About Metravi AVM-04 Thermo Anemometer
- Displays Air Velocity and Temperature at the same time
- Highly Sensitive and accurate
- Temperature Sensor Built-in with anemometer fan
- Low Power Consumption
- Data / Max / Min. Hold facility
- Auto Power Off
- Low Friction Ball bearing vane wheel for high accuracy
- Extra Large Dual LCD Display
- Range of wind speed in m/s: 0.0 to 45.0 m/s with an accuracy of 3%
- Range of wind speed in knots: 0.0 to 88.0 knots with an accuracy of 3%
- Range of wind speed in km/hr: 0.0 to 140.0 Km/hr with an accuracy of 3%
- Range of wind speed in ft/min: 0 to 8800ft/min with an accuracy of 3%
- Range of temperature in C: 0C to 60C with an accuracy of 2C
- Range of temperature in F: 32F to 140F with an accuracy of 4F
Precise Air Measurement Made SimpleThe Metravi AVM-04 incorporates a hot wire sensor and telescopic probe, providing sensitive, accurate readings for air velocity, airflow, and temperature. Its rapid response time, direct display in CFM or CMM, and high resolution make it a powerful tool for professionals needing immediate, reliable airflow data.
Designed for Practical Use in Varied EnvironmentsBuilt for both indoor and outdoor operation, the AVM-04 features rugged ABS construction and a large backlit LCD for easy readability even in low-light conditions. It can be used for up to 40 hours on a single 9V battery, making it ideal for extended fieldwork in HVAC or environmental monitoring applications.
Data Handling and User-Friendly ControlsWith data memory for up to 99 records, max/min value functions, and a detachable, telescopic probe, the AVM-04 streamlines measurement workflows. Factory calibration and CE certification ensure consistent results, while features like data hold, auto power off, and low battery indication enhance user convenience.
FAQ's of Metravi AVM-04 Thermo Anemometer:
Q: How does the Metravi AVM-04 Thermo Anemometer measure air velocity and airflow?
A: The AVM-04 uses a sensitive hot wire sensor, in combination with a telescopic probe, to accurately detect air velocity and temperature. Airflow readings are calculated and displayed directly in CFM or CMM on its backlit LCD screen, streamlining the measurement process.
Q: What environments are suitable for using the Metravi AVM-04?
A: This anemometer is designed for both indoor and outdoor use, making it ideal for HVAC system testing, ventilation assessments, and various environmental monitoring scenarios, thanks to its wide operating temperature and humidity range.
Q: When should I recalibrate the AVM-04, and is it calibrated before shipping?
A: The device comes factory calibrated for optimal accuracy straight out of the box. Periodic recalibration may be necessary based on your organization's maintenance protocols or after significant usage, but it does not require frequent recalibration under normal operating conditions.
Q: Where can the data recorded by the AVM-04 be accessed or reviewed?
A: The AVM-04 can store up to 99 records in its memory. All stored data can be reviewed directly on the large backlit LCD, enabling users to recall previous measurements on-site without additional equipment.
Q: What is the process for operating and maintaining the AVM-04?
A: Operation is manual and straightforward: extend the telescopic probe, switch on the unit, and select your desired measurement mode. Regularly check the battery status via the low battery indicator, and store the probe securely to prevent damage. No complex maintenance is required beyond routine care.
Q: How is the battery life, and what power supply does the AVM-04 use?
A: The anemometer is powered by a single 9V battery, which provides up to 40 hours of continuous operation. This extended battery life makes it reliable for long fieldwork sessions without frequent battery replacements.
Q: What are the main benefits of using the Metravi AVM-04 for HVAC professionals?
A: HVAC engineers benefit from its precise air velocity and airflow measurements, rapid response time, direct readout in industry-standard units, robust portable design, and the ability to store data for later review-making field diagnostics and system balancing efficient and reliable.