RayTek LineScanner MP150, Protocol Manual

Page: 38 / 42

Appendix
38
Rev. B4 Aug 2019
MP150 Protocol
Description Code Para-
meter
Explanation Factory
default
Firmware
Revision
Sector Right SR nddd right end point of sector n as
ddd 1/10°
Sector Top ST ndddd Temperature maximum of sector
n = 0...3
dddd: temperature in °C result of GRF
command
Sector Zero SZ nddd minimum (reference) current for SB in mA
[0 ... 5 mA]
no
Synchronisation of
the mirror
SYN d1 d2 During d2 rotations of the object the mirror
will rotate d1 times.
Without synch-hardware the scanner will
give answer with: -1 -1
0 0
(off)
3.42
Limit the Range of
the
Synchronisation
frequency
SYNRange d1 d2 d1 … min. frequency [Hz]
d2 … max. frequency [Hz]
10 150 3.46
Tau TA ddd Transmission
ddd = 010...999 → 0.1 ... 0.999
000 → 1.0
MP50:
lower limit
changed to
0.1
Transmission of
the window (to
correct spare
parts)
TAW float <transmissivity> is given as float in the
range of 0.1 .. 1.0
1.0
Temperature
Range
TR d d = 1: standard temperature range
d = 2: extended temperature range
1 for MP50
only
Temp Flow TF nd n=0..3: sector / interface
d=1: Starting with cross over ZT
d=2: Starting with cross under ZT
1
Turn Alarm Off
Mode
(Trigger Mode)
TM nd n=0..3: sector/interface
d=0: no Turn-Alarm-off (the alarm will stay
as long as the alarm condition is true.)
d=1: Turn off Alarm with Timer
d=2: Turn off Alarm with Trigger
0
Trigger Bottom TB ndddd Alarms when Result is less than or equal
to this value
n=0..3: sector / interface dddd in °C
GRB
Trigger Top TT ndddd Alarms when Result is greater than or
equal to this value
n=0..3: sector / interface dddd in °C
GRF
Trigger Time TZ ndddd Time for Holding Alarm in s in Mode 1
n=1..3: sector/interface dddd: time in tenth
of a second
0
Voltage at voltage
input TV float With %IA 0.0
0 it gives ADcounts instead of the voltage -
Field of View VF d d = 0: 90° field of view
d = 1: 45° field of view 0
(90°)
Warm-Up time WU <time> <time>: supposed warm-up time of the
electronic in seconds. For this time the
analog outputs will stay at 0 mA
0 3.42