Emerson AVENTICS IO-Link AF2 Instrucciones De Servicio página 10

IO-Link-specific
19 (0x13) Product ID
20 (0x14) Product text
21 (0x15) Serial number
22 (0x16) Hardware version
23 (0x17) Firmware version
24 (0x18) Application-specific
marking
36 (0x24) Device status
40 (0x28) Input process data
AVENTICS specific
Index dec Name Format
(hex) (offset)
64 (0x40) Sensor-specific String
name
66 (0x42) System status UInt
190 OpTimer UInt
(0xBE)
260 Q1 mode UInt
(0x104)
262 Q1 type UInt
(0x106)
270 Q1 set switching Float
(0x10E) point 1
271 Q1 set switching Float
(0x10F) point 2
272 Q1 unit and String
(0x110) range
278 Q1 polarity UInt
(0x116)
279 Q1 simulation UInt
(0x117) switch output
291 Q2 function UInt
(0x123)
292 Q2 type UInt
(0x124)
AVENTICS™ IO-Link AF2 | R412027828-BAL-001-AC | English
String 64 bytes ro R412026761
R412026762
R412026763
String 64 bytes ro Air flow sensor
String 16 bytes ro
String 64 bytes ro
String 64 bytes ro
String 32 bytes rw ***
UInt 8 bits ro 0 = device is OK
1 = maintenance re-
quired
2 = outside of speci-
fication
3 = function test
4 = error
5...255 = reserved
PD In 32 bytes ro
Lengt Ac- Default value
h cess
32 rw ***
bytes
8 bits ro 0 = Ok
1 = warning of error
2 = error
32 bits ro Operating time in seconds [s]
8 bits rw 0 = switch output hysteresis volume
flow
1 = switch output window function
volume flow
2 = switch output hysteresis pressure
3 = switch output window function
pressure
4 = switch output hysteresis temper-
ature
5 = switch output window function
temperature
8 bits rw 2 = NPN
3 = PNP
4 = DRV/push-pull
4 rw - 30.0 ... 999
bytes
9.0
4 rw - 30.0 ... 999
bytes
9.0
32 ro Unit and range for index 270 and 271
bytes
8 bits rw 0 = make contact
1 = break contact
8 bits rw 255
8 bits rw 0
8 bits rw 2 = NPN
3 = PNP
4 =
DRV/push-pull
AVENTICS specific
Index dec Name
(hex)
299 Q2 switch mode UInt
(0x12B)
300 Q2 set switching
(0x12C) point 1
301 Q2 set switching
(0x12D) point 2
302 Q2 switch out-
(0x12E) put unit and
range
307 Q2 switch out-
(0x133) put simulation
308 Q2 switch out-
(0x134) put polarity
Value Com-
range ment
309 Qa pulse output
[unit]
(0x135) unit and range
310 Q2 pulse valence Float
(0x136)
311 Q2 pulse width
(0x137)
312 Q2 pulse mode
(0x138)
313 Q2 upper fre-
(0x139) quency value
314 Q2 lower fre-
(0x13A) quency value
315 Q2 frequency
(0x13B) unit and range
316 Q2 maximum
(0x13C) frequency
317 Q2 minimum
(0x13D) frequency
318 Q2 frequency
(0x13E) simulation
See index 272
See index 272
319 Q2 frequency
(0x13F) mode
380 Qa analog mode UInt
(0x17C)
0 = inactive
383 Qa analog polar-
(0x17F) ity
1 = active
255 = normal
384 Qa upper analog
(0x180) value (20mA)
0 = switch output
1 = frequency
385 Qa lower analog
(0x181) value (4mA)
2 = pulse output
3 = analog output
386 Qa analog signal
(0x182) unit and range
for switch, pulse
and frequency
390 Qa analog signal
output
(0x186) in case of error
Format Lengt Ac- Default value
(offset) h cess
8 bits rw 0 = switch output hysteresis volume
flow
1 = switch output window function
volume flow
2 = switch output hysteresis pressure
3 = switch output window function
pressure
4 = switch output hysteresis temper-
ature
5 = switch output window function
temperature
Float 4 rw - 30.0 ... 999
bytes
9.0
Float 4 rw - 30.0 ... 999
bytes
9.0
String 32 ro Unit and range for index 300 and 301
bytes
UInt 8 bits rw 255
UInt 8 bits rw 0 = make contact
1 = break contact
String 32 ro Unit and range for index 310
bytes
4 rw 0.001 ... 10
bytes
0.0
UInt 32 bits rw 1 ... 2000
UInt 8 bits rw 0 = volume
1 = energy
Float 4 rw -30.0 ... 999
bytes
9.0
Float 4 rw - 30.0 ... 999
bytes
9.0
String 32 ro Unit and range for index 313 and 314
bytes
UInt 16 bits rw 0 ... 10000
UInt 16 bits rw 0 ... 10000
UInt 8 bits rw 255
UInt 8 bits rw 0 = volume flow
8 bits rw 0 = 4-20mA volume flow
1 = 4-20mA pressure
2 = 4-20mA temperature
UInt 8 bits rw 0 = normal
1 = inverted signal
Float 4 rw - 30.0...999
bytes
9.0
Float 4 rw - 30.0...999
bytes
9.0
String 32 ro Unit and range for index 384 and 385
bytes
UInt 8 bits rw 0 = 3.5mA
1 = 21.5mA
Value Com-
range ment
[unit]
See index 302
See index 302
0 = inactive
1 = active
255 = normal
See index 309
[ms]
See index 315
See index 315
[Hz]
[Hz]
0 = 1Hz
1 = 10Hz
2 = 100Hz
3 = 1kHz
4 = 10kHz
255 = simulation
off
See index 386
See index 386
10