Maximum-Hold" Function (With Q1 As Control Input); Minimum-Hold" Function (With Q1 As Control Input) - Sensopart FT 50 RLA-70-L8 Instructions De Service Et De Montage

Mounting and
operating instructions
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
8.5.11 „Maximum-Hold" function (with Q
Command (Byte 3): decimal 88; hexadecimal 0x58
Parameter: no
Reply (Byte 3): decimal 89; hexadecimal 0x59
Parameter: no
When Q = +U , the max. recorded measured value is stored. If Q
1 B
analogue output or can be called up via „Operating measured 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
8.5.12 „Minimum-Hold" function (with Q
Command (Byte 3): decimal 77; hexadecimal 0x4D
Parameter: no
Reply (Byte 3): decimal 89; hexadecimal 0x59
Parameter: no
When Q = +U , the min. recorded measured value is stored. If Q
1 B
„Operating measured 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
FT 50 RLA Disctance sensor - GB - 068-13671 - 20.04.2009-05
Decimal Hex.:
129 81
4 04
67 43
70 46
Decimal Hex.:
129 81
4 04
88 58
93 5D
Decimal Hex.:
129 81
4 04
77 4D
72 48
Sensor's reply telegram
Designation
1. Byte
Address
2. Byte Length
3. Byte Reply
4. Byte
Check sum
as control input)
1
-U , the determined value is transmitted at the
1 = B
Sensor's reply telegram
Designation
1. Byte Address
2. Byte Length
3. Byte Reply
4. Byte Check sum
as control input)
1
-U , the minimum value can be called up via
1 = B
Sensor's reply telegram
Designation
1. Byte Address
2. Byte Length
3. Byte Reply
4. Byte Check sum
Decimal Hex.:
129 81
4 04
89 59
92 5C
Decimal Hex.:
129 81
4 04
89 59
92 5C
Decimal Hex.:
129 81
4 04
89 59
92 5C
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