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Metravi M-01S mV Thermocouple and RTD Source Calibrator

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Metravi M-01S mV Thermocouple and RTD Source Calibrator

Metravi M-01S mV Thermocouple and RTD Source Calibrator

(Based On 10 Reviews)

5 Digits LCD Display, 0.05% accuracy, provides output only for DC Voltage, Resistance, Thermocouples – R, S, K, E, J, T, N, B, A, C, D and Thermal Resistance RTD – PT-100, PT-200, PT-500, PT-1000, Cu-50.
The output temperature value and the corresponding temperature signal are displayed on the same screen. With Auto power-off, backlight, flashlight.

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₹ 29,099.00

(GST inclusive price) i
  • Base Value: ₹ 24660.2
  • GST: (18) % ₹ 4438.8
  • Total Value ₹ 29099

₹39,150.00

( - 26% OFF )

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Description

Key Features

  • Analogue output.
  • DC voltage DCV, resistance OHM, thermocouple TC, thermal resistance RTD Source.
  • Output temperature value and the corresponding temperature signal are displayed simultaneously.
  • Built-in high-precision temperature sensor for high-precision cold-end compensation.
  • Thermocouple cold-end compensation can be set, including manual compensation, automatic compensation, compensation access disconnection, etc.
  • Auto power-off.
  • The segment code is displayed on the LCD with a white backlight.
  • LED flashlight.
  • Powered by 3 AA battery cells
  • The battery compartment door is convenient for battery replacement. Low-battery indication.
  • Compact, firm, reliable, suitable for field use.

 

What's in the box?

  • Metravi M-01S mV Thermocouple and RTD Source Calibrator
  • 1 pair Industrial test leads
  • User Manual
  • 3 units AA alkaline battery
  • Thermocouple Adapter

Rating & Reviews

4.5
(Based On 10 Reviews)

Rating

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Product Specifications

GENERAL

Operating temperature and humidity : 0 to 50ºC; ≤80%RH without condensation; 40 to 50ºC ≤70%RH
Storage temperature and humidity : -25 to 60ºC; ≤90%RH without condensation
Electrical safety : EN61010-1:2001, CE
Withstand voltage : AC3540V (50/60Hz) / 5 seconds between terminal and housing
Insulation impedance : DC1000V/100MΩ or more between terminal and housing
Electromagnetic compatibility (EMC) : EN61326-1:2006
Performance : criterion 2 is met, i.e. the function and performance are temporarily reduced or lost, but can be recovered by themselves.
Protection : IP40, 1m drop-tested
Vibration and fall : IEC 60068-2-64:2008, IEC 60068-2-32:2008
Quality standard : developed, designed and manufactured in accordance with TUV ISO-9001
Calibration period : To ensure the accuracy of the Table, the calibration period is 1 year
Preheating time : Startup preheating time is more than 30 minutes.
Display : 5 digits, segment code LCD with white backlight
Power Supply : 3 x AA alkaline batteries
Accessories : 1 pair Industrial test leads, User Manual, 3 units AA alkaline battery, Thermocouple Adapter
Dimension and weight : 9.84 x 3.94 x 7.87 inches, 60

TECHNICAL

 

Output functionRangeOutput rangeResolutionAccuracyRemarks
DC Voltage DCV
100mV
-10.000mV~110.00mV0.01mV0.05%+0.03mVMaximum output current: 1mA
1V -0.1000V~1.1000V 0.0001V0.05%+0.3mVMaximum output current: 5mA
Resistance Oh400Ω0~400.0Ω0.1Ω0.05%+0.2ΩThe excitation current is
±0.1~±5mA.
Maximum output voltage 2V.
When the excitation current is
±0.1~0.5mA, additional error of
0.1Ω is added.
The accuracy does not include
lead resistance
Thermocouple
TC
4KΩ0~4.000KΩ0.05%+2Ω
R0°C~1767°C1°C0~100C
10~1767°C
0~100°C
100~1767°C 
1.5°C
1.2°C
1.5°C
1.2°C
Use ITS-90 temperature scale.
The accuracy does not include the
error of cold junction
compensation.
The accuracy does not include
sensor inaccuracy.
The accuracy does not include the
influence of thermoelectric
potential.
R: Platinum Rhodium 13- Platinum
S: Platinum Rhodium 10- Platinum
K: Nickel chromium - nickel silicon
E: Nickel chromium - copper nickel
(constantan)
J: Iron - copper nickel (constantan)
T: Copper - nickel (constantan)
N: Nickel chromium silicon nickel
silicon
B: Platinum Rhodium 30 - Platinum
A: Tungsten rhenium 5- Tungsten
rhenium 20
C: Tungsten rhenium 5- Tungsten
rhenium 26
D: Tungsten rhenium 3- Tungsten
rhenium 25
S0°C~1767°C
K-200.0°C~1372.0°C0.1°C-200.0~-100.0°C
-100.0~400.0°C
400.0~1200.0°C
1200.0~1372.0°C
0.6°C
0.5°C
0.7°C
0.9°C
E-200.0°C~1000.0°C-200.0~-100.0°C
-100.0~600.0°C
600.0~1000.0°C
0.6°C
0.5°C
0.4°C
J-200.0°C~1200.0°C-200.0~-100.0°C
-100.0~800.0°C
800.0~1200.0°C
0.6°C
0.5°C
0.7°C
T-250.0°C~400.0°C-250.0~400.0℃0.6°C
N-200.0°C~1300.0°C-200.0~-100.0°C
-100.0~900.0°C
900.0~1300.0°C
1.0°C
0.7°C
0.8°C
B600°C~1820°C1°C600~800°C
800~1820°C
1.5°C
1.1°C
A0°C~2500°C1°C0~1600°C
1600~2000°C
2000~2500°C
2.0°C
2.2°C
2.4°C
C0°C~2310°C1°C0~1600°C
1600~2000°C
2000~2310°
2.0°C
2.2°C
2.4°C
D0°C~2310°C1°C0~100°C
100~270°C
270~1200°C
270~2310°C
2.6°C
2.4°C
2.2°C
2.4°C
Thermal Resistance RTDPt100 385-200.0°C~800.0°C0.1°C200.0~0.0°C
0.0~400.0°C
400.0~800.0°C
0.3°C
0.5°C
0.8°C
Use Pt (385) temperature scale.
The excitation current is
±0.1~±5mA.
Maximum output voltage 2V.
When the excitation current is
±0.1~0.5mA, additional error of
0.1Ω is added.
The accuracy does not include
lead resistance.
The accuracy does not include the
influence of thermoelectric
potential.
Support pulse transmitters and
PLCs with pulse times as short as
10ms
Pt200 385-200.0°C~630.0°C -200.0~100.0°C
100.0~300.0°C
300.0~630.0°C
0.8°C
0.9°C
1.0°C
Pt500 385-200.0°C~630.0°C-200.0~100.0°C
100.0~300.0°C
300.0~630.0°C
0.4°C
0.5°C
0.7°C
Pt1000 385-200.0°C~630.0°C-200.0~100.0°C
100.0~300.0°C
300.0~630.0°C
0.2°C
0.5°C
0.7°C
Cu50-50.0°C~150.0°C0.6°C

Rating & Reviews

4.5
(Based On 10 Reviews)

Rating

0

0

0

0

0
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