Turck-TS-LI2UPN8X-H1141-20111123-IODD1.0.1.xml

Version: V00.0303

Release Date: 2011-11-23

TS... series
Vendor ID	317 (0x013d)
Vendor Name	Turck
Vendor Text	Turck
Vendor URL	http://www.turck.com
Device ID	131328 (0x020100)
Communication
IO-Link Revision	V1.0
Transmission Rate	38400 bit/s (COM2)
Minimum Cycle Time	2 ms
SIO Mode Supported	yes
Device Variant	TS-400-LI2UPN8X-H1141
Description	output 1: pnp/npn switch, output 2: current or pnp/npn switch
Product ID	6840007
Device Icon
Device Symbol
Device Variant	TS-500-LI2UPN8X-H1141
Description	output 1: pnp/npn switch, output 2: current or pnp/npn switch
Product ID	6840015
Device Icon
Device Symbol

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ProcessData id=PD_ProcessData

ProcessDataIn "Process value" id=PD_ProcessDataIn

bit length: 16
data type: 16-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name
1	2	14-bit UInteger	0 = Underload, 16379 = Error, 16380 = Short-circuit output 2, 16381 = Reset in progress, 16382 = Measuring error, 16383 = Overload, 589..1279 = Overshoot, 1280..15103, 15104..15794 = Undershoot	Process value
2	1	Boolean	false = Off, true = On	Switch 2
3	0	Boolean	false = Off, true = On	Switch 1

Octet 0

bit offset	15	14	13	12	11	10	9	8
subindex	1
element bit	13	12	11	10	9	8	7	6

Octet 1

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

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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 "Vendor Name" index=16 id=V_VendorName

data type: 64-octet String UTF-8
default value: "Turck"
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
default value: "www.turck.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

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
default value: "6840007"
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 "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: 16-octet String UTF-8
access rights: rw

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 "Process Data Input" index=40 id=V_ProcessDataIn

data type: see ProcessDataIn!
access rights: ro
dynamic

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Variable "System command" index=80 id=V_MySystemCommand

description: Resetting to default state, deleting max. and min. value from the memory, implementing a reset
data type: 8-bit UInteger
allowed values: 0 = Reset to default state, 1 = Delete maximum value, 2 = Delete minimum value, 3 = Reset
access rights: wo

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

Variable "Function" index=81 id=V_ou1

description: Switching output 1 can be operated in SIO, hysteresis and window mode.
data type: 8-bit UInteger
allowed values: 0 = Hysteresis function, normally open, 1 = Hysteresis function, normally closed, 2 = window function, normally open, 3 = window function, normally closed
default value: 0
access rights: rw

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

Variable "Function" index=82 id=V_ou2

description: Output 2 can be configured as switching or current output. The switching output can be operated in hysteresis and window mode. Programming of limit values as well as linear increase and decrease at the current output.
data type: 8-bit UInteger
allowed values: 0 = Hysteresis function, normally open, 1 = Hysteresis function, normally closed, 2 = window function, normally open, 3 = window function, normally closed, 4 = 4-20 mA linear increase, 5 = 0-20 mA linear increase, 6 = 20-4 mA linear decrease, 7 = 20-0 mA linear decrease
default value: 4
access rights: rw

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

Variable "Switching output mode" index=83 id=V_pn

description: PNP/NPN configuration of switching outputs. In connected state, PNP outputs are related to the operating voltage, NPN outputs to the ground.
data type: 8-bit UInteger
allowed values: 0 = PNP, 1 = NPN
default value: 0
access rights: rw

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

Variable "Unit" index=84 id=V_unit

description: Measured values can be displayed in different units. This adjustment is valid for the values displayed here as well as for the display at the sensor. Only displayable units can be selected. The selected unit is indicated on the display via LED.
data type: 8-bit UInteger
allowed values: 0 = °C, 1 = °F, 2 = K, 3 = Ohm
default value: 0
access rights: rw

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

Variable "Display of measured value" index=85 id=V_dis

description: The refresh time can be adjusted. The display can be rotated by 180° or disabled. In disabled state, the measured value is displayed temporarily when pressing the set button.
data type: 8-bit UInteger
allowed values: 0 = 50 ms refresh time, 1 = 200 ms refresh time, 2 = 600 ms refresh time, 3 = 50 ms refresh time/display rotated by 180°, 4 = 200 ms refresh time/display rotated by 180°, 5 = 600 ms refresh time/display rotated by 180°, 6 = disabled
default value: 0
access rights: rw

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

Variable "Performance in the event of probe fault" index=86 id=V_fou1

description: Performance output 1: Adjustable in the event of probe failure (wire-break or short-circuit). Selectable on/off-state of th switching output.
data type: 8-bit UInteger
allowed values: 0 = Off, 1 = On
default value: 0
access rights: rw

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

Variable "Performance in the event of probe fault" index=87 id=V_fou2

description: Performance output 2: Adjustable in the event of probe failure (wire-break or short-circuit). In on-state the output switches resp. 22.5 mA are provided at the current output. In off-state the switching output is off resp. 0/3.5 mA are provided at the current output
data type: 8-bit UInteger
allowed values: 0 = Off, 1 = On
default value: 0
access rights: rw

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

Variable "Programming lock" index=88 id=V_displayProgrammingLock

description: The programming menu can be locked. The menu is either not accessible at all or the parameters can be displayed but not changed (also in SIO mode).
data type: 8-bit UInteger
allowed values: 0 = Off, 1 = On, only display of parameters, 2 = On, menu completely locked
default value: 0
access rights: rw

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

Variable "IO-Link write protection" index=89 id=V_ioLinkWriteProtect

description: Unintentional changes of the configuration via IO-Link can be inhibited through activating the write protection.
data type: 8-bit UInteger
allowed values: 0 = Off, 1 = On
default value: 0
access rights: rw

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

Variable "Switch/release point/ window" index=96 id=V_sprp1

description: The switch and release point (hystersis mode) resp. upper and lower switchpoint (window mode) are programmable
data type: 32-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	16	16-bit UInteger	5396..60415	18190				Switchpoint/ upper limit value
2	0	16-bit UInteger	5120..60139	17184				Release point/ lower limit value

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

Variable "Switch/release point/ window" index=97 id=V_sprp2

description: The switch and release point (hystersis mode) resp. upper and lower switchpoint (window mode) are programmable
data type: 32-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	16	16-bit UInteger	5396..60415	18190				Switchpoint/ upper limit value
2	0	16-bit UInteger	5120..60139	17184				Release point/ lower limit value

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

Variable "Start/end point of the analog signal" index=98 id=V_aspaep

description: Start and end values of the analog signal are programmable.
data type: 32-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	16	16-bit UInteger	5120..54886	5120				Start point of the analog signal
2	0	16-bit UInteger	10649..60415	60415				End point of th analog signal

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

Variable "Offset correction" index=104 id=V_cof

description: Strong ambient temperature fluctuation near the sensor may cause zero offset. The offset is adjustable in a range of: -55 to +55°C.
data type: 16-bit Integer
allowed values: -5530..5530
default value: 0
access rights: rw

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

Variable "Maximum value memory" index=105 id=V_hi

description: This value describes the highest measured process value. The value can be reset.
data type: 16-bit UInteger
access rights: ro
dynamic

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

Variable "Minimum value memory" index=106 id=V_lo

description: This value describes the lowest measured process value. The value can be reset.
data type: 16-bit UInteger
access rights: ro
dynamic

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

Variable "Switching delay (switchpoint/ window entrance)" index=120 id=V_dsp1

description: Switching delay adjustable for overshoot of switchpoint (hysteresis mode) or window entrance (window mode). Setting range: 0 to 50 s in steps of 0.1 s (0 = delay time off)
data type: 16-bit UInteger
allowed values: 0..500
default value: 0
access rights: rw

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

Variable "Switching delay (release point/ window exit)" index=121 id=V_drp1

description: Switching delay adjustable for undershoot of release point (hysteresis mode) or window exit (window mode). Setting range: 0 to 50 s in steps of 0.1 s (0 = delay time off)
data type: 16-bit UInteger
allowed values: 0..500
default value: 0
access rights: rw

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

Variable "Switching delay (switchpoint/ window entrance)" index=122 id=V_dsp2

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

Variable "Switching delay (release point/ window exit)" index=123 id=V_drp2

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

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Observer Menus

Identification Menu
Identification
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_FirmwareRevision
V_ApplicationSpecificName, ro

Parameter Menu

Parameters

If V_unit = 0:

General settings
V_ioLinkWriteProtect, ro
V_dis, ro
V_unit, ro
V_cof * 0.00994665 + 0 °C, ro Dec
V_displayProgrammingLock, ro

If V_unit = 1:

General settings
V_ioLinkWriteProtect, ro
V_dis, ro
V_unit, ro
V_cof * 0.01790397 + 0 °F, ro Dec
V_displayProgrammingLock, ro

If V_unit = 2:

General settings
V_ioLinkWriteProtect, ro
V_dis, ro
V_unit, ro
V_cof * 0.00994665 + 0 K, ro Dec
V_displayProgrammingLock, ro

If V_unit = 3:

General settings
V_ioLinkWriteProtect, ro
V_dis, ro
V_unit, ro
V_cof * 1 + 0, ro Dec
V_displayProgrammingLock, ro

If V_unit = 0:

Output settings

V_pn, ro

Output 1
V_ou1, ro
V_sprp1.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, ro Dec
V_sprp1.Release point/ lower limit value * 0.00994665 + -100.9268 °C, ro Dec
V_fou1, ro
V_dsp1 * 0.1 + 0 s, ro Dec
V_drp1 * 0.1 + 0 s, ro Dec

If V_ou2 = 0:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 1:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 2:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 3:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 4:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro

If V_ou2 = 5:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro

If V_ou2 = 6:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro

If V_ou2 = 7:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, ro Dec
V_fou2, ro

If V_unit = 1:

Output settings

V_pn, ro

Output 1
V_ou1, ro
V_sprp1.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, ro Dec
V_sprp1.Release point/ lower limit value * 0.01790397 + -149.6683 °F, ro Dec
V_fou1, ro
V_dsp1 * 0.1 + 0 s, ro Dec
V_drp1 * 0.1 + 0 s, ro Dec

If V_ou2 = 0:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, ro Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 1:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, ro Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 2:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, ro Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 3:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, ro Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 4:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro

If V_ou2 = 5:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro

If V_ou2 = 6:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro

If V_ou2 = 7:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, ro Dec
V_fou2, ro

If V_unit = 2:

Output settings

V_pn, ro

Output 1
V_ou1, ro
V_sprp1.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, ro Dec
V_sprp1.Release point/ lower limit value * 0.00994665 + 172.2232 K, ro Dec
V_fou1, ro
V_dsp1 * 0.1 + 0 s, ro Dec
V_drp1 * 0.1 + 0 s, ro Dec

If V_ou2 = 0:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 1:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 2:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 3:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, ro Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 4:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro

If V_ou2 = 5:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro

If V_ou2 = 6:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro

If V_ou2 = 7:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, ro Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, ro Dec
V_fou2, ro

If V_unit = 3:

Output settings

V_pn, ro

Output 1
V_ou1, ro
V_sprp1.Switchpoint/ upper limit value * 1 + 0, ro Dec
V_sprp1.Release point/ lower limit value * 1 + 0, ro Dec
V_fou1, ro
V_dsp1 * 0.1 + 0 s, ro Dec
V_drp1 * 0.1 + 0 s, ro Dec

If V_ou2 = 0:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 1 + 0, ro Dec
V_sprp2.Release point/ lower limit value * 1 + 0, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 1:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 1 + 0, ro Dec
V_sprp2.Release point/ lower limit value * 1 + 0, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 2:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 1 + 0, ro Dec
V_sprp2.Release point/ lower limit value * 1 + 0, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 3:

Output 2
V_ou2, ro
V_sprp2.Switchpoint/ upper limit value * 1 + 0, ro Dec
V_sprp2.Release point/ lower limit value * 1 + 0, ro Dec
V_fou2, ro
V_dsp2 * 0.1 + 0 s, ro Dec
V_drp2 * 0.1 + 0 s, ro Dec

If V_ou2 = 4:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 1 + 0, ro Dec
V_aspaep.End point of th analog signal * 1 + 0, ro Dec
V_fou2, ro

If V_ou2 = 5:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 1 + 0, ro Dec
V_aspaep.End point of th analog signal * 1 + 0, ro Dec
V_fou2, ro

If V_ou2 = 6:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 1 + 0, ro Dec
V_aspaep.End point of th analog signal * 1 + 0, ro Dec
V_fou2, ro

If V_ou2 = 7:

Output 2
V_ou2, ro
V_aspaep.Start point of the analog signal * 1 + 0, ro Dec
V_aspaep.End point of th analog signal * 1 + 0, ro Dec
V_fou2, ro

Observation Menu

Monitoring

If V_unit = 0:

Process value
V_ProcessDataIn.1 * 0.03978876 + -100.9296 °C, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 1:

Process value
V_ProcessDataIn.1 * 0.07161976 + -149.6733 °F, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 2:

Process value
V_ProcessDataIn.1 * 0.03978876 + 172.2204 K, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 3:

Process value
V_ProcessDataIn.1 * 1 + 0, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

Diagnosis Menu

Diagnostics

If V_unit = 0:

Min./max. value memory
V_lo * 0.00994665 + -100.9268 °C, ro Dec
V_hi * 0.00994665 + -100.9268 °C, ro Dec

If V_unit = 1:

Min./max. value memory
V_lo * 0.01790397 + -149.6683 °F, ro Dec
V_hi * 0.01790397 + -149.6683 °F, ro Dec

If V_unit = 2:

Min./max. value memory
V_lo * 0.00994665 + 172.2232 K, ro Dec
V_hi * 0.00994665 + 172.2232 K, ro Dec

If V_unit = 3:

Min./max. value memory
V_lo * 1 + 0, ro Dec
V_hi * 1 + 0, ro Dec

Maintenance Menus

Identification Menu
Identification
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_FirmwareRevision
V_ApplicationSpecificName, rw

Parameter Menu

Parameters

If V_unit = 0:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 0.00994665 + 0 °C, rw Dec
V_displayProgrammingLock, rw

If V_unit = 1:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 0.01790397 + 0 °F, rw Dec
V_displayProgrammingLock, rw

If V_unit = 2:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 0.00994665 + 0 K, rw Dec
V_displayProgrammingLock, rw

If V_unit = 3:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 1 + 0, rw Dec
V_displayProgrammingLock, rw

If V_unit = 0:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp1.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_unit = 1:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp1.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_unit = 2:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp1.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_unit = 3:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp1.Release point/ lower limit value * 1 + 0, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

Observation Menu

Monitoring

If V_unit = 0:

Process value
V_ProcessDataIn.1 * 0.03978876 + -100.9296 °C, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 1:

Process value
V_ProcessDataIn.1 * 0.07161976 + -149.6733 °F, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 2:

Process value
V_ProcessDataIn.1 * 0.03978876 + 172.2204 K, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 3:

Process value
V_ProcessDataIn.1 * 1 + 0, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

Diagnosis Menu

Diagnostics

If V_unit = 0:

Min./max. value memory
V_lo * 0.00994665 + -100.9268 °C, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 0.00994665 + -100.9268 °C, ro Dec
V_MySystemCommand, wo Button:=1

If V_unit = 1:

Min./max. value memory
V_lo * 0.01790397 + -149.6683 °F, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 0.01790397 + -149.6683 °F, ro Dec
V_MySystemCommand, wo Button:=1

If V_unit = 2:

Min./max. value memory
V_lo * 0.00994665 + 172.2232 K, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 0.00994665 + 172.2232 K, ro Dec
V_MySystemCommand, wo Button:=1

If V_unit = 3:

Min./max. value memory
V_lo * 1 + 0, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 1 + 0, ro Dec
V_MySystemCommand, wo Button:=1

Specialist Menus

Identification Menu
Identification
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_FirmwareRevision
V_ApplicationSpecificName, rw

Parameter Menu

Parameters

If V_unit = 0:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 0.00994665 + 0 °C, rw Dec
V_displayProgrammingLock, rw

If V_unit = 1:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 0.01790397 + 0 °F, rw Dec
V_displayProgrammingLock, rw

If V_unit = 2:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 0.00994665 + 0 K, rw Dec
V_displayProgrammingLock, rw

If V_unit = 3:

General settings
V_ioLinkWriteProtect, rw
V_MySystemCommand, wo Button:=0
V_MySystemCommand, wo Button:=3
V_dis, rw
V_unit, rw
V_cof * 1 + 0, rw Dec
V_displayProgrammingLock, rw

If V_unit = 0:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp1.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + -100.9268 °C, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + -100.9268 °C, rw Dec
V_fou2, rw

If V_unit = 1:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp1.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.01790397 + -149.6683 °F, rw Dec
V_sprp2.Release point/ lower limit value * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_aspaep.End point of th analog signal * 0.01790397 + -149.6683 °F, rw Dec
V_fou2, rw

If V_unit = 2:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp1.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 0.00994665 + 172.2232 K, rw Dec
V_sprp2.Release point/ lower limit value * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 0.00994665 + 172.2232 K, rw Dec
V_aspaep.End point of th analog signal * 0.00994665 + 172.2232 K, rw Dec
V_fou2, rw

If V_unit = 3:

Output settings

V_pn, rw

Output 1
V_ou1, rw
V_sprp1.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp1.Release point/ lower limit value * 1 + 0, rw Dec
V_fou1, rw
V_dsp1 * 0.1 + 0 s, rw Dec
V_drp1 * 0.1 + 0 s, rw Dec

If V_ou2 = 0:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 1:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 2:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 3:

Output 2
V_ou2, rw
V_sprp2.Switchpoint/ upper limit value * 1 + 0, rw Dec
V_sprp2.Release point/ lower limit value * 1 + 0, rw Dec
V_fou2, rw
V_dsp2 * 0.1 + 0 s, rw Dec
V_drp2 * 0.1 + 0 s, rw Dec

If V_ou2 = 4:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

If V_ou2 = 5:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

If V_ou2 = 6:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

If V_ou2 = 7:

Output 2
V_ou2, rw
V_aspaep.Start point of the analog signal * 1 + 0, rw Dec
V_aspaep.End point of th analog signal * 1 + 0, rw Dec
V_fou2, rw

Observation Menu

Monitoring

If V_unit = 0:

Process value
V_ProcessDataIn.1 * 0.03978876 + -100.9296 °C, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 1:

Process value
V_ProcessDataIn.1 * 0.07161976 + -149.6733 °F, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 2:

Process value
V_ProcessDataIn.1 * 0.03978876 + 172.2204 K, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

If V_unit = 3:

Process value
V_ProcessDataIn.1 * 1 + 0, ro Dec
V_ProcessDataIn.2, ro Bin
V_ProcessDataIn.3, ro Bin

Diagnosis Menu

Diagnostics

If V_unit = 0:

Min./max. value memory
V_lo * 0.00994665 + -100.9268 °C, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 0.00994665 + -100.9268 °C, ro Dec
V_MySystemCommand, wo Button:=1

If V_unit = 1:

Min./max. value memory
V_lo * 0.01790397 + -149.6683 °F, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 0.01790397 + -149.6683 °F, ro Dec
V_MySystemCommand, wo Button:=1

If V_unit = 2:

Min./max. value memory
V_lo * 0.00994665 + 172.2232 K, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 0.00994665 + 172.2232 K, ro Dec
V_MySystemCommand, wo Button:=1

If V_unit = 3:

Min./max. value memory
V_lo * 1 + 0, ro Dec
V_MySystemCommand, wo Button:=2
V_hi * 1 + 0, ro Dec
V_MySystemCommand, wo Button:=1

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