Lenze EPM-T1 Series - Page 307

Parameterising analog modules
Signal functions of 4xanalog input
12
Parameter setting via system bus (CAN) / CANopen
12.3
12.3.5
L
12.3−9
EDSPM−TXXX−9.0−11/2009
Paramete
r bytes
2/3/4/5
Tolerance
2)
Format
1)
Signal rangeSignal function
18
h
Temperature
measurement with
thermoelement and
internal
compensation 5
)
Type J −210.0 {0.1 °C} +850.0
S7
Two’s
complement
±1.5 °C
19
h
Type K −270.0 {0.1 °C} +1200.0 ±2 °C
1A
h
Type N −200.0 {0.1 °C} +1300.0 ±2 °C
1Bh Type R −50.0 {0.1 °C} +1760.0 ±5 °C
1C
h
Type T −270.0 {0.1 °C} +400.0 ±2 °C
1D
h
Type S −50.0 {0.1 °C} +1760.0 ±5 °C
27
h
Voltage
measurement
0 ... 50
mV
0.00
0
{0.01 mV}
{1
dec
}
+50.00
27648
S7
Two’s
complement
±0.1 % of the
final value
Min. Limit
values
Max.
0.00
0
+59.25 mV
32767
dec
28
h
Voltage
measurement
±10 V
−10.00
−27648
{0.01V}
{1
dec
}
+10.00
27648
S7
Two’s
complement
±0.05 % of
the final value
Min. Limit
values
Max.
−11.85 V
−32767
dec
+11.85 V
32767
dec
29
h
Voltage
measurement
±4 V
−4.00
−27648
{0.01V}
{1
dec
}
+4.00 V
27648
dec
S7
Two’s
complement
±0.05 % of
the final value
Min. Limit
values
Max.
−4.74 V
−32767
dec
+4.74 V
32767
dec
2A
h
Voltage
measurement
±400 mV
−400
−27648
{1 mV}
{1
dec
}
+400
27648
S7
Two’s
complement
±0.1 % of the
final value
Min. Limit
values
Max.
−474 mV
−32767
dec
+474 mV
32767
dec
2C
h
Current
measurement
±20 mA
−20.00
−27648
{0.01 mA}
{1
dec
}
+20.00
27648
S7
Two’s
complement
±0.05 % of
the final value
Min. Limit
values
Max.
−23.70 mA
−32767
dec
+23.70 mA
+32767
dec
2D
h
Current
measurement
4 ... 20
mA
4.00
0
{0.01 mA}
{1
dec
}
20.00
27648
S7
Two’s
complement
±0.05 % of
the final value
Min. Limit
values
Max.
0 mA
−5530
dec
+22.96 mA
+32767
dec
32
h
Resistance
measurement with
four−wire
connection
6000 W 0.00
0
{0.01 W}
{1
dec
}
+6000.00
32767
dec
S7
±0.05 % of
the final value
33
h
6000 W 0.00
0
{0.01 W}
{1
dec
}
+6000.00
6000
dec
±0.05 % of
the final value
35
h
60 W 0.00
0
{0.01 W} +60.00
6000
dec
±0.2 % of the
final value
3)
36
h
600 W 0.00
0
{0.01 W}
{1
dec
}
+600.00
6000
dec
±0.1 % of the
final value
3)
37
h
3000 W 0.00
0
{0.01 W}
{1
dec
}
+3000.00
30000
dec
±0.1 % of the
final value
3)
38
h
6000 W 0.00
0
{0.01 W}
{1
dec
}
+6000.00
6000
dec
±0.1 % of the
final value
3)