Black Friday Doorbuster Qvm62.1: Air Velocity Sensor, 0-10 Vdc 3000 Fpm Range Selectable Deluxe Edition [0JDpNV28]

AIR Velocity Sensor, 0-10 VDC, 3000 FPM Range Selectable

Introducing the QVM62.1 Air Velocity Sensor, a cutting-edge device designed to accurately measure air flow in various environments. This versatile sensor offers a 0-10 VDC output and a wide measurement range of up to 3000 feet per minute (FPM), making it an ideal choice for a multitude of applications. With its selectable range, you can easily customize the sensor to fit your specific needs. The QVM62.1 Air Velocity Sensor is built with precision and reliability, ensuring consistent and accurate readings every time.

• 0-10 VDC Output
• 3000 FPM Range Selectable
• Robust and Durable Construction

Product Specifications and Technical Details

The QVM62.1 Air Velocity Sensor is equipped with state-of-the-art technology that guarantees precise air flow measurement. It features a compact and lightweight design, making it easy to install and use in various settings. The sensor is compatible with a wide range of systems and can be easily integrated into existing monitoring setups. Key specifications include:

• 0-10 VDC Output Signal
• 3000 FPM Measurement Range
• High Precision and Accuracy
• Simple Installation and Integration

The sensor's robust construction ensures it can withstand harsh conditions, making it a reliable choice for both indoor and outdoor applications.

Practical Applications and Benefits

The QVM62.1 Air Velocity Sensor is a versatile tool that finds applications in a variety of industries. Whether you're managing HVAC systems, ensuring cleanroom environments, or monitoring air quality in industrial settings, this sensor is an invaluable asset. Its benefits include:

• Enhanced Air Flow Management
• Improved Energy Efficiency
• Enhanced Safety and Compliance

The QVM62.1 Air Velocity Sensor is perfect for professionals in HVAC, cleanroom technology, and environmental monitoring, providing them with the tools they need to maintain optimal conditions in their respective fields.