Murrelektronik 59504, Manual

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Operation
User manual 59507_hdb_en_12 38 / 51
7.2.2 ISDU
7.2.2.1 Art.-No. 59607
ISDU
index
Object name Access Length
in Byte
Meaning Default
value
0x0040 Status: Power Supply Sta-
tus US
R 1 Returns status of US
- 0x00 = OK
- 0x01 = Undervoltage
- 0x02 = Overvoltage
0x0041 Status: Power Supply Value
US
R 1 Returns measured voltage of US in 0.1 V steps.
Update every 10 ms.
0x0042 Status: Power Supply Sta-
tus UA
R 1 Returns status of UA
- 0x00 = OK
- 0x01 = Undervoltage
- 0x02 = Overvoltage
- 0x03 = OFF / not connected
0x0050 Diagnosis: Short Circuit De-
tection DO
R 16 Allows reading of a short circuit that has occurred
on a specific channel.
- Subindex 1: X0 Pin 4
- Subindex 2: X1 Pin 4
...
- Subindex 7: X6 Pin 4
- Subindex 8: X7 Pin 4
0x0060 Identification: Identification
ID
R/W 2 Identification number for module identification.
The value is shown inside the input process data.
0x0000
0x0061 Identification: User Defined
Serial Number
R/W 2 User defined serial number. This can be used to
ensure that a device is not connected to the
wrong master.
0x0000
0x0062 Diagnosis: Disable General
Diagnosis
R/W 16 Configurable diagnosis:
0 = active
1 = disabled
- Subindex 1: IO-Link Event Code transmission to
Master
- Subindex 2: US - Diagnosis low voltage
- Subindex 3:US - Diagnosis Over voltage
- Subindex 4: US - LED status
- Subindex 5: UA - Diagnosis `not connected´
- Subindex 6: UA - Diagnosis low voltage
- Subindex 7: UA - Diagnosis over voltage
- Subindex 8: UA - LED status
- Subindex 9: TEMP - Diagnosis low temperature
- Subindex 10: TEMP - Diagnosis over tempera-
ture
- Subindex 11: TEMP - LED status
- Subindex 12 ... 16: Reserved
0
0x0063 Module: L+ Current Limit R/W 1 Current limitation of US (L +) to 200 mA for oper-
ation on an IO-Link master port that cannot supply
enough current for full operation of the IO-Link
hub.
0 = no current limitation from US (L +)
1 = current limitation of US (L +) active to 200 mA
0
0x0070 In-/Outputs: Bitmapping
Layout
R/W 1 Bitmapping layout of the process data.
0 = Port based bit mapping
1 = Pin based bit mapping
0
0x0072 In-/Outputs: Channel Con-
figuration
R/W 16 Setting of the I / O function per channel.
- Subindex 1: X0 Pin 4
- Subindex 2: X1 Pin 4
...
- Subindex 7: X6 Pin 4
- Subindex 8: X7 Pin 4
Setting per channel (subindex):
0 = auto configuration / universal (DIO)
1 = input
2 = output
0