Wasco EXDUL-581E, User Manual

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EXDUL-581E / EXDUL-581S © 2019 by Messcomp Datentechnik GmbH DV03
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EXDUL-581E / EXDUL-581S © 2019 by Messcomp Datentechnik GmbH EV03
wasco
®
wasco
®
Byte Senden Beschreibung Empfangen Beschreibung
0 0A Befehlscode 1. Byte 0A Befehlscode 1. Byte
1 00 Befehlscode 2. Byte 00 Befehlscode 2. Byte
2 02 Befehlscode 3. Byte 02 Befehlscode 3. Byte
3
03 (→ 12Byte)
Längenbyte
03 (→ 12Byte)
Längenbyte
4 00 reserviert w
1
w
1
Messwert AIN01 Byte0
1
5 00 reserviert w
1
w
1
Messwert AIN01 Byte1
1
6 01 Kanalbyte AIN01 w
1
w
1
Messwert AIN01 Byte2
1
7 01 Bereic/- 10.2V w
1
w
1
Messwert AIN01 Byte3
1
8 00 reserviert w
2
w
2
Messwert AIN02 Byte0
2
9 00 reserviert w
2
w
2
Messwert AIN02 Byte1
2
10 02 Kanalbyte AIN02 w
2
w
2
Messwert AIN02 Byte2
2
11 01 Bereic/- 10.2V w
2
w
2
Messwert AIN02 Byte3
2
12 00 reserviert w
3
w
3
Messwert AIN04 Byte0
3
13 00 reserviert w
3
w
3
Messwert AIN04 Byte1
3
14 04 Kanalbyte AIN04 w
3
w
3
Messwert AIN04 Byte2
3
15 01 Bereic/- 10.2V w
3
w
3
Messwert AIN04 Byte3
3
Beispiel:
In folgendem Beispiel sollen AIN01, AIN02 und AIN04 abgetastet werden. Der Messbereich
soll bei allen /- 10.2V betragen
Messwert AIN01 = (integer) (Byte3
1
* 0x1 Byte2
1
* 0 Byte1
1
* 0x100 + Byte0
1
) [µV]
Messwert AIN02 = (integer) (Byte3
2
* 0x1 Byte2
2
* 0 Byte1
2
* 0x100 + Byte0
2
) [µV]
Messwert AIN04 = (integer) (Byte3
3
* 0x1 Byte2
3
* 0 Byte1
3
* 0x100 + Byte0
3
) [µV]
Byte Transmit Representing Receive Representing
0 0A Command code 1st Byte 0A Command code 1st Byte
1 00 Command code 2nd Byte 00 Command code 2nd Byte
2 02 Command code 3rd Byte 02 Command code 3rd Byte
3
03 (→ 12Byte)
Length byte
03 (→ 12Byte)
Length byte
4 00 reserved w
1
w
1
Measured value AIN01 Byte0
1
5 00 reserved w
1
w
1
Measured value AIN01 Byte1
1
6 01 Channel byte AIN01 w
1
w
1
Measured value AIN01 Byte2
1
7 01 Range byte +/- 10.2V w
1
w
1
Measured value AIN01 Byte3
1
8 00 reserved w
2
w
2
Measured value AIN02 Byte0
2
9 00 reserved w
2
w
2
Measured value AIN02 Byte1
2
10 02 Channel byte AIN02 w
2
w
2
Measured value AIN02 Byte2
2
11 01 Range byte +/- 10.2V w
2
w
2
Measured value AIN02 Byte3
2
12 00 reserved w
3
w
3
Measured value AIN04 Byte0
3
13 00 reserved w
3
w
3
Measured value AIN04 Byte1
3
14 04 Channel byte AIN04 w
3
w
3
Measured value AIN04 Byte2
3
15 01 Range byte +/- 10.2V w
3
w
3
Measured value AIN04 Byte3
3
Example:
In the following example, AIN01, AIN02 and AIN04 are to be sampled. The measuring range
may be +/- 10.2V for all values.
Measured value AIN01
= (integer) (Byte3
1
* 0x1 Byte2
1
* 0 Byte1
1
* 0x100 + Byte0
1
) [µV]
Measured value AIN02
= (integer) (Byte3
2
* 0x1 Byte2
2
* 0 Byte1
2
* 0x100 + Byte0
2
) [µV]
Measured value AIN04
= (integer) (Byte3
3
* 0x1 Byte2
3
* 0 Byte1
3
* 0x100 + Byte0
3
) [µV]