
80224_MHW_650 L - 1250 L_07-2018_ENG - 41
Unit of measurement
: -
Options
:
J.TC
= J thermocouple
K.TC
= K thermocouple
R TC
= R thermocouple
S TC
= S thermocouple
T.TC
= T thermocouple
C.TC
= C thermocouple
D.TC
= D thermocouple
B.TC
= B thermocouple
E.TC
= E thermocouple
L.TC
= L thermocouple
L.GO.TC
= L GOST thermocouple
U.TC
= U thermocouple
G.TC
= G thermocouple
N.TC
= Termocoppia N
PT2.TC
= Pt20Rh / Pt40Rh thermocouple
INFR1
= IR sensor type 1
INFR2
= IR sensor type 2
INFR3
= IR sensor type 3
INFR4
= IR sensor type 4
PT100
= Pt100 resistance thermometer
PT.LIM
= Pt 100 limitated resistance thermometer
JTP10
= JPT100 resistance thermometer
60MV
= 0...60 mV sensor
20MA
= 0...20 mA sensor
4-20M
= 4...20 mA sensor
10V
= 0...10 V sensor
2-10V
= 2...10 V sensor
5V
= 0...5 V sensor
1-5V
= 1...5 V sensor
1V
= 0...1 V sensor
0.2-1V
= 0,2...1 V sensor
C.RTD
= RTD sensor with user calibration
C.60MV
= 0...60 mV sensor with user calibration
C.20MA
= 0...20 mA sensor with user calibration
C.4-20
= 4...20 mA sensor with user calibration
C.10V
= 0...10 V sensor with user calibration
C.2-10
= 2...10 V sensor with user calibration
C.5V
= 0...5 V sensor with user calibration
C.1-5V
= 1...5 V sensor with user calibration
C.1V
= 0...1 V sensor with user calibration
C.0.2-1
= 0,2...1 V sensor with user calibration
4.5.2. SBR.E - Enabling Sensor Break Alarm (SBR)
Acronym
Scrolling message
Submenu
Attributes
SBR.E
SBR ENABLE
INPUT
R W
Enables open thermocouple probe error detection (sensor break alarm), also permitting infrared sensor management with
maximum 4Kohm output impedance.
The parameter only appears when a thermocouple type input is selected.
The parameter will be forced ON (see options) at each Power On
Unit of measurement
: -
Options
:
On
=
Enable SBR alarm
Off
=
Disable SBR alarm
4. CONFIGURATION