Calys 50 - Temperature Controls
Contents
1. CALYS 50 Field multifunction calibrator for basic use CALYS 50 field multifunction calibrator 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 and frequency in one single instrument SD 1928 OJD CALYS 50 i 19 01 2015 Description CALYS 50 is a basic multifunction calibrator within CALYS range 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 and frequency in one single instrument It provides extended functionalities temperature simulation scaling steps synthesizer statistical functions easily accessible through quick menus by function The instrument simultaneously measures and simulates e Temperature Up to 0 014 RDG e Resistance Up to 0 012 RDG 4 KQ range e Current Up to 0 0175 RDG 50 mA range 24 V loop supply e Voltage Up to 0 013 RDG 50 V range e Frequency Up to 0 005 RDG 20 KHz range 10 KHz in simulation IP 54 fully protected by an antichoc rubber holster CALYS 50 integrates easyconnect terminals and a wide backlite display that makes it easy to use in any severe or2. Res Accuracy lan Nota lext 40 Q 1 mQ 0 014 RDG 3 mQ 10 mA 0 014 RDG 10 mQ 1mA 400 Q 10 mQ 0 014 RDG 20 mQ 10 mA 0 014 RDG 30 mQ 1mA 4000 Q 100 mQ 0 014 RDG 300 mQ 0 1 1 mA Temperature coefficient lt 5 ppm C beyond reference domain Current establishing time lt 1 ms lext Current received by the calibrator Further features 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 8 Scaling in measurement and simulation modes Relative measurement Simulation menu Square root Statistical functions Ramps generation Steps simulation Synthesizer Transmitter function CALYS 50 19 01 2015 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 The features allows the following e Programming a reference value different from the one of the instrument NUL function e Subtracting of constant value by measuring or programming it from a measured value TARE function Simulation value is set by entering value on keypad or by changing the specific digit with the cursor In current measurement and simulation this function allows taking into account a quadratic signal coming from transmitter of type AP Continuous display of average minimum and maximum value of the signal under monitoring as well as number of measurements Starting
3. 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 2 modes are available e Program mode Starting value number of steps and the length time have to be set e 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 With 100 values manually set CALYS 50 enables users to draw a generation curve CALYS 50 is able to be used as a transmitter Measurement input is copied on the output with scaling 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 General specifications Size Weight Display Power supply Battery Communication ports Environmental specifications Reference range Operating reference range Limit operating range Storage temperature limits Maximum height IP protection Safety specifications Protections Class Rated voltage Chocks and vibrations EMC conformity CALYS 50 19 01 2015 210 x 110 x50 mm 900g 240 x 320 pixel liquid crystal graphical display with backlite and contrast control Display of result as table of values or trend curve 230 V 10 50 60 Hz Type Temps de charge
4. h Endurance 5 000 mesures 10 A USB 23 C 5 C RH 45 to 75 w o condensing 10 to 50 C RH 20 to 80 w o condensing 15 C to 55 C RH 10 to 80 w o condensing 70 at 55 C 30 C to 60 C 0 to 2000 m IP54 according to EN60529 e Electronic protection up to 250 V for voltage wires e Fuse protection for current wires e Protection against current circuit breaking during inductive resistance measurements In accordance with EN 61010 1 Category Il pollution 2 60 V EN 61010 1 Immunity e EN 61000 4 2 EN 61000 4 3 EN 61000 4 5 EN 61000 4 6 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 10 e EN 61000 4 11 EN 61000 4 4 Conducted and radiated emissions e EN 55022 class B e EN 61000 3 2 e EN 61000 3 3 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 CALYS 50 19 01 2015 11 OJD CALYS 50 i 19 01 2015 Models and accessories Instrument CALYS50 On site documenting multifunction calibrator Delivered in standard with User manual Battery charger Set of 6 testing leads Carrying strap Factory test report Accessories AN6050 Transport case for CALYS series ACL9311 Set of 6 measuring cables with removable crocodile clips ER 49504 000 USB cable Certification QMA11EN COFRAC certificate of calibration With all relevant data points where the dev
5. treatment AMS 2750 Advanced data exploitation Scaling relative measurement simulation of ramps and steps synthetizer square root statistical functions Transmitter function Switch test Calibration of transmitters Comparison calibration HART Digital calibration and data transfer Calibration of thermistors DATACAL calibration software for configuration and data management 10 000 data stored and recalled on screen as curve or list 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 CALYS 50 19 01 2015 Specifications Specifications and performances in temperature 23 C 5 C Uncertainty is given in of reading CALYS 50 display fixed value Resistive probes Measurement and simulation Sensor Range Input Resolution Accuracy 1 Accuracy 1 and Output year year Measurement Simulation Pt50 a 3851 220 C to 0 01 C 0 012 RDG 0 014 RDG le OORE 0 06 C onge Pt100 a 3851 220 C to oronge 0 012 RDG 0 014 RDG 1200 C 0105 0125 Pt100 a 3916 200 C to 510 C 0 01 C 0 012 RDG 0 014 RDG 0 05 C 0124 Pt100 a 3926 210 C to 850 C 0 01 C 0 012 RDG 0 014 RDG 0105 OnE Pt200 a 3851 220 C to 600 C 0 01 C 0 012 RDG 0 014 RDG OMG 033 Pt500 a 3851 220 C to 080086 0 012 RDG 0 014 RDG cle OORE 01072 0182 Pt1000 a 3851 220 C to 0 01 C 0 012 RDG 0 014 R
6. 2C 08586 OJD CALYS 50 l 19 01 2015 660 C 600 C E 200 to OLO52E 08226 200 to 0 05 C 022 900 C 900 C 20 to OnE 0252 20 to 08086 02580 900 C 0 1 C 0 013 RDG 900 C OLE 0 013 RDG 900 to 0 15 C 900 to 0 15 C 2B 102C 2310 C N 240 to ORE ODE 240 to 06286 0 3 C 190 C ONE OMS 2E 190 C OE LSG 190 to 0 05 C 0 08 C 190 to 010526 0 08 C 110 C 01052 0 013 RDG 110 C 0 052 0 015 RDG 110 to 0 C 0 06 C 110 to 0 C 0 06 C 0 to 0 to 1300 C 1300 C Platinum 100 to 0105 08326 100 to 060058 06396 1400 C 1400 C Mo 0 to 01052 0 013 RDG 0 10 01052 0 013 RDG 1375 C 0 06 C 1375 C 0 06 C NiMo NiCo 50 to OLO52E 0 013 RDG 50 to O1052E 0 013 RDG 1410 C 0 30 C 1410 C 0 3 C Thermocouples D and G for specifications refer to the instruction manual Available on request 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 Temperature coefficient lt 10 of accuracy C Display unit C and F Specifications and performances in process 23 C 5 C DC current Measurement With or without loop supply Range Res Accuracy lan Rin 0 20 mA 1
7. 805526 05226 0 05 C 0105 0 05 C 0105 0105 0 05 C OnE 0 05 C 0 05 C 0 05 C One O 052 Accuracy 1 year Me asurement 0 8 C 0825 26 OMG 0 013 RDG 00896 05 6 0825526 OnE 0 013 RDG 0 08 C 0825 26 0 09 C 0 013 RDG ar 0072C 0 45 C 00526 0508 26 0 013 RDG T 005E 06886 0 013 RDG ap OSHE 0 013 RDG ap O 72 XE 0 80 C 0 013 RDG oP 815 1C 0 013 RDG 10252 0 013 RDG 0 4 C 0 013 RDG ap O2 08596 Output range 240 to 50 C 50 to 0 C 0 C to 1372 C 240 to 100 C 100 to 0 C 0 to 400 C 210 to 0 C 0 to 1200 C 240 to 100 C 100 to 40 C 40 to 1000 C 50 to 350 C 350 to 900 C 900 to 17 682 50 to 120 C 120 to 450 450 to 1768 C 400 to 850 C 850 to 1820 C 200 to Resolution 025 0 05 C 06226 00056 0 05 C 01052 0 05 C OnE OnE 0 05 C C E i E N OEE 0 05 C 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 CALYS 50 19 01 2015 Accuracy 1 year Simulation 00606 One 0 013 RDG 0 08 C 0 4 C Once 0 013 RDG 0 08 C Ore 0 013 RDG tO OME 025C OnE 0 013 RDG t 01052C 052 0 013 RDG 03526 0 013 RDG Ona 0182 0 013 RDG 02526 0 013 RDG 0252C 0 013 RDG 0 4 C 0 013 RDG ar 0
8. DG 1200C OLS aE 0 08 C Ni100 a 618 60 C to 180 C oronge 0 012 RDG 0 014 RDG OLO32E 0 08 C Ni120 a 672 40 C to 205 C ORO E 0 012 RDG 0 014 RDG 0 03 C 0 08 C Ni1000 a 618 60 C to 180 C 0 01 C 0 012 RDG 0 014 RDG OLOS2E 0 08 C Cul10 a 427 50 C to 150 C OLO1EE 0 012 RDG 0 014 RDG 0 18 C OE Cu50 a 428 SOLE tor 0E ORO E 0 012 RDG 0 014 RDG 0 06 C 0715 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 Measuring current 0 25 mA Measurement or from 0 1 to 1 mA Emission Temperature coefficient lt 10 of accuracy C 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 Ip Thermocouples Measurement and simulation Type Input range Resolution 250 to 200 C 200 to 120 C 120 to 0 C 0 C to 1372 C 250 to 200 C 200 to 120 C 120 to 50 C 50 to 400 C 210 to 120 C 120 to 0 C 0 to 1200 C 250 to 200 C 200 to 100 C 100 to 0 C 0 to 1000 C 50 to 150 C 150 to 550 C 550 to 1768 C 50 to 150 C 150 to 550 C 550 to 1768 C 400 to 900 C 900 to 1820 C 200 to MZE 0 05 C 0
9. dark conditions Easy connection system Connect your probes by simply pushing on the terminal top and insert wires of up to 3 mm or 10 AWG diameter and compensated thermocouple connectors Wires are held tight between two brass plates ensuring thermal stability and a very good cold junction compensation for thermocouples This system also enables 4 mm banana plugs and security connectors to be connected on the terminal top CALYS series 4 models from basic use to advanced performances Specifications CALYS 50 CALYS 75 CALYS 100 CALYS 150 Top accuracy 200 ppm 130 ppm 50 ppm Temperature Thermocouples 0 013 RDG for Tc K 0 01 RDG for 0 005 RDG accuracy 14 0 012 RDG Tc K for Tc K 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 2 RTDs 12 DC current Range Loop supply Accuracy 24V DC voltage Range Accuracy Frequency Range Accuracy Resistance Range Accuracy Pressure Range Accuracy Compliance to standards Additional functions Additional functions Additional functions Software Memory CALYS 50 19 01 2015 0 006 RDG 100 mA 0 007 RDG 50 V 0 005 RDG 100 KHz 0 01 RDG 50 KO 0 006 RDG 0 01 RDG 50 mA 0 0175 RDG 50VIN 20V 50V OUT 0 010 RDG 0 013 RDG 20 KHz IN 10 KHz OUT 0 005 RDG 4000 Q 4000 Q 0 012 RDG 0 010 RDG Relative pressure 30 bar Absolute pressure 1 000 bar 0 05 RDG ZEERERaneeel NADCAP Heat
10. ice has been tested Packing information Size 210 mm x 110 mm x 50 mm Weight without packing 900g 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38
11. inuity test Open circuit for R gt 1000 Q and closed circuit for R lt 1000 Q Measurement current 0 25 mA DC current Emission With or without loop supply Range Resolution Accuracy lan 24 mA 1 pA 0 0175 RDG 2 pA 4 20 mA 1 pA 0 0175 RDG 2 pA 0 20 mA 1 pA 0 0175 RDG 2 HA Temperature Coefficient lt 10 ppm C beyond reference domain Settling time lt 5 ms Specifications given for CALYS configurations in 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 7 OJD CALYS 50 l 19 01 2015 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 DC voltage Emission Range Res Accuracy lan Min load 100 mV 1 uv 0 013 RDG 3 uV HKO 2V 10 uV 0 013 RDG 20 uV 2 kQ 20 V 100 uV 0 015 RDG 200 uV 4 kO 50 V 1 mV 0 015 RDG 2 mV 4 kQ Noise 3 ppm for 0 1 Hz to 10 Hz and 5 ppm for 10 Hz to 100 Hz Temperature coefficient lt 7 ppm C beyond reference domain Settling time lt 5 ms Frequency pulse Emission Range Resolution Accuracy lan 1000 Hz 0 01 Hz 0 005 RDG 10 kHz 0 1 Hz 0 005 RDG Temperature coefficient lt 5 ppm C beyond reference domain Resistance Emission Range
12. pA 0 0175 RDG 2 pA lt 25Q 4 20 MA 1 pA 0 0175 RDG 2 pA lt 25Q 50 mA 1 pA 0 0175 RDG 2 pA lt 2510 Temperature coefficient lt 10 ppm C beyond reference domain Loop supply 24 V 10 HART compatibility Input impedance Rin 280 Q Display with linear or quadratic scaling 50 52 Avenue Paul Langevin F 91130 Ris Orangis T l 01 69 02 88 88 Fax 01 69 02 04 38 l 19 01 2015 DC voltage Measurement Range Res Accuracy lan Rin 100 mV 1 uV 0 013 RDG 3 uV gt 10MQ 1V 1 10 uV 0 013 RDG 20 uV gt 10 MQ 10 V 100 uV 0 015 RDG 200 uV gt 1MQ 50 V 1 mV 0 015 RDG 2 mV gt 1 MQ Temperature coefficient lt 7 ppm C beyond reference domain 1 Specification domain 0 8 V to 1 V Frequency counting Measurement Range Resolution Accuracy lan 20 kHz 0 01 Hz 0 005 RDG Temperature coefficient lt 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 lan 400 Q 1mQ 0 012 RDG 10 mQ 400 Q 10 mQ 0 012 RDG 100 mQ Resistance measurement 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 Temperature coefficient lt 7 ppm C beyond reference domain Open circuit terminal voltage lt 10 V Cont
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