Sensor
->
ValSet1
->
Gain 25%
gain
detection setting
(value set 1)
Thre 25%
switching threshold
HysT 10%
hysteresis of switching threshold
ValSet2
->
Gain 75%
gain
(value set 2)
Thre 50%
switching threshold
HysT 10%
hysteresis of switching threshold
Set=Rel
Rel – setting set by relay status
Man1 - measure according ValSet1
Man2 - measure according ValSet2
Window
->
Beg 5%
beginning of measuring window (analog output = 4mA,
position 0%)
End 95%
ending of measuring window (analog output = 20mA,
position 100%)
HysB 5%
hysteresis at the start of measuring window
HysE 5%
hysteresis at the end of measuring window
Distance
->
Mat 2.00
distance between device to material (meters)
alternat. window
Beg 0.90
distance between laser to begin. of meas. window (meters)
setting
End 0.90
distance between laser to end. of meas. window (meters)
Outputs
->
AnOut1 I
output signal Analog 1 (I=intensity, P=position)
setting of analog
AnOut2 P
output signal Analog 2 (I= intensity, P=position)
output
NoMatOut
->
A1 4.0
Analog1 value without material
A2 last
Analog2 value without material
Filters
->
SiUp 0
detection signal filter – switching on after set amount
pulses (in miliseconds)
SiDo 0
detection signal filter – switching off after set amount
pulses (in miliseconds)
Pos 6
filter of analog position signal-moving average for x ms
(best choice is multiples of 6 – average for 1 mirror
rotation)
Tests
->
Laser= 0
laser pointer (0 off, 1 on)
Lamp= R0
testing by IRLED (R0/R1 according relay, M0 off, M1 on)
Signal -
detection test (- from photocell signal, 0 off, 1 on)
An1 -.-
test Analog1 (-.- from photocell, on set value in mA)
An2 -.-
test Analog2 (-.- from photocell, on set value in mA)
Note:
All tests are canceled after exit from Tests menu
