Banner_Engineering-R95C-4B4UI-KQ-20231201-IODD1.1.xml

Version: V1.2

Release Date: 2023-12-01

R95C
Vendor ID	451 (0x01c3)
Vendor Name	Banner Engineering Corporation
Vendor Text	More Sensors. More Solutions.
Vendor URL	www.bannerengineering.com/io-link
Device ID	659473 (0x0a1011)
DeviceFamily	R95C Series
Features
Block Parameter	yes
Data Storage	yes
Profile Characteristic	0x4000 (Common Application Profile: ?Unknown?), 0x8000 (Function Class: Device Identification), 0x8003 (Function Class: Device Diagnosis)
Supported Access Locks	Parameter: yes, Data Storage: yes, Local Parameterization: yes, Local User Interface: yes
Communication
IO-Link Revision	V1.1
Transmission Rate	38400 bit/s (COM2)
Minimum Cycle Time	3.3 ms
SIO Mode Supported	yes
M-Sequence Capability	PREOPERATE = TYPE_0 with 1 octet on-request data OPERATE = TYPE_2_V with 1 octet on-request data ISDU supported
Device Variant	R95C-4B4UI-KQ
Description	8-Port-2-Channel-Discrete-and-Analog-In-Out Converter
Product ID	R95C-4B4UI-KQ
Device Icon
Device Symbol
Connection Type	M12-4 connector
- pin 1	brown; L+
- pin 2	white; Other
- pin 3	(light) blue; L-
- pin 4	black; C/Q

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ProcessData id=PD_ProcessDataWithSignal (condition V_Vendor_Specific_Configuration.1 == 0)

ProcessDataIn "Process Data Input" id=PD_ProcessDataIn

bit length: 232
data type: 232-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name	description
1	0	Boolean	false = Inactive, true = Active	Port1 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
2	1	Boolean	false = Inactive, true = Active	Port1 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
3	2	Boolean	false = Inactive, true = Active	Port2 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
4	3	Boolean	false = Inactive, true = Active	Port2 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
5	4	Boolean	false = Inactive, true = Active	Port3 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
6	5	Boolean	false = Inactive, true = Active	Port3 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
7	6	Boolean	false = Inactive, true = Active	Port4 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
8	7	Boolean	false = Inactive, true = Active	Port4 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
9	8	32-bit Integer		Process Data Measurement 1	Process Data Measurement 1 Value
10	40	32-bit Integer		Process Data Measurement 2	Process Data Measurement 2 Value
11	72	32-bit Integer		Process Data Measurement 3	Process Data Measurement 3 Value
12	104	32-bit Integer		Process Data Measurement 4	Process Data Measurement 4 Value
13	136	24-bit Integer		Measurement Value - Analog in 1	If The Mode of Analog In = Voltage, Process Data Input = value0.001V, If The Mode of Analog In = Current, Process Data Input = value0.000001A
14	160	24-bit Integer		Measurement Value - Analog in 2	If The Mode of Analog In = Voltage, Process Data Input = value0.001V, If The Mode of Analog In = Current, Process Data Input = value0.000001A
15	184	24-bit Integer		Measurement Value - Analog in 3	If The Mode of Analog In = Voltage, Process Data Input = value0.001V, If The Mode of Analog In = Current, Process Data Input = value0.000001A
16	208	24-bit Integer		Measurement Value - Analog in 4	If The Mode of Analog In = Voltage, Process Data Input = value0.001V, If The Mode of Analog In = Current, Process Data Input = value0.000001A

Octet 0

bit offset	231	230	229	228	227	226	225	224
subindex	16
element bit	23	22	21	20	19	18	17	16

Octet 1

bit offset	223	222	221	220	219	218	217	216
subindex	16
element bit	15	14	13	12	11	10	9	8

Octet 2

bit offset	215	214	213	212	211	210	209	208
subindex	16
element bit	7	6	5	4	3	2	1	0

Octet 3

bit offset	207	206	205	204	203	202	201	200
subindex	15
element bit	23	22	21	20	19	18	17	16

Octet 4

bit offset	199	198	197	196	195	194	193	192
subindex	15
element bit	15	14	13	12	11	10	9	8

Octet 5

bit offset	191	190	189	188	187	186	185	184
subindex	15
element bit	7	6	5	4	3	2	1	0

Octet 6

bit offset	183	182	181	180	179	178	177	176
subindex	14
element bit	23	22	21	20	19	18	17	16

Octet 7

bit offset	175	174	173	172	171	170	169	168
subindex	14
element bit	15	14	13	12	11	10	9	8

Octet 8

bit offset	167	166	165	164	163	162	161	160
subindex	14
element bit	7	6	5	4	3	2	1	0

Octet 9

bit offset	159	158	157	156	155	154	153	152
subindex	13
element bit	23	22	21	20	19	18	17	16

Octet 10

bit offset	151	150	149	148	147	146	145	144
subindex	13
element bit	15	14	13	12	11	10	9	8

Octet 11

bit offset	143	142	141	140	139	138	137	136
subindex	13
element bit	7	6	5	4	3	2	1	0

Octet 12

bit offset	135	134	133	132	131	130	129	128
subindex	12
element bit	31	30	29	28	27	26	25	24

Octet 13

bit offset	127	126	125	124	123	122	121	120
subindex	12
element bit	23	22	21	20	19	18	17	16

Octet 14

bit offset	119	118	117	116	115	114	113	112
subindex	12
element bit	15	14	13	12	11	10	9	8

Octet 15

bit offset	111	110	109	108	107	106	105	104
subindex	12
element bit	7	6	5	4	3	2	1	0

Octet 16

bit offset	103	102	101	100	99	98	97	96
subindex	11
element bit	31	30	29	28	27	26	25	24

Octet 17

bit offset	95	94	93	92	91	90	89	88
subindex	11
element bit	23	22	21	20	19	18	17	16

Octet 18

bit offset	87	86	85	84	83	82	81	80
subindex	11
element bit	15	14	13	12	11	10	9	8

Octet 19

bit offset	79	78	77	76	75	74	73	72
subindex	11
element bit	7	6	5	4	3	2	1	0

Octet 20

bit offset	71	70	69	68	67	66	65	64
subindex	10
element bit	31	30	29	28	27	26	25	24

Octet 21

bit offset	63	62	61	60	59	58	57	56
subindex	10
element bit	23	22	21	20	19	18	17	16

Octet 22

bit offset	55	54	53	52	51	50	49	48
subindex	10
element bit	15	14	13	12	11	10	9	8

Octet 23

bit offset	47	46	45	44	43	42	41	40
subindex	10
element bit	7	6	5	4	3	2	1	0

Octet 24

bit offset	39	38	37	36	35	34	33	32
subindex	9
element bit	31	30	29	28	27	26	25	24

Octet 25

bit offset	31	30	29	28	27	26	25	24
subindex	9
element bit	23	22	21	20	19	18	17	16

Octet 26

bit offset	23	22	21	20	19	18	17	16
subindex	9
element bit	15	14	13	12	11	10	9	8

Octet 27

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

Octet 28

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

ProcessDataOut "Process Data Output" id=PD_ProcessDataOut

bit length: 72
data type: 72-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name	description
1	0	Boolean	false = Off, true = On	Port1 Discrete1 Output State	true (1) = Discrete1 Output Active
2	1	Boolean	false = Off, true = On	Port1 Discrete2 Output State	true (1) = Discrete2 Output Active
3	2	Boolean	false = Off, true = On	Port2 Discrete1 Output State	true (1) = Discrete1 Output Active
4	3	Boolean	false = Off, true = On	Port2 Discrete2 Output State	true (1) = Discrete2 Output Active
5	4	Boolean	false = Off, true = On	Port3 Discrete1 Output State	true (1) = Discrete1 Output Active
6	5	Boolean	false = Off, true = On	Port3 Discrete2 Output State	true (1) = Discrete2 Output Active
7	6	Boolean	false = Off, true = On	Port4 Discrete1 Output State	true (1) = Discrete1 Output Active
8	7	Boolean	false = Off, true = On	Port4 Discrete2 Output State	true (1) = Discrete2 Output Active
9	8	16-bit Integer		Analog Out Value 1	If Voltage = Enter mV value, If Current = Enter uA value
10	24	16-bit Integer		Analog Out Value 2	If Voltage = Enter mV value, If Current = Enter uA value
11	40	16-bit Integer		Analog Out Value 3	If Voltage = Enter mV value, If Current = Enter uA value
12	56	16-bit Integer		Analog Out Value 4	If Voltage = Enter mV value, If Current = Enter uA value

Octet 0

bit offset	71	70	69	68	67	66	65	64
subindex	12
element bit	15	14	13	12	11	10	9	8

Octet 1

bit offset	63	62	61	60	59	58	57	56
subindex	12
element bit	7	6	5	4	3	2	1	0

Octet 2

bit offset	55	54	53	52	51	50	49	48
subindex	11
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	47	46	45	44	43	42	41	40
subindex	11
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	39	38	37	36	35	34	33	32
subindex	10
element bit	15	14	13	12	11	10	9	8

Octet 5

bit offset	31	30	29	28	27	26	25	24
subindex	10
element bit	7	6	5	4	3	2	1	0

Octet 6

bit offset	23	22	21	20	19	18	17	16
subindex	9
element bit	15	14	13	12	11	10	9	8

Octet 7

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

Octet 8

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

ProcessData id=PD_ProcessDataWithDMS (condition V_Vendor_Specific_Configuration.1 == 1)

ProcessDataIn "Process Data Input" id=PD_ProcessDataInDMS

bit length: 232
data type: 232-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name	description
1	0	Boolean	false = Inactive, true = Active	Port1 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
2	1	Boolean	false = Inactive, true = Active	Port1 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
3	2	Boolean	false = Inactive, true = Active	Port2 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
4	3	Boolean	false = Inactive, true = Active	Port2 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
5	4	Boolean	false = Inactive, true = Active	Port3 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
6	5	Boolean	false = Inactive, true = Active	Port3 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
7	6	Boolean	false = Inactive, true = Active	Port4 Discrete1 Input State	true (1) = Discrete1 Input Active. Note - even if Discrete1 is configured as an output, the active state will be reflected at the input
8	7	Boolean	false = Inactive, true = Active	Port4 Discrete2 Input State	true (1) = Discrete2 Input Active. Note - even if Discrete2 is configured as an output, the active state will be reflected at the input
9	8	32-bit Integer		Process Data Measurement 1	Process Data Measurement 1 Value
10	40	32-bit Integer		Process Data Measurement 2	Process Data Measurement 2 Value
11	72	32-bit Integer		Process Data Measurement 3	Process Data Measurement 3 Value
12	104	32-bit Integer		Process Data Measurement 4	Process Data Measurement 4 Value
13	136	16-bit Integer		Measurement Value 5	The channel 5 measurement device value
14	152	7-bit Integer		Measurement Scale 5	The channel 5 measurement device scale
15	159	Boolean		SSC5.1 - Switching Signal	Indicates the detection status of an object or measurement value within a window.
16	160	16-bit Integer		Measurement Value 6	The channel 6 measurement device value
17	176	7-bit Integer		Measurement Scale 6	The channel 6 measurement device scale
18	183	Boolean		SSC6.1 - Switching Signal	Indicates the detection status of an object or measurement value within a window.
19	184	16-bit Integer		Measurement Value 7	The channel 7 measurement device value
20	200	7-bit Integer		Measurement Scale 7	The channel 7 measurement device scale
21	207	Boolean		SSC7.1 - Switching Signal	Indicates the detection status of an object or measurement value within a window.
22	208	16-bit Integer		Measurement Value 8	The channel 8 measurement device value
23	224	7-bit Integer		Measurement Scale 8	The channel 8 measurement device scale
24	231	Boolean		SSC8.1 - Switching Signal	Indicates the detection status of an object or measurement value within a window.

Octet 0

bit offset	231	230	229	228	227	226	225	224
subindex	24	23
element bit		6	5	4	3	2	1	0

Octet 1

bit offset	223	222	221	220	219	218	217	216
subindex	22
element bit	15	14	13	12	11	10	9	8

Octet 2

bit offset	215	214	213	212	211	210	209	208
subindex	22
element bit	7	6	5	4	3	2	1	0

Octet 3

bit offset	207	206	205	204	203	202	201	200
subindex	21	20
element bit		6	5	4	3	2	1	0

Octet 4

bit offset	199	198	197	196	195	194	193	192
subindex	19
element bit	15	14	13	12	11	10	9	8

Octet 5

bit offset	191	190	189	188	187	186	185	184
subindex	19
element bit	7	6	5	4	3	2	1	0

Octet 6

bit offset	183	182	181	180	179	178	177	176
subindex	18	17
element bit		6	5	4	3	2	1	0

Octet 7

bit offset	175	174	173	172	171	170	169	168
subindex	16
element bit	15	14	13	12	11	10	9	8

Octet 8

bit offset	167	166	165	164	163	162	161	160
subindex	16
element bit	7	6	5	4	3	2	1	0

Octet 9

bit offset	159	158	157	156	155	154	153	152
subindex	15	14
element bit		6	5	4	3	2	1	0

Octet 10

bit offset	151	150	149	148	147	146	145	144
subindex	13
element bit	15	14	13	12	11	10	9	8

Octet 11

bit offset	143	142	141	140	139	138	137	136
subindex	13
element bit	7	6	5	4	3	2	1	0

Octet 12

bit offset	135	134	133	132	131	130	129	128
subindex	12
element bit	31	30	29	28	27	26	25	24

Octet 13

bit offset	127	126	125	124	123	122	121	120
subindex	12
element bit	23	22	21	20	19	18	17	16

Octet 14

bit offset	119	118	117	116	115	114	113	112
subindex	12
element bit	15	14	13	12	11	10	9	8

Octet 15

bit offset	111	110	109	108	107	106	105	104
subindex	12
element bit	7	6	5	4	3	2	1	0

Octet 16

bit offset	103	102	101	100	99	98	97	96
subindex	11
element bit	31	30	29	28	27	26	25	24

Octet 17

bit offset	95	94	93	92	91	90	89	88
subindex	11
element bit	23	22	21	20	19	18	17	16

Octet 18

bit offset	87	86	85	84	83	82	81	80
subindex	11
element bit	15	14	13	12	11	10	9	8

Octet 19

bit offset	79	78	77	76	75	74	73	72
subindex	11
element bit	7	6	5	4	3	2	1	0

Octet 20

bit offset	71	70	69	68	67	66	65	64
subindex	10
element bit	31	30	29	28	27	26	25	24

Octet 21

bit offset	63	62	61	60	59	58	57	56
subindex	10
element bit	23	22	21	20	19	18	17	16

Octet 22

bit offset	55	54	53	52	51	50	49	48
subindex	10
element bit	15	14	13	12	11	10	9	8

Octet 23

bit offset	47	46	45	44	43	42	41	40
subindex	10
element bit	7	6	5	4	3	2	1	0

Octet 24

bit offset	39	38	37	36	35	34	33	32
subindex	9
element bit	31	30	29	28	27	26	25	24

Octet 25

bit offset	31	30	29	28	27	26	25	24
subindex	9
element bit	23	22	21	20	19	18	17	16

Octet 26

bit offset	23	22	21	20	19	18	17	16
subindex	9
element bit	15	14	13	12	11	10	9	8

Octet 27

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

Octet 28

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

ProcessDataOut "Process Data Output" id=PD_ProcessDataOutDMS

bit length: 72
data type: 72-bit Record (subindex access not supported)

subindex	bit offset	data type	allowed values	name	description
1	0	Boolean	false = Off, true = On	Port1 Discrete1 Output State	true (1) = Discrete1 Output Active
2	1	Boolean	false = Off, true = On	Port1 Discrete2 Output State	true (1) = Discrete2 Output Active
3	2	Boolean	false = Off, true = On	Port2 Discrete1 Output State	true (1) = Discrete1 Output Active
4	3	Boolean	false = Off, true = On	Port2 Discrete2 Output State	true (1) = Discrete2 Output Active
5	4	Boolean	false = Off, true = On	Port3 Discrete1 Output State	true (1) = Discrete1 Output Active
6	5	Boolean	false = Off, true = On	Port3 Discrete2 Output State	true (1) = Discrete2 Output Active
7	6	Boolean	false = Off, true = On	Port4 Discrete1 Output State	true (1) = Discrete1 Output Active
8	7	Boolean	false = Off, true = On	Port4 Discrete2 Output State	true (1) = Discrete2 Output Active
9	8	16-bit Integer		Analog Out Value 1	If Voltage = Enter mV value, If Current = Enter uA value
10	24	16-bit Integer		Analog Out Value 2	If Voltage = Enter mV value, If Current = Enter uA value
11	40	16-bit Integer		Analog Out Value 3	If Voltage = Enter mV value, If Current = Enter uA value
12	56	16-bit Integer		Analog Out Value 4	If Voltage = Enter mV value, If Current = Enter uA value

Octet 0

bit offset	71	70	69	68	67	66	65	64
subindex	12
element bit	15	14	13	12	11	10	9	8

Octet 1

bit offset	63	62	61	60	59	58	57	56
subindex	12
element bit	7	6	5	4	3	2	1	0

Octet 2

bit offset	55	54	53	52	51	50	49	48
subindex	11
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	47	46	45	44	43	42	41	40
subindex	11
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	39	38	37	36	35	34	33	32
subindex	10
element bit	15	14	13	12	11	10	9	8

Octet 5

bit offset	31	30	29	28	27	26	25	24
subindex	10
element bit	7	6	5	4	3	2	1	0

Octet 6

bit offset	23	22	21	20	19	18	17	16
subindex	9
element bit	15	14	13	12	11	10	9	8

Octet 7

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

Octet 8

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

[Top]

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

data type: 128-bit Record
access rights: rw

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	name
1	120	8-bit UInteger			ro		Reserved
2	112	8-bit UInteger			ro		Master Cycle Time
3	104	8-bit UInteger			ro		Min Cycle Time
4	96	8-bit UInteger			ro		M-Sequence Capability
5	88	8-bit UInteger		17	ro		IO-Link Version ID
6	80	8-bit UInteger			ro		Process Data Input Length
7	72	8-bit UInteger			ro		Process Data Output Length
8	64	8-bit UInteger			ro		Vendor ID 1
9	56	8-bit UInteger			ro		Vendor ID 2
10	48	8-bit UInteger			ro		Device ID 1
11	40	8-bit UInteger			ro		Device ID 2
12	32	8-bit UInteger			ro		Device ID 3
13	24	8-bit UInteger			ro		Reserved
14	16	8-bit UInteger			ro		Reserved
15	8	8-bit UInteger			ro		Reserved
16	0	8-bit UInteger	130 = Restore Factory Settings, 162 = Discovery Start, 163 = Discovery Stop, 164 = Reset All Metrics		wo	X	Standard Command

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	Device Specific Parameter 13
14	16	8-bit UInteger	Device Specific Parameter 14
15	8	8-bit UInteger	Device Specific Parameter 15
16	0	8-bit UInteger	Device Specific Parameter 16

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

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

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

data type: 8-bit UInteger
allowed values: 130 = Restore Factory Settings, 162 = Discovery Start, 163 = Discovery Stop, 164 = Reset All Metrics
access rights: wo
modifies other variables

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

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

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

subindex	bit offset	data type	default value	name
1	0	Boolean		Parameter (write) Access Lock
2	1	Boolean		Data Storage Lock
3	2	Boolean	false	Local Parameterization Lock
4	3	Boolean	false	Local User Interface Lock

Octet 0

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

Octet 1

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

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

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 "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 Tag" index=24 id=V_ApplicationSpecificTag

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

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

data type: 8-bit UInteger
allowed values: 0 = Device is OK, 1 = Maintenance required, 2 = Out of specification, 3 = Functional check, 4 = Failure, 5..255 = Reserved
access rights: ro
dynamic

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

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

data type: Array[6] of 3-octet OctetString (subindex access not supported)
access rights: ro
dynamic

octet	0	1	2	3	4	5	6	7
bit offset	143 - 136	135 - 128	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80
subindex	1	1	1	2	2	2	3	3

octet	8	9	10	11	12	13	14	15
bit offset	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16
subindex	3	4	4	4	5	5	5	6

octet	16	17
bit offset	15 - 8	7 - 0
subindex	6	6

Standard Variable "Process Data Input" index=40 id=V_ProcessDataInput

data type: see ProcessDataIn!
access rights: ro
dynamic

Standard Variable "Process Data Output" index=41 id=V_ProcessDataOutput

data type: see ProcessDataOut!
access rights: ro
dynamic

[Top]

Variable "Port 5 Mirroring Configuration" index=64 id=V_Port_Mirroring_Configuration_5

description: Port mirroring configuration options.
data type: 16-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	0	8-bit UInteger	0 = Disabled, 1 = Enabled	0				Mirroring Output Enable	Enable mirroring over output analog channel.
2	8	8-bit UInteger	0 = Port5, 1 = Port6, 2 = Port7, 3 = Port8	0				Mirroring Input Port Selection	Input port to mirror over output analog channel.

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

Variable "Port 6 Mirroring Configuration" index=65 id=V_Port_Mirroring_Configuration_6

description: Port mirroring configuration options.
data type: 16-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	0	8-bit UInteger	0 = Disabled, 1 = Enabled	0				Mirroring Output Enable	Enable mirroring over output analog channel.
2	8	8-bit UInteger	0 = Port5, 1 = Port6, 2 = Port7, 3 = Port8	0				Mirroring Input Port Selection	Input port to mirror over output analog channel.

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

Variable "Port 7 Mirroring Configuration" index=66 id=V_Port_Mirroring_Configuration_7

description: Port mirroring configuration options.
data type: 16-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	0	8-bit UInteger	0 = Disabled, 1 = Enabled	0				Mirroring Output Enable	Enable mirroring over output analog channel.
2	8	8-bit UInteger	0 = Port5, 1 = Port6, 2 = Port7, 3 = Port8	0				Mirroring Input Port Selection	Input port to mirror over output analog channel.

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

Variable "Port 8 Mirroring Configuration" index=67 id=V_Port_Mirroring_Configuration_8

description: Port mirroring configuration options.
data type: 16-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	0	8-bit UInteger	0 = Disabled, 1 = Enabled	0				Mirroring Output Enable	Enable mirroring over output analog channel.
2	8	8-bit UInteger	0 = Port5, 1 = Port6, 2 = Port7, 3 = Port8	0				Mirroring Input Port Selection	Input port to mirror over output analog channel.

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

Variable "All-time Run Time" index=69 id=V_AllTimeRunTime

description: A read only run time counter (in hours) that tracks the total time the sensor has been running since manufacture
data type: 32-bit Record (subindex access not supported)
access rights: ro

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	0	32-bit Integer	0..2147483647					Run counter	Run counter

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

Variable "Resetable Run Time" index=70 id=V_ResetableRunTime

description: A read / write run time counter (in hours) that can be monitored or set by the user
data type: 32-bit Record (subindex access not supported)
access rights: rw
excluded from data storage

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	0	32-bit Integer	0..2147483647					Run counter	Run counter

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

Variable "Vendor Specific Configuration" index=76 id=V_Vendor_Specific_Configuration

description: Vendor Specific Configuration
data type: 216-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	0	8-bit UInteger	0 = Analog Value, 1 = Digital Measuring Sensor	0	Process Data Input Configuration	The available Process Data Input Data Map Selections
2	8	8-bit UInteger	0 = Disabled, 1 = Count, 2 = Duration, 3 = Events Per Minute	1	Measurement 1 Metric Selection	The Measurement Metric for PDI Measurement 1
3	16	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4	0	Measurement 1 Port Selection	The Port Selected for PDI Measurement 1
4	24	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Measurement 1 Channel Selection	The Channel Selected for PDI Measurement 1
5	32	8-bit UInteger	0 = Disabled, 1 = Count, 2 = Duration, 3 = Events Per Minute	1	Measurement 2 Metric Selection	The Measurement Metric for PDI Measurement 2
6	40	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4	1	Measurement 2 Port Selection	The Port Selected for PDI Measurement 2
7	48	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Measurement 2 Channel Selection	The Channel Selected for PDI Measurement 2
8	56	8-bit UInteger	0 = Disabled, 1 = Count, 2 = Duration, 3 = Events Per Minute	1	Measurement 3 Metric Selection	The Measurement Metric for PDI Measurement 3
9	64	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4	2	Measurement 3 Port Selection	The Port Selected for PDI Measurement 3
10	72	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Measurement 3 Channel Selection	The Channel Selected for PDI Measurement 3
11	80	8-bit UInteger	0 = Disabled, 1 = Count, 2 = Duration, 3 = Events Per Minute	1	Measurement 4 Metric Selection	The Measurement Metric for PDI Measurement 4
12	88	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4	3	Measurement 4 Port Selection	The Port Selected for PDI Measurement 4
13	96	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Measurement 4 Channel Selection	The Channel Selected for PDI Measurement 4
14	104	8-bit UInteger	0 = Hold, 1 = Low, 2 = High	1	POVR1 -Process Data Out 5 Outside Valid Range	Value sensor will output when PDO value is not within the allowable range
15	112	8-bit UInteger	0 = Hold, 1 = Low, 2 = High	1	POVR1 -Process Data Out 6 Outside Valid Range	Value sensor will output when PDO value is not within the allowable range
16	120	8-bit UInteger	0 = Hold, 1 = Low, 2 = High	1	POVR1 -Process Data Out 7 Outside Valid Range	Value sensor will output when PDO value is not within the allowable range
17	128	8-bit UInteger	0 = Hold, 1 = Low, 2 = High	1	POVR1 -Process Data Out 8 Outside Valid Range	Value sensor will output when PDO value is not within the allowable range
18	136	16-bit UInteger		200	IOL Filter Time	Time to average IOL process data measurement between updates.
19	152	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 5 - The Mode of Analog In	Analog Input selection of voltage or current
20	160	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 6 - The Mode of Analog In	Analog Input selection of voltage or current
21	168	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 7 - The Mode of Analog In	Analog Input selection of voltage or current
22	176	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 8 - The Mode of Analog In	Analog Input selection of voltage or current
23	184	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 5 - Analog Output Mode	Analog Output selection of voltage or current
24	192	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 6 - Analog Output Mode	Analog Output selection of voltage or current
25	200	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 7 - Analog Output Mode	Analog Output selection of voltage or current
26	208	8-bit UInteger	0 = Voltage, 1 = Current	1	Port 8 - Analog Output Mode	Analog Output selection of voltage or current

octet	0	1	2	3	4	5	6	7
bit offset	215 - 208	207 - 200	199 - 192	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152
subindex	26	25	24	23	22	21	20	19
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	151 - 144	143 - 136	135 - 128	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88
subindex	18	18	17	16	15	14	13	12
element bit	15 - 8	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24
subindex	11	10	9	8	7	6	5	4
element bit	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0	7 - 0

octet	24	25	26
bit offset	23 - 16	15 - 8	7 - 0
subindex	3	2	1
element bit	7 - 0	7 - 0	7 - 0

Variable "All-time Run Time Event Time" index=78 id=V_AllTimeRunTimeEventTime

description: Running time when an event will be raised indicating that service is required. Set to 0 to disable raising event.
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	0	32-bit Integer	0..2147483647	0				Event Time	Event indicating the corresponding configured running time has elapsed.

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

Variable "Resetable Run Time Event Time" index=79 id=V_ResetableRunTimeEventTime

subindex	bit offset	data type	allowed values	default value	acc. restr.	mod. other var.	excl. from DS	name	description
1	0	32-bit Integer	0..2147483647	0				Event Time	Running time when an event will be raised indicating that service is required. Set to 0 to disable raising event.

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

Variable "IO Metrics Ports 1 to 4" index=80 id=V_IO_Metrics_Ports_1_to_4

description: IO Metrics Ports 1 to 4
data type: 1024-bit Record
access rights: ro
dynamic

subindex	bit offset	data type	name
1	0	32-bit Integer	Port1 Discrete1 Count
2	32	32-bit Integer	Port1 Discrete1 Duration
3	64	32-bit Integer	Port1 Discrete1 Events Per Minute
4	96	32-bit Integer	Port1 Discrete1 Totalizer Counter
5	128	32-bit Integer	Port1 Discrete2 Count
6	160	32-bit Integer	Port1 Discrete2 Duration
7	192	32-bit Integer	Port1 Discrete2 Events Per Minute
8	224	32-bit Integer	Port1 Discrete2 Totalizer Counter
9	256	32-bit Integer	Port2 Discrete1 Count
10	288	32-bit Integer	Port2 Discrete1 Duration
11	320	32-bit Integer	Port2 Discrete1 Events Per Minute
12	352	32-bit Integer	Port2 Discrete1 Totalizer Counter
13	384	32-bit Integer	Port2 Discrete2 Count
14	416	32-bit Integer	Port2 Discrete2 Duration
15	448	32-bit Integer	Port2 Discrete2 Events Per Minute
16	480	32-bit Integer	Port2 Discrete2 Totalizer Counter
17	512	32-bit Integer	Port3 Discrete1 Count
18	544	32-bit Integer	Port3 Discrete1 Duration
19	576	32-bit Integer	Port3 Discrete1 Events Per Minute
20	608	32-bit Integer	Port3 Discrete1 Totalizer Counter
21	640	32-bit Integer	Port3 Discrete2 Count
22	672	32-bit Integer	Port3 Discrete2 Duration
23	704	32-bit Integer	Port3 Discrete2 Events Per Minute
24	736	32-bit Integer	Port3 Discrete2 Totalizer Counter
25	768	32-bit Integer	Port4 Discrete1 Count
26	800	32-bit Integer	Port4 Discrete1 Duration
27	832	32-bit Integer	Port4 Discrete1 Events Per Minute
28	864	32-bit Integer	Port4 Discrete1 Totalizer Counter
29	896	32-bit Integer	Port4 Discrete2 Count
30	928	32-bit Integer	Port4 Discrete2 Duration
31	960	32-bit Integer	Port4 Discrete2 Events Per Minute
32	992	32-bit Integer	Port4 Discrete2 Totalizer Counter

octet	0	1	2	3	4	5	6	7
bit offset	1023 - 1016	1015 - 1008	1007 - 1000	999 - 992	991 - 984	983 - 976	975 - 968	967 - 960
subindex	32	32	32	32	31	31	31	31
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	959 - 952	951 - 944	943 - 936	935 - 928	927 - 920	919 - 912	911 - 904	903 - 896
subindex	30	30	30	30	29	29	29	29
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	895 - 888	887 - 880	879 - 872	871 - 864	863 - 856	855 - 848	847 - 840	839 - 832
subindex	28	28	28	28	27	27	27	27
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	24	25	26	27	28	29	30	31
bit offset	831 - 824	823 - 816	815 - 808	807 - 800	799 - 792	791 - 784	783 - 776	775 - 768
subindex	26	26	26	26	25	25	25	25
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	32	33	34	35	36	37	38	39
bit offset	767 - 760	759 - 752	751 - 744	743 - 736	735 - 728	727 - 720	719 - 712	711 - 704
subindex	24	24	24	24	23	23	23	23
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	40	41	42	43	44	45	46	47
bit offset	703 - 696	695 - 688	687 - 680	679 - 672	671 - 664	663 - 656	655 - 648	647 - 640
subindex	22	22	22	22	21	21	21	21
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	48	49	50	51	52	53	54	55
bit offset	639 - 632	631 - 624	623 - 616	615 - 608	607 - 600	599 - 592	591 - 584	583 - 576
subindex	20	20	20	20	19	19	19	19
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	56	57	58	59	60	61	62	63
bit offset	575 - 568	567 - 560	559 - 552	551 - 544	543 - 536	535 - 528	527 - 520	519 - 512
subindex	18	18	18	18	17	17	17	17
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	64	65	66	67	68	69	70	71
bit offset	511 - 504	503 - 496	495 - 488	487 - 480	479 - 472	471 - 464	463 - 456	455 - 448
subindex	16	16	16	16	15	15	15	15
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	72	73	74	75	76	77	78	79
bit offset	447 - 440	439 - 432	431 - 424	423 - 416	415 - 408	407 - 400	399 - 392	391 - 384
subindex	14	14	14	14	13	13	13	13
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	80	81	82	83	84	85	86	87
bit offset	383 - 376	375 - 368	367 - 360	359 - 352	351 - 344	343 - 336	335 - 328	327 - 320
subindex	12	12	12	12	11	11	11	11
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	88	89	90	91	92	93	94	95
bit offset	319 - 312	311 - 304	303 - 296	295 - 288	287 - 280	279 - 272	271 - 264	263 - 256
subindex	10	10	10	10	9	9	9	9
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	96	97	98	99	100	101	102	103
bit offset	255 - 248	247 - 240	239 - 232	231 - 224	223 - 216	215 - 208	207 - 200	199 - 192
subindex	8	8	8	8	7	7	7	7
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	104	105	106	107	108	109	110	111
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128
subindex	6	6	6	6	5	5	5	5
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	112	113	114	115	116	117	118	119
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	4	4	4	4	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	120	121	122	123	124	125	126	127
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	2	2	2	2	1	1	1	1
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Selectable Metric Reset" index=82 id=V_Selectable_Metric_Reset

description: User can select which channel / Channels to reset
data type: 264-bit Record (subindex access not supported)
access rights: rw
excluded from data storage

subindex	bit offset	data type	allowed values	default value	name	description
1	0	Boolean	false = Do Not Reset, true = Reset	false	Port1 Discrete1	If set to [Reset], Discrete1 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete1 Reset Count]
2	1	Boolean	false = Do Not Reset, true = Reset	false	Port1 Discrete2	If set to [Reset], Discrete2 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete2 Reset Count]
3	2	Boolean	false = Do Not Reset, true = Reset	false	Port2 Discrete1	If set to [Reset], Discrete1 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete1 Reset Count]
4	3	Boolean	false = Do Not Reset, true = Reset	false	Port2 Discrete2	If set to [Reset], Discrete2 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete2 Reset Count]
5	4	Boolean	false = Do Not Reset, true = Reset	false	Port3 Discrete1	If set to [Reset], Discrete1 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete1 Reset Count]
6	5	Boolean	false = Do Not Reset, true = Reset	false	Port3 Discrete2	If set to [Reset], Discrete2 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete2 Reset Count]
7	6	Boolean	false = Do Not Reset, true = Reset	false	Port4 Discrete1	If set to [Reset], Discrete1 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete1 Reset Count]
8	7	Boolean	false = Do Not Reset, true = Reset	false	Port4 Discrete2	If set to [Reset], Discrete2 metrics will be reset. Note - the Count value can be set to a non-zero value using [Port# Discrete2 Reset Count]
9	8	32-bit Integer	0..2147483647	0	Port1 Discrete1 Reset Count
10	40	32-bit Integer	0..2147483647	0	Port1 Discrete2 Reset Count
11	72	32-bit Integer	0..2147483647	0	Port2 Discrete1 Reset Count
12	104	32-bit Integer	0..2147483647	0	Port2 Discrete2 Reset Count
13	136	32-bit Integer	0..2147483647	0	Port3 Discrete1 Reset Count
14	168	32-bit Integer	0..2147483647	0	Port3 Discrete2 Reset Count
15	200	32-bit Integer	0..2147483647	0	Port4 Discrete1 Reset Count
16	232	32-bit Integer	0..2147483647	0	Port4 Discrete2 Reset Count

Octet 0

bit offset	263	262	261	260	259	258	257	256
subindex	16
element bit	31	30	29	28	27	26	25	24

Octet 1

bit offset	255	254	253	252	251	250	249	248
subindex	16
element bit	23	22	21	20	19	18	17	16

Octet 2

bit offset	247	246	245	244	243	242	241	240
subindex	16
element bit	15	14	13	12	11	10	9	8

Octet 3

bit offset	239	238	237	236	235	234	233	232
subindex	16
element bit	7	6	5	4	3	2	1	0

Octet 4

bit offset	231	230	229	228	227	226	225	224
subindex	15
element bit	31	30	29	28	27	26	25	24

Octet 5

bit offset	223	222	221	220	219	218	217	216
subindex	15
element bit	23	22	21	20	19	18	17	16

Octet 6

bit offset	215	214	213	212	211	210	209	208
subindex	15
element bit	15	14	13	12	11	10	9	8

Octet 7

bit offset	207	206	205	204	203	202	201	200
subindex	15
element bit	7	6	5	4	3	2	1	0

Octet 8

bit offset	199	198	197	196	195	194	193	192
subindex	14
element bit	31	30	29	28	27	26	25	24

Octet 9

bit offset	191	190	189	188	187	186	185	184
subindex	14
element bit	23	22	21	20	19	18	17	16

Octet 10

bit offset	183	182	181	180	179	178	177	176
subindex	14
element bit	15	14	13	12	11	10	9	8

Octet 11

bit offset	175	174	173	172	171	170	169	168
subindex	14
element bit	7	6	5	4	3	2	1	0

Octet 12

bit offset	167	166	165	164	163	162	161	160
subindex	13
element bit	31	30	29	28	27	26	25	24

Octet 13

bit offset	159	158	157	156	155	154	153	152
subindex	13
element bit	23	22	21	20	19	18	17	16

Octet 14

bit offset	151	150	149	148	147	146	145	144
subindex	13
element bit	15	14	13	12	11	10	9	8

Octet 15

bit offset	143	142	141	140	139	138	137	136
subindex	13
element bit	7	6	5	4	3	2	1	0

Octet 16

bit offset	135	134	133	132	131	130	129	128
subindex	12
element bit	31	30	29	28	27	26	25	24

Octet 17

bit offset	127	126	125	124	123	122	121	120
subindex	12
element bit	23	22	21	20	19	18	17	16

Octet 18

bit offset	119	118	117	116	115	114	113	112
subindex	12
element bit	15	14	13	12	11	10	9	8

Octet 19

bit offset	111	110	109	108	107	106	105	104
subindex	12
element bit	7	6	5	4	3	2	1	0

Octet 20

bit offset	103	102	101	100	99	98	97	96
subindex	11
element bit	31	30	29	28	27	26	25	24

Octet 21

bit offset	95	94	93	92	91	90	89	88
subindex	11
element bit	23	22	21	20	19	18	17	16

Octet 22

bit offset	87	86	85	84	83	82	81	80
subindex	11
element bit	15	14	13	12	11	10	9	8

Octet 23

bit offset	79	78	77	76	75	74	73	72
subindex	11
element bit	7	6	5	4	3	2	1	0

Octet 24

bit offset	71	70	69	68	67	66	65	64
subindex	10
element bit	31	30	29	28	27	26	25	24

Octet 25

bit offset	63	62	61	60	59	58	57	56
subindex	10
element bit	23	22	21	20	19	18	17	16

Octet 26

bit offset	55	54	53	52	51	50	49	48
subindex	10
element bit	15	14	13	12	11	10	9	8

Octet 27

bit offset	47	46	45	44	43	42	41	40
subindex	10
element bit	7	6	5	4	3	2	1	0

Octet 28

bit offset	39	38	37	36	35	34	33	32
subindex	9
element bit	31	30	29	28	27	26	25	24

Octet 29

bit offset	31	30	29	28	27	26	25	24
subindex	9
element bit	23	22	21	20	19	18	17	16

Octet 30

bit offset	23	22	21	20	19	18	17	16
subindex	9
element bit	15	14	13	12	11	10	9	8

Octet 31

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

Octet 32

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

Variable "Port1 Configuration" index=87 id=V_Port1_Configuration

description: Port1 Configuration
data type: 352-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	0	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete1 IO Selection
2	8	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete1 Delay Mode	Discrete1 Delay Mode Selection
3	16	32-bit Integer		0	Discrete1 Delay Timer 1	Discrete1 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
4	48	32-bit Integer		0	Discrete1 Delay Timer 2	Discrete1 Off Delay or Totalizer time.
5	80	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete1 Mirroring Enable
6	88	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete1 Mirroring Port Selection
7	96	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete1 Mirroring Channel Selection
8	104	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete1 Mirroring Inversion
9	112	32-bit Integer	100..600	100	Discrete1 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
10	144	32-bit Integer	100..600	600	Discrete1 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range
11	176	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete2 IO Selection
12	184	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete2 Delay Mode	Discrete2 Delay Mode Selection
13	192	32-bit Integer		0	Discrete2 Delay Timer 1	Discrete2 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
14	224	32-bit Integer		0	Discrete2 Delay Timer 2	Discrete2 Off Delay or Totalizer time
15	256	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete2 Mirroring Enable
16	264	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete2 Mirroring Port Selection
17	272	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete2 Mirroring Channel Selection
18	280	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete2 Mirroring Inversion
19	288	32-bit Integer	100..600	100	Discrete2 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
20	320	32-bit Integer	100..600	600	Discrete2 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range

octet	0	1	2	3	4	5	6	7
bit offset	351 - 344	343 - 336	335 - 328	327 - 320	319 - 312	311 - 304	303 - 296	295 - 288
subindex	20	20	20	20	19	19	19	19
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	287 - 280	279 - 272	271 - 264	263 - 256	255 - 248	247 - 240	239 - 232	231 - 224
subindex	18	17	16	15	14	14	14	14
element bit	7 - 0	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	223 - 216	215 - 208	207 - 200	199 - 192	191 - 184	183 - 176	175 - 168	167 - 160
subindex	13	13	13	13	12	11	10	10
element bit	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16

octet	24	25	26	27	28	29	30	31
bit offset	159 - 152	151 - 144	143 - 136	135 - 128	127 - 120	119 - 112	111 - 104	103 - 96
subindex	10	10	9	9	9	9	8	7
element bit	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0

octet	32	33	34	35	36	37	38	39
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	6	5	4	4	4	4	3	3
element bit	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16

octet	40	41	42	43
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	2	1
element bit	15 - 8	7 - 0	7 - 0	7 - 0

Variable "Port2 Configuration" index=88 id=V_Port2_Configuration

description: Port2 Configuration
data type: 352-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	0	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete1 IO Selection
2	8	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete1 Delay Mode	Discrete1 Delay Mode Selection
3	16	32-bit Integer		0	Discrete1 Delay Timer 1	Discrete1 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
4	48	32-bit Integer		0	Discrete1 Delay Timer 2	Discrete1 Off Delay or Totalizer time.
5	80	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete1 Mirroring Enable
6	88	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete1 Mirroring Port Selection
7	96	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete1 Mirroring Channel Selection
8	104	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete1 Mirroring Inversion
9	112	32-bit Integer	100..600	100	Discrete1 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
10	144	32-bit Integer	100..600	600	Discrete1 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range
11	176	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete2 IO Selection
12	184	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete2 Delay Mode	Discrete2 Delay Mode Selection
13	192	32-bit Integer		0	Discrete2 Delay Timer 1	Discrete2 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
14	224	32-bit Integer		0	Discrete2 Delay Timer 2	Discrete2 Off Delay or Totalizer time
15	256	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete2 Mirroring Enable
16	264	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete2 Mirroring Port Selection
17	272	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete2 Mirroring Channel Selection
18	280	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete2 Mirroring Inversion
19	288	32-bit Integer	100..600	100	Discrete2 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
20	320	32-bit Integer	100..600	600	Discrete2 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range

octet	0	1	2	3	4	5	6	7
bit offset	351 - 344	343 - 336	335 - 328	327 - 320	319 - 312	311 - 304	303 - 296	295 - 288
subindex	20	20	20	20	19	19	19	19
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	287 - 280	279 - 272	271 - 264	263 - 256	255 - 248	247 - 240	239 - 232	231 - 224
subindex	18	17	16	15	14	14	14	14
element bit	7 - 0	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	223 - 216	215 - 208	207 - 200	199 - 192	191 - 184	183 - 176	175 - 168	167 - 160
subindex	13	13	13	13	12	11	10	10
element bit	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16

octet	24	25	26	27	28	29	30	31
bit offset	159 - 152	151 - 144	143 - 136	135 - 128	127 - 120	119 - 112	111 - 104	103 - 96
subindex	10	10	9	9	9	9	8	7
element bit	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0

octet	32	33	34	35	36	37	38	39
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	6	5	4	4	4	4	3	3
element bit	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16

octet	40	41	42	43
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	2	1
element bit	15 - 8	7 - 0	7 - 0	7 - 0

Variable "Port3 Configuration" index=89 id=V_Port3_Configuration

description: Port3 Configuration
data type: 352-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	0	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete1 IO Selection
2	8	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete1 Delay Mode	Discrete1 Delay Mode Selection
3	16	32-bit Integer		0	Discrete1 Delay Timer 1	Discrete1 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
4	48	32-bit Integer		0	Discrete1 Delay Timer 2	Discrete1 Off Delay or Totalizer time.
5	80	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete1 Mirroring Enable
6	88	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete1 Mirroring Port Selection
7	96	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete1 Mirroring Channel Selection
8	104	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete1 Mirroring Inversion
9	112	32-bit Integer	100..600	100	Discrete1 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
10	144	32-bit Integer	100..600	600	Discrete1 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range
11	176	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete2 IO Selection
12	184	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete2 Delay Mode	Discrete2 Delay Mode Selection
13	192	32-bit Integer		0	Discrete2 Delay Timer 1	Discrete2 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
14	224	32-bit Integer		0	Discrete2 Delay Timer 2	Discrete2 Off Delay or Totalizer time
15	256	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete2 Mirroring Enable
16	264	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete2 Mirroring Port Selection
17	272	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete2 Mirroring Channel Selection
18	280	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete2 Mirroring Inversion
19	288	32-bit Integer	100..600	100	Discrete2 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
20	320	32-bit Integer	100..600	600	Discrete2 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range

octet	0	1	2	3	4	5	6	7
bit offset	351 - 344	343 - 336	335 - 328	327 - 320	319 - 312	311 - 304	303 - 296	295 - 288
subindex	20	20	20	20	19	19	19	19
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	287 - 280	279 - 272	271 - 264	263 - 256	255 - 248	247 - 240	239 - 232	231 - 224
subindex	18	17	16	15	14	14	14	14
element bit	7 - 0	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	223 - 216	215 - 208	207 - 200	199 - 192	191 - 184	183 - 176	175 - 168	167 - 160
subindex	13	13	13	13	12	11	10	10
element bit	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16

octet	24	25	26	27	28	29	30	31
bit offset	159 - 152	151 - 144	143 - 136	135 - 128	127 - 120	119 - 112	111 - 104	103 - 96
subindex	10	10	9	9	9	9	8	7
element bit	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0

octet	32	33	34	35	36	37	38	39
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	6	5	4	4	4	4	3	3
element bit	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16

octet	40	41	42	43
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	2	1
element bit	15 - 8	7 - 0	7 - 0	7 - 0

Variable "Port4 Configuration" index=90 id=V_Port4_Configuration

description: Port4 Configuration
data type: 352-bit Record (subindex access not supported)
access rights: rw

subindex	bit offset	data type	allowed values	default value	name	description
1	0	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete1 IO Selection
2	8	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete1 Delay Mode	Discrete1 Delay Mode Selection
3	16	32-bit Integer		0	Discrete1 Delay Timer 1	Discrete1 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
4	48	32-bit Integer		0	Discrete1 Delay Timer 2	Discrete1 Off Delay or Totalizer time.
5	80	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete1 Mirroring Enable
6	88	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete1 Mirroring Port Selection
7	96	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete1 Mirroring Channel Selection
8	104	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete1 Mirroring Inversion
9	112	32-bit Integer	100..600	100	Discrete1 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
10	144	32-bit Integer	100..600	600	Discrete1 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range
11	176	8-bit UInteger	0 = NPN Input, 1 = PNP Input, 2 = NPN Output with Pull Up, 3 = PNP Output with Pull Down, 4 = NPN Output Push Pull, 5 = PNP Output Push Pull	3	Discrete2 IO Selection
12	184	8-bit UInteger	0 = Disabled, 1 = On Off Delay, 2 = On One-shot, 3 = Off One-shot, 4 = On Pulse-stretcher, 5 = Off Pulse-stretcher, 6 = Totalizer, 7 = Retriggerable On One-shot, 8 = Retriggerable Off One-shot	0	Discrete2 Delay Mode	Discrete2 Delay Mode Selection
13	192	32-bit Integer		0	Discrete2 Delay Timer 1	Discrete2 On Delay, One-shot, Pulse-stretcher time or Totalizer Count
14	224	32-bit Integer		0	Discrete2 Delay Timer 2	Discrete2 Off Delay or Totalizer time
15	256	8-bit UInteger	0 = Disabled, 1 = Enabled	0	Discrete2 Mirroring Enable
16	264	8-bit UInteger	0 = Port1, 1 = Port2, 2 = Port3, 3 = Port4, 4 = Port5, 5 = Port6, 6 = Port7, 7 = Port8	0	Discrete2 Mirroring Port Selection
17	272	8-bit UInteger	0 = Discrete1, 1 = Discrete2	0	Discrete2 Mirroring Channel Selection
18	280	8-bit UInteger	0 = Not Inverted, 1 = Inverted	0	Discrete2 Mirroring Inversion
19	288	32-bit Integer	100..600	100	Discrete2 PFM Near Frequency (Hz)	The frequency corresponding to a target at the near limit of the sensing range
20	320	32-bit Integer	100..600	600	Discrete2 PFM Far Frequency (Hz)	The frequency corresponding to a target at the far limit of the sensing range

octet	0	1	2	3	4	5	6	7
bit offset	351 - 344	343 - 336	335 - 328	327 - 320	319 - 312	311 - 304	303 - 296	295 - 288
subindex	20	20	20	20	19	19	19	19
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	287 - 280	279 - 272	271 - 264	263 - 256	255 - 248	247 - 240	239 - 232	231 - 224
subindex	18	17	16	15	14	14	14	14
element bit	7 - 0	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	223 - 216	215 - 208	207 - 200	199 - 192	191 - 184	183 - 176	175 - 168	167 - 160
subindex	13	13	13	13	12	11	10	10
element bit	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0	31 - 24	23 - 16

octet	24	25	26	27	28	29	30	31
bit offset	159 - 152	151 - 144	143 - 136	135 - 128	127 - 120	119 - 112	111 - 104	103 - 96
subindex	10	10	9	9	9	9	8	7
element bit	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	7 - 0	7 - 0

octet	32	33	34	35	36	37	38	39
bit offset	95 - 88	87 - 80	79 - 72	71 - 64	63 - 56	55 - 48	47 - 40	39 - 32
subindex	6	5	4	4	4	4	3	3
element bit	7 - 0	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16

octet	40	41	42	43
bit offset	31 - 24	23 - 16	15 - 8	7 - 0
subindex	3	3	2	1
element bit	15 - 8	7 - 0	7 - 0	7 - 0

Variable "MDC Descriptor 5" index=12288 id=V_MDCDescriptor_5

description: Measuring Data Channel Descriptor - refer to Smart Sensor Profile 2nd Ed.
data type: 88-bit Record
access rights: ro

subindex	bit offset	data type	allowed values	name
1	56	32-bit Integer		MDC Descr - Lower Limit
2	24	32-bit Integer		MDC Descr - Upper Limit
3	8	16-bit UInteger	1209 = A, 1240 = V	MDC Descr - Unit
4	0	8-bit Integer		MDC Descr - Scale

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

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

Variable "MDC Descriptor 6" index=12289 id=V_MDCDescriptor_6

description: Measuring Data Channel Descriptor - refer to Smart Sensor Profile 2nd Ed.
data type: 88-bit Record
access rights: ro

subindex	bit offset	data type	allowed values	name
1	56	32-bit Integer		MDC Descr - Lower Limit
2	24	32-bit Integer		MDC Descr - Upper Limit
3	8	16-bit UInteger	1209 = A, 1240 = V	MDC Descr - Unit
4	0	8-bit Integer		MDC Descr - Scale

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

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

Variable "MDC Descriptor 7" index=12290 id=V_MDCDescriptor_7

description: Measuring Data Channel Descriptor - refer to Smart Sensor Profile 2nd Ed.
data type: 88-bit Record
access rights: ro

subindex	bit offset	data type	allowed values	name
1	56	32-bit Integer		MDC Descr - Lower Limit
2	24	32-bit Integer		MDC Descr - Upper Limit
3	8	16-bit UInteger	1209 = A, 1240 = V	MDC Descr - Unit
4	0	8-bit Integer		MDC Descr - Scale

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

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

Variable "MDC Descriptor 8" index=12291 id=V_MDCDescriptor_8

description: Measuring Data Channel Descriptor - refer to Smart Sensor Profile 2nd Ed.
data type: 88-bit Record
access rights: ro

subindex	bit offset	data type	allowed values	name
1	56	32-bit Integer		MDC Descr - Lower Limit
2	24	32-bit Integer		MDC Descr - Upper Limit
3	8	16-bit UInteger	1209 = A, 1240 = V	MDC Descr - Unit
4	0	8-bit Integer		MDC Descr - Scale

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

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

Variable "Channel 5 Setpoints" index=16400 id=V_SSC5_BDC1_Setpoints

description: The reference value used for sensor switching (See IOL Smart Sensor Profile 9.2.5)
data type: 192-bit Record (subindex access not supported)
access rights: rw
dynamic

subindex	bit offset	data type	default value	name	description
1	0	32-bit Integer	0	Voltage SP1	Voltage SP1 switch point.
2	32	32-bit Integer	10000	Voltage SP2	Voltage SP2 switch point.
3	64	32-bit Integer	50	Voltage Hysteresis	The hysteresis value for the Voltage switchpoint.
4	96	32-bit Integer	4000	Current SP1	Current SP1 switch point.
5	128	32-bit Integer	20000	Current SP2	Current SP2 switch point.
6	160	32-bit Integer	100	Current Hysteresis	The hysteresis value for the Current switchpoint.

octet	0	1	2	3	4	5	6	7
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128
subindex	6	6	6	6	5	5	5	5
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	4	4	4	4	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	2	2	2	2	1	1	1	1
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Channel 6 Setpoints" index=16401 id=V_SSC6_BDC1_Setpoints

description: The reference value used for sensor switching (See IOL Smart Sensor Profile 9.2.5)
data type: 192-bit Record (subindex access not supported)
access rights: rw
dynamic

subindex	bit offset	data type	default value	name	description
1	0	32-bit Integer	0	Voltage SP1	Voltage SP1 switch point.
2	32	32-bit Integer	10000	Voltage SP2	Voltage SP2 switch point.
3	64	32-bit Integer	50	Voltage Hysteresis	The hysteresis value for the Voltage switchpoint.
4	96	32-bit Integer	4000	Current SP1	Current SP1 switch point.
5	128	32-bit Integer	20000	Current SP2	Current SP2 switch point.
6	160	32-bit Integer	100	Current Hysteresis	The hysteresis value for the Current switchpoint.

octet	0	1	2	3	4	5	6	7
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128
subindex	6	6	6	6	5	5	5	5
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	4	4	4	4	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	2	2	2	2	1	1	1	1
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Channel 7 Setpoints" index=16402 id=V_SSC7_BDC1_Setpoints

description: The reference value used for sensor switching (See IOL Smart Sensor Profile 9.2.5)
data type: 192-bit Record (subindex access not supported)
access rights: rw
dynamic

subindex	bit offset	data type	default value	name	description
1	0	32-bit Integer	0	Voltage SP1	Voltage SP1 switch point.
2	32	32-bit Integer	10000	Voltage SP2	Voltage SP2 switch point.
3	64	32-bit Integer	50	Voltage Hysteresis	The hysteresis value for the Voltage switchpoint.
4	96	32-bit Integer	4000	Current SP1	Current SP1 switch point.
5	128	32-bit Integer	20000	Current SP2	Current SP2 switch point.
6	160	32-bit Integer	100	Current Hysteresis	The hysteresis value for the Current switchpoint.

octet	0	1	2	3	4	5	6	7
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128
subindex	6	6	6	6	5	5	5	5
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	4	4	4	4	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	2	2	2	2	1	1	1	1
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

Variable "Channel 8 Setpoints" index=16403 id=V_SSC8_BDC1_Setpoints

description: The reference value used for sensor switching (See IOL Smart Sensor Profile 9.2.5)
data type: 192-bit Record (subindex access not supported)
access rights: rw
dynamic

subindex	bit offset	data type	default value	name	description
1	0	32-bit Integer	0	Voltage SP1	Voltage SP1 switch point.
2	32	32-bit Integer	10000	Voltage SP2	Voltage SP2 switch point.
3	64	32-bit Integer	50	Voltage Hysteresis	The hysteresis value for the Voltage switchpoint.
4	96	32-bit Integer	4000	Current SP1	Current SP1 switch point.
5	128	32-bit Integer	20000	Current SP2	Current SP2 switch point.
6	160	32-bit Integer	100	Current Hysteresis	The hysteresis value for the Current switchpoint.

octet	0	1	2	3	4	5	6	7
bit offset	191 - 184	183 - 176	175 - 168	167 - 160	159 - 152	151 - 144	143 - 136	135 - 128
subindex	6	6	6	6	5	5	5	5
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	8	9	10	11	12	13	14	15
bit offset	127 - 120	119 - 112	111 - 104	103 - 96	95 - 88	87 - 80	79 - 72	71 - 64
subindex	4	4	4	4	3	3	3	3
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

octet	16	17	18	19	20	21	22	23
bit offset	63 - 56	55 - 48	47 - 40	39 - 32	31 - 24	23 - 16	15 - 8	7 - 0
subindex	2	2	2	2	1	1	1	1
element bit	31 - 24	23 - 16	15 - 8	7 - 0	31 - 24	23 - 16	15 - 8	7 - 0

[Top]

Events

Code	Type	Name	Description
25376 (0x6320)	Error	Parameter error	Check data sheet and values
36000 (0x8ca0)	Warning	All-time Run Time Event	Event indicating the corresponding configured running time has elapsed.
36001 (0x8ca1)	Warning	Resetable Run Time Event	Event indicating the corresponding configured running time has elapsed.

[Top]

Process Data Formatting

Formatting for Process Data id=PD_ProcessDataIn
Subindex 1:

Formatting for Process Data id=PD_ProcessDataInDMS
Subindex 1:

Formatting for Process Data id=PD_ProcessDataOut
Subindex 1:

Formatting for Process Data id=PD_ProcessDataOutDMS
Subindex 1:

[Top]

Observer Menus

Identification Menu
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_ApplicationSpecificTag

Parameter Menu
V_Vendor_Specific_Configuration.Process Data Input Configuration, ro
V_Vendor_Specific_Configuration.Measurement 1 Metric Selection, ro
V_Vendor_Specific_Configuration.Measurement 1 Port Selection, ro
V_Vendor_Specific_Configuration.Measurement 1 Channel Selection, ro
V_Vendor_Specific_Configuration.Measurement 2 Metric Selection, ro
V_Vendor_Specific_Configuration.Measurement 2 Port Selection, ro
V_Vendor_Specific_Configuration.Measurement 2 Channel Selection, ro
V_Vendor_Specific_Configuration.Measurement 3 Metric Selection, ro
V_Vendor_Specific_Configuration.Measurement 3 Port Selection, ro
V_Vendor_Specific_Configuration.Measurement 3 Channel Selection, ro
V_Vendor_Specific_Configuration.Measurement 4 Metric Selection, ro
V_Vendor_Specific_Configuration.Measurement 4 Port Selection, ro
V_Vendor_Specific_Configuration.Measurement 4 Channel Selection, ro
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 5 Outside Valid Range, ro
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 6 Outside Valid Range, ro
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 7 Outside Valid Range, ro
V_Vendor_Specific_Configuration.Process Data Input Configuration, ro

Observation Menu

V_ProcessDataInput

V_ProcessDataOutput

IO Metrics Ports 1 to 4
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Totalizer Counter

Maintenance Menus

Identification Menu
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_FirmwareRevision
V_ApplicationSpecificTag

Parameter Menu

Executable Commands
V_SystemCommand, Button:=130
V_SystemCommand, Button:=162
V_SystemCommand, Button:=163
V_SystemCommand, Button:=164

Selectable Metric Reset
V_Selectable_Metric_Reset.Port1 Discrete1
V_Selectable_Metric_Reset.Port1 Discrete2
V_Selectable_Metric_Reset.Port2 Discrete1
V_Selectable_Metric_Reset.Port2 Discrete2
V_Selectable_Metric_Reset.Port3 Discrete1
V_Selectable_Metric_Reset.Port3 Discrete2
V_Selectable_Metric_Reset.Port4 Discrete1
V_Selectable_Metric_Reset.Port4 Discrete2
V_Selectable_Metric_Reset.Port1 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port1 Discrete2 Reset Count
V_Selectable_Metric_Reset.Port2 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port2 Discrete2 Reset Count
V_Selectable_Metric_Reset.Port3 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port3 Discrete2 Reset Count
V_Selectable_Metric_Reset.Port4 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port4 Discrete2 Reset Count

Access Locks
V_DeviceAccessLocks.Local Parameterization Lock
V_DeviceAccessLocks.Local User Interface Lock

Channel 5 Setpoints
V_SSC5_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC5_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC5_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC5_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC5_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC5_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Channel 6 Setpoints
V_SSC6_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC6_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC6_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC6_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC6_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC6_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Channel 7 Setpoints
V_SSC7_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC7_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC7_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC7_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC7_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC7_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Channel 8 Setpoints
V_SSC8_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC8_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC8_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC8_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC8_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC8_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Vendor Specific Configuration

Port1 Configuration
V_Port1_Configuration.Discrete1 IO Selection
V_Port1_Configuration.Discrete1 Delay Mode
V_Port1_Configuration.Discrete1 Delay Timer 1 ms
V_Port1_Configuration.Discrete1 Delay Timer 2 ms
V_Port1_Configuration.Discrete1 Mirroring Enable
V_Port1_Configuration.Discrete1 Mirroring Port Selection
V_Port1_Configuration.Discrete1 Mirroring Channel Selection
V_Port1_Configuration.Discrete1 Mirroring Inversion
V_Port1_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port1_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port1_Configuration.Discrete2 IO Selection
V_Port1_Configuration.Discrete2 Delay Mode
V_Port1_Configuration.Discrete2 Delay Timer 1 ms
V_Port1_Configuration.Discrete2 Delay Timer 2 ms
V_Port1_Configuration.Discrete2 Mirroring Enable
V_Port1_Configuration.Discrete2 Mirroring Port Selection
V_Port1_Configuration.Discrete2 Mirroring Channel Selection
V_Port1_Configuration.Discrete2 Mirroring Inversion
V_Port1_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port1_Configuration.Discrete2 PFM Far Frequency (Hz)

Port2 Configuration
V_Port2_Configuration.Discrete1 IO Selection
V_Port2_Configuration.Discrete1 Delay Mode
V_Port2_Configuration.Discrete1 Delay Timer 1 ms
V_Port2_Configuration.Discrete1 Delay Timer 2 ms
V_Port2_Configuration.Discrete1 Mirroring Enable
V_Port2_Configuration.Discrete1 Mirroring Port Selection
V_Port2_Configuration.Discrete1 Mirroring Channel Selection
V_Port2_Configuration.Discrete1 Mirroring Inversion
V_Port2_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port2_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port2_Configuration.Discrete2 IO Selection
V_Port2_Configuration.Discrete2 Delay Mode
V_Port2_Configuration.Discrete2 Delay Timer 1 ms
V_Port2_Configuration.Discrete2 Delay Timer 2 ms
V_Port2_Configuration.Discrete2 Mirroring Enable
V_Port2_Configuration.Discrete2 Mirroring Port Selection
V_Port2_Configuration.Discrete2 Mirroring Channel Selection
V_Port2_Configuration.Discrete2 Mirroring Inversion
V_Port2_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port2_Configuration.Discrete2 PFM Far Frequency (Hz)

Port3 Configuration
V_Port3_Configuration.Discrete1 IO Selection
V_Port3_Configuration.Discrete1 Delay Mode
V_Port3_Configuration.Discrete1 Delay Timer 1 ms
V_Port3_Configuration.Discrete1 Delay Timer 2 ms
V_Port3_Configuration.Discrete1 Mirroring Enable
V_Port3_Configuration.Discrete1 Mirroring Port Selection
V_Port3_Configuration.Discrete1 Mirroring Channel Selection
V_Port3_Configuration.Discrete1 Mirroring Inversion
V_Port3_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port3_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port3_Configuration.Discrete2 IO Selection
V_Port3_Configuration.Discrete2 Delay Mode
V_Port3_Configuration.Discrete2 Delay Timer 1 ms
V_Port3_Configuration.Discrete2 Delay Timer 2 ms
V_Port3_Configuration.Discrete2 Mirroring Enable
V_Port3_Configuration.Discrete2 Mirroring Port Selection
V_Port3_Configuration.Discrete2 Mirroring Channel Selection
V_Port3_Configuration.Discrete2 Mirroring Inversion
V_Port3_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port3_Configuration.Discrete2 PFM Far Frequency (Hz)

Port4 Configuration
V_Port4_Configuration.Discrete1 IO Selection
V_Port4_Configuration.Discrete1 Delay Mode
V_Port4_Configuration.Discrete1 Delay Timer 1 ms
V_Port4_Configuration.Discrete1 Delay Timer 2 ms
V_Port4_Configuration.Discrete1 Mirroring Enable
V_Port4_Configuration.Discrete1 Mirroring Port Selection
V_Port4_Configuration.Discrete1 Mirroring Channel Selection
V_Port4_Configuration.Discrete1 Mirroring Inversion
V_Port4_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port4_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port4_Configuration.Discrete2 IO Selection
V_Port4_Configuration.Discrete2 Delay Mode
V_Port4_Configuration.Discrete2 Delay Timer 1 ms
V_Port4_Configuration.Discrete2 Delay Timer 2 ms
V_Port4_Configuration.Discrete2 Mirroring Enable
V_Port4_Configuration.Discrete2 Mirroring Port Selection
V_Port4_Configuration.Discrete2 Mirroring Channel Selection
V_Port4_Configuration.Discrete2 Mirroring Inversion
V_Port4_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port4_Configuration.Discrete2 PFM Far Frequency (Hz)

Vendor Specific
V_Vendor_Specific_Configuration.Process Data Input Configuration
V_Vendor_Specific_Configuration.Measurement 1 Metric Selection
V_Vendor_Specific_Configuration.Measurement 1 Port Selection
V_Vendor_Specific_Configuration.Measurement 1 Channel Selection
V_Vendor_Specific_Configuration.Measurement 2 Metric Selection
V_Vendor_Specific_Configuration.Measurement 2 Port Selection
V_Vendor_Specific_Configuration.Measurement 2 Channel Selection
V_Vendor_Specific_Configuration.Measurement 3 Metric Selection
V_Vendor_Specific_Configuration.Measurement 3 Port Selection
V_Vendor_Specific_Configuration.Measurement 3 Channel Selection
V_Vendor_Specific_Configuration.Measurement 4 Metric Selection
V_Vendor_Specific_Configuration.Measurement 4 Port Selection
V_Vendor_Specific_Configuration.Measurement 4 Channel Selection
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 5 Outside Valid Range
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 6 Outside Valid Range
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 7 Outside Valid Range
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 8 Outside Valid Range
V_Vendor_Specific_Configuration.IOL Filter Time
V_Vendor_Specific_Configuration.Port 5 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 6 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 7 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 8 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 5 - Analog Output Mode
V_Vendor_Specific_Configuration.Port 6 - Analog Output Mode
V_Vendor_Specific_Configuration.Port 7 - Analog Output Mode
V_Vendor_Specific_Configuration.Port 8 - Analog Output Mode

Port 5 Mirroring Configuration
V_Port_Mirroring_Configuration_5

Port 6 Mirroring Configuration
V_Port_Mirroring_Configuration_6

Port 7 Mirroring Configuration
V_Port_Mirroring_Configuration_7

Port 8 Mirroring Configuration
V_Port_Mirroring_Configuration_8

Observation Menu

V_ProcessDataInput

V_ProcessDataOutput

IO Metrics Ports 1 to 4
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Totalizer Counter

Diagnosis Menu

Device Status
V_DeviceStatus
V_DetailedDeviceStatus

If V_Vendor_Specific_Configuration.19 = 0:

Measuring Data Channel 5
V_MDCDescriptor_5.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_5.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_5.MDC Descr - Scale
V_MDCDescriptor_5.MDC Descr - Unit

If V_Vendor_Specific_Configuration.19 = 1:

Measuring Data Channel 5
V_MDCDescriptor_5.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_5.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_5.MDC Descr - Scale
V_MDCDescriptor_5.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 0:

Measuring Data Channel 6
V_MDCDescriptor_6.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_6.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_6.MDC Descr - Scale
V_MDCDescriptor_6.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 1:

Measuring Data Channel 6
V_MDCDescriptor_6.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_6.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_6.MDC Descr - Scale
V_MDCDescriptor_6.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 0:

Measuring Data Channel 7
V_MDCDescriptor_7.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_7.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_7.MDC Descr - Scale
V_MDCDescriptor_7.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 1:

Measuring Data Channel 7
V_MDCDescriptor_7.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_7.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_7.MDC Descr - Scale
V_MDCDescriptor_7.MDC Descr - Unit

If V_Vendor_Specific_Configuration.22 = 0:

Measuring Data Channel 8
V_MDCDescriptor_8.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_8.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_8.MDC Descr - Scale
V_MDCDescriptor_8.MDC Descr - Unit

If V_Vendor_Specific_Configuration.22 = 1:

Measuring Data Channel 8
V_MDCDescriptor_8.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_8.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_8.MDC Descr - Scale
V_MDCDescriptor_8.MDC Descr - Unit

Run Counters
V_AllTimeRunTime.Run counter * 0.25 h
V_ResetableRunTime.Run counter * 0.25 h

Event Timers
V_AllTimeRunTimeEventTime.Event Time * 0.25 h
V_ResetableRunTimeEventTime.Event Time * 0.25 h

Specialist Menus

Identification Menu
V_VendorName
V_VendorText
V_ProductName
V_ProductID
V_ProductText
V_SerialNumber
V_FirmwareRevision
V_ApplicationSpecificTag

Parameter Menu

Executable Commands
V_SystemCommand, Button:=130
V_SystemCommand, Button:=162
V_SystemCommand, Button:=163
V_SystemCommand, Button:=164

Selectable Metric Reset
V_Selectable_Metric_Reset.Port1 Discrete1
V_Selectable_Metric_Reset.Port1 Discrete2
V_Selectable_Metric_Reset.Port2 Discrete1
V_Selectable_Metric_Reset.Port2 Discrete2
V_Selectable_Metric_Reset.Port3 Discrete1
V_Selectable_Metric_Reset.Port3 Discrete2
V_Selectable_Metric_Reset.Port4 Discrete1
V_Selectable_Metric_Reset.Port4 Discrete2
V_Selectable_Metric_Reset.Port1 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port1 Discrete2 Reset Count
V_Selectable_Metric_Reset.Port2 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port2 Discrete2 Reset Count
V_Selectable_Metric_Reset.Port3 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port3 Discrete2 Reset Count
V_Selectable_Metric_Reset.Port4 Discrete1 Reset Count
V_Selectable_Metric_Reset.Port4 Discrete2 Reset Count

Access Locks
V_DeviceAccessLocks.Local Parameterization Lock
V_DeviceAccessLocks.Local User Interface Lock

Channel 5 Setpoints
V_SSC5_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC5_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC5_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC5_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC5_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC5_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Channel 6 Setpoints
V_SSC6_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC6_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC6_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC6_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC6_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC6_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Channel 7 Setpoints
V_SSC7_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC7_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC7_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC7_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC7_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC7_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Channel 8 Setpoints
V_SSC8_BDC1_Setpoints.Voltage SP1 * 0.001 V, Dec.3
V_SSC8_BDC1_Setpoints.Voltage SP2 * 0.001 V, Dec.3
V_SSC8_BDC1_Setpoints.Voltage Hysteresis * 0.001 V, Dec.3
V_SSC8_BDC1_Setpoints.Current SP1 * 1E-06 A, Dec.6
V_SSC8_BDC1_Setpoints.Current SP2 * 1E-06 A, Dec.6
V_SSC8_BDC1_Setpoints.Current Hysteresis * 1E-06 A, Dec.6

Vendor Specific Configuration

Port1 Configuration
V_Port1_Configuration.Discrete1 IO Selection
V_Port1_Configuration.Discrete1 Delay Mode
V_Port1_Configuration.Discrete1 Delay Timer 1 ms
V_Port1_Configuration.Discrete1 Delay Timer 2 ms
V_Port1_Configuration.Discrete1 Mirroring Enable
V_Port1_Configuration.Discrete1 Mirroring Port Selection
V_Port1_Configuration.Discrete1 Mirroring Channel Selection
V_Port1_Configuration.Discrete1 Mirroring Inversion
V_Port1_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port1_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port1_Configuration.Discrete2 IO Selection
V_Port1_Configuration.Discrete2 Delay Mode
V_Port1_Configuration.Discrete2 Delay Timer 1 ms
V_Port1_Configuration.Discrete2 Delay Timer 2 ms
V_Port1_Configuration.Discrete2 Mirroring Enable
V_Port1_Configuration.Discrete2 Mirroring Port Selection
V_Port1_Configuration.Discrete2 Mirroring Channel Selection
V_Port1_Configuration.Discrete2 Mirroring Inversion
V_Port1_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port1_Configuration.Discrete2 PFM Far Frequency (Hz)

Port2 Configuration
V_Port2_Configuration.Discrete1 IO Selection
V_Port2_Configuration.Discrete1 Delay Mode
V_Port2_Configuration.Discrete1 Delay Timer 1 ms
V_Port2_Configuration.Discrete1 Delay Timer 2 ms
V_Port2_Configuration.Discrete1 Mirroring Enable
V_Port2_Configuration.Discrete1 Mirroring Port Selection
V_Port2_Configuration.Discrete1 Mirroring Channel Selection
V_Port2_Configuration.Discrete1 Mirroring Inversion
V_Port2_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port2_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port2_Configuration.Discrete2 IO Selection
V_Port2_Configuration.Discrete2 Delay Mode
V_Port2_Configuration.Discrete2 Delay Timer 1 ms
V_Port2_Configuration.Discrete2 Delay Timer 2 ms
V_Port2_Configuration.Discrete2 Mirroring Enable
V_Port2_Configuration.Discrete2 Mirroring Port Selection
V_Port2_Configuration.Discrete2 Mirroring Channel Selection
V_Port2_Configuration.Discrete2 Mirroring Inversion
V_Port2_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port2_Configuration.Discrete2 PFM Far Frequency (Hz)

Port3 Configuration
V_Port3_Configuration.Discrete1 IO Selection
V_Port3_Configuration.Discrete1 Delay Mode
V_Port3_Configuration.Discrete1 Delay Timer 1 ms
V_Port3_Configuration.Discrete1 Delay Timer 2 ms
V_Port3_Configuration.Discrete1 Mirroring Enable
V_Port3_Configuration.Discrete1 Mirroring Port Selection
V_Port3_Configuration.Discrete1 Mirroring Channel Selection
V_Port3_Configuration.Discrete1 Mirroring Inversion
V_Port3_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port3_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port3_Configuration.Discrete2 IO Selection
V_Port3_Configuration.Discrete2 Delay Mode
V_Port3_Configuration.Discrete2 Delay Timer 1 ms
V_Port3_Configuration.Discrete2 Delay Timer 2 ms
V_Port3_Configuration.Discrete2 Mirroring Enable
V_Port3_Configuration.Discrete2 Mirroring Port Selection
V_Port3_Configuration.Discrete2 Mirroring Channel Selection
V_Port3_Configuration.Discrete2 Mirroring Inversion
V_Port3_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port3_Configuration.Discrete2 PFM Far Frequency (Hz)

Port4 Configuration
V_Port4_Configuration.Discrete1 IO Selection
V_Port4_Configuration.Discrete1 Delay Mode
V_Port4_Configuration.Discrete1 Delay Timer 1 ms
V_Port4_Configuration.Discrete1 Delay Timer 2 ms
V_Port4_Configuration.Discrete1 Mirroring Enable
V_Port4_Configuration.Discrete1 Mirroring Port Selection
V_Port4_Configuration.Discrete1 Mirroring Channel Selection
V_Port4_Configuration.Discrete1 Mirroring Inversion
V_Port4_Configuration.Discrete1 PFM Near Frequency (Hz)
V_Port4_Configuration.Discrete1 PFM Far Frequency (Hz)
V_Port4_Configuration.Discrete2 IO Selection
V_Port4_Configuration.Discrete2 Delay Mode
V_Port4_Configuration.Discrete2 Delay Timer 1 ms
V_Port4_Configuration.Discrete2 Delay Timer 2 ms
V_Port4_Configuration.Discrete2 Mirroring Enable
V_Port4_Configuration.Discrete2 Mirroring Port Selection
V_Port4_Configuration.Discrete2 Mirroring Channel Selection
V_Port4_Configuration.Discrete2 Mirroring Inversion
V_Port4_Configuration.Discrete2 PFM Near Frequency (Hz)
V_Port4_Configuration.Discrete2 PFM Far Frequency (Hz)

Vendor Specific
V_Vendor_Specific_Configuration.Process Data Input Configuration
V_Vendor_Specific_Configuration.Measurement 1 Metric Selection
V_Vendor_Specific_Configuration.Measurement 1 Port Selection
V_Vendor_Specific_Configuration.Measurement 1 Channel Selection
V_Vendor_Specific_Configuration.Measurement 2 Metric Selection
V_Vendor_Specific_Configuration.Measurement 2 Port Selection
V_Vendor_Specific_Configuration.Measurement 2 Channel Selection
V_Vendor_Specific_Configuration.Measurement 3 Metric Selection
V_Vendor_Specific_Configuration.Measurement 3 Port Selection
V_Vendor_Specific_Configuration.Measurement 3 Channel Selection
V_Vendor_Specific_Configuration.Measurement 4 Metric Selection
V_Vendor_Specific_Configuration.Measurement 4 Port Selection
V_Vendor_Specific_Configuration.Measurement 4 Channel Selection
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 5 Outside Valid Range
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 6 Outside Valid Range
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 7 Outside Valid Range
V_Vendor_Specific_Configuration.POVR1 -Process Data Out 8 Outside Valid Range
V_Vendor_Specific_Configuration.IOL Filter Time
V_Vendor_Specific_Configuration.Port 5 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 6 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 7 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 8 - The Mode of Analog In
V_Vendor_Specific_Configuration.Port 5 - Analog Output Mode
V_Vendor_Specific_Configuration.Port 6 - Analog Output Mode
V_Vendor_Specific_Configuration.Port 7 - Analog Output Mode
V_Vendor_Specific_Configuration.Port 8 - Analog Output Mode

Port 5 Mirroring Configuration
V_Port_Mirroring_Configuration_5

Port 6 Mirroring Configuration
V_Port_Mirroring_Configuration_6

Port 7 Mirroring Configuration
V_Port_Mirroring_Configuration_7

Port 8 Mirroring Configuration
V_Port_Mirroring_Configuration_8

Observation Menu

V_ProcessDataInput

V_ProcessDataOutput

IO Metrics Ports 1 to 4
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port1 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port1 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port2 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port2 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port3 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port3 Discrete2 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Count
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Duration µs
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port4 Discrete1 Totalizer Counter
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Count
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Duration µs
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Events Per Minute
V_IO_Metrics_Ports_1_to_4.Port4 Discrete2 Totalizer Counter

Diagnosis Menu

Device Status
V_DeviceStatus
V_DetailedDeviceStatus

If V_Vendor_Specific_Configuration.19 = 0:

Measuring Data Channel 5
V_MDCDescriptor_5.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_5.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_5.MDC Descr - Scale
V_MDCDescriptor_5.MDC Descr - Unit

If V_Vendor_Specific_Configuration.19 = 1:

Measuring Data Channel 5
V_MDCDescriptor_5.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_5.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_5.MDC Descr - Scale
V_MDCDescriptor_5.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 0:

Measuring Data Channel 6
V_MDCDescriptor_6.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_6.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_6.MDC Descr - Scale
V_MDCDescriptor_6.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 1:

Measuring Data Channel 6
V_MDCDescriptor_6.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_6.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_6.MDC Descr - Scale
V_MDCDescriptor_6.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 0:

Measuring Data Channel 7
V_MDCDescriptor_7.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_7.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_7.MDC Descr - Scale
V_MDCDescriptor_7.MDC Descr - Unit

If V_Vendor_Specific_Configuration.20 = 1:

Measuring Data Channel 7
V_MDCDescriptor_7.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_7.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_7.MDC Descr - Scale
V_MDCDescriptor_7.MDC Descr - Unit

If V_Vendor_Specific_Configuration.22 = 0:

Measuring Data Channel 8
V_MDCDescriptor_8.MDC Descr - Lower Limit * 0.001 V, Dec.3
V_MDCDescriptor_8.MDC Descr - Upper Limit * 0.001 V, Dec.3
V_MDCDescriptor_8.MDC Descr - Scale
V_MDCDescriptor_8.MDC Descr - Unit

If V_Vendor_Specific_Configuration.22 = 1:

Measuring Data Channel 8
V_MDCDescriptor_8.MDC Descr - Lower Limit * 1E-06 A, Dec.6
V_MDCDescriptor_8.MDC Descr - Upper Limit * 1E-06 A, Dec.6
V_MDCDescriptor_8.MDC Descr - Scale
V_MDCDescriptor_8.MDC Descr - Unit

Run Counters
V_AllTimeRunTime.Run counter * 0.25 h
V_ResetableRunTime.Run counter * 0.25 h

Event Timers
V_AllTimeRunTimeEventTime.Event Time * 0.25 h
V_ResetableRunTimeEventTime.Event Time * 0.25 h

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