer.com
Device ID	60011 (0x00ea6b)
DeviceFamily	Force and Strain measurement
Additional Device IDs	60005 (0x00ea65)
Features
Block Parameter	yes
Data Storage	yes
Profile Characteristic	0x0001 (Device Profile: Generic Profiled Sensor), 0x8001 (Function Class: Multiple switching signal)
Supported Access Locks	Parameter: no, Data Storage: yes, Local Parameterization: no, Local User Interface: no
Communication
IO-Link Revision	V1.1
Transmission Rate	230400 bit/s (COM3)
Minimum Cycle Time	1 ms
SIO Mode Supported	yes
M-Sequence Capability	PREOPERATE = TYPE_1_V with 8 octets on-request data OPERATE = TYPE_2_V with 2 octets on-request data ISDU supported
Device Variant	DAB10-AL
Description	Bridge Amplifier in metal housing with IO-Link/SIO1 and SIO2
Product ID	DAB10-AL
Device Icon
Device Symbol
Connection Type	Non-standard connector
Connection Symbol
Connection Description	M12 connector
- pin 1	brown; L+; L+
- pin 2	white; Other; DI/DQ
- pin 3	(light) blue; L-; L-
- pin 4	black; C/Q; C/Q
- pin 5	grey (slate); Other; n.c.
Device Variant	DST53-AxxxL
Description	Performance strain sensor with IO-Link/SIO1 and SIO2
Product ID	DST53-AxxxL
Device Icon
Device Symbol
Connection Type	Non-standard connector
Connection Symbol
Connection Description	M12 connector
- pin 1	brown; L+; L+
- pin 2	white; Other; DI/DQ
- pin 3	(light) blue; L-; L-
- pin 4	black; C/Q; C/Q
- pin 5	grey (slate); Other; n.c.
Device Variant	DST76-BxxxL
Description	Standard strain sensor with IO-Link/SIO1 and SIO2
Product ID	DST76-BxxxL
Device Icon
Device Symbol
Connection Type	No connector (just the cable)
Connection Description	Cable outlet
- wire 1	brown; L+; L+
- wire 2	white; Other; DI/DQ
- wire 3	(light) blue; L-; L-
- wire 4	black; C/Q; C/Q

[Top]

ProcessData id=P_ProcessDataNewton (condition V_DisplayControlValues.Display Control Value 1 = 0)

ProcessDataIn "Process Data In" id=P_ProcessDataInNewton

bit length: 48
data type: 48-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	16	32-bit Integer	-2100100000 = Out of Range (-), 2100100000 = Out of Range (+), 2110000000 = No Data, -2000000000..2000000000	Process Value
2	8	8-bit Integer		Scale Exponent
3	0	Boolean		SSC1
4	1	Boolean		SSC2
5	2	Boolean		Quality
6	3	Boolean		Alarm
7	4	Boolean		Not used
8	5	Boolean		Not used
9	6	Boolean		Not used
10	7	Boolean		Not used

Octet 0

bit offset	47	46	45	44	43	42	41	40
subindex	1
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	39	38	37	36	35	34	33	32
subindex	1
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	31	30	29	28	27	26	25	24
subindex	1
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	23	22	21	20	19	18	17	16
subindex	1
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	15	14	13	12	11	10	9	8
subindex	2
element bit	7	6	5	4	3	2	1	0

Octet 5

bit offset	7	6	5	4	3	2	1	0
subindex	10	9	8	7	6	5	4	3

ProcessDataOut "Process Data Out" id=P_ProcessDataOutNewton

bit length: 8
data type: 8-bit Record (subindex access not supported)

subindex	bit offset	data type	name
1	0	Boolean	Not used
2	1	Boolean	Not used
3	2	Boolean	Sample and Hold - Trigger
4	3	Boolean	Teach-in Offset / Taring
5	4	Boolean	Memory Reset
6	5	Boolean	Teach-in Sensitivity
7	6	Boolean	Not used
8	7	Boolean	Not used

Octet 0

bit offset	7	6	5	4	3	2	1	0
subindex	8	7	6	5	4	3	2	1

ProcessData id=P_ProcessDataKilonewton (condition V_DisplayControlValues.Display Control Value 1 = 1)

ProcessDataIn "Process Data In" id=P_ProcessDataInKilonewton

bit length: 48
data type: 48-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	16	32-bit Integer	-2100100000 = Out of Range (-), 2100100000 = Out of Range (+), 2110000000 = No Data, -2000000000..2000000000	Process Value
2	8	8-bit Integer		Scale Exponent
3	0	Boolean		SSC1
4	1	Boolean		SSC2
5	2	Boolean		Quality
6	3	Boolean		Alarm
7	4	Boolean		Not used
8	5	Boolean		Not used
9	6	Boolean		Not used
10	7	Boolean		Not used

Octet 0

bit offset	47	46	45	44	43	42	41	40
subindex	1
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	39	38	37	36	35	34	33	32
subindex	1
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	31	30	29	28	27	26	25	24
subindex	1
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	23	22	21	20	19	18	17	16
subindex	1
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	15	14	13	12	11	10	9	8
subindex	2
element bit	7	6	5	4	3	2	1	0

Octet 5

bit offset	7	6	5	4	3	2	1	0
subindex	10	9	8	7	6	5	4	3

ProcessDataOut "Process Data Out" id=P_ProcessDataOutKilonewton

bit length: 8
data type: 8-bit Record (subindex access not supported)

subindex	bit offset	data type	name
1	0	Boolean	Not used
2	1	Boolean	Not used
3	2	Boolean	Sample and Hold - Trigger
4	3	Boolean	Teach-in Offset / Taring
5	4	Boolean	Memory Reset
6	5	Boolean	Teach-in Sensitivity
7	6	Boolean	Not used
8	7	Boolean	Not used

Octet 0

bit offset	7	6	5	4	3	2	1	0
subindex	8	7	6	5	4	3	2	1

ProcessData id=P_ProcessDataMeganewton (condition V_DisplayControlValues.Display Control Value 1 = 2)

ProcessDataIn "Process Data In" id=P_ProcessDataInMeganewton

bit length: 48
data type: 48-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	16	32-bit Integer	-2100100000 = Out of Range (-), 2100100000 = Out of Range (+), 2110000000 = No Data, -2000000000..2000000000	Process Value
2	8	8-bit Integer		Scale Exponent
3	0	Boolean		SSC1
4	1	Boolean		SSC2
5	2	Boolean		Quality
6	3	Boolean		Alarm
7	4	Boolean		Not used
8	5	Boolean		Not used
9	6	Boolean		Not used
10	7	Boolean		Not used

Octet 0

bit offset	47	46	45	44	43	42	41	40
subindex	1
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	39	38	37	36	35	34	33	32
subindex	1
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	31	30	29	28	27	26	25	24
subindex	1
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	23	22	21	20	19	18	17	16
subindex	1
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	15	14	13	12	11	10	9	8
subindex	2
element bit	7	6	5	4	3	2	1	0

Octet 5

bit offset	7	6	5	4	3	2	1	0
subindex	10	9	8	7	6	5	4	3

ProcessDataOut "Process Data Out" id=P_ProcessDataOutMeganewton

bit length: 8
data type: 8-bit Record (subindex access not supported)

subindex	bit offset	data type	name
1	0	Boolean	Not used
2	1	Boolean	Not used
3	2	Boolean	Sample and Hold - Trigger
4	3	Boolean	Teach-in Offset / Taring
5	4	Boolean	Memory Reset
6	5	Boolean	Teach-in Sensitivity
7	6	Boolean	Not used
8	7	Boolean	Not used

Octet 0

bit offset	7	6	5	4	3	2	1	0
subindex	8	7	6	5	4	3	2	1

ProcessData id=P_ProcessDataKilogram (condition V_DisplayControlValues.Display Control Value 1 = 4)

ProcessDataIn "Process Data In" id=P_ProcessDataInKilogram

bit length: 48
data type: 48-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	16	32-bit Integer	-2100100000 = Out of Range (-), 2100100000 = Out of Range (+), 2110000000 = No Data, -2000000000..2000000000	Process Value
2	8	8-bit Integer		Scale Exponent
3	0	Boolean		SSC1
4	1	Boolean		SSC2
5	2	Boolean		Quality
6	3	Boolean		Alarm
7	4	Boolean		Not used
8	5	Boolean		Not used
9	6	Boolean		Not used
10	7	Boolean		Not used

Octet 0

bit offset	47	46	45	44	43	42	41	40
subindex	1
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	39	38	37	36	35	34	33	32
subindex	1
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	31	30	29	28	27	26	25	24
subindex	1
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	23	22	21	20	19	18	17	16
subindex	1
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	15	14	13	12	11	10	9	8
subindex	2
element bit	7	6	5	4	3	2	1	0

Octet 5

bit offset	7	6	5	4	3	2	1	0
subindex	10	9	8	7	6	5	4	3

ProcessDataOut "Process Data Out" id=P_ProcessDataOutKilogram

bit length: 8
data type: 8-bit Record (subindex access not supported)

subindex	bit offset	data type	name
1	0	Boolean	Not used
2	1	Boolean	Not used
3	2	Boolean	Sample and Hold - Trigger
4	3	Boolean	Teach-in Offset / Taring
5	4	Boolean	Memory Reset
6	5	Boolean	Teach-in Sensitivity
7	6	Boolean	Not used
8	7	Boolean	Not used

Octet 0

bit offset	7	6	5	4	3	2	1	0
subindex	8	7	6	5	4	3	2	1

ProcessData id=P_ProcessDataTon (condition V_DisplayControlValues.Display Control Value 1 = 5)

ProcessDataIn "Process Data In" id=P_ProcessDataInTon

bit length: 48
data type: 48-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	16	32-bit Integer	-2100100000 = Out of Range (-), 2100100000 = Out of Range (+), 2110000000 = No Data, -2000000000..2000000000	Process Value
2	8	8-bit Integer		Scale Exponent
3	0	Boolean		SSC1
4	1	Boolean		SSC2
5	2	Boolean		Quality
6	3	Boolean		Alarm
7	4	Boolean		Not used
8	5	Boolean		Not used
9	6	Boolean		Not used
10	7	Boolean		Not used

Octet 0

bit offset	47	46	45	44	43	42	41	40
subindex	1
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	39	38	37	36	35	34	33	32
subindex	1
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	31	30	29	28	27	26	25	24
subindex	1
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	23	22	21	20	19	18	17	16
subindex	1
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	15	14	13	12	11	10	9	8
subindex	2
element bit	7	6	5	4	3	2	1	0

Octet 5

bit offset	7	6	5	4	3	2	1	0
subindex	10	9	8	7	6	5	4	3

ProcessDataOut "Process Data Out" id=P_ProcessDataOutTon

bit length: 8
data type: 8-bit Record (subindex access not supported)

subindex	bit offset	data type	name
1	0	Boolean	Not used
2	1	Boolean	Not used
3	2	Boolean	Sample and Hold - Trigger
4	3	Boolean	Teach-in Offset / Taring
5	4	Boolean	Memory Reset
6	5	Boolean	Teach-in Sensitivity
7	6	Boolean	Not used
8	7	Boolean	Not used

Octet 0

bit offset	7	6	5	4	3	2	1	0
subindex	8	7	6	5	4	3	2	1

ProcessData id=P_ProcessDataMillvoltPerVolt (condition V_DisplayControlValues.Display Control Value 1 = 12)

ProcessDataIn "Process Data In" id=P_ProcessDataInMillvoltPerVolt

bit length: 48
data type: 48-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	16	32-bit Integer	-2100100000 = Out of Range (-), 2100100000 = Out of Range (+), 2110000000 = No Data, -2000000000..2000000000	Process Value
2	8	8-bit Integer		Scale Exponent
3	0	Boolean		SSC1
4	1	Boolean		SSC2
5	2	Boolean		Quality
6	3	Boolean		Alarm
7	4	Boolean		Not used
8	5	Boolean		Not used
9	6	Boolean		Not used
10	7	Boolean		Not used

Octet 0

bit offset	47	46	45	44	43	42	41	40
subindex	1
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	39	38	37	36	35	34	33	32
subindex	1
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	31	30	29	28	27	26	25	24
subindex	1
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	23	22	21	20	19	18	17	16
subindex	1
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	15	14	13	12	11	10	9	8
subindex	2
element bit	7	6	5	4	3	2	1	0

Octet 5

bit offset	7	6	5	4	3	2	1	0
subindex	10	9	8	7	6	5	4	3

ProcessDataOut "Process Data Out" id=P_ProcessDataOutMillvoltPerVolt

bit length: 8
data type: 8-bit Record (subindex access not supported)

subindex	bit offset	data type	name
1	0	Boolean	Not used
2	1	Boolean	Not used
3	2	Boolean	Sample and Hold - Trigger
4	3	Boolean	Teach-in Offset / Taring
5	4	Boolean	Memory Reset
6	5	Boolean	Teach-in Sensitivity
7	6	Boolean	Not used
8	7	Boolean	Not used

Octet 0

bit offset	7	6	5	4	3	2	1	0
subindex	8	7	6	5	4	3	2	1

ProcessData id=P_ProcessDataMicormeterPerMeter (condition V_DisplayControlValues.Display Control Value 1 = 13)

ProcessDataIn "Process Data In" id=P_ProcessDataInMicormeterPerMeter

bit length: 48
data type: 48-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	16	32-bit Integer	-2100100000 = Out of Range (-), 2100100000 = Out of Range (+), 2110000000 = No Data, -2000000000..2000000000	Process Value
2	8	8-bit Integer		Scale Exponent
3	0	Boolean		SSC1
4	1	Boolean		SSC2
5	2	Boolean		Quality
6	3	Boolean		Alarm
7	4	Boolean		Not used
8	5	Boolean		Not used
9	6	Boolean		Not used
10	7	Boolean		Not used

Octet 0

bit offset	47	46	45	44	43	42	41	40
subindex	1
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	39	38	37	36	35	34	33	32
subindex	1
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	31	30	29	28	27	26	25	24
subindex	1
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	23	22	21	20	19	18	17	16
subindex	1
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	15	14	13	12	11	10	9	8
subindex	2
element bit	7	6	5	4	3	2	1	0

Octet 5

bit offset	7	6	5	4	3	2	1	0
subindex	10	9	8	7	6	5	4	3

ProcessDataOut "Process Data Out" id=P_ProcessDataOutMicormeterPerMeter

bit length: 8
data type: 8-bit Record (subindex access not supported)

subindex	bit offset	data type	name
1	0	Boolean	Not used
2	1	Boolean	Not used
3	2	Boolean	Sample and Hold - Trigger
4	3	Boolean	Teach-in Offset / Taring
5	4	Boolean	Memory Reset
6	5	Boolean	Teach-in Sensitivity
7	6	Boolean	Not used
8	7	Boolean	Not used

Octet 0

bit offset	7	6	5	4	3	2	1	0
subindex	8	7	6	5	4	3	2	1

[Top]

Standard Variable "Direct Parameters - Page 1" index=0 id=V_DirectParameters_1

description: Comprises the required parameters defining the communication characteristics and identifiers for device validation.
data type: 128-bit Record
access rights: rw

subindex	bit offset	data type	default value	acc. restr.	mod. other var.	name	description
1	120	8-bit UInteger		ro		Reserved
2	112	8-bit UInteger		ro		Master Cycle Time	Communication: Current communication cycle duration used by the master. This value defines the process data cycle.
3	104	8-bit UInteger		ro		Min Cycle Time	Communication: Minimum communication cycle duration supported by the device. This value defines the lowest possible process data cycle.
4	96	8-bit UInteger		ro		M-Sequence Capability	Communication: Information on the structure and the supported features of the communication messages.
5	88	8-bit UInteger	17	ro		IO-Link Revision ID	Communication: Identifier for the currently used communication protocol revision.
6	80	8-bit UInteger		ro		Process Data Input Length	Communication: Information on width and features of the process input data (Process Data from Device to Master).
7	72	8-bit UInteger		ro		Process Data Output Length	Communication: Information on width of the process output data (Process Data from Master to Device).
8	64	8-bit UInteger		ro		Vendor ID 1	Identification: Highest octet of the Vendor ID. Combined with the parameter Vendor ID 2, this parameter defines the 16-bit value of the unique Vendor ID as assigned by the IO-Link Community.
9	56	8-bit UInteger		ro		Vendor ID 2	Identification: Lowest octet of the Vendor ID. Combined with the parameter Vendor ID 1, this parameter defines the 16-bit value of the unique Vendor ID as assigned by the IO-Link Community.
10	48	8-bit UInteger		ro		Device ID 1	Identification: Highest octet of the Device ID. Combined with the parameters Device ID 2 and 3, this parameter defines the 24-bit value of the vendor-specific Device ID.
11	40	8-bit UInteger		ro		Device ID 2	Identification: Middle octet of the Device ID. Combined with the parameters Device ID 1 and 3, this parameter defines the 24-bit value of the vendor-specific Device ID.
12	32	8-bit UInteger		ro		Device ID 3	Identification: Lowest octet of the Device ID. Combined with the parameters Device ID 1 and 2, this parameter defines the 24-bit value of the vendor-specific Device ID.
13	24	8-bit UInteger		ro		Reserved
14	16	8-bit UInteger		ro		Reserved
15	8	8-bit UInteger		ro		Reserved
16	0	8-bit UInteger		wo	X	System Command	Application: Command interface for devices without ISDU support. Validity and execution of commands are not confirmed.

octet	0	1	2	3	4	5	6	7
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	1	2	3	4	5	6	7	8
element bit	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	9	10	11	12	13	14	15	16
element bit	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0

Standard Variable "Direct Parameters - Page 2" index=1 id=V_DirectParameters_2

description: A set of parameters for devices without ISDU support.
data type: 128-bit Record
access rights: rw

subindex	bit offset	data type	name
1	120	8-bit UInteger	Device-specific Parameter 1
2	112	8-bit UInteger	Device-specific Parameter 2
3	104	8-bit UInteger	Device-specific Parameter 3
4	96	8-bit UInteger	Device-specific Parameter 4
5	88	8-bit UInteger	Device-specific Parameter 5
6	80	8-bit UInteger	Device-specific Parameter 6
7	72	8-bit UInteger	Device-specific Parameter 7
8	64	8-bit UInteger	Device-specific Parameter 8
9	56	8-bit UInteger	Device-specific Parameter 9
10	48	8-bit UInteger	Device-specific Parameter 10
11	40	8-bit UInteger	Device-specific Parameter 11
12	32	8-bit UInteger	Device-specific Parameter 12
13	24	8-bit UInteger	Device-specific Parameter 13
14	16	8-bit UInteger	Device-specific Parameter 14
15	8	8-bit UInteger	Device-specific Parameter 15
16	0	8-bit UInteger	Device-specific Parameter 16

octet	0	1	2	3	4	5	6	7
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	1	2	3	4	5	6	7	8
element bit	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	9	10	11	12	13	14	15	16
element bit	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0

Standard Variable "System Command" index=2 id=V_SystemCommand

description: Command interface for applications. A positive acknowledge indicates the complete and correct finalization of the requested function.
data type: 8-bit UInteger
allowed values: 130 = Restore Factory Settings
access rights: wo
modifies other variables

octet	0
bit offset	7 - 0
element bit	7 - 0

Standard Variable "Device Access Locks" index=12 id=V_DeviceAccessLocks

description: The access to the device parameters can be restricted by setting appropriate flags within this parameter.
data type: 16-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	0	Boolean	false = Unlocked, true = Locked		Parameter Write Access	This lock prevents the write access to all read/write parameters of the device except for the parameter 'Device Access Locks'.
2	1	Boolean	false = Unlocked, true = Locked	false	Data Storage	This lock prevents the write access to the device parameters via the data storage mechanism.
3	2	Boolean	false = Unlocked, true = Locked		Local Parameterization	This lock prevents the device settings from being changed via local operating elements on the device.
4	3	Boolean	false = Unlocked, true = Locked		Local User Interface	This lock prevents the access to the device settings and display via a local user interface. The user interface is disabled.

Octet 0

bit offset	15	14	13	12	11	10	9	8
subindex	/ / / / / /	/ / / / / /	/ / / / / /	/ / / / / /	/ / / / / /	/ / / / / /	/ / / / / /	/ / / / / /

Octet 1

bit offset	7	6	5	4	3	2	1	0
subindex	/ / / / / /	/ / / / / /	/ / / / / /	/ / / / / /	4	3	2	1

Standard Variable "Vendor Name" index=16 id=V_VendorName

description: The vendor name that is assigned to a Vendor ID.
data type: 64-octet String UTF-8
default value: "Baumer Electric AG"
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	511 - 504	503 - 496	495 - 488	487 - 480	479 - 472	471 - 464	463 - 456	455 - 448

octet	8	9	10	11	12	13	14	15
bit offset	447 - 440	439 - 432	431 - 424	423 - 416	415 - 408	407 - 400	399 - 392	391 - 384

octet	16	17	18	19	20	21	22	23
bit offset	383 - 376	375 - 368	367 - 360	359 - 352	351 - 344	343 - 336	335 - 328	327 - 320

octet	24	25	26	27	28	29	30	31
bit offset	319 - 312	311 - 304	303 - 296	295 - 288	287 - 280	279 - 272	271 - 264	263 - 256

octet	32	33	34	35	36	37	38	39
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	40	41	42	43	44	45	46	47
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	48	49	50	51	52	53	54	55
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	56	57	58	59	60	61	62	63
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Standard Variable "Vendor Text" index=17 id=V_VendorText

description: Additional information about the vendor.
data type: 64-octet String UTF-8
default value: "www.baumer.com"
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	511 - 504	503 - 496	495 - 488	487 - 480	479 - 472	471 - 464	463 - 456	455 - 448

octet	8	9	10	11	12	13	14	15
bit offset	447 - 440	439 - 432	431 - 424	423 - 416	415 - 408	407 - 400	399 - 392	391 - 384

octet	16	17	18	19	20	21	22	23
bit offset	383 - 376	375 - 368	367 - 360	359 - 352	351 - 344	343 - 336	335 - 328	327 - 320

octet	24	25	26	27	28	29	30	31
bit offset	319 - 312	311 - 304	303 - 296	295 - 288	287 - 280	279 - 272	271 - 264	263 - 256

octet	32	33	34	35	36	37	38	39
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	40	41	42	43	44	45	46	47
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	48	49	50	51	52	53	54	55
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	56	57	58	59	60	61	62	63
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Standard Variable "Product Name" index=18 id=V_ProductName

description: Complete product name.
data type: 40-octet String UTF-8
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	319 - 312	311 - 304	303 - 296	295 - 288	287 - 280	279 - 272	271 - 264	263 - 256

octet	8	9	10	11	12	13	14	15
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	16	17	18	19	20	21	22	23
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	24	25	26	27	28	29	30	31
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	32	33	34	35	36	37	38	39
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Standard Variable "Product ID" index=19 id=V_ProductID

description: Vendor-specific product or type identification (e.g., item number or model number).
data type: 64-octet String UTF-8
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	511 - 504	503 - 496	495 - 488	487 - 480	479 - 472	471 - 464	463 - 456	455 - 448

octet	8	9	10	11	12	13	14	15
bit offset	447 - 440	439 - 432	431 - 424	423 - 416	415 - 408	407 - 400	399 - 392	391 - 384

octet	16	17	18	19	20	21	22	23
bit offset	383 - 376	375 - 368	367 - 360	359 - 352	351 - 344	343 - 336	335 - 328	327 - 320

octet	24	25	26	27	28	29	30	31
bit offset	319 - 312	311 - 304	303 - 296	295 - 288	287 - 280	279 - 272	271 - 264	263 - 256

octet	32	33	34	35	36	37	38	39
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	40	41	42	43	44	45	46	47
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	48	49	50	51	52	53	54	55
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	56	57	58	59	60	61	62	63
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Standard Variable "Product Text" index=20 id=V_ProductText

description: Additional product information for the device.
data type: 64-octet String UTF-8
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	511 - 504	503 - 496	495 - 488	487 - 480	479 - 472	471 - 464	463 - 456	455 - 448

octet	8	9	10	11	12	13	14	15
bit offset	447 - 440	439 - 432	431 - 424	423 - 416	415 - 408	407 - 400	399 - 392	391 - 384

octet	16	17	18	19	20	21	22	23
bit offset	383 - 376	375 - 368	367 - 360	359 - 352	351 - 344	343 - 336	335 - 328	327 - 320

octet	24	25	26	27	28	29	30	31
bit offset	319 - 312	311 - 304	303 - 296	295 - 288	287 - 280	279 - 272	271 - 264	263 - 256

octet	32	33	34	35	36	37	38	39
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	40	41	42	43	44	45	46	47
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	48	49	50	51	52	53	54	55
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	56	57	58	59	60	61	62	63
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Standard Variable "Serial Number" index=21 id=V_SerialNumber

description: Unique, vendor-specific identifier of the individual device.
data type: 16-octet String UTF-8
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	8	9	10	11	12	13	14	15
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Standard Variable "Hardware Revision" index=22 id=V_HardwareRevision

description: Unique, vendor-specific identifier of the hardware revision of the individual device.
data type: 11-octet String UTF-8
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24

octet	8	9	10
bit offset	23 - 16	15 - 8	7 - 0

Standard Variable "Firmware Revision" index=23 id=V_FirmwareRevision

description: Unique, vendor-specific identifier of the firmware revision of the individual device.
data type: 11-octet String UTF-8
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24

octet	8	9	10
bit offset	23 - 16	15 - 8	7 - 0

Standard Variable "Application-specific Tag" index=24 id=V_ApplicationSpecificTag

description: Possibility to mark a device with user- or application-specific information.
data type: 32-octet String UTF-8
default value: "***"
access rights: rw

octet	0	1	2	3	4	5	6	7
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	8	9	10	11	12	13	14	15
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	16	17	18	19	20	21	22	23
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	24	25	26	27	28	29	30	31
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Standard Variable "Device Status" index=36 id=V_DeviceStatus

description: Indicator for the current device condition and diagnosis state.
data type: 8-bit UInteger
allowed values: 0 = Device is OK, 1 = Maintenance required, 2 = Out of specification, 3 = Functional check, 4 = Failure
access rights: ro
dynamic

octet	0
bit offset	7 - 0
element bit	7 - 0

Standard Variable "Detailed Device Status" index=37 id=V_DetailedDeviceStatus

description: List of all currently pending events in the device.
data type: Array[10] of 3-octet OctetString (subindex access not supported)
access rights: ro
dynamic

octet	0	1	2	3	4	5	6	7
bit offset	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192	191 - 184	183 - 176
subindex	1	1	1	2	2	2	3	3

octet	8	9	10	11	12	13	14	15
bit offset	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128	127 - 120	119 - 112
subindex	3	4	4	4	5	5	5	6

octet	16	17	18	19	20	21	22	23
bit offset	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48
subindex	6	6	7	7	7	8	8	8

octet	24	25	26	27	28	29
bit offset	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	9	9	9	10	10	10

Standard Variable "PD Input" index=40 id=V_ProcessDataInput

description: Last valid process input data of the device.
data type: see ProcessDataIn!
access rights: ro
dynamic

Standard Variable "PD Output" index=41 id=V_ProcessDataOutput

description: Last valid process output data written to the device.
data type: see ProcessDataOut!
access rights: ro
dynamic

[Top]

Variable "Function Tag" index=25 id=V_FunctionTag

data type: 32-octet String UTF-8
default value: "***"
access rights: rw

octet	0	1	2	3	4	5	6	7
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	8	9	10	11	12	13	14	15
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	16	17	18	19	20	21	22	23
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	24	25	26	27	28	29	30	31
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Location Tag" index=26 id=V_LocationTag

data type: 32-octet String UTF-8
default value: "***"
access rights: rw

octet	0	1	2	3	4	5	6	7
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192

octet	8	9	10	11	12	13	14	15
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128

octet	16	17	18	19	20	21	22	23
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64

octet	24	25	26	27	28	29	30	31
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Settings" index=60 id=V_SSC1_Param

data type: 64-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	32	32-bit Integer	-2000000000..2000000000	0				SSC1 Setpoint 1	Defines the process value at which SSC1 is set to active.
2	0	32-bit Integer	-2000000000..2000000000	0				SSC1 Setpoint 2	Defines the process value at which SSC1 is set to inactive.

octet	0	1	2	3	4	5	6	7
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	1	1	1	1	2	2	2	2
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Settings" index=61 id=V_SSC1_Config

data type: 16-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	8	8-bit UInteger	0 = 0: Normal, 1 = 1: Inverted	0				SSC1 Logic	Selects the logic of SSC1.
2	0	8-bit UInteger	1 = 1: Single Point, 2 = 2: Window, 3 = 3: Two Point	1				SSC1 Mode	Selects the switching behavior of SSC1.

octet	0	1
bit offset	15 - 8	7 - 0
subindex	1	2
element bit	7 - 0	7 - 0

Variable "Settings" index=62 id=V_SSC2_Param

data type: 64-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	32	32-bit Integer	-2000000000..2000000000	0				SSC2 Setpoint 1	Defines the process value at which SSC2 is set to active.
2	0	32-bit Integer	-2000000000..2000000000	0				SSC2 Setpoint 2	Defines the process value at which SSC2 is set to inactive.

octet	0	1	2	3	4	5	6	7
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	1	1	1	1	2	2	2	2
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Settings" index=63 id=V_SSC2_Config

data type: 16-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	8	8-bit UInteger	0 = 0: Normal, 1 = 1: Inverted	0				SSC2 Logic	Selects the logic of SSC2.
2	0	8-bit UInteger	1 = 1: Single Point, 2 = 2: Window, 3 = 3: Two Point	1				SSC2 Mode	Selects the switching behavior of SSC2.

octet	0	1
bit offset	15 - 8	7 - 0
subindex	1	2
element bit	7 - 0	7 - 0

Variable "Hysteresis" index=69 id=V_SSC_HysteresisSettings

data type: 96-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	name	description
1	64	32-bit UInteger	0..2000000000	0		SSC1 Width	Hysteresis width of SSC1 as a percent of the nominal process value or as absolute process value.
4	56	8-bit UInteger	1 = 1: Absolute	1	ro	SSC1 Width Mode	Selects the scale of the hysteresis width adjustment of SSC1.
5	48	8-bit UInteger	1 = 1: Left/Outer Aligned, 2 = 2: Center Aligned, 3 = 3: Right/Inner Aligned	2		SSC1 Alignment Mode	Selects the hysteresis alignment mode of SSC1.
11	16	32-bit UInteger	0..2000000000	0		SSC2 Width	Hysteresis width of SSC2 as a percent of the nominal process value or as absolute process value.
14	8	8-bit UInteger	1 = 1: Absolute	1	ro	SSC2 Width Mode	Selects the scale of the hysteresis width adjustment of SSC2.
15	0	8-bit UInteger	1 = 1: Left/Outer Aligned, 2 = 2: Center Aligned, 3 = 3: Right/Inner Aligned	2		SSC2 Alignment Mode	Selects the hysteresis alignment mode of SSC2.

octet	0	1	2	3	4	5	6	7
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	1	1	1	1	4	5	11	11
element bit	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16

octet	8	9	10	11
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	11	11	14	15
element bit	15 - 8	7 - 0	7 - 0	7 - 0

Variable "Customer Sensor Adjustment" index=74 id=V_UnitSelection

data type: 16-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
5	0	16-bit UInteger	1088 = 1088: kg, 1092 = 1092: t, 1120 = 1120: N, 1121 = 1121: MN, 1122 = 1122: kN, 1698 = 1698: µm/m, 1699 = 1699: mV/V	1699		X		Process Value Unit	Unit of the process value (e.g. N, kN or µm/m).

octet	0	1
bit offset	15 - 8	7 - 0
subindex	5	5
element bit	15 - 8	7 - 0

Variable "Settings" index=78 id=V_DIDOSettings

data type: 80-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
2	72	8-bit UInteger	0 = 0: SSC1 (DI), 1 = 1: SSC2 (DI), 5 = 5: Quality Bit (DI), 6 = 6: Alarm Bit (DI), 10 = 10: Inactive (DO), 11 = 11: Teach-in Offset / Taring (DO), 12 = 12: Memory Reset (DO), 13 = 13: Sample and Hold (DO), 14 = 14: Teach-in Sensitivity (DO)	10	SIO1 Function Selection	Defines the function of SIO1.
4	40	32-bit UInteger	0..3600000	0	SIO1 Input Delay	Input Delay time of SIO1 in milliseconds. (minimum of 3 ms is recommended to guarantee a error-free establishment of the IO-Link communication)
12	32	8-bit UInteger	0 = 0: SSC1 (DI), 1 = 1: SSC2 (DI), 5 = 5: Quality Bit (DI), 6 = 6: Alarm Bit (DI), 10 = 10: Inactive (DO), 11 = 11: Teach-in Offset / Taring (DO), 12 = 12: Memory Reset (DO), 13 = 13: Sample and Hold (DO), 14 = 14: Teach-in Sensitivity (DO)	10	SIO2 Function Selection	Defines the function of SIO2.
14	0	32-bit UInteger	0..3600000	0	SIO2 Input Delay	Input Delay time of SIO2 in milliseconds.

octet	0	1	2	3	4	5	6	7
bit offset	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16
subindex	2	4	4	4	4	12	14	14
element bit	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	31 - 24	23 - 16

octet	8	9
bit offset	15 - 8	7 - 0
subindex	14	14
element bit	15 - 8	7 - 0

Variable "MDC Selection" index=83 id=V_MDCSelection

data type: 8-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	0	8-bit UInteger	2 = 2: Current Process Value (2 kS/s), 3 = 3: Minimum Process Value (2 kS/s), 4 = 4: Maximum Process Value (2 kS/s), 5 = 5: Peak Peak Process Value (2 kS/s), 6 = 6: Sample and Hold Process Value (2 kS/s), 7 = 7: Sample and Hold Delta Process Value (2 kS/s)	2				Source	Selects the signal that is cyclically transmitted over IO-Link.

octet	0
bit offset	7 - 0
subindex	1
element bit	7 - 0

Variable "Part Number" index=86 id=V_PartNumber

data type: 8-octet String UTF-8
access rights: ro

octet	0	1	2	3	4	5	6	7
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Process Value" index=88 id=V_MeasurementValues

data type: 96-bit Record
access rights: ro
dynamic

subindex	bit offset	data type	allowed values	default value	name	description
1	64	Float32	-4..4	0.0	Physical Input Signal	Passive signal of the calibrated sensor in mV/V.
7	32	32-bit Integer	-2000000000..2000000000	0	Sample and Hold	Held signal at the last "sample and hold" trigger.
8	0	32-bit Integer	-2000000000..2000000000	0	Sample and Hold Delta	Difference between the signal at the last "sample and hold" trigger and the current signal.

octet	0	1	2	3	4	5	6	7
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	1	1	1	1	7	7	7	7
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	8	8	8	8
element bit	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Teach-in" index=115 id=V_TaringSettings

data type: 80-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	72	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	0	Sensitivity Enable	Enables/Disables the teach-in sensitivity function.
2	64	8-bit UInteger	0 = 0: Disabled, 1 = 1: 2 Samples (0.25 ms), 2 = 2: 4 Samples (0.5 ms), 3 = 3: 8 Samples (1 ms), 4 = 4: 16 Samples (2 ms), 5 = 5: 32 Samples (4 ms), 6 = 6: 64 Samples (8 ms), 7 = 7: 128 Samples (16 ms)	4	Moving Average Filter	To increase the accuracy of the teach-in offset (taring), a moving average is implemented. The number of samples to be averaged can be set in this register. The taring duration must be at least the period indicated in the selection.
3	32	32-bit Integer	-2000000000..2000000000	0	Offset Process Value	Teach-in offset (taring) will set the offset in this way, that the currently applied sensor signal corresponds to this process value defined in this register.
4	0	32-bit Integer	-2000000000..2000000000	0	Sensitivity Process Value	Teach-in sensitivity will set the sensitivity and offset in this way, that the currently applied sensor signal corresponds to the process value defined in this register without changing the previous teached-in offset.

octet	0	1	2	3	4	5	6	7
bit offset	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16
subindex	1	2	3	3	3	3	4	4
element bit	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16

octet	8	9
bit offset	15 - 8	7 - 0
subindex	4	4
element bit	15 - 8	7 - 0

Variable "Release Delays" index=120 id=V_SSC_ReleaseDelay

data type: 80-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	name	description
1	72	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	SSC1 Enable	Enables/Disables release delay of SSC1.
2	40	32-bit UInteger	0..86400000	SSC1 Time	Release delay time of SSC1 in milliseconds.
11	32	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	SSC2 Enable	Enables/Disables release delay of SSC2.
12	0	32-bit UInteger	0..86400000	SSC2 Time	Release delay time of SSC2 in milliseconds.

octet	0	1	2	3	4	5	6	7
bit offset	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16
subindex	1	2	2	2	2	11	12	12
element bit	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	31 - 24	23 - 16

octet	8	9
bit offset	15 - 8	7 - 0
subindex	12	12
element bit	15 - 8	7 - 0

Variable "Response Delays" index=121 id=V_SSC_ResponseDelay

data type: 80-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	name	description
1	72	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	SSC1 Enable	Enables/Disables response delay of SSC1.
2	40	32-bit UInteger	0..86400000	SSC1 Time	Response delay time of SSC1 in milliseconds.
11	32	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	SSC2 Enable	Enables/Disables response delay of SSC2.
12	0	32-bit UInteger	0..86400000	SSC2 Time	Response delay time of SSC2 in milliseconds.

octet	0	1	2	3	4	5	6	7
bit offset	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16
subindex	1	2	2	2	2	11	12	12
element bit	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	31 - 24	23 - 16

octet	8	9
bit offset	15 - 8	7 - 0
subindex	12	12
element bit	15 - 8	7 - 0

Variable "Minimal Pulse Duration" index=122 id=V_SSC_MinimalPulseDuration

data type: 96-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	88	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	0	SSC1 Enable	Enables/Disables minimal pulse duration time of SSC1.
2	56	32-bit UInteger	0..86400000	0	SSC1 Time	Minimal pulse length of SSC1 in milliseconds.
3	48	8-bit UInteger	1 = 1: Positive and Negative, 2 = 2: Positive, 3 = 3: Negative	1	SSC1 Mode	Selects the affected pulse polarity for minimal pulse duration of SSC1.
11	40	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	0	SSC2 Enable	Enables/Disables minimal pulse duration time of SSC2.
12	8	32-bit UInteger	0..86400000	0	SSC2 Time	Minimal pulse length of SSC2 in milliseconds.
13	0	8-bit UInteger	1 = 1: Positive and Negative, 2 = 2: Positive, 3 = 3: Negative	1	SSC2 Mode	Selects the affected pulse polarity for minimal pulse duration of SSC2.

octet	0	1	2	3	4	5	6	7
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	1	2	2	2	2	3	11	12
element bit	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0	31 - 24

octet	8	9	10	11
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	12	12	12	13
element bit	23 - 16	15 - 8	7 - 0	7 - 0

Variable "Input Low Pass Filter" index=160 id=V_PV_FIRFilter

data type: 16-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	8	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	0				Enable	Enables/Disables input low pass filter.
2	0	8-bit UInteger	0 = 0: 1 kHz, 1 = 1: 500 Hz, 2 = 2: 200 Hz, 3 = 3: 100 Hz, 4 = 4: 50 Hz, 5 = 5: 20 Hz, 6 = 6: 10 Hz, 7 = 7: 5 Hz, 8 = 8: 2 Hz, 9 = 9: 1 Hz	3				Frequency	Selection of cut-off frequency of the input low pass filter.

octet	0	1
bit offset	15 - 8	7 - 0
subindex	1	2
element bit	7 - 0	7 - 0

Variable "CPU Temperature" index=209 id=V_CpuTemperature

data type: 32-bit Record
access rights: ro
dynamic

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	0	Float32	-90..150	0.0				Current	Current temperature of the CPU.

octet	0	1	2	3
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	1	1	1	1
element bit	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Operation Time" index=211 id=V_OperationTime

data type: 64-bit Record
access rights: ro
dynamic

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	32	32-bit UInteger		0				Power-on	Operation time since power-on in seconds.
3	0	32-bit UInteger		0				Lifetime	Operation time lifetime in seconds.

octet	0	1	2	3	4	5	6	7
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	1	1	1	1	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Process Value" index=216 id=V_PV1

data type: 128-bit Record
access rights: ro
dynamic

subindex	bit offset	data type	allowed values	name	description
1	96	32-bit Integer	-2000000000..2000000000	Current	Current process value after signal processing.
2	64	32-bit Integer	-2000000000..2000000000	Minimum	Minimum process value since last memory reset.
3	32	32-bit Integer	-2000000000..2000000000	Maximum	Maximum process value since last memory reset.
6	0	32-bit Integer	0..2000000000	Peak Peak	Peak to peak value since last memory reset. The peak to peak value corresponds to the difference of the maximum and minimum process values.

octet	0	1	2	3	4	5	6	7
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	1	1	1	1	2	2	2	2
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	3	3	6	6	6	6
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Number of Power-on Cycles" index=224 id=V_NumberPowerOnCycles

data type: 32-bit Record
access rights: ro
dynamic

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
2	0	32-bit UInteger		0				Lifetime	Number of power-on cycles lifetime.

octet	0	1	2	3
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	2	2	2	2
element bit	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Number of Tarings" index=226 id=V_NumberTarings

data type: 32-bit Record
access rights: ro
dynamic

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
3	0	32-bit UInteger		0				Lifetime	Number of tarings lifetime.

octet	0	1	2	3
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Remote Operation Signal" index=248 id=V_PV1_RemoteOperation

data type: 48-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	name	description
1	40	8-bit UInteger	0 = 0: Disabled, 1 = 1: Enabled	0		X	Enable	Enables/Disables the remote operation mode. If enabled the sensor signal is interrupted and replaced with a remote signal that can be set in register "Remote Operation Signal.Value".
2	32	8-bit UInteger	1 = 1: Physical Input Signal (mV/V)	1	ro		Selection	Selects the signal that can be set in the register "Remote Operation Signal.Value".
3	0	Float32	-3.8..3.8	0.0		X	Physical Input Signal	Is the remote operation enabled, the selected signal can be set by writing the corresponding value into this register.

octet	0	1	2	3	4	5
bit offset	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	1	2	3	3	3	3
element bit	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Baumer Command" index=1000 id=V_BaumerCommands

description: 0x15 (021): Restore Factory Adjustment
data type: 32-bit UInteger
allowed values: 21 = Restore Factory Adjustment
access rights: wo
modifies other variables

octet	0	1	2	3
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
element bit	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Factory Sensor Adjustment" index=1001 id=V_FS_TransducerCalibrationSettings

data type: 112-bit Record
access rights: ro

subindex	bit offset	data type	allowed values	default value	name	description
1	80	32-bit Integer	10000..1000000000	100000	Nominal Process Value	Value of the register "Customer Sensor Adjustment.Nominal Process Value" during factory adjustments as reference and for restoring.
2	48	Float32	-3..3	0.0	Nominal Sensitivity	Value of the register "Customer Sensor Adjustment.Nominal Sensitivity" during factory adjustments as reference and for restoring.
3	16	Float32	-3.8..3.8	0.0	Offset	Value of the register "Customer Sensor Adjustment.Offset" during factory adjustments as reference and for restoring.
4	0	16-bit UInteger	1088 = 1088: kg, 1092 = 1092: t, 1120 = 1120: N, 1121 = 1121: MN, 1122 = 1122: kN, 1698 = 1698: µm/m, 1699 = 1699: mV/V	1699	Process Value Unit	Value of the register "Customer Sensor Adjustment.Process Value Unit" during factory adjustments as reference and for restoring.

octet	0	1	2	3	4	5	6	7
bit offset	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48
subindex	1	1	1	1	2	2	2	2
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13
bit offset	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	3	3	4	4
element bit	31 - 24	23 - 16	15 - 8	7 - 0	15 - 8	7 - 0

Variable "Customer Sensor Adjustment" index=1002 id=V_FS_TransducerCustomSettings

data type: 96-bit Record
access rights: rw
dynamic

subindex	bit offset	data type	allowed values	default value	mod. other var.	name	description
1	64	32-bit Integer	10000..1000000000	100000	X	Nominal Process Value	Nominal process value of the sensor.
2	32	Float32	-3..3	0.0		Nominal Sensitivity	Nominal sensitivity of the sensor in mV/V. This is the signal change of the sensor when it is loaded from 0 to its nominal value defined in the register "Customer Sensor Adjustment.Nominal Process Value".
3	0	Float32	-3.8..3.8	0.0		Offset	Offset of the sensor in mV/V. This is the signal of the sensor corresponding to the process value 0.

octet	0	1	2	3	4	5	6	7
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	1	1	1	1	2	2	2	2
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Data for external Applications" index=1024 id=V_DisplayControlValues

data type: 16-bit Record
access rights: ro

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	8	8-bit UInteger	0..20	12				Display Control Value 1	Display (GUI) control 1 (meaningless for the user)
2	0	8-bit UInteger	0..20	12				Display Control Value 2	Display (GUI) control 2 (meaningless for the user)

octet	0	1
bit offset	15 - 8	7 - 0
subindex	1	2
element bit	7 - 0	7 - 0

Variable "MDC Descriptor" index=16512 id=V_MDC_Descriptor

data type: 88-bit Record
access rights: ro

subindex	bit offset	data type	allowed values	default value	name	description
1	56	32-bit Integer	-2000000000..2000000000	0	Lower Limit	Lower limit of displayable process value range. (Depends on register "Customer Sensor Adjustment.Nominal Process Value". Lower Limit is -2*"nominal process value")
2	24	32-bit Integer	-2000000000..2000000000	0	Upper Limit	Upper limit of displayable process value range. (Depends on register "Customer Sensor Adjustment.Nominal Process Value". Upper Limit is 2*"nominal process value")
3	8	16-bit UInteger	1088 = 1088: kg, 1092 = 1092: t, 1120 = 1120: N, 1121 = 1121: MN, 1122 = 1122: kN, 1698 = 1698: µm/m, 1699 = 1699: mV/V	1699	Unit Code	Unit Code of the selected Process Value.
4	0	8-bit Integer		-5	Scale Exponent	Scale Exponent x (10^x) of the selected Process Value.

octet	0	1	2	3	4	5	6	7
bit offset	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24
subindex	1	1	1	1	2	2	2	2
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10
bit offset	23 - 16	15 - 8	7 - 0
subindex	3	3	4
element bit	15 - 8	7 - 0	7 - 0

[Top]

Events

Code	Type	Name	Description
6144 (0x1800)	Warning	Process value outside of nominal range (overrun)
6145 (0x1801)	Warning	Process value outside of nominal range (underrun)
6146 (0x1802)	Error	Process value out of measurable range (overrun)
6147 (0x1803)	Error	Process value out of measurable range (underrun)
6150 (0x1806)	Error	Input signal out of range (overrun or underrun)
6151 (0x1807)	Error	Input signal out of range (short or open wire)
6152 (0x1808)	Warning	Parameters are set, so that nominal process value range is outside of measurable input range. (overrun)
6153 (0x1809)	Warning	Parameters are set, so that nominal process value range is outside of measurable input range. (underrun)
20496 (0x5010)	Error	Component malfunction	Repair or exchange
20752 (0x5110)	Warning	Primary supply voltage overrun	Check valid voltage range
20753 (0x5111)	Warning	Primary supply voltage underrun	Check valid voltage range
35841 (0x8c01)	Warning	Simulation active	Check operating mode

[Top]

Process Data Formatting

Formatting for Process Data id=P_ProcessDataInNewton
Subindex 1: * 1E-05 N Dec.5
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:
Subindex 9:
Subindex 10:

Formatting for Process Data id=P_ProcessDataOutNewton
Subindex 1:
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:

Formatting for Process Data id=P_ProcessDataInKilonewton
Subindex 1: * 1E-05 kN Dec.5
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:
Subindex 9:
Subindex 10:

Formatting for Process Data id=P_ProcessDataOutKilonewton
Subindex 1:
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:

Formatting for Process Data id=P_ProcessDataInMeganewton
Subindex 1: * 1E-05 MN Dec.5
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:
Subindex 9:
Subindex 10:

Formatting for Process Data id=P_ProcessDataOutMeganewton
Subindex 1:
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:

Formatting for Process Data id=P_ProcessDataInKilogram
Subindex 1: * 1E-05 kg Dec.5
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:
Subindex 9:
Subindex 10:

Formatting for Process Data id=P_ProcessDataOutKilogram
Subindex 1:
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:

Formatting for Process Data id=P_ProcessDataInTon
Subindex 1: * 1E-05 t Dec.5
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:
Subindex 9:
Subindex 10:

Formatting for Process Data id=P_ProcessDataOutTon
Subindex 1:
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:

Formatting for Process Data id=P_ProcessDataInMillvoltPerVolt
Subindex 1: * 1E-05 mV/V Dec.5
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:
Subindex 9:
Subindex 10:

Formatting for Process Data id=P_ProcessDataOutMillvoltPerVolt
Subindex 1:
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:

Formatting for Process Data id=P_ProcessDataInMicormeterPerMeter
Subindex 1: * 1E-05 µm/m Dec.5
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:
Subindex 9:
Subindex 10:

Formatting for Process Data id=P_ProcessDataOutMicormeterPerMeter
Subindex 1:
Subindex 2:
Subindex 3:
Subindex 4:
Subindex 5:
Subindex 6:
Subindex 7:
Subindex 8:

[Top]

Operator Menus

Identification Menu
V_VendorName
V_VendorText
V_ProductName
V_PartNumber
V_ProductID
V_ProductText
V_ApplicationSpecificTag, ro
V_FunctionTag, ro
V_LocationTag, ro
V_SerialNumber
V_FirmwareRevision
V_HardwareRevision

Parameters Menu

Device Settings
V_DeviceAccessLocks, ro

Sensor Adjustment

If V_DisplayControlValues.Display Control Value 1 = 0:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit, ro
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 N, ro Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, ro Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit, ro
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 kN, ro Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, ro Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit, ro
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 MN, ro Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, ro Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit, ro
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 kg, ro Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, ro Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit, ro
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 t, ro Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, ro Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit, ro
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, ro Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit, ro
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 µm/m, ro Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, ro Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, ro Dec.5

If V_DisplayControlValues.Display Control Value 1 = 0:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 N, ro Dec.5
V_TaringSettings.Moving Average Filter, ro

If V_DisplayControlValues.Display Control Value 1 = 1:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 kN, ro Dec.5
V_TaringSettings.Moving Average Filter, ro

If V_DisplayControlValues.Display Control Value 1 = 2:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 MN, ro Dec.5
V_TaringSettings.Moving Average Filter, ro

If V_DisplayControlValues.Display Control Value 1 = 4:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 kg, ro Dec.5
V_TaringSettings.Moving Average Filter, ro

If V_DisplayControlValues.Display Control Value 1 = 5:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 t, ro Dec.5
V_TaringSettings.Moving Average Filter, ro

If V_DisplayControlValues.Display Control Value 1 = 12:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 mV/V, ro Dec.5
V_TaringSettings.Moving Average Filter, ro

If V_DisplayControlValues.Display Control Value 1 = 13:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 µm/m, ro Dec.5
V_TaringSettings.Moving Average Filter, ro

If V_DisplayControlValues.Display Control Value 1 = 0:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 N, ro Dec.5
V_TaringSettings.Sensitivity Enable, ro

If V_DisplayControlValues.Display Control Value 1 = 1:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 kN, ro Dec.5
V_TaringSettings.Sensitivity Enable, ro

If V_DisplayControlValues.Display Control Value 1 = 2:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 MN, ro Dec.5
V_TaringSettings.Sensitivity Enable, ro

If V_DisplayControlValues.Display Control Value 1 = 4:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 kg, ro Dec.5
V_TaringSettings.Sensitivity Enable, ro

If V_DisplayControlValues.Display Control Value 1 = 5:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 t, ro Dec.5
V_TaringSettings.Sensitivity Enable, ro

If V_DisplayControlValues.Display Control Value 1 = 12:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 mV/V, ro Dec.5
V_TaringSettings.Sensitivity Enable, ro

If V_DisplayControlValues.Display Control Value 1 = 13:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 µm/m, ro Dec.5
V_TaringSettings.Sensitivity Enable, ro

Signal Processing

Input Low Pass Filter (8 kS/s)
V_PV_FIRFilter.Enable, ro
V_PV_FIRFilter.Frequency, ro

MDC Settings

MDC Selection
V_MDCSelection.Source, ro

If V_DisplayControlValues.Display Control Value 1 = 0:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 N, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 N, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 1:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 kN, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 kN, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 2:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 MN, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 MN, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 4:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 kg, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 kg, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 5:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 t, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 t, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 12:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 mV/V, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 mV/V, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 13:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 µm/m, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 µm/m, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

SIO Settings

SIO1 Settings
V_DIDOSettings.SIO1 Function Selection, ro
V_DIDOSettings.SIO1 Input Delay * 1 ms, ro Dec.0

SIO2 Settings
V_DIDOSettings.SIO2 Function Selection, ro
V_DIDOSettings.SIO2 Input Delay * 1 ms, ro Dec.0

SSC1 Settings

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC1 Settings
V_SSC1_Config.SSC1 Mode, ro
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 N, ro Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 N, ro Dec.5
V_SSC1_Config.SSC1 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC1 Settings
V_SSC1_Config.SSC1 Mode, ro
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 kN, ro Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 kN, ro Dec.5
V_SSC1_Config.SSC1 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC1 Settings
V_SSC1_Config.SSC1 Mode, ro
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 MN, ro Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 MN, ro Dec.5
V_SSC1_Config.SSC1 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC1 Settings
V_SSC1_Config.SSC1 Mode, ro
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 kg, ro Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 kg, ro Dec.5
V_SSC1_Config.SSC1 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC1 Settings
V_SSC1_Config.SSC1 Mode, ro
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 t, ro Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 t, ro Dec.5
V_SSC1_Config.SSC1 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC1 Settings
V_SSC1_Config.SSC1 Mode, ro
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 mV/V, ro Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 mV/V, ro Dec.5
V_SSC1_Config.SSC1 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC1 Settings
V_SSC1_Config.SSC1 Mode, ro
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 µm/m, ro Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 µm/m, ro Dec.5
V_SSC1_Config.SSC1 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 N, ro Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 kN, ro Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 MN, ro Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 kg, ro Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 t, ro Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 mV/V, ro Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 µm/m, ro Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode, ro

SSC1 Delays
V_SSC_ReleaseDelay.SSC1 Enable, ro
V_SSC_ReleaseDelay.SSC1 Time * 1 ms, ro Dec.0
V_SSC_ResponseDelay.SSC1 Enable, ro
V_SSC_ResponseDelay.SSC1 Time * 1 ms, ro Dec.0

SSC1 Minimal Pulse Duration
V_SSC_MinimalPulseDuration.SSC1 Enable, ro
V_SSC_MinimalPulseDuration.SSC1 Time * 1 ms, ro Dec.0
V_SSC_MinimalPulseDuration.SSC1 Mode, ro

SSC2 Settings

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC2 Settings
V_SSC2_Config.SSC2 Mode, ro
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 N, ro Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 N, ro Dec.5
V_SSC2_Config.SSC2 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC2 Settings
V_SSC2_Config.SSC2 Mode, ro
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 kN, ro Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 kN, ro Dec.5
V_SSC2_Config.SSC2 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC2 Settings
V_SSC2_Config.SSC2 Mode, ro
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 MN, ro Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 MN, ro Dec.5
V_SSC2_Config.SSC2 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC2 Settings
V_SSC2_Config.SSC2 Mode, ro
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 kg, ro Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 kg, ro Dec.5
V_SSC2_Config.SSC2 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC2 Settings
V_SSC2_Config.SSC2 Mode, ro
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 t, ro Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 t, ro Dec.5
V_SSC2_Config.SSC2 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC2 Settings
V_SSC2_Config.SSC2 Mode, ro
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 mV/V, ro Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 mV/V, ro Dec.5
V_SSC2_Config.SSC2 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC2 Settings
V_SSC2_Config.SSC2 Mode, ro
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 µm/m, ro Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 µm/m, ro Dec.5
V_SSC2_Config.SSC2 Logic, ro

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 N, ro Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 kN, ro Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 MN, ro Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 kg, ro Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 t, ro Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 mV/V, ro Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode, ro

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode, ro
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 µm/m, ro Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode, ro

SSC2 Delays
V_SSC_ReleaseDelay.SSC2 Enable, ro
V_SSC_ReleaseDelay.SSC2 Time * 1 ms, ro Dec.0
V_SSC_ResponseDelay.SSC2 Enable, ro
V_SSC_ResponseDelay.SSC2 Time * 1 ms, ro Dec.0

SSC2 Minimal Pulse Duration
V_SSC_MinimalPulseDuration.SSC2 Enable, ro
V_SSC_MinimalPulseDuration.SSC2 Time * 1 ms, ro Dec.0
V_SSC_MinimalPulseDuration.SSC2 Mode, ro

Data for external Applications
V_DisplayControlValues.Display Control Value 1
V_DisplayControlValues.Display Control Value 2

Observation Menu

Measured Values

If V_DisplayControlValues.Display Control Value 1 = 0:

Process Values
V_PV1.Current * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Process Values
V_PV1.Current * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Process Values
V_PV1.Current * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Process Values
V_PV1.Current * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Process Values
V_PV1.Current * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Process Values
V_PV1.Current * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Process Values
V_PV1.Current * 1E-05 µm/m, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 0:

Memory Values
V_PV1.Minimum * 1E-05 N, Dec.5
V_PV1.Maximum * 1E-05 N, Dec.5
V_PV1.Peak Peak * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Memory Values
V_PV1.Minimum * 1E-05 kN, Dec.5
V_PV1.Maximum * 1E-05 kN, Dec.5
V_PV1.Peak Peak * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Memory Values
V_PV1.Minimum * 1E-05 MN, Dec.5
V_PV1.Maximum * 1E-05 MN, Dec.5
V_PV1.Peak Peak * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Memory Values
V_PV1.Minimum * 1E-05 kg, Dec.5
V_PV1.Maximum * 1E-05 kg, Dec.5
V_PV1.Peak Peak * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Memory Values
V_PV1.Minimum * 1E-05 t, Dec.5
V_PV1.Maximum * 1E-05 t, Dec.5
V_PV1.Peak Peak * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Memory Values
V_PV1.Minimum * 1E-05 mV/V, Dec.5
V_PV1.Maximum * 1E-05 mV/V, Dec.5
V_PV1.Peak Peak * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Memory Values
V_PV1.Minimum * 1E-05 µm/m, Dec.5
V_PV1.Maximum * 1E-05 µm/m, Dec.5
V_PV1.Peak Peak * 1E-05 µm/m, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 0:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 N, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 kN, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 MN, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 kg, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 t, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 mV/V, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 µm/m, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 µm/m, Dec.5

Diagnosis Menu

Remote Operation (Testing / Simulation)

Remote Signal
V_PV1_RemoteOperation.Enable, ro
V_PV1_RemoteOperation.Selection, ro
V_PV1_RemoteOperation.Physical Input Signal * 1 mV/V, ro Dec.5

Auxiliary Signals

Measured Temperatures
V_CpuTemperature.Current * 1 °C, Dec.1

Internal Signals
V_MeasurementValues.Physical Input Signal * 1 mV/V, Dec.5

Device Status

Notifications / Warnings / Errors
V_DeviceStatus
V_DetailedDeviceStatus

Device Monitoring
V_OperationTime.Power-on s
V_OperationTime.Lifetime s
V_NumberPowerOnCycles.Lifetime
V_NumberTarings.Lifetime

Sensor Adjustment

If V_DisplayControlValues.Display Control Value 2 = 0:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 N, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 1:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 kN, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 2:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 MN, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 4:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 kg, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 5:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 t, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 12:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 13:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 µm/m, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

Maintenance Menus

Identification Menu
V_VendorName
V_VendorText
V_ProductName
V_PartNumber
V_ProductID
V_ProductText
V_ApplicationSpecificTag
V_FunctionTag
V_LocationTag
V_SerialNumber
V_FirmwareRevision
V_HardwareRevision

Parameters Menu

Device Settings
V_SystemCommand, Button:=130
V_DeviceAccessLocks

Sensor Adjustment

If V_DisplayControlValues.Display Control Value 1 = 0:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 N, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 1:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 kN, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 2:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 MN, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 4:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 kg, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 5:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 t, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 12:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 mV/V, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 13:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 µm/m, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 0:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 N, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 1:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 kN, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 2:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 MN, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 4:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 kg, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 5:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 t, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 12:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 mV/V, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 13:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 µm/m, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 0:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 N, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 1:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 kN, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 2:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 MN, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 4:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 kg, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 5:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 t, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 12:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 mV/V, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 13:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 µm/m, Dec.5
V_TaringSettings.Sensitivity Enable

Signal Processing

Input Low Pass Filter (8 kS/s)
V_PV_FIRFilter.Enable
V_PV_FIRFilter.Frequency

MDC Settings

MDC Selection
V_MDCSelection.Source

If V_DisplayControlValues.Display Control Value 1 = 0:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 N, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 N, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 1:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 kN, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 kN, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 2:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 MN, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 MN, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 4:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 kg, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 kg, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 5:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 t, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 t, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 12:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 mV/V, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 mV/V, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 13:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 µm/m, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 µm/m, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

SIO Settings

SIO1 Settings
V_DIDOSettings.SIO1 Function Selection
V_DIDOSettings.SIO1 Input Delay * 1 ms, Dec.0

SIO2 Settings
V_DIDOSettings.SIO2 Function Selection
V_DIDOSettings.SIO2 Input Delay * 1 ms, Dec.0

SSC1 Settings

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 N, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 N, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 kN, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 kN, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 MN, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 MN, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 kg, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 kg, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 t, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 t, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 mV/V, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 mV/V, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 µm/m, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 µm/m, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 N, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 kN, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 MN, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 kg, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 t, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 mV/V, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 µm/m, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

SSC1 Delays
V_SSC_ReleaseDelay.SSC1 Enable
V_SSC_ReleaseDelay.SSC1 Time * 1 ms, Dec.0
V_SSC_ResponseDelay.SSC1 Enable
V_SSC_ResponseDelay.SSC1 Time * 1 ms, Dec.0

SSC1 Minimal Pulse Duration
V_SSC_MinimalPulseDuration.SSC1 Enable
V_SSC_MinimalPulseDuration.SSC1 Time * 1 ms, Dec.0
V_SSC_MinimalPulseDuration.SSC1 Mode

SSC2 Settings

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 N, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 N, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 kN, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 kN, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 MN, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 MN, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 kg, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 kg, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 t, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 t, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 mV/V, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 mV/V, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 µm/m, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 µm/m, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 N, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 kN, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 MN, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 kg, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 t, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 mV/V, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 µm/m, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

SSC2 Delays
V_SSC_ReleaseDelay.SSC2 Enable
V_SSC_ReleaseDelay.SSC2 Time * 1 ms, Dec.0
V_SSC_ResponseDelay.SSC2 Enable
V_SSC_ResponseDelay.SSC2 Time * 1 ms, Dec.0

SSC2 Minimal Pulse Duration
V_SSC_MinimalPulseDuration.SSC2 Enable
V_SSC_MinimalPulseDuration.SSC2 Time * 1 ms, Dec.0
V_SSC_MinimalPulseDuration.SSC2 Mode

Data for external Applications
V_DisplayControlValues.Display Control Value 1
V_DisplayControlValues.Display Control Value 2

Observation Menu

Measured Values

If V_DisplayControlValues.Display Control Value 1 = 0:

Process Values
V_PV1.Current * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Process Values
V_PV1.Current * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Process Values
V_PV1.Current * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Process Values
V_PV1.Current * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Process Values
V_PV1.Current * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Process Values
V_PV1.Current * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Process Values
V_PV1.Current * 1E-05 µm/m, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 0:

Memory Values
V_PV1.Minimum * 1E-05 N, Dec.5
V_PV1.Maximum * 1E-05 N, Dec.5
V_PV1.Peak Peak * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Memory Values
V_PV1.Minimum * 1E-05 kN, Dec.5
V_PV1.Maximum * 1E-05 kN, Dec.5
V_PV1.Peak Peak * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Memory Values
V_PV1.Minimum * 1E-05 MN, Dec.5
V_PV1.Maximum * 1E-05 MN, Dec.5
V_PV1.Peak Peak * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Memory Values
V_PV1.Minimum * 1E-05 kg, Dec.5
V_PV1.Maximum * 1E-05 kg, Dec.5
V_PV1.Peak Peak * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Memory Values
V_PV1.Minimum * 1E-05 t, Dec.5
V_PV1.Maximum * 1E-05 t, Dec.5
V_PV1.Peak Peak * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Memory Values
V_PV1.Minimum * 1E-05 mV/V, Dec.5
V_PV1.Maximum * 1E-05 mV/V, Dec.5
V_PV1.Peak Peak * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Memory Values
V_PV1.Minimum * 1E-05 µm/m, Dec.5
V_PV1.Maximum * 1E-05 µm/m, Dec.5
V_PV1.Peak Peak * 1E-05 µm/m, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 0:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 N, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 kN, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 MN, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 kg, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 t, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 mV/V, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 µm/m, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 µm/m, Dec.5

Diagnosis Menu

Remote Operation (Testing / Simulation)

Remote Signal
V_PV1_RemoteOperation.Enable, ro
V_PV1_RemoteOperation.Selection, ro
V_PV1_RemoteOperation.Physical Input Signal * 1 mV/V, ro Dec.5

Auxiliary Signals

Measured Temperatures
V_CpuTemperature.Current * 1 °C, Dec.1

Internal Signals
V_MeasurementValues.Physical Input Signal * 1 mV/V, Dec.5

Device Status

Notifications / Warnings / Errors
V_DeviceStatus
V_DetailedDeviceStatus

Device Monitoring
V_OperationTime.Power-on s
V_OperationTime.Lifetime s
V_NumberPowerOnCycles.Lifetime
V_NumberTarings.Lifetime

Sensor Adjustment

If V_DisplayControlValues.Display Control Value 2 = 0:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 N, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 1:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 kN, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 2:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 MN, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 4:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 kg, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 5:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 t, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 12:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 13:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 µm/m, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

Commissioning Menus

Identification Menu
V_VendorName
V_VendorText
V_ProductName
V_PartNumber
V_ProductID
V_ProductText
V_ApplicationSpecificTag
V_FunctionTag
V_LocationTag
V_SerialNumber
V_FirmwareRevision
V_HardwareRevision

Parameters Menu

Device Settings
V_SystemCommand, Button:=130
V_DeviceAccessLocks

Sensor Adjustment

If V_DisplayControlValues.Display Control Value 1 = 0:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 N, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 1:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 kN, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 2:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 MN, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 4:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 kg, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 5:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 t, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 12:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 mV/V, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 13:

Customer Sensor Adjustment
V_UnitSelection.Process Value Unit
V_FS_TransducerCustomSettings.Nominal Process Value * 1E-05 µm/m, Dec.5
V_FS_TransducerCustomSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCustomSettings.Offset * 1 mV/V, Dec.5
V_BaumerCommands, Button:=21

If V_DisplayControlValues.Display Control Value 1 = 0:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 N, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 1:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 kN, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 2:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 MN, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 4:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 kg, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 5:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 t, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 12:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 mV/V, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 13:

Teach-in Offset / Taring
V_TaringSettings.Offset Process Value * 1E-05 µm/m, Dec.5
V_TaringSettings.Moving Average Filter

If V_DisplayControlValues.Display Control Value 1 = 0:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 N, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 1:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 kN, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 2:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 MN, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 4:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 kg, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 5:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 t, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 12:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 mV/V, Dec.5
V_TaringSettings.Sensitivity Enable

If V_DisplayControlValues.Display Control Value 1 = 13:

Teach-in Sensitivity
V_TaringSettings.Sensitivity Process Value * 1E-05 µm/m, Dec.5
V_TaringSettings.Sensitivity Enable

Signal Processing

Input Low Pass Filter (8 kS/s)
V_PV_FIRFilter.Enable
V_PV_FIRFilter.Frequency

MDC Settings

MDC Selection
V_MDCSelection.Source

If V_DisplayControlValues.Display Control Value 1 = 0:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 N, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 N, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 1:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 kN, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 kN, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 2:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 MN, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 MN, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 4:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 kg, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 kg, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 5:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 t, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 t, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 12:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 mV/V, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 mV/V, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

If V_DisplayControlValues.Display Control Value 1 = 13:

MDC Descriptor
V_MDC_Descriptor.Lower Limit * 1E-05 µm/m, Dec.5
V_MDC_Descriptor.Upper Limit * 1E-05 µm/m, Dec.5
V_MDC_Descriptor.Unit Code
V_MDC_Descriptor.Scale Exponent

SIO Settings

SIO1 Settings
V_DIDOSettings.SIO1 Function Selection
V_DIDOSettings.SIO1 Input Delay * 1 ms, Dec.0

SIO2 Settings
V_DIDOSettings.SIO2 Function Selection
V_DIDOSettings.SIO2 Input Delay * 1 ms, Dec.0

SSC1 Settings

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 N, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 N, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 kN, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 kN, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 MN, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 MN, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 kg, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 kg, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 t, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 t, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 mV/V, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 mV/V, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC1 Settings
V_SSC1_Config.SSC1 Mode
V_SSC1_Param.SSC1 Setpoint 1 * 1E-05 µm/m, Dec.5
V_SSC1_Param.SSC1 Setpoint 2 * 1E-05 µm/m, Dec.5
V_SSC1_Config.SSC1 Logic

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 N, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 kN, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 MN, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 kg, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 t, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 mV/V, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC1 Hysteresis
V_SSC_HysteresisSettings.SSC1 Alignment Mode
V_SSC_HysteresisSettings.SSC1 Width * 1E-05 µm/m, Dec.5
V_SSC_HysteresisSettings.SSC1 Width Mode

SSC1 Delays
V_SSC_ReleaseDelay.SSC1 Enable
V_SSC_ReleaseDelay.SSC1 Time * 1 ms, Dec.0
V_SSC_ResponseDelay.SSC1 Enable
V_SSC_ResponseDelay.SSC1 Time * 1 ms, Dec.0

SSC1 Minimal Pulse Duration
V_SSC_MinimalPulseDuration.SSC1 Enable
V_SSC_MinimalPulseDuration.SSC1 Time * 1 ms, Dec.0
V_SSC_MinimalPulseDuration.SSC1 Mode

SSC2 Settings

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 N, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 N, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 kN, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 kN, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 MN, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 MN, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 kg, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 kg, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 t, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 t, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 mV/V, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 mV/V, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC2 Settings
V_SSC2_Config.SSC2 Mode
V_SSC2_Param.SSC2 Setpoint 1 * 1E-05 µm/m, Dec.5
V_SSC2_Param.SSC2 Setpoint 2 * 1E-05 µm/m, Dec.5
V_SSC2_Config.SSC2 Logic

If V_DisplayControlValues.Display Control Value 1 = 0:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 N, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 1:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 kN, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 2:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 MN, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 4:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 kg, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 5:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 t, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 12:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 mV/V, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

If V_DisplayControlValues.Display Control Value 1 = 13:

SSC2 Hysteresis
V_SSC_HysteresisSettings.SSC2 Alignment Mode
V_SSC_HysteresisSettings.SSC2 Width * 1E-05 µm/m, Dec.5
V_SSC_HysteresisSettings.SSC2 Width Mode

SSC2 Delays
V_SSC_ReleaseDelay.SSC2 Enable
V_SSC_ReleaseDelay.SSC2 Time * 1 ms, Dec.0
V_SSC_ResponseDelay.SSC2 Enable
V_SSC_ResponseDelay.SSC2 Time * 1 ms, Dec.0

SSC2 Minimal Pulse Duration
V_SSC_MinimalPulseDuration.SSC2 Enable
V_SSC_MinimalPulseDuration.SSC2 Time * 1 ms, Dec.0
V_SSC_MinimalPulseDuration.SSC2 Mode

Data for external Applications
V_DisplayControlValues.Display Control Value 1
V_DisplayControlValues.Display Control Value 2

Observation Menu

Measured Values

If V_DisplayControlValues.Display Control Value 1 = 0:

Process Values
V_PV1.Current * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Process Values
V_PV1.Current * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Process Values
V_PV1.Current * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Process Values
V_PV1.Current * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Process Values
V_PV1.Current * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Process Values
V_PV1.Current * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Process Values
V_PV1.Current * 1E-05 µm/m, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 0:

Memory Values
V_PV1.Minimum * 1E-05 N, Dec.5
V_PV1.Maximum * 1E-05 N, Dec.5
V_PV1.Peak Peak * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Memory Values
V_PV1.Minimum * 1E-05 kN, Dec.5
V_PV1.Maximum * 1E-05 kN, Dec.5
V_PV1.Peak Peak * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Memory Values
V_PV1.Minimum * 1E-05 MN, Dec.5
V_PV1.Maximum * 1E-05 MN, Dec.5
V_PV1.Peak Peak * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Memory Values
V_PV1.Minimum * 1E-05 kg, Dec.5
V_PV1.Maximum * 1E-05 kg, Dec.5
V_PV1.Peak Peak * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Memory Values
V_PV1.Minimum * 1E-05 t, Dec.5
V_PV1.Maximum * 1E-05 t, Dec.5
V_PV1.Peak Peak * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Memory Values
V_PV1.Minimum * 1E-05 mV/V, Dec.5
V_PV1.Maximum * 1E-05 mV/V, Dec.5
V_PV1.Peak Peak * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Memory Values
V_PV1.Minimum * 1E-05 µm/m, Dec.5
V_PV1.Maximum * 1E-05 µm/m, Dec.5
V_PV1.Peak Peak * 1E-05 µm/m, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 0:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 N, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 N, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 1:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 kN, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 kN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 2:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 MN, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 MN, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 4:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 kg, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 kg, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 5:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 t, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 t, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 12:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 mV/V, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 1 = 13:

Sample and Hold Values
V_MeasurementValues.Sample and Hold * 1E-05 µm/m, Dec.5
V_MeasurementValues.Sample and Hold Delta * 1E-05 µm/m, Dec.5

Diagnosis Menu

Remote Operation (Testing / Simulation)

Remote Signal
V_PV1_RemoteOperation.Enable
V_PV1_RemoteOperation.Selection
V_PV1_RemoteOperation.Physical Input Signal * 1 mV/V, Dec.5

Auxiliary Signals

Measured Temperatures
V_CpuTemperature.Current * 1 °C, Dec.1

Internal Signals
V_MeasurementValues.Physical Input Signal * 1 mV/V, Dec.5

Device Status

Notifications / Warnings / Errors
V_DeviceStatus
V_DetailedDeviceStatus

Device Monitoring
V_OperationTime.Power-on s
V_OperationTime.Lifetime s
V_NumberPowerOnCycles.Lifetime
V_NumberTarings.Lifetime

Sensor Adjustment

If V_DisplayControlValues.Display Control Value 2 = 0:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 N, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 1:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 kN, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 2:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 MN, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 4:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 kg, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 5:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 t, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 12:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

If V_DisplayControlValues.Display Control Value 2 = 13:

Factory Sensor Adjustment
V_FS_TransducerCalibrationSettings.Process Value Unit
V_FS_TransducerCalibrationSettings.Nominal Process Value * 1E-05 µm/m, Dec.5
V_FS_TransducerCalibrationSettings.Nominal Sensitivity * 1 mV/V, Dec.5
V_FS_TransducerCalibrationSettings.Offset * 1 mV/V, Dec.5

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