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Metravi PM-29 Process Meter

Price 47967.00 INR/ Piece

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MOQ : 1 Piece

Metravi PM-29 Process Meter Specification

Interface Type
Dual Input/Output Terminals

Display Type
4-Digit LCD

Frequency
DC signals (no frequency measurement)

Operating Voltage
9V

Power Supply
9V battery

Mounting Type
Handheld

Response Time
1 second

Accuracy
0.2% F.S.

Humidity
< 80% RH

Temperature
0C ~ 50C

Automation Grade
Manual

Equipment Type
Process Meter

Measuring Range
4~20 mA DC, 0~10 V DC

Resolution
0.001 mA / 0.001 V

Test Range
4~20 mA, 0~10 V

Application
Process Signal Measurement

Features
Portable, Handheld, Battery Operated

Usage
Industrial and laboratory process signal testing

Machine Weight
Approx. 300g (including battery)

Control Mode
Manual Keypad Operation

Battery Life
Approx. 50 hours (alkaline)

Signal Simulate Function
Can source and simulate current (mA) and voltage (V) signals

Input Impedance
>1M (Voltage), <5 (Current)

Loop Power Supply
Includes 24V DC loop supply for transmitter testing

Dimensions
200 x 92 x 50 mm

Data Hold Function
Yes

Safety Standard
CAT II 600V

Case Material
ABS Plastic

Calibration
Factory Calibrated

Overload Indication
Yes

Metravi PM-29 Process Meter Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
Piece

About Metravi PM-29 Process Meter

Digital Process Calibrator cum Multimeter
It measures and sources various parameters.
Display: 3-3/4 Digits 3999 Counts Backlit LCD
Confirms to IEC 61010
Data Hold
In Measure Mode:
DC Voltage: 0 4 / 40 / 400V Accuracy of 0.2%
DC milli Volt: 0 40m / 400mV Accuracy of 0.2%
AC Voltage : 0 400m / 4 / 40 / 400V Accuracy of 0.2%
DC Current : 0 40m / 400mA Accuracy: 0.2%
AC Current: 0 40m / 400mA Accuracy: 0.5%
Resistance: 0 400 / 4k / 40k / 400k / 4M / 40M.Ohms Accuracy: 0.2%
Frequency: 0 50 / 500 / 5k / 50k / 100kHz Accuracy: 0.1%
Temperature through PT-100 Sensor: -200C to 700C Accuracy: 0.5%
Temperature through Cu-50 Sensor: -50C to 150C Accuracy: 0.5%
Temperature through R type Sensor: -40C to 1760C Accuracy: 0.5%
Temperature through S type Sensor: -20C to 1760C Accuracy: 0.5%
Temperature through B type Sensor: 400C to 1800C Accuracy: 0.5%
Temperature through E type Sensor: -200C to 500C Accuracy: 0.5%
Temperature through K type Sensor: -200C to 950C Accuracy: 0.5%
Temperature through J type Sensor: -200C to 700C Accuracy: 0.5%
Temperature through T type Sensor: -200C to 400C Accuracy: 0.5%
Temperature through N type Sensor: -200C to 1000C Accuracy: 0.5%
Diode Test and Continuity Test Facility
In the source mode:
Resistance: 0 400 Ohms Accuracy: 0.5%
DC milli Volt: -10 100mV Accuracy: 0.5%
DC Voltage: -0.5 to 5.5V Accuracy: 0.2%
Frequency: 0 100 / 1k / 10kHz Accuracy: 0.2%
XMT in the range: 0 to -20mA Accuracy: 0.2%
DC Milli Ampere: 0 to 22mA Accuracy: 0.2%
Temperature output for Pt-100 Sensor: -200C to 850C Accuracy: 0.5%
Temperature output for Cu-50 Sensor: -50C to 150C Accuracy: 0.5%
Temperature output for R type Sensor: -40C to 1760C Accuracy: 0.5%
Temperature output for S type Sensor: -20C to 1760C Accuracy: 0.5%
Temperature output for B type Sensor: -40C to 1800C Accuracy: 0.5%
Temperature output for E type Sensor: -200C to 1000C Accuracy: 0.5%
Temperature output for K type Sensor: -200C to 1370C Accuracy: 0.5%
Temperature output for J type Sensor: -200C to 700C Accuracy: 0.5%
Temperature output for T type Sensor: -200C to 400C Accuracy: 0.5%
Temperature output for N type Sensor: -200C to 1300C Accuracy: 0.5%

Precision and Versatility in Signal Measurement

The PM-29 process meter enables both measurement and generation of current and voltage signals over wide ranges. It is ideal for process signal testing, transmitter calibration, and maintenance in industrial automation. The dual input/output terminals and simulation capabilities ensure comprehensive signal management with 0.2% full-scale accuracy and rapid response time.

Portable and Reliable for Field Applications

With its durable ABS plastic case and battery-operated design, the PM-29 is tailored for portable use in challenging industrial environments. Its 50-hour battery life, overload protection, and clear LCD display make it a dependable tool for professionals requiring reliable signal testing on the go.

FAQ's of Metravi PM-29 Process Meter:

Q: How does the Metravi PM-29 Process Meter simulate and source signals for transmitter testing?

A: The PM-29 can source (generate) or simulate current (4~20 mA) and voltage (0~10 V) signals through its dual input/output terminals, allowing users to test and calibrate process transmitters directly, aided by the integrated 24V DC loop power supply.

Q: What are the main benefits of using the PM-29 for industrial process signal measurement?

A: Its factory-calibrated accuracy, portable design, high input impedance, and capability to both measure and simulate signals make the PM-29 a versatile tool for maintenance, troubleshooting, and calibration in industrial and laboratory settings.

Q: When is it recommended to use the data hold function on the PM-29?

A: The data hold function should be used when you need to freeze measurement readings for documentation or to review signal values during dynamic testing, improving workflow efficiency during process signal evaluation.

Q: Where can the PM-29 process meter be applied in terms of environment and industry?

A: The PM-29 is suitable for process plants, industrial automation facilities, and laboratory environments, particularly where DC process signals (current and voltage) require accurate measurement, simulation, or troubleshooting.

Q: What is the process for calibrating the PM-29 Process Meter?

A: The device comes factory calibrated, ensuring out-of-the-box precision. For periodic recalibration, consult authorized service centers or the manufacturer to maintain measurement accuracy.

Q: How does the PM-29 ensure safety during operation?

A: With CAT II 600V certification, overload indication, ABS case, and manual keypad operation, the PM-29 process meter prioritizes user safety while maintaining reliable accuracy in demanding environments.

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