Metravi Ce-0102tmc Non-contact Tachometer Calibrator

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Metravi Ce-0102tmc Non-contact Tachometer Calibrator Specification

Frequency
Variable, up to 60,000 rpm

Measuring Range
20 to 60000 rpm

Equipment Type
Non-contact Tachometer Calibrator

Power Supply
AC 100~240V, 50/60Hz

Humidity
≤85% RH (non-condensing)

Application
Calibrating and testing non-contact tachometers

Temperature
0°C to 50°C

Response Time
Less than 1s

Interface Type
Optical sensor interface

Automation Grade
Manual

Features
Wide measuring range, high accuracy, large digital display, portable design

Resolution
0.01 rpm (20~999.99 rpm), 0.1 rpm (1000~9999.9 rpm), 1 rpm (10000~60000 rpm)

Operating Voltage
DC 12V (via AC adapter)

Accuracy
±0.02% of reading

Display Type
5 digit LCD

Mounting Type
Bench-top

Usage
For calibration and performance testing of tachometers

Machine Weight
Approx. 800g

Control Mode
Manual

Metravi Ce-0102tmc Non-contact Tachometer Calibrator Trade Information

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

Supply Ability
100 Per Week

About Metravi Ce-0102tmc Non-contact Tachometer Calibrator

Metravi Ce-0102tmc Non-contact Tachometer Calibrator

Easy to use calibrator for instant and reliable calibration of Non -Contact tachometers up to 199999 RPM
The desired RPM can easily be set using the front panel switches
Since RPM is a function of the frequency,the bright White LED flashes at avalue nearest to the set RPM and the actual RPM/Frequency is displayed on the 2 Line Backlit alpha numeric LCD display
The actual RPM/Frequency is displayed on the 2 Line Backlit alpha numeric LCD display

Advanced Calibration for Tachometers

Optimize tachometer performance with the CE-0102TMC, trusted for its expansive measuring range and reliable accuracy. Its optical sensor interface and high-resolution display allow users to calibrate various tachometers efficiently, making it an essential tool for maintenance and quality assurance teams.

Precision Meets Portability

Designed for bench-top operation, the calibrator is lightweight (approx. 800g) and compact, facilitating easy transport and setup. With manual control mode, it ensures simple and direct operation, perfect for laboratories or fieldwork without compromising precision or response time.

FAQ's of Metravi Ce-0102tmc Non-contact Tachometer Calibrator:

Q: How does the Metravi CE-0102TMC ensure precise tachometer calibration?

A: The CE-0102TMC uses a rotating aluminum alloy disc and an optical sensor interface to simulate accurate speeds across a wide range-from 20 to 60,000 rpm-facilitating reliable calibration with an accuracy of 0.02% of reading and swift response time under 1 second.

Q: What are the main applications for this non-contact tachometer calibrator?

A: This device is primarily used for calibrating and performance testing of non-contact tachometers, ensuring their accuracy in measuring rotational speeds across industrial, laboratory, and maintenance scenarios.

Q: When should I use this calibrator for my tachometer testing?

A: Utilize the CE-0102TMC during regular calibration intervals, performance verification procedures, or after repair and maintenance of tachometers to guarantee precise and reliable speed measurements.

Q: Where can the Metravi CE-0102TMC be operated effectively?

A: It is suitable for bench-top use in laboratories, manufacturing sites, and field environments thanks to its portable design and adaptable power supply (AC 100-240V, 50/60Hz).

Q: What is the calibration process with the CE-0102TMC?

A: Simply set up the unit, connect the optical sensor, manually select the desired rpm, and align the tachometer. The calibrator generates stable rotation speeds, and you compare the tachometer's readings with those displayed on the LCD.

Q: How does the large digital display benefit users?

A: The 5-digit backlit LCD screen provides clear, accurate rpm readings with high resolution, simplifying data interpretation and minimizing errors during calibration and testing.

Q: Can this calibrator handle varying environmental conditions?

A: Yes, it operates effectively within 0C to 50C and up to 85% relative humidity (non-condensing), making it reliable for use in diverse climates and industrial settings.

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