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최상급 다기능 교정기 모델명: CALYS 1500

► Advanced laboratory electrical calibrator / Dual input thermometer
► CALYS 1500, most advanced and accurate laboratory electrical

calibrator of the range, does not only work as a simulator (IN / OUT)

but also as a dual channel thermometer (IN / IN) to perform comparison

calibration.

► It calibrates HART transmitters (HART communicator) and thermistors.

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견적문의

제품특징

상세사양

CALYS 1500, most advanced and accurate laboratory electrical calibrator of the range, does not only work as a simulator (IN / OUT) but also as a dual channel thermometer (IN / IN) to perform comparison calibration. It calibrates HART transmitters (HART communicator) and thermistors. It is the perfect tool for advanced process maintenance and use on test bench in all industries. Suitable for all field and lab measurements, it can simultaneously measure and generate over two isolated channels various signals of temperature, resistance, process, pressure and frequency in one single instrument. Providing extended functionalities (temperature simulation, scaling, steps, synthesizer, statistical functions…) and audit trails, CALYS 150 complies with both 21 CFR Part 11 and NADCAP Heat Treatment standards and makes advanced data exploitation and full data traceability easier. 10 full configurations can be saved and recalled by the user or the user group, making CALYS 1500 the ideal tool for regular and repeated tasks. High performances in measurement and simulation for CALYS 1500:

Temperature Up to 0.005 % RDG

Resistance Up to 0.006 % RDG and 50 KΩ range

Current: Up to 0.007 % RDG and 100 mA range + Loop Supply 24 V

Voltage: Up to 0.005 % RDG and 50 V range

Frequency: Up to 0.01 % RDG and 100 KHz range

Pressure: With an external pressure module (comparison calibration with a pressure pump)

Innovative and ergonomic design

Metal housing for enhanced robustness

Capacitive touch panel

USB communication

Carrying handle

Battery and main powered

Calibration procedures and DATACAL software

Using this user-friendly instrument, calibration tasks can be quickly carried out over the whole process chain. Take the documenting process calibrator to the field with you during the whole week with 10 calibration procedures stored in the device. Run the procedure after connecting the probes to the instrument and save the results for onsite easy and quick calibration. Back to the office, you can then upload the data on a computer in order to issue customized calibration certificates with dedicated calibration software DATACAL.

Graphic screen and display resolution

CALYS 1500 allows the digit number after the dot to be selected: This function is justified by the needs of users who want or not to display the best resolution for calibration or on the contrary limit it for simple verifications. CALYS 1500 dual display indicates permanently the measurement value, and also the emitted value, the gauge and the used functions. On the top date, time and also external temperature are also indicated. During measuring average, maximum, minimum and the number of measurements are displayed on the left. While for emission this part of screen displays all details of ramps, steps and constant value emission functions. Drop-down menus are used with the navigator, and an on-line help is available to make easier connections of probes and wires.

Specifications and performances in temperature @23°C ±5°C

Uncertainty is given in % of reading (CALYS 1500 display) + fixed value.

Resistive probes: Measurement and simulation

Sensor	Range (Input and Output)	Resolution	Accuracy / 1 year (Measurement)	Accuracy / 1 year (Simulation)
Pt50 (α = 3851)	-220°C to +850°C	0.01°C	0.006% RDG + 0.04°C	0.006% RDG + 0.04°C
Pt100 (α = 3851)	-220°C to +850°C	0.01°C	0.006% RDG + 0.03°C	0.006% RDG + 0.035°C
Pt100 (α = 3916)	-200°C to +510°C	0.01°C	0.006% RDG + 0.03°C	0.006% RDG + 0.035°C
Pt100 (α = 3926)	-210°C to +850°C	0.01°C	0.006% RDG + 0.03°C	0.006% RDG + 0.035°C
Pt200 (α = 3851)	-220°C to +850°C	0.01°C	0.006% RDG + 0.04°C	0.006% RDG + 0.04°C
Pt500 (α = 3851)	-220°C to +850°C	0.01°C	0.006% RDG + 0.03°C	0.006% RDG + 0.04°C
Pt1000 (α = 3851)	-220°C to +740°C	0.01°C	0.006% RDG + 0.03°C	0.006% RDG + 0.035°C
Ni100 (α = 618)	-60°C to +180°C	0.01°C	0.006% RDG + 0.05°C	0.006% RDG + 0.04°C
Ni120 (α = 672)	-40°C to +205°C	0.01°C	0.006% RDG + 0.05°C	0.006% RDG + 0.04°C
Ni1000 (α = 618)	-60°C to +180°C	0.01°C	0.006% RDG + 0.05°C	0.006% RDG + 0.04°C
Cu10 (α = 427)	-50°C to +150°C (Mes) -70°C to +150°C (Sim)	0,10°C (Mes) 0.01°C (Sim)	0.006% RDG + 0.18°C	0.006% RDG + 0.1°C
Cu50 (α = 428)	-50°C to +200°C	0.01°C	0.006% RDG + 0.05°C	0.006% RDG + 0.05°C

Temperature coefficient: < 10% of accuracy /°C beyond reference domain Resistive probes measurements in 2, 3 or 4 wires: automatic recognition of number of connected wires, with indication on screen Accuracies are given for 4-wire mounted probes Take into account particular error of temperature sensor used and implementation conditions Admissible measuring current: 0.25 mA (Measurement) or 0.1 mA to 1 mA (Emission)

Thermocouples: Measurement and simulation

Type	Input range	Resolution	Accuracy / 1 year (Measurement)	Output range	Resolution	Accuracy / 1 year (Simulation)
K	-250 to -200°C -200 to -120°C -120 to +1372°C	0.10°C 0.05°C 0.01°C	0.50°C 0.15°C 0.005% RDG + 0.08°C	-250 to -50°C -50 to +120°C +120 to +1020°C +1020 to +1370°C	0.01°C 0.01°C 0.01°C 0.01°C	0.15% RDG 0.06°C 0.005% RDG + 0.05°C 0.007% RDG + 0.05°C
T	-250 to -200°C -200 to -100°C -100 to +80°C +80 to +400°C	0,1°C 0,01°C 0,01°C 0.01°C	0.50°C 0.05% RDG + 0.06°C 0.015% RDG + 0.07°C 0.06°C	-250 to -100°C -100 to +0°C +0 to +400°C	0.01°C 0.01°C 0.01°C	0.1% RDG + 0.05°C 0.02% RDG + 0.06°C 0.055°C
J	-210 to -120°C -120 to +60°C +60 to +1200°C	0.01°C 0.01°C 0.01°C	0.15°C 0.005% RDG + 0.07°C 0.0025% RDG + 0.06°C	-210 to -0°C +0 to +50°C +50 to +1200°C	0.01°C 0.01°C 0.01°C	0.03% RDG + 0.08°C 0.05% RDG + 0.07°C 0.005% RDG + 0.04°C
E	-250 to -200°C -200 to +100°C +100 to 1000°C	0,05°C 0,01°C 0.01°C	0.30°C 0.06°C 0.005% RDG + 0.05°C	-250 to +40°C +40 to +550°C +550 to +1000°C	0.01°C 0.01°C 0.01°C	0.15°C 0.005% RDG + 0.12°C 0.005% RDG + 0.13°C
R	-50 to +150°C +150 to +550°C +550 to 1768°C	0,2°C 0,1°C 0.01°C	0.60°C 0.30°C 0.30°C	-50 to +0°C +0 to +350°C +350 to 1768°C	0.01°C 0.01°C 0.01°C	0.35% RDG + 0.4°C 0.04°C 0.25°C
S	-50 to +150°C +150 to +550°C +550 to +1450°C +1450 to +1768°C	0.20°C 0.10°C 0.05°C 0.05°C	0.80°C 0.30°C 0.30°C 0.35°C	-50 to +0°C +0 to +350°C +350 to +1768°C	0.01°C 0.01°C 0.01°C	0.25% RDG + 0.4°C 0.30°C 0.25°C
B	+400 to +900°C +900 to +1820°C	0.1°C 0.05°C	0.005% RDG + 0.4°C 0.005% RDG + 0.2°C	+400 to +900°C +900 to +1820°C	0.01°C 0.01°C	0.005% RDG + 0.4°C 0.005% RDG + 0.2°C
U	-200 to -100°C -100 to +660°C	0,01°C 0.01°C	0.13°C 0.09°C	-200 to +400°C +400 to +660°C	0.05°C 0.05°C	0.09°C 0.11°C
L	-200 to +900°C	0.01°C	0.10°C	-200 to +900°C	0.05°C	0.15°C
C	-20 to +900°C +900 to +1730°C +1730 to °C	0.05°C 0,05°C 0,05°C	0.15°C 0.008% RDG + 0.12°C 0.015% RDG + 0.12°C	-20 to +1540°C +1540 to +2310°C	0.10°C 0.10°C	0.25°C 0.012% RDG + 0.1°C
N	-240 to -190°C -190 to -110°C -110 to +0°C +0 to 400°C +400°C to +1300°C	0,10°C 0.05°C 0.01°C 0.01°C 0.01°C	0.25% RDG 0.10% RDG 0.04% RDG + 0.06°C 0.08°C 0.005% RDG + 0.06°C	-240 to -200°C -200 to +100°C +10 to +250°C +250 to +1300°C	0.01°C 0.01°C 0.01°C 0.01°C	0.15% RDG 0.10°C 0.08°C 0.008% RDG + 0.05°C
Platine	-100 to +100°C +100 to +1400°C	0.01°C 0.01°C	0.15°C 0.005% RDG + 0.06°C	-100 to +1400°C	0.05°C	0.10°C
Mo	+0 to +1375°C	0.01°C	0.005% RDG + 0.06°C	+0 to +1375°C	0.05°C	0.005% RDG + 0.06°C
NiMo/NiCo	-50 to +1410°C	0.01°C	0.005% RDG + 0.30°C	-50 to +1410°C	0.05°C	0.005% RDG + 0.3°C

Temperature coefficient: < 5% of accuracy /°C beyond reference domain Accuracy is given for reference @ 0°C. When using the internal reference junction (except couple B) add an additional uncertainty of 0.2 °C at 0 °C. It is possible (thermocouple B excepted) to choose by programming the cold junction localization: External at 0°C, internal (temperature compensation of instrument’s terminals) or manually entered. Display unit: °C? F and K. Thermocouples: G, D: For specifications, refer to the instruction manual (Available on request)

Specifications and performances in pressure @23°C ±5°C

Pressure: Measurement by external digital sensor

Range	0-1 bar	0-3 bar	0-10 bar	0-30 bar	0-100 bar	0-300 bar	0-1000 bar
Absolute	X	X	X	X	X	X	X
Relative	X	X	X	X

Available in relative, absolute and differential pressure. Connector: ¼ gas Resolution: 0.02% FS Accuracy: -0.05% FS from 10 to 40°C - 0.1% FS from -10 to +10°C and from 40 to 80°C This digital pressure module ACL433 is connected to CALYS 1500 through RS485 serial cable to the digital input connector. All data are digital. Measurements are compensated in temperature by a polynomial correction implemented into the firmware at factory.

Specifications and performances in process @23°C ±5°C

DC current: Measurement

With or without loop supply

Range	Resolution	Accuracy / 1 year	Nota: Rin
0-20 mA	0.1 µA	0.007% RDG + 0.8 µA	< 30 Ω
4-20 mA	0.1 µA	0.007% RDG + 0.8 µA	< 30 Ω
±100 mA	0.1 µA	0.007% RDG + 2 µA	< 30 Ω

Temperature coefficient: < 7% of accuracy /°C beyond reference domain Loop supply: 24 V ±10% HART® compatibility: Input impedance Rin = 280 Ω CALYS 1500 also allows linear or quadratic signals to be linearized. Specifications given for CALYS configurations in: - Active mode (+24V ON) 1 Meter in passive mode (+24 V OFF) - Passive mode (+24 V OFF) 1 Meter in active mode (+24 V ON)

Direct voltage: Measurement

Range	Full range	Resolution	Accuracy / 1 year	Nota: Rin
100 mV	-10 mV to 100 mV	1 µV	0.005% RDG + 2 µV	> 10 MΩ
1 V (1)	-100 mV to 1 V	10 µV	0.005% RDG + 8 µV	> 10 MΩ
10 V	-1 V to 10 V	100 µV	0.007% RDG + 80 µV	= 1 MΩ
50 V	-5 V to 50 V	1 mV	0.007% RDG + 0.5 mV	= 1 MΩ

Temperature coefficient: < 5% of accuracy /°C beyond reference domain

Frequency and counting: Measurement

Range	Full range	Resolution	Accuracy / 1 year
10 KHz	1 Hz to 10 KHz	0.1 Hz	0.005% RDG + 5 mHz
100 KHz	10 Hz to 100 KHz	0.1 Hz	0.005% RDG + 5 mHz

Temperature coefficient: < 5 ppm/°C beyond reference domain Scale unit: Pulse / min and Hz Trigger level: 1 V Measurement on frequency signals or dry contacts Counting will be performed on defined time or infinite time

Resistance: Measurement

Range	Resolution	Accuracy / 1 year
400 Ω	1 mΩ	0.006% RDG + 8 mΩ
3600 Ω	10 mΩ	0.006% RDG + 50 mΩ
50 KΩ (1)	100 mΩ	0.008% RDG + 1 Ω

(1) Range on channel 1 only. Temperature coefficient: < 7 ppm/°C beyond reference domain 2, 3 or 4 wires resistance measurement: automatic recognition of number of connected wires, with indication on screen Accuracies are given for 4-wire mounted probes Open circuit terminal voltage: < 10 V Continuity test: Open circuit for R > 1000 Ω and closed circuit for R < 1000 Ω

DC current: Emission

Calibre	Résolution	Précision / 1 an	Note
24 mA	1 µA	0,007% L + 0,8 µA	With or without loop supply (24 V)
4-20 mA	1 µA	0,007% L + 0,8 µA
0-20 mA	1 µA	0,007% L + 0,8 µA

Temperature coefficient: < 7 ppm/°C beyond reference domain Settling time: < 5 ms Specifications given for CALYS configurations in: - Active mode (+24V ON) 1 Meter in passive mode (+24 V OFF) - Passive mode (+24 V OFF) 1 Meter in active mode (+24 V ON) Pre-programmed steps

	0%	25%	50%	75%	100%
4-20 mA linear	4	8	12	16	20
0-20 mA linear	0	5	10	15	20
4-20 mA quad	4	5	8	13	20
0-20 mA quad	0	1.25	5	11.25	20
4-20 mA valves	3.8-4-4.2		12		19, 20, 21

Direct voltage: Emission

Range	Full range	Resolution	Accuracy / 1 year	Minimum output load
100 mV	-5 mV to 100 mV	1 µV	0.005% RDG + 2 µV	1 KΩ
1 V	-5 mV to 1 V	10 µV	0.005% RDG + 8 µV	2 KΩ
10 V	-100 mV to 10 V	100 µV	0.007% RDG + 80 µV	4 KΩ
50 V	-100 mV to 50 V	1 mV	0.007% RDG + 0.5 mV	4 KΩ

Temperature coefficient: < 5 ppm/°C beyond reference domain

Frequency and pulses: Emission

Range	Resolution	Accuracy / 1 year
1000 Hz	0.01 Hz	0.005% RDG + 5 mHz
100 KHz	1 Hz	0.005% RDG + 5 mHz

Temperature coefficient: < 5 ppm/°C beyond reference domain Scale unit: Pulse / min and Hz Pulse emission and dry contact simulation Max amplitude: 20 V selectable by user

Resistance: Emission

Range	Full range	Resolution	Accuracy / 1 year	Notes
400 Ω - 1 mA (Direct current)	1 Ω to 400 Ω	10 mΩ	0.006% RDG + 20 mΩ	Iext : 0.1 mA - 1 mA
400 Ω - 1 mA (Pulsed current)	1 Ω to 400 Ω	10 mΩ	0.006% RDG + 30 mΩ	Iext : 0.1 mA - 1 mA
400 Ω - 4 mA (Direct current)	1 Ω to 400 Ω	10 mΩ	0.006% RDG + 20 mΩ	Iext : 1 mA - 4 mA
400 Ω - 4 mA (Pulsed current)	1 Ω to 400 Ω	10 mΩ	0.006% RDG + 30 mΩ	Iext : 1 mA - 4 mA
3600 Ω (Direct current)	10 Ω to 3600 Ω	100 mΩ	0.006% RDG + 100 mΩ	Iext : 0.1 / 1 mA
3600 Ω (Pulsed current)	10 Ω to 3600 Ω	100 mΩ	0.006% RDG + 200 mΩ	Iext : 0.1 / 1 mA

Temperature coefficient: < 5 ppm/°C beyond reference domain Iext : Current received by the calibrator

Further functionalities

File Menu	Users can save up to 10 full configurations of the instruments and recall them. Configurations include all programming done on instrument.
Scaling in measurement and simulation modes	Scaling allows process signals to be displayed in % of FS or in all other units. This function also allows sensors to be corrected after a calibration.
Relative measurement	The features allows the following : Programming a reference value different from the one of the instrument (NUL function). Subtracting of constant value by measuring or programming it from a measured value (TARE function).
Simulation menu	Simulation value is set by entering value on keypad or by changing the specific digit with the cursor.
Square root	In current measurement and simulation, this function allows taking into account a quadratic signal coming from transmitter of type ΔP.
Statistical functions	Continuous display of average, minimum and maximum value of the signal under monitoring, as well as number of measurements.
Transmitter test	Transmitters can be verified using user procedures. 20 procedures can be stored as well as test results. Deviation curves are displayed. Edition of comprehensive test reports.
Switch test	In temperature or pressure mode, CALYS 1500 can control electronic thermostat and pressostat trigger levels.
Ramps generation	Starting, ending and length time values of simple or cyclic ramps can be set to do simulation. Number of ramps can also be adjusted in case of cyclic ramps for any signals.
Steps simulation	2 modes are available: Program mode: Starting value, number of steps and the length time have to be set Manual mode: User has about a hundred preset values In current simulation, user will have some additional preset values in function of range and according to 0%, 25%, 50%, 75% and 100% from selected gauge. Choice is done between gauges: 0-20 mA: linear or quadratic 4-20 mA: linear or quadratic
Synthesizer	With 100 values manually set, CALYS 1500 enables users to draw a generation curve.
Transmitter function	CALYS 1500 is able to be used as a transmitter. Measurement input is copied on the output with scaling.
Memory capacity	Up to 10 full configurations (Input / output type, range…) 10,000 data into one or several measurement campaigns, i.e. more than one week work with configurations, measurements, calibration procedures and reports.

General specifications

Size (L x W x h)	340 x 320 x 160 mm
Weight	4.6 Kg
Display	240 x 320 pixel liquid crystal graphical display with backlite & contrast control Display of result as table of values or trend curve
Power supply	230 V ±10 %, 50/60 Hz
Battery	Type: Lithium-Ion Charging time: 3 hours Lifetime: 8 hours
Communication ports	USB

Environmental specifications

Reference range	23°C ±5°C (HR : 45 to 75 % w/o condensing)
Operating reference range	-10 to 50°C (HR : 20 to 80 % w/o condensing)
Limit operating range	-15 to 55°C (HR : 10 to 80 % w/o condensing) (70% at 55°C)
Storage temperature limits	-30°C to +60°C
Maximum height	0 to 2000 m
IP protection	IP54 according to EN 60529

Safety specifications

Protections	Electronic protection up to 250 V for ‘voltage’ wires Fuse protection for ‘current’ wires Protection against ‘current’ circuit breaking during inductive resistance measurements
Class	In accordance with EN 61010-1
Rated voltage	60 V
Chocks and vibrations	EN 61010-1
EMC conformity	EN 61326-1, CEM 2004/108/CE

목록으로

► Advanced laboratory electrical calibrator / Dual input thermometer ► CALYS 1500, most advanced and accurate laboratory electrical