D.2.11 Temperature By Resistive Probes (Calys 100); D.2.12 Additional Characteristics In Simulation (Calys 50 / 75 / 100) - AOIP CALYS 50 Mode D'emploi

CALYS 50 / 75 / 100

D.2.11 Temperature by resistive probes (CALYS 100)

Sensor Range of measurement
Pt 50(α = 3851) - 220°C + 1 200°C
Pt 100 (α = 3851) - 220°C + 1 200°C
- 200°C + 510°C
Pt 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)
- 220°C + 1 200°C
Pt 1 000 (α = 3851)
Ni 100 (α = 618) - 60°C + 180°C
- 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 value displayed 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: from 0.1 mA to 1 mA
Settling time: < 1 ms
Settling time: < 5 ms
Pt 50 ohm, 100 ohm, 200 ohm, 500 Ohms, 1 000 Ohms with α = 3851 in accordance with publication IEC
751/1995
Pt 100 Ohms with α = 3916 in accordance with publication JIS C 1604/1989
Pt 100 Ohms with α = 3926 in accordance with publication EIT90
Ni 100 ohms, 1 000 Ohms with α =618 in accordance with publication DIN 43760
Ni 120 Ohms with α =672 in accordance with publication MIL-T-24388C
Cu 10 Ohms with α =427 in accordance with publication MINCO 16/9

D.2.12 Additional characteristics in simulation (CALYS 50 / 75 / 100)

D.2.12.1 Generation of increments
The increment generation function is used to program an incremental progression of the active transmission function.
D.2.12.2 Generation of ramps
The ramp generation function is used to program a linear variation of the active transmission function.
D.2.12.3 Synthesizer
The synthesiser function is used:
to store up to 100 transmission values in permanent memory,
to recall and transmit manually or automatically the contents of these memories.
D.2.12.4 Scale correction
The scale correction function performs a conversion between the physical quantities displayed and the electrical quantities
simulated.
162 / 164 NTA47227-300A8
Resolution Accuracy / 1 year
0.03°C 0.012% R + 0.18°C
0.02°C 0.012% R + 0.12°C
0.02°C 0.012% R + 0.12°C
0.02°C 0.012% R + 0.12°C
0.10°C 0.012% R + 0.33°C
0.03°C 0.012% R + 0.18°C
0.02°C 0.012% R + 0.08°C
0.01°C 0.012% R + 0.08°C
0.01°C 0.012% R + 0.08°C
0.01°C 0.012% R + 0.08°C
0.01°C 0.012% R + 0.10°C
0.03°C 0.012% R + 0.15°C
TECHNICAL SPECIFICATIONS