Configuring The Flow Sensor In The Io-Link System; Physical Layer; Process Data; Service Data - Emerson AVENTICS IO-Link AF2 Instrucciones De Servicio

1 Configuring the flow sensor in the IO-Link system

The IODD files and the Technical Information with English and German
language content for the flow sensor IO-Link can be found in the Media
Center.
You can use configuration software from various manufacturers for the IO-Link
configuration.
Before you can use the flow sensor, it has to be recognized by the IO-Link master.
This process is either automatic or must be completed manually.
Please observe the documentation for the IO-Link master used.
u

2 Physical layer

The maximum current consumption of the IO-Link device (including
load currents) must not exceed the maximum output current of the
master port.
SIO mode
Min. cycle time
Baud rate
Process data length (IN)
COM values specify the Baud rate (see IO-Link specifications):

3 Process data

Mass flow [kg/h]
Flow speed [m/s]
Volume [m³]
Volume flow [m³/h]
Mass [kg]
Energy [kWh]
Temperature [°C]
Pressure [bar]
Record: 32 Byte – process data
Bitoffset
Byte/Name 0 1
Type/
Subindex
Bitoffset
Byte/Name 4 5
Type/
Subindex
Bitoffset
Byte/Name
8 9
Type/
Subindex
Bitoffset
Byte/Name 12 13
Type/
Subindex
Bitoffset
Byte/Name 16 17
Type/
Subindex
Bitoffset
Byte/Name 20 21
Type/
Subindex
AVENTICS™ IO-Link AF2 | R412027828-BAL-001-AA | English
Yes
3.0 msec
COM3
32 bytes
COM3 (230.4 kbit/s)
2 Mass flow 3
Float 8
6 Flow speed 7
Float 7
10 Volume 11
Float 6
14 Volume flow 15
Float 5
18 Ground 19
Float 4
22 Energy 23
Float 3
Record: 32 Byte – process data
Bitoffset
Byte/Name 24
Type/
Subindex
Bitoffset
Byte/Name 28
Type/
Subindex

4 Service data

The following ISDUs are not backed up via data storage: Direct parameter 1, di-
rect parameter 2, sensor-specific name, Q1 simulation switch output, Q2 switch
output simulation, Q2 frequency simulation, Qa analog value simulation, Q2,
analog value simulation, simulation flow, simulation temperature, simulation
pressure and special function memory.
IO-Link-specific
12 (0x0C) Device access block
2 (0x02) Data storage block
4 (0x04) Local user interface
block
16 (0x10) Manufacturer name
17 (0x11) Manufacturer text
18 (0x12) Product name
19 (0x13) Product ID
20 (0x14) Product text
21 (0x15) Serial number
22 (0x16) Hardware version
23 (0x17) Firmware version
24 (0x18) Application-specific
224 marking
36 (0x24) Device status
192
40 (0x28) Input process data
AVENTICS specific
160
64 (0x40) Sensor-specific
name
128
66 (0x42) System status
190 OpTimer
(0xBE)
96
260 Q1 mode
(0x104)
64
25 26 Temperature 27
Float
29 30 Pressure
Float
Record 2 bytes rw
Bit (1) 1 bits rw
Bit (3) 1 bits rw
String 64 bytes ro
String 64 bytes ro
String 64 bytes ro
String 64 bytes ro
String 64 bytes ro
String 16 bytes ro
String 64 bytes ro
String 64 bytes ro
String 32 bytes rw
UInt 8 bits ro
PD In 32 bytes ro
String 32 rw ***
bytes
UInt 8 bits ro 0 = Ok
1 = warning of error
2 = error
UInt 32 bits ro Operating time in seconds [s]
UInt 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
32
2
0
31
1
AVENTICS
Emerson – Consider
It Solved
AF2
R412026761
R412026762
R412026763
Air flow sensor
***
0 = device is OK
1 = maintenance re-
quired
2 = outside of speci-
fication
3 = function test
4 = error
5...255 = reserved
9