D.1.11 Temperature Using Resistive Probes (Calys 100); D.1.12 Additional Characteristics In "Measurement" (Calys 50 / 75 / 100) - AOIP CALYS 50 Mode D'emploi

CALYS 50 / 75 / 100

D.1.11 Temperature using resistive probes (CALYS 100)

Sensor Range of measurement
- 220°C + 1,200°C
Pt 50(α = 3851)
- 220°C + 1,200°C
Pt 100 (α = 3851)
- 200°C + 510°C
JPt 100 (α = 3916)
- 210°C + 850°C
Pt 100 (α = 3926)
- 220°C + 600°C
Pt 200 (α = 3851)
- 220°C + 1,200°C
Pt 500 (α = 3851)
Pt 1 000 (α = 3851) - 220°C + 1,200°C
- 60°C + 180°C
Ni 100 (α = 618)
- 40°C + 205°C
Ni 120 (α = 672)
- 60°C + 180°C
Ni 1 000 (α = 618)
- 70°C + 150°C
Cu 10 (α = 427)
- 50°C + 150°C
Cu 50 (α = 428)
For negative temperatures, use the displayed value R and not its absolute value.
Temperature coefficient: < 10 % of the accuracy/°C from -10°C to +18°C and from +28°C to +50 °C.
The above accuracy is given for 4 wire connection of the temperature sensor.
Taking into account, also, the intrinsic error of the temperature sensor used and its conditions of use.
Measurement current: 0.25 mA

D.1.12 Additional characteristics in "measurement" (CALYS 50 / 75 / 100)

D.1.12.1 Manual or automatic range selection
For the mV, V and Ω functions, with automatic range selection, the unit selects a higher or lower range.
D.1.12.2 Relative measurement
The relative measurement function is used to:
program a reference value other than that of the unit (ZERO function),
cancel by measurement or programming a constant or interfering value (TARE function).
D.1.12.3 Scale correction
The scale correction function performs a conversion between measured electrical quantities and the physical quantities
converted.
D.1.12.4 Linearization
Linearization is used partially to correct errors induced by non-linear sensor/converter systems.
D.1.12.5 Statistics
Display of the minimum, maximum and average value and the number of measurement points.
The statistics may be reset to zero.
156 / 164 NTA47227-300A8
Resolution Accuracy / 1 year
0.01°C 0.010% R + 0.06°C
0.01°C 0.010% R + 0.05°C
0.01°C 0.010% R + 0.05°C
0.01°C 0.010% R + 0.05°C
0,01°C 0.010% R + 0.12°C
0.01°C 0.010% R + 0.07°C
0.01°C 0.010% R + 0.05°C
0.01°C 0.010% R + 0.03°C
0.01°C 0.010% R + 0.03°C
0.01°C 0.010% R + 0.03°C
0.01°C 0.010% R + 0.18°C
0.01°C 0.010% R + 0.06°C
TECHNICAL SPECIFICATIONS