Turck-B2N360_Q42-20140923-IODD1.0.1.xml

Version: V01.0008

Release Date: 2014-09-23

Inclinometer
Vendor ID	317 (0x013d)
Vendor Name	Turck
Vendor Text	Turck
Vendor URL	http://www.turck.com
Device ID	720897 (0x0b0001)
Communication
IO-Link Revision	V1.0
Transmission Rate	38400 bit/s (COM2)
Minimum Cycle Time	2 ms
SIO Mode Supported	yes
Device Variant	B2N360-Q42
Description	2 Axis 360°
Product ID	n.a.
Device Icon
Device Symbol

[Top]

ProcessData id=PD_ProcessData

ProcessDataIn "Angle data" id=PD_ProcessDataIn

bit length: 32
data type: 32-bit Record

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	0	16-bit UInteger	0..65535 = ° * 100 or mG + 2000					X-Axis
2	16	16-bit UInteger	0..65535 = ° * 100 or mG + 2000					Y-Axis

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

[Top]

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

data type: 128-bit Record
access rights: ro

subindex	bit offset	data type	default value	name
1	120	8-bit UInteger		Reserved
2	112	8-bit UInteger		Master Cycle Time
3	104	8-bit UInteger		Min Cycle Time
4	96	8-bit UInteger		Frame Capability
5	88	8-bit UInteger	16	IO-Link Version ID
6	80	8-bit UInteger		Process Data Input Length
7	72	8-bit UInteger		Process Data Output Length
8	64	8-bit UInteger		Vendor ID 1
9	56	8-bit UInteger		Vendor ID 2
10	48	8-bit UInteger		Device ID 1
11	40	8-bit UInteger		Device ID 2
12	32	8-bit UInteger		Device ID 3
13	24	8-bit UInteger		Reserved
14	16	8-bit UInteger		Reserved
15	8	8-bit UInteger		Reserved
16	0	8-bit UInteger		Reserved

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 2" index=1 id=V_DirectParameters_2

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	Offset Time
14	16	8-bit UInteger	Reserved
15	8	8-bit UInteger	Reserved
16	0	8-bit UInteger	Reserved

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

data type: 8-bit UInteger
allowed values: 128 = Device Reset, 129 = Application Reset, 130 = Restore Factory Setting, 0..127 = Reserved, 131..159 = Reserved
access rights: wo

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

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

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 "Vendor Text" index=17 id=V_VendorText

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 Name" index=18 id=V_ProductName

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 ID" index=19 id=V_ProductID

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

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

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 Version" index=22 id=V_HardwareRevision

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 "Firmware Version" index=23 id=V_FirmwareRevision

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 "Application Specific Name" index=24 id=V_ApplicationSpecificName

data type: 32-octet String UTF-8
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

[Top]

Variable "Operation mode" index=112 id=VarOperationMode

description: Choose between the operation modes Inclination, Vibration or Acceleration.
data type: 8-bit UInteger
allowed values: 1 = Inclination, 3 = Acceleration X/Y linear, 4 = Acceleration Vector modulus 2D, 5 = Acceleration Vector modulus 3D
default value: 1
access rights: rw
dynamic

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

Variable "Lowpass filter A" index=113 id=VarFilter1

description: Choose the cut-off frequency of the signal filter A.
data type: 8-bit UInteger
allowed values: 0 = Cut-off frequency lowest, 1 = Cut-off frequency 1Hz, 2 = Cut-off frequency 2Hz, 3 = Cut-off frequency 3Hz, 4 = Cut-off frequency 4Hz, 5 = Cut-off frequency 5Hz, 6 = Cut-off frequency 6Hz, 7 = Cut-off frequency 7Hz, 8 = Cut-off frequency 8Hz, 9 = Cut-off frequency 9Hz, 10 = Cut-off frequency 10Hz, 11 = Cut-off frequency 11Hz, 12 = Cut-off frequency 12Hz, 13 = Cut-off frequency 13Hz, 14 = Cut-off frequency 14Hz, 15 = Cut-off frequency 15Hz, 16 = Cut-off frequency 16Hz, 17 = Cut-off frequency 17Hz, 18 = Cut-off frequency 18Hz, 19 = Cut-off frequency 19Hz, 20 = Cut-off frequency 20Hz, 21 = Cut-off frequency 21Hz, 22 = Cut-off frequency 22Hz, 23 = Cut-off frequency 23Hz, 24 = Cut-off frequency 24Hz, 25 = Cut-off frequency 25Hz, 26 = Cut-off frequency 26Hz, 27 = Cut-off frequency 27Hz, 28 = Cut-off frequency 28Hz, 29 = Cut-off frequency 29Hz, 30 = Cut-off frequency 30Hz, 255 = Filter deactivated
default value: 24
access rights: rw
dynamic

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

Variable "Lowpass filter B" index=114 id=VarFilter2

description: Choose the cut-off frequency of the signal filter B.
data type: 8-bit UInteger
allowed values: 0 = Cut-off frequency lowest, 1 = Cut-off frequency 1Hz, 2 = Cut-off frequency 2Hz, 3 = Cut-off frequency 3Hz, 4 = Cut-off frequency 4Hz, 5 = Cut-off frequency 5Hz, 6 = Cut-off frequency 6Hz, 7 = Cut-off frequency 7Hz, 8 = Cut-off frequency 8Hz, 9 = Cut-off frequency 9Hz, 10 = Cut-off frequency 10Hz, 11 = Cut-off frequency 11Hz, 12 = Cut-off frequency 12Hz, 13 = Cut-off frequency 13Hz, 14 = Cut-off frequency 14Hz, 15 = Cut-off frequency 15Hz, 16 = Cut-off frequency 16Hz, 17 = Cut-off frequency 17Hz, 18 = Cut-off frequency 18Hz, 19 = Cut-off frequency 19Hz, 20 = Cut-off frequency 20Hz, 21 = Cut-off frequency 21Hz, 22 = Cut-off frequency 22Hz, 23 = Cut-off frequency 23Hz, 24 = Cut-off frequency 24Hz, 25 = Cut-off frequency 25Hz, 26 = Cut-off frequency 26Hz, 27 = Cut-off frequency 27Hz, 28 = Cut-off frequency 28Hz, 29 = Cut-off frequency 29Hz, 30 = Cut-off frequency 30Hz, 255 = Filter deactivated
default value: 15
access rights: rw
dynamic

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

Variable "Lowpass filter C" index=115 id=VarFilter3

description: Choose the cut-off frequency of the signal filter C.
data type: 8-bit UInteger
allowed values: 0 = Cut-off frequency lowest, 1 = Cut-off frequency 1Hz, 2 = Cut-off frequency 2Hz, 3 = Cut-off frequency 3Hz, 4 = Cut-off frequency 4Hz, 5 = Cut-off frequency 5Hz, 6 = Cut-off frequency 6Hz, 7 = Cut-off frequency 7Hz, 8 = Cut-off frequency 8Hz, 9 = Cut-off frequency 9Hz, 10 = Cut-off frequency 10Hz, 11 = Cut-off frequency 11Hz, 12 = Cut-off frequency 12Hz, 13 = Cut-off frequency 13Hz, 14 = Cut-off frequency 14Hz, 15 = Cut-off frequency 15Hz, 16 = Cut-off frequency 16Hz, 17 = Cut-off frequency 17Hz, 18 = Cut-off frequency 18Hz, 19 = Cut-off frequency 19Hz, 20 = Cut-off frequency 20Hz, 21 = Cut-off frequency 21Hz, 22 = Cut-off frequency 22Hz, 23 = Cut-off frequency 23Hz, 24 = Cut-off frequency 24Hz, 25 = Cut-off frequency 25Hz, 26 = Cut-off frequency 26Hz, 27 = Cut-off frequency 27Hz, 28 = Cut-off frequency 28Hz, 29 = Cut-off frequency 29Hz, 30 = Cut-off frequency 30Hz, 255 = Filter deactivated
default value: 0
access rights: rw
dynamic

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

Variable "Active filter" index=116 id=VarFilterAuswahl

description: Choose the active filter preset [A to C].
data type: 8-bit UInteger
allowed values: 1 = Filter A, 2 = Filter B, 3 = Filter C
default value: 1
access rights: rw
dynamic

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

Variable "Analog output function" index=128 id=VarAnalogueOutputX

description: Choose the output mode current [0mA to 20mA] or voltage [0V to 10V].
data type: 8-bit UInteger
allowed values: 1 = Current, 2 = Voltage
default value: 1
access rights: rw
dynamic

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

Variable "Start value of analog output" index=129 id=VarAnalogueOutputXUnten

description: Enter the lower border of the analog output in µA resp. mV.
data type: 16-bit UInteger
allowed values: 0..20000
access rights: rw
dynamic

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

Variable "End value of analog output" index=130 id=VarAnalogueOutputXOben

description: Enter the upper border of the analog output in µA resp. mV.
data type: 16-bit UInteger
allowed values: 0..20000
access rights: rw
dynamic

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

Variable "Overrange behavior" index=131 id=VarOverrangeX

description: Choose the signal behavior if the measured signal is out of range.
data type: 8-bit UInteger
allowed values: 1 = Keep limiting value, 2 = Readout error signal
default value: 1
access rights: rw
dynamic

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

Variable "Direction of rotation" index=132 id=VarDirectionX

description: Choose the positive direction of rotation.
data type: 8-bit UInteger
allowed values: 1 = Clockwise, 2 = Counterclockwise
default value: 1
access rights: rw
dynamic

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

Variable "Start position of measuring range" index=133 id=VarAnalogueOutputRangeUntenX

description: Enter the lower measuring border. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach start position of measuring range" index=134 id=VarAnalogueOutputRangeUntenMessenX

description: Teach the current reading as the lower measuring border.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "End position of measuring range" index=135 id=VarAnalogueOutputRangeObenX

description: Enter the upper measuring border. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach end position of measuring range" index=136 id=VarAnalogueOutputRangeObenMessenX

description: Teach the current reading as the upper measuring border.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point offset" index=137 id=VarZeroTeachX

description: Enter the zero point offset. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Zero point offset teach" index=138 id=VarZeroTeachMessenX

description: Teach the current reading as the zero point offset.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point offset acceleration teach" index=140 id=VarZeroTeachMessenXAcc

description: Teach the current reading as the zero point offset acceleration.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point offset acceleration reset" index=141 id=VarZeroTeachResetXAcc

description: Reset the zero point offset acceleration.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Output mode" index=144 id=VarAnalogueOutputY

description: Choose the output mode current 0mA to 20mA or voltage 0V to 10V.
data type: 8-bit UInteger
allowed values: 1 = Current, 2 = Voltage
default value: 1
access rights: rw
dynamic

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

Variable "Start value of analog output" index=145 id=VarAnalogueOutputYUnten

description: Enter the lower border of the analog output in µA resp. mV.
data type: 16-bit UInteger
allowed values: 0..20000
access rights: rw
dynamic

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

Variable "End value of analog output" index=146 id=VarAnalogueOutputYOben

description: Enter the upper border of the analog output in µA resp. mV.
data type: 16-bit UInteger
allowed values: 0..20000
access rights: rw
dynamic

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

Variable "Overrange behavior" index=147 id=VarOverrangeY

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

Variable "Direction of rotation" index=148 id=VarDirectionY

description: Choose the positive direction of rotation.
data type: 8-bit UInteger
allowed values: 1 = Clockwise, 2 = Counterclockwise
default value: 1
access rights: rw
dynamic

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

Variable "Start position of measuring range" index=149 id=VarAnalogueOutputRangeUntenY

description: Enter the lower measuring border. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach start position of measuring range" index=150 id=VarAnalogueOutputRangeUntenMessenY

description: Teach the current reading as the lower measuring border.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "End position of measuring range" index=151 id=VarAnalogueOutputRangeObenY

description: Enter the upper measuring border. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach end position of measuring range" index=152 id=VarAnalogueOutputRangeObenMessenY

description: Teach the current reading as the upper measuring border.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point offset" index=153 id=VarZeroTeachY

description: Enter the zero point offset. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach zero point offset" index=154 id=VarZeroTeachMessenY

description: Teach the current reading as the zero point offset.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point offset acceleration teach" index=156 id=VarZeroTeachMessenYAcc

description: Teach the current reading as the zero point offset acceleration.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point offset acceleration reset" index=157 id=VarZeroTeachResetYAcc

description: Reset the zero point offset acceleration.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point teach" index=158 id=VarZeroTeachMessenYAcc3D

description: Teach the current reading as the zero point.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Zero point reset" index=159 id=VarZeroTeachResetYAcc3D

description: Reset the zero point.
data type: 8-bit UInteger
allowed values: 1 = Reset
access rights: wo

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

Variable "Referring axis" index=160 id=VarDigitalOutput1Axis

description: Choose the referring axis X or Y
data type: 8-bit UInteger
allowed values: 1 = X, 2 = Y
default value: 1
access rights: rw
dynamic

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

Variable "Output type" index=161 id=VarDigitalOutput1PN

description: Choose the output type PNP or NPN
data type: 8-bit UInteger
allowed values: 1 = PNP, 2 = NPN
default value: 1
access rights: rw
dynamic

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

Variable "Switch point ON" index=162 id=VarDigitalOutput1An

description: Enter the ON position. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach switch point ON" index=163 id=VarDigitalOutput1AnMessen

description: Teach the current reading as the ON position.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Switch point OFF" index=164 id=VarDigitalOutput1Aus

description: Enter the OFF position. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach switch point OFF" index=165 id=VarDigitalOutput1AusMessen

description: Teach the current reading as the OFF position.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Switch point hysteresis" index=166 id=VarDigitalOutput1Hysterese

description: Enter the hysteresis of switch point 1. Range 0...359.99.
data type: 8-bit UInteger
allowed values: 0..250
access rights: rw
dynamic

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

Variable "Inverting" index=167 id=VarDigitalOutput1Invertierung

description: Choose whether the switch function is inverted or not
data type: 8-bit UInteger
allowed values: 0 = Normally open, 1 = Normally closed
access rights: rw
dynamic

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

Variable "Threshold X" index=168 id=VarDigitalOutput1AccxyX

description: Enter the threshold for accelerations in X-direction.
data type: 16-bit UInteger
allowed values: 0..2000
access rights: rw
dynamic

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

Variable "Threshold" index=169 id=VarDigitalOutput1Acc2d

description: Enter the threshold for accelerations in any X/Y-direction.
data type: 16-bit UInteger
allowed values: 0..2000
access rights: rw
dynamic

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

Variable "Threshold" index=170 id=VarDigitalOutput1Acc3d

description: Enter the threshold for accelerations in any X/Y/Z-direction.
data type: 16-bit UInteger
allowed values: 0..2000
access rights: rw
dynamic

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

Variable "Referring axis" index=176 id=VarDigitalOutput2Axis

description: Choose the referring axis X or Y
data type: 8-bit UInteger
allowed values: 1 = X, 2 = Y
default value: 2
access rights: rw
dynamic

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

Variable "Output type" index=177 id=VarDigitalOutput2PN

description: Choose the output type PNP or NPN
data type: 8-bit UInteger
allowed values: 1 = PNP, 2 = NPN
default value: 1
access rights: rw
dynamic

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

Variable "Switch point ON" index=178 id=VarDigitalOutput2An

description: Enter the ON position. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach switch point ON" index=179 id=VarDigitalOutput2AnMessen

description: Teach the current reading as the ON position.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Switch point OFF" index=180 id=VarDigitalOutput2Aus

description: Enter the OFF position. Range 0...359.99.
data type: 16-bit UInteger
allowed values: 0..35999
access rights: rw
dynamic

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

Variable "Teach switch point OFF" index=181 id=VarDigitalOutput2AusMessen

description: Teach the current reading as the OFF position.
data type: 8-bit UInteger
allowed values: 1 = Teach
access rights: wo

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

Variable "Switch point hysteresis" index=182 id=VarDigitalOutput2Hysterese

description: Enter the hysteresis of switch point 2. Range 0...359.99.
data type: 8-bit UInteger
allowed values: 0..250
access rights: rw
dynamic

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

Variable "Inverting" index=183 id=VarDigitalOutput2Invertierung

description: Choose whether the switch function is inverted or not
data type: 8-bit UInteger
allowed values: 0 = Normally open, 1 = Normally closed
access rights: rw
dynamic

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

Variable "Threshold Y" index=184 id=VarDigitalOutput1AccxyY

description: Enter the threshold for accelerations in X-direction.
data type: 16-bit UInteger
allowed values: 0..2000
access rights: rw
dynamic

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

Variable "Functional area" index=192 id=VarFunktion

description: Choose the functional area [1 to 5].
data type: 8-bit UInteger
allowed values: 1 = Upper hemisphere, 2 = Lower hemisphere, 3 = 2 * 360°, 4 = 360° X, 5 = 360° Y
default value: 1
access rights: rw
dynamic

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

Variable "Mountig position" index=193 id=VarMontage

description: Choose the mounting position.
data type: 8-bit UInteger
allowed values: 1 = Position M1 0°, 2 = Position M2 90° Y, 3 = Position M3 180° Y, 4 = Position M4 270° Y
default value: 1
access rights: rw
dynamic

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

Variable "Factory reset" index=207 id=VarFactoryReset

description: Perform a factory reset of all parameters.
data type: 8-bit UInteger
allowed values: 1 = Reset
access rights: wo

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

[Top]

Observer Menus

Identification Menu

Identification

Sensor information
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_HardwareRevision
V_FirmwareRevision
V_ApplicationSpecificName, rw

Parameter Menu

Telefon

System configuration
VarOperationMode
VarFilter1
VarFilter2
VarFilter3
VarFilterAuswahl

If VarOperationMode = 1:

Angle-Configuration
VarMontage
VarFunktion

If VarOperationMode = 1:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarOverrangeX
VarDirectionX
VarAnalogueOutputRangeUntenX * 0.01 °
VarAnalogueOutputRangeUntenMessenX, wo Button:=1
VarAnalogueOutputRangeObenX * 0.01 °
VarAnalogueOutputRangeObenMessenX, wo Button:=1
VarZeroTeachX * 0.01 °
VarZeroTeachMessenX, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarOverrangeX
VarDirectionX
VarAnalogueOutputRangeUntenX * 0.01 °
VarAnalogueOutputRangeUntenMessenX, wo Button:=1
VarAnalogueOutputRangeObenX * 0.01 °
VarAnalogueOutputRangeObenMessenX, wo Button:=1
VarZeroTeachX * 0.01 °
VarZeroTeachMessenX, wo Button:=1

If VarAnalogueOutputY = 1:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 mA
VarAnalogueOutputYOben * 0.001 + 0 mA
VarOverrangeY
VarDirectionY
VarAnalogueOutputRangeUntenY * 0.01 °
VarAnalogueOutputRangeUntenMessenY, wo Button:=1
VarAnalogueOutputRangeObenY * 0.01 °
VarAnalogueOutputRangeObenMessenY, wo Button:=1
VarZeroTeachY * 0.01 °
VarZeroTeachMessenY, wo Button:=1

If VarAnalogueOutputY = 2:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 V
VarAnalogueOutputYOben * 0.001 + 0 V
VarOverrangeY
VarDirectionY
VarAnalogueOutputRangeUntenY * 0.01 °
VarAnalogueOutputRangeUntenMessenY, wo Button:=1
VarAnalogueOutputRangeObenY * 0.01 °
VarAnalogueOutputRangeObenMessenY, wo Button:=1
VarZeroTeachY * 0.01 °
VarZeroTeachMessenY, wo Button:=1

If VarOperationMode = 3:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarZeroTeachMessenXAcc, wo Button:=1
VarZeroTeachResetXAcc, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarZeroTeachMessenXAcc, wo Button:=1
VarZeroTeachResetXAcc, wo Button:=1

If VarAnalogueOutputY = 1:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 mA
VarAnalogueOutputYOben * 0.001 + 0 mA
VarZeroTeachMessenYAcc, wo Button:=1
VarZeroTeachResetYAcc, wo Button:=1

If VarAnalogueOutputY = 2:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 V
VarAnalogueOutputYOben * 0.001 + 0 V
VarZeroTeachMessenYAcc, wo Button:=1
VarZeroTeachResetYAcc, wo Button:=1

If VarOperationMode = 4:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V

If VarOperationMode = 5:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarZeroTeachMessenYAcc3D, wo Button:=1
VarZeroTeachResetYAcc3D, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarZeroTeachMessenYAcc3D, wo Button:=1
VarZeroTeachResetYAcc3D, wo Button:=1

If VarOperationMode = 1:

Digital outputs

Output 1
VarDigitalOutput1Axis
VarDigitalOutput1PN
VarDigitalOutput1An * 0.01 °
VarDigitalOutput1AnMessen, wo Button:=1
VarDigitalOutput1Aus * 0.01 °
VarDigitalOutput1AusMessen, wo Button:=1
VarDigitalOutput1Hysterese * 0.01 °
VarDigitalOutput1Invertierung

Output 2
VarDigitalOutput2Axis
VarDigitalOutput2PN
VarDigitalOutput2An * 0.01 °
VarDigitalOutput2AnMessen, wo Button:=1
VarDigitalOutput2Aus * 0.01 °
VarDigitalOutput2AusMessen, wo Button:=1
VarDigitalOutput2Hysterese * 0.01 °
VarDigitalOutput2Invertierung

If VarOperationMode = 3:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1AccxyX
VarDigitalOutput1AccxyY

If VarOperationMode = 4:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1Acc2d

If VarOperationMode = 5:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1Acc3d

Reset
VarFactoryReset, wo Button:=1

Maintenance Menus

Identification Menu

Identification

Sensor information
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_HardwareRevision
V_FirmwareRevision
V_ApplicationSpecificName, rw

Parameter Menu

Telefon

System configuration
VarOperationMode
VarFilter1
VarFilter2
VarFilter3
VarFilterAuswahl

If VarOperationMode = 1:

Angle-Configuration
VarMontage
VarFunktion

If VarOperationMode = 1:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarOverrangeX
VarDirectionX
VarAnalogueOutputRangeUntenX * 0.01 °
VarAnalogueOutputRangeUntenMessenX, wo Button:=1
VarAnalogueOutputRangeObenX * 0.01 °
VarAnalogueOutputRangeObenMessenX, wo Button:=1
VarZeroTeachX * 0.01 °
VarZeroTeachMessenX, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarOverrangeX
VarDirectionX
VarAnalogueOutputRangeUntenX * 0.01 °
VarAnalogueOutputRangeUntenMessenX, wo Button:=1
VarAnalogueOutputRangeObenX * 0.01 °
VarAnalogueOutputRangeObenMessenX, wo Button:=1
VarZeroTeachX * 0.01 °
VarZeroTeachMessenX, wo Button:=1

If VarAnalogueOutputY = 1:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 mA
VarAnalogueOutputYOben * 0.001 + 0 mA
VarOverrangeY
VarDirectionY
VarAnalogueOutputRangeUntenY * 0.01 °
VarAnalogueOutputRangeUntenMessenY, wo Button:=1
VarAnalogueOutputRangeObenY * 0.01 °
VarAnalogueOutputRangeObenMessenY, wo Button:=1
VarZeroTeachY * 0.01 °
VarZeroTeachMessenY, wo Button:=1

If VarAnalogueOutputY = 2:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 V
VarAnalogueOutputYOben * 0.001 + 0 V
VarOverrangeY
VarDirectionY
VarAnalogueOutputRangeUntenY * 0.01 °
VarAnalogueOutputRangeUntenMessenY, wo Button:=1
VarAnalogueOutputRangeObenY * 0.01 °
VarAnalogueOutputRangeObenMessenY, wo Button:=1
VarZeroTeachY * 0.01 °
VarZeroTeachMessenY, wo Button:=1

If VarOperationMode = 3:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarZeroTeachMessenXAcc, wo Button:=1
VarZeroTeachResetXAcc, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarZeroTeachMessenXAcc, wo Button:=1
VarZeroTeachResetXAcc, wo Button:=1

If VarAnalogueOutputY = 1:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 mA
VarAnalogueOutputYOben * 0.001 + 0 mA
VarZeroTeachMessenYAcc, wo Button:=1
VarZeroTeachResetYAcc, wo Button:=1

If VarAnalogueOutputY = 2:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 V
VarAnalogueOutputYOben * 0.001 + 0 V
VarZeroTeachMessenYAcc, wo Button:=1
VarZeroTeachResetYAcc, wo Button:=1

If VarOperationMode = 4:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V

If VarOperationMode = 5:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarZeroTeachMessenYAcc3D, wo Button:=1
VarZeroTeachResetYAcc3D, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarZeroTeachMessenYAcc3D, wo Button:=1
VarZeroTeachResetYAcc3D, wo Button:=1

If VarOperationMode = 1:

Digital outputs

Output 1
VarDigitalOutput1Axis
VarDigitalOutput1PN
VarDigitalOutput1An * 0.01 °
VarDigitalOutput1AnMessen, wo Button:=1
VarDigitalOutput1Aus * 0.01 °
VarDigitalOutput1AusMessen, wo Button:=1
VarDigitalOutput1Hysterese * 0.01 °
VarDigitalOutput1Invertierung

Output 2
VarDigitalOutput2Axis
VarDigitalOutput2PN
VarDigitalOutput2An * 0.01 °
VarDigitalOutput2AnMessen, wo Button:=1
VarDigitalOutput2Aus * 0.01 °
VarDigitalOutput2AusMessen, wo Button:=1
VarDigitalOutput2Hysterese * 0.01 °
VarDigitalOutput2Invertierung

If VarOperationMode = 3:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1AccxyX
VarDigitalOutput1AccxyY

If VarOperationMode = 4:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1Acc2d

If VarOperationMode = 5:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1Acc3d

Reset
VarFactoryReset, wo Button:=1

Specialist Menus

Identification Menu

Identification

Sensor information
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_HardwareRevision
V_FirmwareRevision
V_ApplicationSpecificName, rw

Parameter Menu

Telefon

System configuration
VarOperationMode
VarFilter1
VarFilter2
VarFilter3
VarFilterAuswahl

If VarOperationMode = 1:

Angle-Configuration
VarMontage
VarFunktion

If VarOperationMode = 1:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarOverrangeX
VarDirectionX
VarAnalogueOutputRangeUntenX * 0.01 °
VarAnalogueOutputRangeUntenMessenX, wo Button:=1
VarAnalogueOutputRangeObenX * 0.01 °
VarAnalogueOutputRangeObenMessenX, wo Button:=1
VarZeroTeachX * 0.01 °
VarZeroTeachMessenX, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarOverrangeX
VarDirectionX
VarAnalogueOutputRangeUntenX * 0.01 °
VarAnalogueOutputRangeUntenMessenX, wo Button:=1
VarAnalogueOutputRangeObenX * 0.01 °
VarAnalogueOutputRangeObenMessenX, wo Button:=1
VarZeroTeachX * 0.01 °
VarZeroTeachMessenX, wo Button:=1

If VarAnalogueOutputY = 1:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 mA
VarAnalogueOutputYOben * 0.001 + 0 mA
VarOverrangeY
VarDirectionY
VarAnalogueOutputRangeUntenY * 0.01 °
VarAnalogueOutputRangeUntenMessenY, wo Button:=1
VarAnalogueOutputRangeObenY * 0.01 °
VarAnalogueOutputRangeObenMessenY, wo Button:=1
VarZeroTeachY * 0.01 °
VarZeroTeachMessenY, wo Button:=1

If VarAnalogueOutputY = 2:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 V
VarAnalogueOutputYOben * 0.001 + 0 V
VarOverrangeY
VarDirectionY
VarAnalogueOutputRangeUntenY * 0.01 °
VarAnalogueOutputRangeUntenMessenY, wo Button:=1
VarAnalogueOutputRangeObenY * 0.01 °
VarAnalogueOutputRangeObenMessenY, wo Button:=1
VarZeroTeachY * 0.01 °
VarZeroTeachMessenY, wo Button:=1

If VarOperationMode = 3:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarZeroTeachMessenXAcc, wo Button:=1
VarZeroTeachResetXAcc, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarZeroTeachMessenXAcc, wo Button:=1
VarZeroTeachResetXAcc, wo Button:=1

If VarAnalogueOutputY = 1:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 mA
VarAnalogueOutputYOben * 0.001 + 0 mA
VarZeroTeachMessenYAcc, wo Button:=1
VarZeroTeachResetYAcc, wo Button:=1

If VarAnalogueOutputY = 2:

Output Y
VarAnalogueOutputY
VarAnalogueOutputYUnten * 0.001 + 0 V
VarAnalogueOutputYOben * 0.001 + 0 V
VarZeroTeachMessenYAcc, wo Button:=1
VarZeroTeachResetYAcc, wo Button:=1

If VarOperationMode = 4:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V

If VarOperationMode = 5:

Analog outputs

If VarAnalogueOutputX = 1:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 mA
VarAnalogueOutputXOben * 0.001 + 0 mA
VarZeroTeachMessenYAcc3D, wo Button:=1
VarZeroTeachResetYAcc3D, wo Button:=1

If VarAnalogueOutputX = 2:

Output X
VarAnalogueOutputX
VarAnalogueOutputXUnten * 0.001 + 0 V
VarAnalogueOutputXOben * 0.001 + 0 V
VarZeroTeachMessenYAcc3D, wo Button:=1
VarZeroTeachResetYAcc3D, wo Button:=1

If VarOperationMode = 1:

Digital outputs

Output 1
VarDigitalOutput1Axis
VarDigitalOutput1PN
VarDigitalOutput1An * 0.01 °
VarDigitalOutput1AnMessen, wo Button:=1
VarDigitalOutput1Aus * 0.01 °
VarDigitalOutput1AusMessen, wo Button:=1
VarDigitalOutput1Hysterese * 0.01 °
VarDigitalOutput1Invertierung

Output 2
VarDigitalOutput2Axis
VarDigitalOutput2PN
VarDigitalOutput2An * 0.01 °
VarDigitalOutput2AnMessen, wo Button:=1
VarDigitalOutput2Aus * 0.01 °
VarDigitalOutput2AusMessen, wo Button:=1
VarDigitalOutput2Hysterese * 0.01 °
VarDigitalOutput2Invertierung

If VarOperationMode = 3:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1AccxyX
VarDigitalOutput1AccxyY

If VarOperationMode = 4:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1Acc2d

If VarOperationMode = 5:

Digital output
VarDigitalOutput1PN
VarDigitalOutput1Acc3d

Reset
VarFactoryReset, wo Button:=1

Note: This page shows the content of an IODD file transformed into HTML format. In the case of disparity between this and the XML view, the content of the XML file takes precedence.
Created by IODD Viewer V1.1.