Lenze I/O system 1000 System Manual - Manual (Page 577)

DeviceNet communication
Parameterising the temperature measurement
Four (two) analog inputs for resistance tests − EPM−S404
11
l
577 EDSIO1000 EN 7.0
Lenze Description/value Name Pos. in
string of
digits
8 Conversion time
channel 1 You can set the transformer speed as a function of the
interference frequency suppression (see 0x3105/x) for each
channel.
0 (00
h
): At 50 Hz: 324.1 ms/channel 16 bits; at 60 Hz:
270.5 ms/channel 16 bits
1 (01
h
): At 50 Hz: 164.2 ms/channel 16 bits;
at 60 Hz: 137.2 ms/channel 16 bits
2 (02
h
): At 50 Hz: 84.2 ms/channel 16 bits;
at 60 Hz: 70.5 ms/channel 16 bits
3 (03
h
): at 50 Hz: 44.1 ms/channel 16 bits;
at 60 Hz: 37.2 ms/channel 16 bits
4 (04
h
): At 50 Hz: 24.2 ms/channel 16 bits;
at 60 Hz: 20.5 ms/channel 16 bits
5 (05
h
): At 50 Hz: 14.2 ms/channel 16 bits;
at 60 Hz: 12.2 ms/channel 16 bits
6 (06
h
): At 50 Hz: 9.2 ms/channel 16 bits;
at 60 Hz: 8.0 ms/channel 16 bits
7 (07
h
): At 50 Hz: 6.6 ms/channel 15 bits;
at 60 Hz: 5.9 ms/channel 15 bits
8 (08
h
): At 50 Hz: 4.2 ms/channel 13 bits;
at 60 Hz: 3.8 ms/channel 13 bits
00
h
9 Upper limit value
channel 1 You can define an upper or lower limit value for each channel.
For this you can only specify values from the nominal range,
otherwise you’ll receive a parameterisation error. By
specification of 7FFFh for the upper or 8000h for the lower limit
value, the corresponding limit value is deactivated.
If your measured value is outside a limit value and you have
activated the limit value monitoring, a process alarm is
triggered. 7FFF
h
10 Lower limit value
channel 1 8000
h
Channel 2
11 Function channel 2 See channel 1 50
h
12 Conversion time
channel 2
See channel 1
00
h
13 Upper limit value
channel 2
See channel 1
7FFF
h
14 Lower limit value
channel 2 8000
h
Channel 3 (for two−wire conductor connections only)
15 Function channel 3 See channel 1 50
h
16 Conversion time
channel 3
See channel 1
00
h
17 Upper limit value
channel 3
See channel 1
7FFF
h
18 Lower limit value
channel 3 8000
h