App Information RTDPhạm đăng khoaAction
- App NameRTDPhạm đăng khoaAction
- Package Namecom.kkk.RTD
- File SizeUndefined
- Requires AndroidAndroid
- Google Play Link
WIFI WPS WPA TESTER 188.8.131.52 APK
Instrument Signal ConvertorPRO 1.4.0 APK
Newly updated!-- Resistance Temperature Detectors (RTDs) conversions havearrived!-- Minor UI changes-- Minor bug fixesDescription:What milliamp (mA) signal is generated when flowing 125 gallons perminute? What is the real pressure when the transmitter reports 2.57volts? This app is a calculator tool that convert input and outputsignals, including linear and square root (RTD and more comingsoon!) Perfect tool for instrument technicians, process engineers& control engineers!Works well with all types of instrumentation transmitters,signal convertors and sensors. May also be used for many otherengineering unit conversions, as most are linear.Handles all signal types, even 3-15 psig pneumatic.Engineering unit types include: %, BBLS, BPD, CFM, DegC, DegF,DegR, Ft3, Gallons, GPH, GPM, inH2O, IWC, Kg/cm2, KG, Lbs, liter/h,liter/min, liter/sec, m3, m3/h, m3/min, m3/s, mmH2O, mmHg, PPD,PPH, PPM, PPS, PSIA, PSIG, RPM, SCFD, SCFH, SCFM.Thermocouple types supported: Type B, Type E, Type J, Type K,Type N, Type R, Type S, Type T.Note: Thermocouple conversions are not based on tables butrather on the same formulas and coefficients used by the NationalInstitute of Standards and Technology (NIST) to produce theirthermocouple conversion tables.RTD (Resistance Temperature Detector) types supported:-- Platinum (Pt) 385 with Base Resistance of 100 Ohms at 0°C-- Platinum (Pt) 385 with Base Resistance of 1000 Ohms at 0°C-- Platinum (Pt) 3911 with Base Resistance of 100 Ohms at 0°C-- Platinum (Pt) 3926 with Base Resistance of 100 Ohms at 0°C-- Copper (Cu) 427 with Base Resistance of 10 Ohms at 25°C-- Nickel (Ni) 672 with Base Resistance of 120 Ohms at 0°CNote: RTD calculations return resistance (Ohms) based ontemperature data entered into the App. Temperatures can be enteredin the Celcius, Farenheit, Kelvin and Rankine scales. Calculationsare based on the modified Callendar-Van Dusen equations and othercurve fit equations for the most popular industry supplied RTDs intheir recommended temperature ranges.Let us know what features you would like and we will do our bestto incorporate them in future releases!As always, all values and conversions generated by this appshould be verified by a qualified engineer before being used in aproduction environment.
Commissioning-Assistant 2.5 APK
The commissioning assistant (akaInbetriebnahme-Helfer) is an easy-to-use tool for commissioning andmaintenance personnel from the field of measurement and controltechnology.The following unit signals / scales can be used for calculations ofmeasuring circuits:"0 ... 20 mA", "0 ... 25 mA", "4 ... 20 mA", "20 ... 0 mA", "20 ...4 mA""0 ... 2 volts", "0 ... 5 volts", "1 ... 5 volts", "0 ... 10volts","2 ... 10 volts", "-1 ... +1 volts", "-2.5 ... +2.5 volts", "-10... +10 volts","-10000 ... +10000", "0 ... 4095 digit", "819 ... 4095digit","0 ... 65535 digit", "13107 ... 65535 digit", "3 ... 15 psi", "0... 100%"It is possible to calculate the resulting signal value from ameasured value or the measured value from a signal value.If "Signal" has been selected for the calculation, a table isdisplayed which lists all corresponding values in 25% increments inorder to be able to check and specify the measuring distance usinga calibrator.The following nickel resistance thermometers, platinum resistancethermometers and thermocouples can be used for calculations oftemperature measurements:"Ni100", "Ni1000 DIN43760", "Ni1000 TK5000", "Ni1000 TK6180","Pt10", "Pt25", "Pt50", "Pt75", "Pt100", "Pt500", "Pt1000""Type B (Pt30Rh-Pt6Rh)", "Type C (W5-W26Re)", "Type D(W3-W25Re)","Type E (NiCr-CuNi)", "Type J (Fe-CuNi)", "Type K (Ni-CrNi)","Type L (FeCu-Ni)", "Type M (NiMo-NiCo)", "Type N(NiCrSi-NiSi)","Type P (PdPtAu-AuPd)", "Type R (Pt13Rh-Pt)", "Type S(Pt10Rh-Pt)","Type T (Cu-CuNi)"))The temperature and resistance values ??or the temperature andthermal voltage can be calculated alternately.For the calculation of temperature measurements with thermocouples(except type B), the reference junction temperature can be in fixedsteps or free in the range of -50 ... +100 ° C / 223.15 ... 373.15K / -58 ... 212 ° F / 401.67 ... 671.67 ° Ra / -40 ... 80 ° Ré areentered.The following temperature units can be used for thecalculations:"Celsius [° C]" "Fahrenheit [° F]", "Kelvin [K]", "Rankine [° Ra]","Réaumur [° Ré]"So if you just have to calculate a signal value from a measuredvalue or vice versa, this can be done with the commissioningassistant quite quickly and easily.Important NOTE; All information is provided without warranty!* The commissioning helper is free of charge, absolutely free ofadvertising, does not collect any data, needs no internet and nospecial permissions!PERMISSIONS:"android.permission.WAKE.LOCK" for allow phone to sleep or preventphone from sleeping during app useKeywords/Stichworte/Tags: Inbetriebnahme, Inbetriebsetzung,Instandhaltung, IBN, IBS, Spannung, Strom, Temperatur, Leittechnik,Messtechnik, Messwert, Signal, Einheit, Überprüfung, Helfer,messen, berechnen, prüfen, testen, simulieren, commissioning,maintenance, voltage, current, temperature, process control,instrumentation, measurement, signal unit, review, assistent,analyze, check, calculate, test, simulate
Thermocouples 3.0.1 APK
Thermocouples is a reference guide to getgeneral information on thermocouples for all those in the industrythat regularly deal with thermal sensors.This handy app features the colour codes for a wide range ofthermocouples in a wide range of standards on easy to see images.The shown standards are IEC, BS, ANSI, NFE, DIN, and JIS.The currently included thermocouples are B, E, J, K, N, R, S, T, U,Vx.Also shown is the thermocouple materials used in each leg for thethermocouple as well as the general temperature range. There isalso a built-in temperature calculator for convenience.Thermocouples is now open source. The source can be found onGitHub:https://github.com/ssddanbrown/ThermocouplesFeel free to create a pull request or add any issues onGitHub.Added in version 1.1, The application can now convert thermocouplemV to degrees Celsius using NIST values for a high accuracyconversion using 0°C as a reference temperature.The converter shows all temperatures at once for the mV input tohelp with thermocouple identification. The converter currentlysupports B, E, J, K, N, R, S, T.From version 1.5 the application can now calculate mV fromtemperatures (0°C to 70°C) for cold junction calculations.Main features:* Shows thermocouples colours for 10 thermocouples across 6standards.* Information on range, conductor materials and compensates.* Temperature converter with °C, °F and K.* Cold junction °C to mV calculator.* Modern material design.* Opensource on the MIT licence* mV to °C converter using NIST values for main thermocoupletypes.* Search thermocouples by conductor colours to find type and colourcode.If any errors and problems are found please let me know eitherthrough the reviews or the e-mail developer link.If you have any requests or ideas please let me know.This app is 100% free with no "upgrade", "pro" or "unlocked"versions.This app requires no permissions and does not use any userdata.Remarks:This application is for quick reference use only, there may beerrors or inaccuracies although I try to ensure the information isas accurate as possible. Me, the app maker, or the companyadvertised, STS, will not be held liable for any misinformation ormisjudgement as a result of using this app.
Automation tools 1.6 APK
This application was created with the aim to bring together smallprograms that I call (modules) designed to help people like me whotakes care electric automation.Additional modules will be added over time to make it even morerelevant to engineers.Feature:Save in text format the result of calculations.Module Motor Gear boxWith Motor gearbox you can calculate:- For the motor -• Stator speed.• Rotor speed.• Angular speed.• Motor Power.• Rated torque.- For the gearbox -• Reduced shaft RPM.• Herz shaft.• Period shaft.• Angular speed.• Shaft torque.Module Sonar CalculatorWith Sonar Calculator you can calculate:• The analog value as a function of the distance measured.• The diameter of the cone as a function of the distancemeasured.• The total volume of the cone.• The partial volume of the cone as a function of the distancemeasured.• The total area of the cone as a function of the distancemeasured.• The lateral surface of the cone as a function of the distancemeasured.• The time it takes for the sonar to reach the object and comeback.With RTD Calculator you can calculate:• RTD temperature probe according to DIN EN 60751.• Tolerance class AA, A, B, and C.• Temperature can be Celsius, Fahrenheit or Kelvin.Simple Chrono.Sometimes you have the necessity to measure in how many seconds, amotor starts or a valve opens.In this case, this stopwatch it could come handy• Table for:PT100 & PT1000 RTD Table conversionThermocouple Table conversionPressure Table conversionThis is a BETA version, please email us if you come across anyerrors.If you like the program, please rate, review, and make a smalldonation!Support the developer :)
Process to Signal (4 to 20) mA 1.5.0 APK
Status Instruments’ free App for converting aprocess signal value, in any engineering unit, into a controlsignal in milli amps, milli volts, or volts.For use in temperature measurement, process control, and signalconditioningThe input engineering range and output signal range are enteredinto the calculator.Typical use would be for a control or alarm system monitoring thetemperature in a vessel. A temperature transmitter would be used togenerate a mA signal to represent °C.ExampleInput range in engineering units (0 to 100)°C ; output signal range(4 to 20) mA [sometimes given as 4-20mA]A point input value can entered in °C and the corresponding outputsignal value in mA calculated.An output signal value in mA can entered and the correspondinginput temperature in °C calculatedTypical engineering unitsinH2, inHg, ftH2O, mmH2O, mmHg, psi, bars, mbar, g/sqcm, kg/sqcm,Pa, KPa, Torr, Atmosph, Cuft/min , gal/min, L/min, Impgal/min,Cum/h, ft/s, m/s, gals/s, MMgal/d, L/s, ML/d, Cuft/s, Cuft/d,Cum/s, Cum/d, Impgal/h, Impgal/d, Deg C, Deg F, Deg R, Kelvin, Mv,ohms, Hz, mA, gal, L, Impgal, Cum, Ft, M, Bbl, In, Cm, Mm, Min, S,H, D, cSt, cP, uMho, %, V, pH, g, kg, Met Ton, Lb, STon, LTon,mS/cm, uS/cm,N, Nm, g/s, g/min, g/h, kg/s, kg/min,kg/h,kg/d, MetTon/min, Met Ton/h, Met Ton/d, lb/s, lb/min, lb/h, lb/d, STon/min,STon/h, STon/d, LTon/h, LTon/d, Datherm, SGU, g/Cucm, kg/Cum,lb/gal, lb/Cuft, g/mL, kg/L, g/L, lb/Cuin, STon/Cutd, degTwad,degBrix, degBaum hv, degBaum lt, degAPI, % sol-wt, % sol-vol,degBall, proof/vol, proof/mass, bush, Cuyd, Cuft, Cuin, in/s,in/min, ft/min, deg/s, rev/s, rpm, m/h, NmlCum/h, NmlL/h,StdCuft/min, bbl(liq), Cuft/hr, Cum/min, bbl/s, bbl/m, bbl/h,bbl/d, gal/h, impgal/s, L/h, Ppm, Mcal/h, Mj/h, Btu/h, Deg, Rad,inH2O @ 60°C, ug/L, ug/Cum,%Cs, Vol%, % Stm Quad, ft.in 16,Cuft/Lb, pF, mL/L, uL/L, % plato, % LEL, Mcal, KO, MJ, Btu, NmlCum,Nm/L, StdCuft, Ppb, gal/d, hL, MPa, inH2O @ 4°C, mmH2O @ 4°C, &uV.Note: the values represent ideals, no tolerances have been appliedand no allowances for input source errors, or output measurementequipment errors have been used.
Instrumentation Calculator 2.0 APK
The Instrumentation Calculator App is veryuseful in day to day activities of an instrumentationengineer.The Instrumentation Calculator App Key contributions:★ Instrumentation Maintenance Activities★ Field Transmitters Troubleshooting★ Useful During Loop Checks★ Useful During Logic Checks★ Useful During Commissioning of a Plant★ DCS & Field Reading mismatch calculations★ Instrument Main cable Faults★ Cable Voltage/Current Drops due to Resistance★ DCS/ESD/PLC Analog input / Analog output 4-20 mA Calculationsetc...The Instrumentation Calculator App Functions as follows :★ Calculate 4-20 mA Current from Process Variable, LRV &URV★ Calculate Process Variable from 4-20 mA, LRV & URV★ Calculate 0-100 % Percentage from 4-20 mA Current★ Calculate 4-20 mA Current from 0-100% Percentage★ Calculate 0-100 % Percentage from Process Variable★ Calculate Process Variable from 0-100 % PercentageNote: Process Variable, LRV & URV units must be same.Support Our Instrumentation Calculator App: Like it, Share it, GiveComments & Encourage us.How to Use Instrumentation Calculator App:1. Enter the Lower Range Value (LRV) of the FieldTransmitter.(Minimum Value of the Transmitter Range)2. Enter the Upper Range Value (URV) of the FieldTransmitter.(Maximum Value of the Transmitter Range)3. Select the Input type i.e. any one of the list - Processvariable, 4-20 mA Current & Percentage.(Say you want to calculate the mA current output from ProcessVariable then Select Input as Process variable.)4. Enter the Input Value depending on the above selection.(Say you selected the Process Variable in above selection list thenenter the Process Variable (PV) Value.)5. Select the required Output type in the drop down list.(Say you are calculating the mA current from Process Variable, Sooutput type is 4-20 mA.)6. Press Calculate button & the result is shown below thebutton.EXAMPLE:A Temperature Transmitter having a range of 0 to 150 Deg C andshowing a Value of 125 Deg C in the field. Calculate equivalent4-20 mA Current output.Simply from the question, we need to calculate 4-20 mA from theProcess VariableRequirementSelect Input type = Process VariableSelect Output type = 4-20 mAEnter the following data in the appLRV = 0 Deg CURV = 150 Deg CProcess Variable (PV) = 125 Deg CNote: LRV, URV, Process Variable units must be same & notrequired to enter in the app.Press Calculate & Result shown below the calculate buttonResult = 17.33 mAThat's it, Very Simple to use.Support Our Instrumentation Calculator App: Like it, Share it, GiveComments & Encourage us.