Emerson AVENTICS IO-Link AF2 Instrucciones De Servicio página 10

AVENTICS specific
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)
299 Q2 switch mode UInt
(0x12B)
300 Q2 set switching Float
(0x12C) point 1
301 Q2 set switching Float
(0x12D) point 2
302 Q2 switch out- String
(0x12E) put unit and
range
307 Q2 switch out- UInt
(0x133) put simulation
308 Q2 switch out- UInt
(0x134) put polarity
309 Qa pulse output String
(0x135) unit and range
310 Q2 pulse valence Float
(0x136)
311 Q2 pulse width UInt
(0x137)
312 Q2 pulse mode UInt
(0x138)
313 Q2 upper fre- Float
(0x139) quency value
314 Q2 lower fre- Float
(0x13A) quency value
315 Q2 frequency String
(0x13B) unit and range
316 Q2 maximum UInt
(0x13C) frequency
317 Q2 minimum UInt
(0x13D) frequency
318 Q2 frequency UInt
(0x13E) simulation
AVENTICS™ IO-Link AF2 | R412027828-BAL-001-AA | English
8 bits rw 2 = NPN
3 = PNP
4 = DRV/push-pull
4 rw - 30.0 ... 999 See index 272
bytes
9.0
4 rw - 30.0 ... 999 See index 272
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 0 = inactive
1 = active
255 = normal
8 bits rw 0 0 = switch output
1 = frequency
2 = pulse output
3 = analog output
8 bits rw 2 = NPN for switch, pulse
and frequency
3 = PNP
output
4 =
DRV/push-pull
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 tempera-
ture
5 = switch output window function
temperature
4 rw - 30.0 ... 999 See index 302
bytes
9.0
4 rw - 30.0 ... 999 See index 302
bytes
9.0
32 ro Unit and range for index 300 and 301
bytes
8 bits rw 255 0 = inactive
1 = active
255 = normal
8 bits rw 0 = make contact
1 = break contact
32 ro Unit and range for index 310
bytes
4 rw 0.001 ... 10 See index 309
bytes
0.0
32 bits rw 1 ... 2000 [ms]
8 bits rw 0 = volume
1 = energy
4 rw -30.0 ... 999 See index 315
bytes
9.0
4 rw - 30.0 ... 999 See index 315
bytes
9.0
32 ro Unit and range for index 313 and 314
bytes
16 bits rw 0 ... 10000 [Hz]
16 bits rw 0 ... 10000 [Hz]
8 bits rw 255 0 = 1Hz
1 = 10Hz
2 = 100Hz
3 = 1kHz
4 = 10kHz
255 = simulation
off
AVENTICS specific
319 Q2 frequency UInt
(0x13F) mode
380 Qa analog mode UInt
(0x17C)
383 Qa analog UInt
polarity
(0x17F)
384 Qa upper analog Float
(0x180) value (20mA)
385 Qa lower analog Float
(0x181) value (4mA)
386 Qa analog signal String
(0x182) unit and range
390 Qa analog signal UInt
(0x186) in case of error
391 Qa analog value UInt
(0x187) simulation
400 Q2 analog mode UInt
(0x190)
403 Q2 analog UInt
polarity
(0x193)
404 Q2 upper analog Float
(0x194) value (20mA)
405 Q2 lower analog Float
(0x195) value (4mA)
406 Q2 analog signal String
(0x196) unit and range
410 Q2 analog value UInt
(0x19A) in case of error
411 Q2 analog value UInt
(0x19B) simulation
420 Display unit UInt
(0x1A4) mass flow
421 Display unit gas UInt
(0x1A5) speed
422 Display unit UInt
(0x1A6) volume
423 Display unit vol- UInt
(0x1A7) ume flow
424 Display unit UInt
(0x1A8) mass
425 Display unit en- UInt
(0x1A9) ergy
426 Display unit tem- UInt
(0x1AA) perature
8 bits rw 0 = volume flow
8 bits rw 0 = 4-20mA volume flow
1 = 4-20mA pressure
2 = 4-20mA temperature
8 bits rw 0 = normal
1 = inverted signal
4 rw - 30.0...999 See index 386
bytes
9.0
4 rw - 30.0...999 See index 386
bytes
9.0
32 ro Unit and range for index 384 and 385
bytes
8 bits rw 0 = 3.5mA
1 = 21.5mA
8 bits rw 255 35 = 3.5mA
38 = 3.8mA
40 = 4.0mA
100 = 10mA
120 = 12mA
180 = 18mA
200 = 20mA
205 = 20.5mA
215 = 21.5mA
255 = simulation
off
8 bits rw 0 = 4-20mA volume flow
1 = 4-20mA pressure
2 = 4-20mA temperature
8 bits rw 0 = normal
1 = inverted signal
4 rw - 30.0 ... 999 See index 406
bytes
9.0
4 rw - 30.0 ... 999 See index 406
bytes
9.0
32 ro Unit and range for index 404 and 405
bytes
8 bits rw 0 = 3.5mA
1 = 21.5mA
8 bits rw 255 35 = 3.5mA
38 = 3.8mA
40 = 4.0mA
100 = 10mA
120 = 12mA
180 = 18mA
200 = 20mA
205 = 20.5mA
215 = 21.5mA
255 = simulation
off
8 bits rw 0 = kg/h
1 = g/s
2 = kg/min
8 bits rw 0 = m/s
1 = fps
8 bits rw 0 = m³
1 = l
2 = ft³
8 bits rw 0 = m³/h
1 = m³/min
2 = l/s
3 = l/min
4 = ft³/s
5 = ft³/min
8 bits rw 0 = kg
8 bits rw 0 = kWh
8 bits rw 0 = °C
1 = °F
10