Set Q1 As Control Input For Laser On / Off; Averaging - Sensopart FT 50 RLA 70-L8 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
8.5.5 Set Q as control input for laser ON / OFF
1
Command (Byte 3): decimal 69; hexadecimal 0x45
Parameter: no
Reply (Byte 3): decimal 89; hexadecimal 0x59
Parameter: no
Used to switch laser beam on and off. Laser beam is ON when Q
OFF. Last measured value remains. When reactivated, the response time is prolonged according to the set mean
value.
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
8.5.6

Averaging

Command (Byte 3): decimal 66; hexadecimal 0x42
Parameter: Configuration
D0 = 1 : 0,4 ms (no averaging)
D1 = 1 : 4 ms (10 measured values)
D2 = 1 : 40 ms (100 measured values)
Reply (Byte 3): decimal 89; hexadecimal 0x59
Parameter: no
The measurement result (output signal) is smoothed by averaging. The measured values are continuously stored in a
memory and the mean value is formed. The number of measured values used for averaging is set here.
68
Decimal Hex.:
129 81
4 04
84 54
81 51
Decimal Hex.:
129 81
4 04
69 45
64 40
Sensor's reply telegram
Designation
1. Byte Address
2. Byte Length
3. Byte Reply
4. Byte Check sum
= +U . As long as Q
1 B
Sensor's reply telegram
Designation
1. Byte Address
2. Byte Length
3. Byte
Reply
4. Byte Check sum
Parameter format
7 bit data byte
FT 50 RLA Disctance sensor - GB - 068-13671 - 20.04.2009-05
Mounting and
operating instructions
Decimal Hex.:
129 81
4 04
89 59
92 5C
= - U , the laser beam is
1 B
Decimal Hex.:
129 81
4 04
89 59
92 5C