Designation Syntax
Device temperature (°C)
--> Response
Output is coded in hexa‐
decimals (Sint).
Example:
Output 1F corresponds to
31 °C
Output F6 corresponds to
-10 °C
<STX>sRN deviceTemperature<ETX>
<STX>sRA deviceTemperature <n*[0...F]><ETX>
<STX>sRA deviceTemperature 1F<ETX>
<STX>sRA deviceTemperature F6<ETX>
Requesting device status
double word
--> Response
Example:
Hexadecimal: 439C
Binary (Bit 31…0):
0000
0000 0000 0000
31
0100 0011 1001 1100
15 0
In this example, the leading
"0000" from "0000439C"
is not transmitted in the
hexadecimal string.
Status word structure: see
"Troubleshooting",
page 92
<STX>sRN deviceStatusWord<ETX>
<STX>sRA deviceStatusWord <n* [0…F]><ETX>
<STX>sRA deviceStatusWord 439C<ETX>
3.7.3.2.4 Special functions
Table 17: Syntax: Special functions
Designation Syntax
Save parameter perma‐
nently
--> Response (1 = success)
<STX>sMN mEEwriteall<ETX>
<STX>sAN mEEwriteall <[0, 1]><ETX>
Measurement laser off
--> Response (1 = success)
<STX>sMN disableMeasurementLaser<ETX>
<STX>sAN disableMeasurementLaser <[0, 1]><ETX>
Measurement laser on
--> Response (1 = success)
<STX>sMN enableMeasurementLaser<ETX>
<STX>sAN enableMeasurementLaser <[0, 1]><ETX>
Alignment laser off
--> Response (1 = success)
<STX>sMN disablePilotLaser<ETX>
<STX>sAN disablePilotLaser <[0, 1]><ETX>
Alignment laser on
--> Response (1 = success)
<STX>sMN enablePilotLaser<ETX>
<STX>sAN enablePilotLaser <[0, 1]><ETX>
Set heater switch-on tem‐
perature
--> Response OK
(-20 °C ... 20 °C, corre‐
sponds to EC ... 14hex)
<STX>sWN heaterSwitchingThreshold <n*[0…
F]><ETX>
<STX>sWA heaterSwitchingThreshold<ETX>
Read heater switch-on tem‐
perature
--> Response
<STX>sRN heaterSwitchingThreshold<ETX>
<STX>sRA heaterSwitchingThreshold <n*[0…
F]><ETX>
Heater on permanently
--> Response OK
<STX>sMN switchHeaterOn<ETX>
<STX>sAN switchHeaterOn<ETX>
3 PRODUCT DESCRIPTION
24
O P E R A T I N G I N S T R U C T I O N S | DT1000 and DL1000 8019329/12TZ/2019-03-28 | SICK
Subject to change without notice