About Metravi AVM-07 Metal Fan Thermo Anemometer
- Metallic Fan Blade
- Highly Sensitive and accurate instruction with
- Easy-to-use design
- In-Built temperature sensor in the anemometer fan
- Low Power Consumption with low battery indication
- Data Hold and Max/Min Hold facility
- Selectable C / F Scales
- Auto Power Off and its Disability Function
- Range of Wind Speed in m/s: 1.00 to 30.00 m/s with an accuracy of 3%
- Range of Wind Speed in ft/min:196 to 5900 ft/min with an accuracy of 3%
- Range of Wind Speed in km/hr:3.6 to 108.0 km/h with an accuracy of 3%
- Range of Wind Speed in MPH:2.2 to 67.0 MPH with an accuracy of 3%
- Range of Wind Speed in Knots:1.9 to 58 Knots with an accuracy of 3%
- Range of Temperature in C: -10.0C to 60.0C with an accuracy of 1.5C
- Range of Temperature in F: 14.0F to 140F with an accuracy of 3.0F
- Confirms to CE
Precision Measurements Across Key ParametersEngineered for versatility, the AVM-07 delivers precise readings of air velocity, temperature, and volumetric airflow. Its 3% air velocity accuracy and convenient resolution (0.1 m/s and 0.1C) make it essential for technical operations. Able to display results in a wide range of units, it enhances flexibility for various applications, from HVAC systems to environmental assessments.
User-Friendly Features and Durable DesignThis anemometer offers a large, backlit LCD for readability in any lighting, a quick 1-second response time, and a comfortable handheld design weighing approximately 200 grams. The metal fan enhances durability, while features like data hold, manual control mode, and a low battery indicator contribute to reliable, trouble-free operation even in demanding environments.
Comprehensive Applications and Easy OperationThe Metravi AVM-07 is designed for indoor and outdoor professionals, making it ideal for air flow and temperature measurement tasks encountered in HVAC servicing, industrial monitoring, laboratory experiments, and routine environmental checks. Its manageable size and straightforward controls allow for fast deployment and efficient data collection.
FAQ's of Metravi AVM-07 Metal Fan Thermo Anemometer:
Q: How do I operate the Metravi AVM-07 Metal Fan Thermo Anemometer?
A: To use the Metravi AVM-07, simply install 3 AAA batteries, power on the device, and select the required measurement unit. Hold the device in the airstream, and the large LCD will display real-time air velocity, temperature, and flow. Utilize the data hold and backlight features for easier readings in low-light conditions.
Q: What types of measurements can the AVM-07 perform?
A: The AVM-07 measures air velocity (in m/s, km/h, ft/min, knots, mph), air flow (in m3/min, CFM, CMM), as well as temperature (in C and F). This makes it highly suitable for tasks requiring accurate simultaneous monitoring of multiple air parameters.
Q: When should I use the data hold function on this device?
A: Use the data hold function when you want to capture and retain a reading for later reference, especially in situations where the airflow or temperature is fluctuating or when recording data is difficult in real-time.
Q: Where is the Metravi AVM-07 most beneficially used?
A: This anemometer is best suited for HVAC maintenance, laboratory experiments, industrial air quality assessments, and environmental monitoring. Its portability and range of features enable efficient measurement in both field and controlled environments.
Q: What is the proper way to maintain and store the AVM-07?
A: To maintain accuracy, keep the metal fan clean and store the device in a dry environment at temperatures between -10C and 50C. Avoid exposing it to moisture above 80% RH. Remove the batteries if not in use for prolonged periods.
Q: How accurate are the measurements with this anemometer?
A: The AVM-07 provides air velocity measurements with an accuracy of 3% + 0.1 and temperature readings accurate to 1C. Its high resolution ensures precise monitoring for professional applications.
Q: What are the main benefits of using the AVM-07 anemometer?
A: Using the AVM-07 ensures reliable, fast, and precise air and temperature measurements, improving efficiency in diagnosing, monitoring, and optimizing air systems. Its robust construction and user-oriented features make it a valuable tool for professionals.