top of page

AVS701: Redefining Precision in Air and Gas Velocity Measurement

  • 6 days ago
  • 2 min read
Digital meter with green accents displays "18.78 m/s" and "22.05°C" in a bright lab with white cabinets and glassware.

Accurate air and gas velocity measurement is critical across a wide range of industries, from pharmaceutical cleanrooms and HVAC systems to advanced manufacturing and process control. The AVS701 air and gas velocity sensor has been developed to meet these demands, offering exceptional precision, durability, and flexibility in even the most challenging environments.

Designed with industrial users in mind, the AVS701 combines cutting-edge sensor technology with practical installation and configuration features, making it a reliable choice for professionals who require consistent, long-term performance.


Built for Accuracy You Can Rely On

At the heart of the AVS701 is a high-precision thermal measurement principle that delivers accurate velocity readings across a wide range of air and process gases. Unlike conventional sensors that may struggle under fluctuating conditions, the AVS701 maintains stability and repeatability, ensuring confidence in every measurement.

To further enhance accuracy, the sensor supports gas-specific configuration via an integrated process gas library, allowing users to adapt measurements to their specific application without complex recalibration.


Designed for Demanding Industrial Environments

Industrial environments are rarely gentle, and the AVS701 is built to withstand them. Its robust sensor construction ensures long service life, even in harsh, corrosive, or high-temperature conditions where standard sensors may fail prematurely.

An optional external pressure sensor allows for compensation of ambient pressure changes, improving measurement reliability in dynamic environments and helping maintain compliance with strict process requirements.


Simple Installation, Flexible Integration

Despite its advanced capabilities, the AVS701 is designed for ease of use. Installation is straightforward, with precise sensor positioning tools that help ensure optimal placement and accurate results from the start.

The sensor integrates seamlessly into existing systems, making it suitable for both new installations and retrofits across a variety of industries, including:



  • Pharmaceutical and cleanroom applications

  • HVAC and building automation

  • Industrial ventilation systems

  • Process and manufacturing environments



Key Features at a Glance

  • High-precision air and gas velocity measurement

  • Integrated process gas library for flexible configuration

  • Optional external pressure sensor for ambient compensation

  • Robust design for harsh and corrosive environments

  • Long service life with reduced maintenance requirements

  • Easy installation and reliable long-term performance




Technical Specifications

Specification

Details

Measured Medium

Air and process gases

Measurement Principle

Thermal velocity measurement

Velocity Range

Suitable for low to high flow velocities

Accuracy

High precision with excellent repeatability

Pressure Compensation

Optional external pressure sensor

Configuration

Integrated process gas library

Installation

Simple installation with positioning support

Applications

HVAC, cleanrooms, industrial processes

Operating Environment

Designed for harsh and demanding conditions

Why Choose the AVS701?

The AVS701 is more than just a sensor, it’s a long-term measurement solution. By combining precision, durability, and flexibility, it helps reduce downtime, improve process control, and ensure reliable data across a wide range of applications.

For engineers, facility managers, and system integrators alike, the AVS701 delivers confidence where accurate air and gas velocity measurement matters most.



Get in Touch

If you’d like more information about the AVS701 air and gas velocity sensor, or need help selecting the right solution for your application, contact us today, our team is ready to assist.

Comments


Commenting on this post isn't available anymore. Contact the site owner for more info.
bottom of page