Oval EL4101 - 5 Mv;℃ and 10 Mv

Fullscale
Base
0℃ 80℃
−2.5℃
−1℃
90℃
0℃
85℃
100℃
Underfallback
Overfallback
Underalarmpt. Overalarmpt.
Fullscale
Base
0℃ 80℃
−2.5℃
−1℃
90℃
0℃
85℃
100℃
Underfallback
Overfallback
Underalarmpt. Overalarmpt.
ExampleMeasurementunits(UNIT):℃
Baseline(BASESCALE):０℃
Fullscale(FULLSCALE):160℃
Underalarmpoint(UNDERALARMPOINT):−5℃
Overalarmpoint(OVERALARMPOINT):165℃
Underfallbacklevel(UNDERFALLBACK):0℃
Overfallbacklevel(OVERFALLBACK):160℃
ExampleMeasurementunits(UNIT):℃
Baseline(BASESCALE):０℃
Fullscale(FULLSCALE):160℃
Underalarmpoint(UNDERALARMPOINT):−5℃
Overalarmpoint(OVERALARMPOINT):165℃
Underfallbacklevel(UNDERFALLBACK):0℃
Overfallbacklevel(OVERFALLBACK):160℃
Meas.range
Meas.range
Alarmpoint‒fallback
settingrange
Alarmpoint‒fallback
settingrange
Fullscale
Base
0℃ 80℃
−2.5℃
−1℃
90℃
0℃
85℃
100℃
Underfallback
Overfallback
Underalarmpt. Overalarmpt.
Fullscale
Base
0℃ 80℃
−2.5℃
−1℃
90℃
0℃
85℃
100℃
Underfallback
Overfallback
Underalarmpt. Overalarmpt.
ExampleMeasurementunits(UNIT):℃
Baseline(BASESCALE):０℃
Fullscale(FULLSCALE):160℃
Underalarmpoint(UNDERALARMPOINT):−5℃
Overalarmpoint(OVERALARMPOINT):165℃
Underfallbacklevel(UNDERFALLBACK):0℃
Overfallbacklevel(OVERFALLBACK):160℃
ExampleMeasurementunits(UNIT):℃
Baseline(BASESCALE):０℃
Fullscale(FULLSCALE):160℃
Underalarmpoint(UNDERALARMPOINT):−5℃
Overalarmpoint(OVERALARMPOINT):165℃
Underfallbacklevel(UNDERFALLBACK):0℃
Overfallbacklevel(OVERFALLBACK):160℃
Meas.range
Meas.range
Alarmpoint‒fallback
settingrange
Alarmpoint‒fallback
settingrange
Max. full scale
Full
scale
Min. baseline
Base – full scale setting range
Meas. range
Base
line
Under
alarm pt.
Over fallback
level
Under
fallback level
Over
alarm pt.
Alarm output
Temp. input
5℃ 0℃ 160℃ 165℃
3.5mA0mA 4mA 20mA 22mA
Flowrate signal meas.Flowrate signal meas.
Max. full scale
Full
scale
Min. baseline
Base – full scale setting range
Meas. range
Base
line
Under
alarm pt.
Over fallback
level
Under
fallback level
Over
alarm pt.
Alarm output
Temp. input
−5℃ 0℃ 160℃ 165℃
Flowrate signal meas.Flowrate signal meas.
E-880TM-3-E

Temperatures in the RUN mode are indicated relative to the input within the range where the over alarm
point and the under alarm point determine its high and low limit, respectively. If an input goes out of this
range, the output will automatically be clamped at the over fallback or under fallback value.
（3）5mV/℃ and 10mV/℃
When “5mV/℃ and 10mV/℃” is your option in the input type (SYS mode), the definitions of each
parameter are as follows:
With an 5mV/℃ and 10mV/℃ input, the baseline-to-full-scale setting range is fixed between －50℃ and
150℃ at 10mV/℃ . Set the baseline and full scale setpoint within the range acceptable by the specific
model used. The base scale and full scale are referenced when the scaling of pulse output is determined.
Settings should be determined carefully taking into consideration the process of computation and the
value of standard span. Temperatures in the RUN mode are indicated relative to the input within the range
where the over alarm point and the under alarm point determine its upper and lower limit, respectively. If
an input goes out of this range, the output will go to an over fallback or under fallback value.