Balluff FT 50 RLA Serie Instructions De Service Et De Montage page 74

8.5.17 Set Q input
1
Command (Byte 3): decimal 81; hexadecimal 0x51
Parameter: D0 = 0: set Q
D0 = 1: set Q
Reply (Byte 3): decimal 89; hexadecimal 0x59
Parameter: no
Q input is set via the software. The functions which depend on the status of the input (e.g. Q1 as trigger input or
1
autom. zero) can thus be controlled via the software.
Example telegram
(in the example, the sensor has the address 1, Q
Master telegram
Designation
1. Byte Address
2. Byte Length
3. Byte Command
4. Byte Data
5. Byte Check sum
8.5.18 Measured distance values
Command (Byte 3): decimal 65; hexadecimal 0x41
Parameter: no
Reply (Byte 3): decimal 89; hexadecimal 0x59
Parameter: Data
Reads out the current distance to the object (raw data). Altered characteristic settings (4 mA point, 20 mA point, Min,
Max, autom. centre ...) are not taken into account. The analogue output is not affected, it always transmits measured
operating values.
Example telegram
(in the example, the sensor has the address 1)
Master telegram
Designation
1. Byte Address
2. Byte Length
3. Byte Command
4. Byte Check sum
74
low
1
high
1
is set to high)
1
Decimal Hex.:
129 81
5 05
81 51
1 01
84 54
Decimal Hex.:
129 81
4 04
65 41
68 44
Parameter format
7 bit data byte
Sensor's reply telegram
Designation
1. Byte Address
2. Byte Length
3. Byte Reply
4. Byte Check sum
Parameter format
12 bit data item Data 3
Sensor's reply telegram
Designation
1. Byte Address
2. Byte Length
3. Byte Reply
4. Byte
Data
5. Byte
6. Byte Check sum
FT 50 RLA Disctance sensor - GB - 068-13671 - 19.05.2016-12
Mounting and
operating instructions
Decimal Hex.:
129 81
4 04
89 59
92 5C
Decimal Hex.:
129 81
6 06
89 59
64 40
0 00
30 1E