HOC1001-1.0-SMA

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HOC1001-1.0-SMA is a hot wire anemometer designed to measure air flow rate. It is used to measure air flow in a variety of applications including ventilation, air flow in wind tunnels, clean room air flow, and environmental temperature measurement. It is also used to measure fluid flow in ducts and channels.

HOC1001-1.0-SMA anemometers are designed with a sensing window positioned in the airstream and heated to a predetermined temperature. The hot wire has very little mass, so the airstream is not disturbed by the anemometer. As the airstream flow increases, it cools the hot wire, reducing the current passing through the hot wire. This change in resistance is measured as a signal, allowing the air velocity to be determined.

The anemometer is connected to an electronic interface, which converts the signal into a digital output. The digital output can be used to monitor and control air flow. The anemometer consists of two parts: the sensing element and the electronic interface. The sensing element is the hot wire, which is sensitive to air velocity. The electronic interface is responsible for measuring the signal and converting it into a digital output.

HOC1001-1.0-SMA anemometers can be used in a variety of applications, including clean room monitoring, air flow analysis in wind tunnels, ventilation systems, and environmental temperature measurement. The anemometers provide accurate and reliable measurements in a wide variety of conditions.

HOC1001-1.0-SMA anemometers are reliable and easy to use. The sensing element and electronic interface are both compact and durable, allowing for easy installation and maintenance. The digital output allows for easy integration with other systems, allowing for automated control over the air flow.

HOC1001-1.0-SMA anemometers are ideal for applications requiring accurate and reliable measurement of air flow. They provide dependable measurements in a wide variety of conditions and are easy to install and maintain. The digital output makes them ideal for monitoring and controlling air flow in a variety of applications.

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