PROVA-136

Temperature Calibrator (RTD + TC)

Availability: In stock
  • High precision and combination of RTD and Thermocouple (TC) calibration
  • Source and measure 14 types of RTD and resistance
  • Source and measure 11 types of thermocouples (TC)
  • 4W, 3W, and 2W connections for RTD simulation and measurement
  • Current calibration of 4 fixed values (100μA, 250μA, 1mA, and 2mA)
  • ℃ and ℉ selectable
  • Accept wide range of excitation current (0.05mA to 5mA) for RTD simulation
  • Individual cold junction compensation (CJC) for simulation and measurement of thermocouples. CJC can be used to fine tune temperature calibration.
  • Easy 0% and 100% setup and operation
  • Easy 25%▲ (up) and 25▼ (down) for temperature calibration.
  • Individual memory of 0% and 100% setup for different RTD types and thermocouple types
  • Auto step and auto ramp for easy linear calibration
  • Detection of too low or too high excitation current (LO or HI) from the measurement device
  • Warning of exceeding calibrator driving current (IEX)
  • Memory of last setup when power off
  • Easy numerical keypad for input
  • Dot Matrix LCD with backlight
  • Very low power consumption of 30mA with backlight off
  • 15 minutes smart auto-power-off. 15 minutes timer resets itself when any input changes
  • 2 minutes smart auto-backlight-off. 2 minutes timer resets itself when any input changes
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    Temperature Calibrator (RTD + TC)
    Temperature Calibrator (RTD + TC)
    • Specification
    • Application

     

    Electrical Specifications:

    (Specifications apply from +18°C to +28°C unless stated otherwise. All specifications assume a 5-minute warm-up period.)

    Ohms Measure

    Range (Ω)

    Accuracy (% of Reading + Floor)

    0.00Ω to 400.00Ω

    0.015%+0.05Ω

    400.0Ω to 4000.0Ω

    0.015%+0.5Ω

    4000.0Ω to 7000.0Ω

    0.03%+1.0Ω

    Read accuracy is based on 4-wire input. For 3-wire ohm measurements, assuming all three leads are

    matched, add 0.05 Ω (0.00 Ω~400.00 Ω), 0.2 Ω (400.0 Ω~4000.0 Ω), and 1 Ω(4000.0Ω~7000.0Ω) to the

    specifications. Temperature coefficient(± 0.002% of reading ±0.002% of range)/°C (<18°C or >28°C)

     

    Ohm Source (Accuracy is based upon 4W connection)

    Range (Ω)

    Excitation Current from

    Measurement Device

    Accuracy

    (% of Output + Floor)

    1.0Ω to 400.0Ω

    0.5mA to 5mA

    0.015%+0.1Ω

    400.0Ω to 1500.0Ω

    0.05mA to 5mA

    0.015%+0.5Ω

    1500.0Ω to 4000.0Ω

    0.05mA to 5mA

    0.015%+0.5Ω

    4000.0Ω to 7000.0Ω

    0.05mA to 5mA

    0.03%+1Ω

    For 3W ohm source, assuming all three test leads are matched, add 0.05 Ω (0.00 Ω~400.00 Ω),

    0.2 Ω (400.0 Ω~4000.0 Ω),and 1 Ω (4000.0Ω~7000.0Ω) to the specifications.  Driving voltage<1.7V;

    Temperature coefficient±(0.002% of reading + 0.002% of range)/°C (<18°C or >28°C)

     

    Ohms Resolution (Source)

    Range (Ω)

    Resolution (Ω)

    1.0Ω to 7000.0Ω

    0.1Ω

     

    RTD resolution in

    Range

    Resolution (measure)

    Resolution (source)

    -200°C to 0°C

    0.1°C

    0.1°C

    0°C to 800°C

    0.01°C

    0.1°C

     

    RTD measure in (RTD Sensor inaccuracies not included; Temperature coefficient

    ± 0.05°C/°C for measure, ± 0.05°C/°C(<18°C or >28°C) for source)

    RTD Type

    (α)

    Measure (°C)

    Source Current

    Range

    Accuracy

    10Ω

    Pt(385)

    -200 to 100

    1.5

    2mA

    100 to 800

    1.8

    50Ω

    Pt(385)

    -200 to 100

    0.4

    2mA

    100 to 800

    0.5

    100Ω

     Pt(385)

    -200 to 100

    0.2°C

    1mA

    100 to 800

    0.015%+0.18°C

    200Ω

     Pt(385)

    -200 to 100

    0.2°C

    1mA

    100 to 630

    0.015%+0.18°C

    500Ω

     Pt(385)

    -200 to 100

    0.3°C

    250ΩμA

    100 to 630

    0.015%+0.28°C

    1000Ω

     Pt(385)

    -200 to 100

    0.2°C

    100μA

    100 to 630

    0.015%+0.18°C

    100Ω

    Pt(3902)

    -200 to 100

    0.2°C

    1mA

    100 to 500

    0.015%+0.18°C

    100Ω

     Pt(3916)

    -200 to 100

    0.2°C

    1mA

    100 to 630

    0.015%+0.18°C

    100Ω

    Pt(3926)

    -200 to 100

    0.2°C

    1mA

    100 to 630

    0.015%+0.18°C

    10Ω Cu(427)

    -100 to260

    1.5°C

    2mA

    120Ω Ni(672)

    -80 to 260

    0.15°C

    1mA

    50Ω Cu(427)

    -180 to 200

    0.4°C

    2mA

    100Ω Cu(427)

    -180 to 200

    0.2°C

    2mA

    YSI400

    15 to 50

    0.2°C

    100μA

    Read accuracy is based on 4-wire input. For 3-wire RTD measurements, assuming all three RTD leads are

    matched, add 1.0 °C (Pt10 and Cu10), 0.6 °C (Pt50 and Cu50), 0.4 °C (Other RTD types) to the specifications. 

     

    RTD source in°Accuracy is based upon 4W connection, driving voltage is less than 1.7V

    and the excitation current is based upon 0.5mA to 5mA (0 to 400Ω) and 0.05mA to 5mA (400Ωto 7000Ω).  

    For 3-wire RTD source, assuming all three RTD leads are matched,

    add 1.0 °C (Pt10 and Cu10), 0.6 °C (Pt50 and Cu50), 0.4 °C (Other RTD types) to the specifications)

    RTD Type

    (α)

    Source (°C)

    Range

    Accuracy

    10Ω

    Pt(385)

    -200 to 100

    1.5

    100 to 800

    1.8

    50Ω

    Pt(385)

    -200 to 100

    0.4

    100 to 800

    0.5

    100Ω

     Pt(385)

    -200 to 100

    0.2°C

    100 to 800

    0.015%+0.18°C

    200Ω

     Pt(385)

    -200 to 100

    0.2°C

    100 to 630

    0.015%+0.18°C

    500Ω

     Pt(385)

    -200 to 100

    0.3°C

    100 to 630

    0.015%+0.28°C

    1000Ω

     Pt(385)

    -200 to 100

    0.2°C

    100 to 630

    0.015%+0.18°C

    100Ω

    Pt(3902)

    -200 to 100

    0.2°C

    100 to 500

    0.015%+0.18°C

    100Ω

     Pt(3916)

    -200 to 100

    0.2°C

    100 to 630

    0.015%+0.18°C

    100Ω

    Pt(3926)

    -200 to 100

    0.2°C

    100 to 630

    0.015%+0.18°C

    10Ω Cu(427)

    -100 to260

    1.5

    120Ω Ni(672)

    -80 to 260

    0.15

    50Ω Cu(427)

    -180 to 200

    0.4

    100Ω Cu(427)

    -180 to 200

    0.2

    YSI400

    15 to 50

    0.2

    Temperature coefficient(± 0.002% of reading ±0.002% of range)/°C (<18°C or >28°C)

     

    RTD Resolution in

    Range

    Resolution (measure)

    Resolution (source)

    -328°F to 32°F

    0.1°F

    0.1°F

    32°F to 1472°F

    0.1°F

    0.1°F

     

    RTD measure in

    RTD Type

    (α)

    Measure (°F)

    Source Current

    Range

    Accuracy

    10Ω

    Pt(385)

    -328 to 212

    2.7

    2mA

    212 to 1472

    3.24

    50Ω

    Pt(385)

    -328 to 212

    0.72

    2mA

    212 to 1472

    0.9

    100Ω

     Pt(385)

    -328 to 212

    0.36°F

    1mA

    212 to 1472

    0.015%+0.324°F

    200Ω

     Pt(385)

    -328 to 212

    0.36°F

    1mA

    212 to 1166

    0.015%+0.324°F

    500Ω

     Pt(385)

    -328 to 212

    0.54°F

    250μA

    212 to 1166

    0.015%+0.504°F

    1000Ω

     Pt(385)

    -328 to 212

    0.36°F

    100μA

    212 to 1166

    0.015%+0.324°F

    100Ω

    Pt(3902)

    -328 to 212

    0.36°F

    1mA

    212 to 932

    0.015%+0.324°F

    100Ω

     Pt(3916)

    -328 to 212

    0.36°F

    1mA

    212 to 1166

    0.015%+0.324°F

    100Ω

    Pt(3926)

    -328 to 212

    0.36°F

    1mA

    212 to 1166

    0.015%+0.324°F

    10Ω Cu(427)

    -148 to500

    2.7°F

    2mA

    120Ω Ni(672)

    -112 to 500

    0.27°F

    1mA

    50Ω Cu(427)

    -292 to 392

    0.72°F

    2mA

    100Ω Cu(427)

    -292 to 392

    0.36°F

    2mA

    YSI400

    59 to 122

    0.36°F

    250μA

    Read accuracy is based on 4-wire input. For 3-wire RTD measurements, assuming all three RTD

    leads are matched,add 1. 8°F (Pt10 and Cu10), 1.08 °F (Pt50 and Cu50), 0.72 °F (Other RTD types)

    to the specifications.

     

    RTD source in

    Accuracy is based upon 4W connection, driving voltage is less than 1.7V and the

    excitation current is based upon 0.5mA to 5mA (0 to 400Ω) and 0.05mA to 5mA (400Ωto 7000Ω). 

    For 3-wire RTD source, assuming all three RTD leads are matched, add 1.8 (Pt10 and Cu10),

    1.1 (Pt50 and Cu50), 0.7 (Other RTD types) to the specifications.

    RTD Type

    (α)

    Source (°F)

    Range

    Accuracy

    10Ω

    Pt(385)

    -328 to 212

    2.7

    212 to 1472

    3.24

    50Ω

    Pt(385)

    -328 to 212

    0.72

    212 to 1472

    0.9

    100Ω

     Pt(385)

    -328 to 212

    0.36°F

    212 to 1472

    0.015%+0.324°F

    200Ω

     Pt(385)

    -328 to 212

    0.36°F

    212 to 1166

    0.015%+0.324°F

    500Ω

     Pt(385)

    -328 to 212

    0.54°F

    212 to 1166

    0.015%+0.504°F

    1000Ω

     Pt(385)

    -328 to 212

    0.36°F

    212 to 1166

    0.015%+0.324°F

    100Ω

    Pt(3902)

    -328 to 212

    0.36°F

    212 to 932

    0.015%+0.324°F

    100Ω

     Pt(3916)

    -328 to 212

    0.36°F

    212 to 1166

    0.015%+0.324°F

    100Ω

    Pt(3926)

    -328 to 212

    0.36°F

    212 to 1166

    0.015%+0.324°F

    10Ω Cu(427)

    -148 to500

    2.7

    120Ω Ni(672)

    -112 to 500

    0.27

    50Ω Cu(427)

    -292 to 392

    0.72

    100Ω Cu(427)

    -292 to 392

    0.36

    YSI400

    59 to 122

    0.36

     Temperature coefficient(± 0.002% of reading ±0.002% of range)/°C (<18°C or >28°C)

     

    Temperature of Thermocouples  

    Source and measure, 0.1& 0.1 Resolution, Internal Cold Junction Compensation,

    thermocouples accuracy is not included,  and 3 minutes after plugging in thermocouples.

     

    °C

    °F

    Range

    Accuracy

    Range

    Accuracy

    K

    -200 to -150

    0.7

    -382 to -238

    1.26

    -150 to 0

    0.6

    -238 to 32

    1.08

    0 to 1000

    0.5

    32 to 1832

    0.90

    1000 to 1370

    0.7

    1832 to 2498

    1.26

    J

    -200 to -150

    1.0

    -382 to -238

    1.80

    -150 to 0

    0.6

    -238 to 32

    1.08

    0 to 1050

    0.7

    32 to 1922

    1.26

    E

    -200 to -150

    0.8

    -382 to -238

    1.44

    -150 to 0

    0.5

    -238 to 32

    0.90

    0 to 850

    0.4

    32 to 1562

    0.72

    850 to 1000

    0.4

    1562 to 1832

    1.26

    T

    -200 to -150

    0.7

    -382 to -238

    1.44

    -150 to 0

    0.6

    -238 to 32

    1.26

    0 to 400

    0.5

    32 to 752

    0.54

    R

    0 to 500

    1.5

    32 to 932

    2.70

    500 to 1760

    1.0

    932 to 3200

    1.80

    S

    0 to 500

    1.5

    32 to 932

    2.70

    500 to 1760

    1.0

    932 to 3200

    1.80

    N

    -200 to 0

    1.0

    -328 to 32

    1.80

    0 to 1300

    0.6

    32 to 2372

    1.08

    L

    -200 to 0

    0.8

    -328 to 32

    1.44

    0 to 900

    0.6

    32 to 1652

    1.08

    U

    -200 to 0

    1.1

    -328 to 32

    1.98

    0 to 600

    0.5

    32 to 1112

    0.90

    B

    600 to 800

    1.3

    1112 to 1472

    2.34

    800 to 1000

    1.0

    1472 to 1832

    1.80

    1000 to 1820

    0.9

    1832 to 3308

    1.62

    C

    0 to 1800

    0.8

    32 to 3272

    1.44

    1800 to 2310

    1.2

    3272 to 4190

    2.16

     

    Output Current in the OHM measurement Manual mode

    (Operating Voltage < 2.5V, Open Circuit: 3.7V)

    Current

    Accuracy of reading

    100μA

    ±0.015% ±0.05μA

    250μA

    ±0.015% ±0.05μA

    1mA

    ±0.015% ±0.05μA

    2mA

    ±0.015% ±0.05μA

     

    General Specifications: 

    Dimension:

    214.0 (L) x 98.7 (W) x 56.0 (H) mm

    8.4" (L) x 3.9" (W) x 2.2" (H)

    Battery Type

    1.5V LR6 AA x 5

    Power Consumption

    30mA with backlight off

    Battery Life

    60 Hours with backlight off (Alkaline type)

    Weight:

    630g / 22.2oz (Batteries included)

    Operation Environment:

    0 ~ 50, < 85% RH

    Storage Environment:

    -20 ~ 60, < 75% RH

    Accessories:

    Carrying case x 1

    User manual x 1

    1.5V SUM-3 AA x 5

    Test leads with prods and alligator clips

    x 2 sets (black and red)

    Test leads with banana plugs and alligator clips x 1 set (black and red)

    Stackable test leads for short circuit x 1

    (10 cm, black)

    K-type thermocouple (dual plugs) x 1

    K-type thermocouple (single plug) x 1

     

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