LumaSense technologies ISR 320, Руководство пользователя

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ISR 320 Manual Data format UPP
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Description Command Parameters
Measuring Value
(one-channel and
ratio temperature) AAek Answer: SSSSSQQQQQ
2x5 decimal digits (in °C or °F, last digit is 1/10 °C or °F),
SSSSS = one-channel temperature
QQQQQ=ratio temperature
Emissivity
ε
for One-
Channel Temperature
AAemXXXX
AAem
XXXX = 0100 to 1000
ε
=0.100 to 1.000
Answer: DDDD 4 decimial digits 0100 to 1000
Transmittance
τ
of
Window
AAetXXXX
AAet
XXXX = 0100 to 1000
ε
=0.100 to 1.000
Answer: DDDD 4 decimial digits 0100 to 1000
K=
ε
1 /
ε
2
Emissivity Ratio
AAevXXXX
AAev
XXXX=0800 to1250
ε
1 /
ε
2=0.800 to 1.250
Answer: DDDD 4 decimal digits 0800 to 1250
Response Time t
90
AAezX X=0 to 7 0=min. 1=0.01s 2=0.05s 3=0.25s
4=1.00s 5=3.00s 6=10s 7=30s
Temp Display °C or °F AAfhX Output: X=0 Display in °C
X=1 Display in °F
Device Address AAgaXX XX=(00 to 97)
00 to 97=regular device addresses
98 = global address without response
99=global address with response
Internal Temperature
(read)
AAgt
AAtm
Answer: DDD 3 decimal digits (000 to 098 °C or
032 to 210 °F)
gt=current temp.
tm=maximum temp. (memory)
Operation Mode AAkaX X = 0 metall mode
X = 1 mono mode (1 channel)
X = 2 ratio mode (2 channel)
LED AAlaX
AAla X=0 off X=1 on
Answer: 1 digit: “0” or “1”
LED Aiming Light at
Power-On
AAlpX X = 0 aiming light off at Power-on
X = 1 aiming light on at Power-on
Software Simulation
of External Clearance AAlx Clears maximum storage
Clear Peak Memory
t
clear
AAlzX X=0 to 8 0= OFF 1=0.01s 2=0.05s
3=0.25s 4=1.0s 5=5.0s
6=25.0s 7=EXTERN 8=AUTO
Basic Range (read) AAmb Answer: XXXXYYYY
2x4 hex-digit for lower and upper range limit (°C or °F)
Sub Range (read) AAme Answer: XXXXYYYY
2x4 hex-digit for lower and upper range limit (°C or °F)
Sub Range (set)
1. AAm1XXXXYYYY
XXXXYYYY=2x4 hex-digit for lower and upper sub range
limit (°C or °F)
2. AAm2 AAm2 confirms the change (auto reset)