Metravi BCA 111 Bearing Condition Analyzer and Vibration Meter

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Metravi BCA 111 Bearing Condition Analyzer and Vibration Meter

Price 146497.00 INR/ Piece

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MOQ : 1 Piece

Metravi BCA 111 Bearing Condition Analyzer and Vibration Meter Specification

Display Type
LCD with Backlight

Measuring Range
Velocity: 0.01199.9 mm/s, Acceleration: 0.11999 mG, Displacement: 0.0011.999 mm

Automation Grade
Manual

Application
Bearing condition detection, mechanical vibration measurement, machine maintenance

Power Supply
Rechargeable Lithium Battery (3.7V, 1500mAh)

Frequency
10Hz 1kHz (overall); Bearing Frequency 1kHz 10kHz

Equipment Type
Bearing Condition Analyzer and Vibration Meter

Features
Bearing quality indication (Good/Bad), ISO standard vibration evaluation, Data Hold, Auto Power Off, Backlight

Resolution
0.01 mm/s, 0.1 mG, 0.001 mm

Humidity
85% RH (non-condensing)

Mounting Type
Handheld

Accuracy
5% of reading 2 digits

Test Range
0.01 199.9 mm/s (velocity); 0.1 1999 mG (acceleration); 0.0011.999 mm (displacement)

Interface Type
USB (for charging)

Operating Voltage
3.7V (via Lithium Battery)

Response Time
Instantaneous

Temperature
0C to 40C

Usage
Portable measurement and analysis

Machine Weight
About 500g (with battery)

Control Mode
Manual

Alarm Function
Good/Bad bearing status alert

Operating Principle
Vibration analysis by frequency spectrum and bearing algorithm

Dimensions
Approx. 172 x 65 x 33 mm

Accessories
Carrying case, probe, charger, user manual

Sampling Rate
20k samples/sec

Transducer Type
High-sensitivity piezoelectric accelerometer

Standards Compliance
Conforms to ISO 10816

Probe Type
Magnetic and contact probe included

Data Output
No data logging (instant readings only)

Battery Life
Approx. 8 hours continuous

Metravi BCA 111 Bearing Condition Analyzer and Vibration Meter Trade Information

Minimum Order Quantity
1 Piece

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

About Metravi BCA 111 Bearing Condition Analyzer and Vibration Meter

Micro-processor based diagnostic tool
Direct Indication of machine condition in terms of good-reduced-bad
Mechanical Condition of Bearing
Lubrication condition of Bearing
Damage Severity readings for rolling bearings.
Non-Contact measurements of rotational speed
Vibration Severity measurements according to ISO recommendations.
Bearing Tester Function Range 0 to 99dBpv
Vibration Range 0.1 to 99.9 mm/s RMS
Laser Tachometer range up to 20000 RPM
Bearing Probe, head phone, Accelerometer, tachometer probe, manual, battery and carrying case

Advanced Vibration Analysis for Maintenance

Employing vibration analysis through frequency spectrum and specialized bearing algorithms, the Metravi BCA 111 helps you assess the condition of rotating machinery. Early detection of abnormal vibration patterns enables planned maintenance, mitigating severe breakdown risks and optimizing operational efficiency. Its robust analysis capabilities are indispensable for mechanical and maintenance engineers.

User-Friendly Design and Portability

With an ergonomic, lightweight build and a comfortable handheld design, the BCA 111 is portable for field operations. The backlit LCD ensures clear readings even in dim environments, while instant response time and data hold features make it intuitive to use. Its rechargeable battery offers about 8 hours of continuous testing, supporting extensive maintenance rounds.

Comprehensive Accessories and Compliance

The instrument is supplied with a magnetic probe, contact probe, carrying case, charger, and user manual, ensuring convenience and readiness for various test scenarios. Compliance with ISO 10816 assures you of reliable, standardized vibration evaluation. Its dual probe system enhances flexibility for different machine types and components.

FAQ's of Metravi BCA 111 Bearing Condition Analyzer and Vibration Meter:

Q: How does the Metravi BCA 111 determine the condition of machine bearings?

A: The Metravi BCA 111 uses a high-sensitivity piezoelectric accelerometer and advanced algorithms to analyze the vibration frequency spectrum. Based on ISO 10816 standards, it evaluates bearing condition and provides an immediate Good/Bad alert, guiding users toward timely maintenance actions.

Q: What types of machines or components can the BCA 111 be used on?

A: This analyzer is suitable for rotating machinery equipped with bearings, such as motors, pumps, fans, and compressors. Its magnetic and contact probes allow for versatile application across various industry sectors in mechanical maintenance.

Q: When is it recommended to use the Metravi BCA 111 for vibration analysis?

A: It is best employed during regular maintenance checks, after repairs or installation of machinery, or whenever unusual noise or behavior is observed. Regular monitoring can identify deteriorating bearings before they result in expensive breakdowns.

Q: Where can the measurement device be typically used?

A: The compact and lightweight design allows technicians to use the BCA 111 in field environments, factories, workshops, and industrial plants across India and other regions. Its portability ensures suitability for both on-site inspections and routine facility surveys.

Q: What is the process for performing a vibration measurement with this device?

A: To conduct measurements, simply select the appropriate probe, secure it to the machine, and power on the device. The vibration data appears instantaneously on the backlit LCD, and the Good/Bad indicator simplifies interpretation. The auto power off and data hold features further facilitate efficient field use.

Q: How long can the BCA 111 operate on a single charge and how is it recharged?

A: The device operates for approximately 8 hours continuously on a full charge. It uses a rechargeable 3.7V lithium battery and can be conveniently charged via its USB interface using the supplied charger.

Q: What are the benefits of using the Metravi BCA 111 in regular maintenance routines?

A: Implementing the BCA 111 helps detect bearing issues early, avoids unscheduled downtime, and prevents costly repairs. Its instant feedback allows maintenance teams to make quick decisions, enhancing equipment reliability and operational safety.

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