Wind Sensors (Wind Speed and Wind Direction)

The Model 03001 Wind Sentry Anemometer is a Professional quality sensor. Suitable for a wide range of wind measurement applications. These economically priced sensors provide excellent sensitivity, corrosion resistance, and minimal parts count for easy maintenance.

The Model 03001 Wind Sentry Anemometer is a Professional quality sensor. Suitable for a wide range of wind measurement applications. These economically priced sensors provide excellent sensitivity, corrosion resistance, and minimal parts count for easy maintenance.

The Model 03001 Wind Sentry Anemometer is a Professional quality sensor. Suitable for a wide range of wind measurement applications. These economically priced sensors provide excellent sensitivity, corrosion resistance, and minimal parts count for easy maintenance.

The Model 03001 Wind Sentry Anemometer and Vane are Professional quality sensors. Suitable for a wide range of wind measurement applications. These economically priced sensors provide excellent sensitivity, corrosion resistance, and minimal parts count for easy maintenance.

The Model 03002 Wind Sentry Anemometer and Vane are Professional quality sensors. Suitable for a wide range of wind measurement applications. These economically priced sensors provide excellent sensitivity, corrosion resistance, and minimal parts count for easy maintenance.

The Model 03002 Wind Sentry Anemometer and Vane are Professional quality sensors. Suitable for a wide range of wind measurement applications. These economically priced sensors provide excellent sensitivity, corrosion resistance, and minimal parts count for easy maintenance.

The Wind Monitor-JR is a compact, high-performance wind speed and wind direction sensor for utility, buoy, and shipboard applications. Designed specifically for applications where compact size is of paramount importance, the Wind Monitor-JR offers the same rugged construction as our standard Wind Monitor (05103) in a package that is 40% smaller. The four blade propeller is integrated with the shaft, offering a simplified assembly.

The Wind Monitor-JR is a compact, high-performance wind speed and wind direction sensor for utility, buoy, and shipboard applications. Designed specifically for applications where compact size is of paramount importance, the Wind Monitor-JR offers the same rugged construction as our standard Wind Monitor (05103) in a package that is 40% smaller. The four blade propeller is integrated with the shaft, offering a simplified assembly.

The Wind Monitor-JR is a compact, high-performance wind speed and wind direction sensor for utility, buoy, and shipboard applications. Designed specifically for applications where compact size is of paramount importance, the Wind Monitor-JR offers the same rugged construction as our standard Wind Monitor (05103) in a package that is 40% smaller. The four blade propeller is integrated with the shaft, offering a simplified assembly.

The model 05103 Wind Monitor is a high performance, rugged wind sensor. The instrument is made of UV stabilized plastics and anodized stainless steel and aluminum fittings. Precision grade ball bearings are used. The wind sensor is a four blade helicoid propeller. The wind direction sensor is a rugged yet lightweight vane with a sufficiently low aspect ratio to assure good fidelity in fluctuating wind conditions.

The model 05103 Wind Monitor is a high performance, rugged wind sensor. The instrument is made of UV stabilized plastics and anodized stainless steel and aluminum fittings. Precision grade ball bearings are used. The wind sensor is a four blade helicoid propeller. The wind direction sensor is a rugged yet lightweight vane with a sufficiently low aspect ratio to assure good fidelity in fluctuating wind conditions.

The model 05103 Wind Monitor is a high performance, rugged wind sensor. The instrument is made of UV stabilized plastics and anodized stainless steel and aluminum fittings. Precision grade ball bearings are used. The wind sensor is a four blade helicoid propeller. The wind direction sensor is a rugged yet lightweight vane with a sufficiently low aspect ratio to assure good fidelity in fluctuating wind conditions.

The Wind Monitor-AQ is a high resolution wind sensor designed specifically for air quality applications. It combines simplicity and corrosion-resistant construction with low threshhold, fast response and excellent fidelity. The wind direction sensor is a lightweight, reinforced polystyrene, vane with performance characteristics that assure excellent fidelity in fluctuating wind conditions. The instrument body is UV stabilized plastic with stainless steel and anodized aluminum fittings. Precision grade, stainless steel ball bearings are used throughout. Wind speed is sensed by a lightweight, carbon fiber thermoplastic (CFT), helicoid propeller. The Wind Monitor-AQ meets the requirements of the following regulatory agencies: U.S. Environmental Protection Agency- Ambient Monitoring Guidelines for Prevention of Significant Deterioration (PSD). U.S. Nuclear Regulatory Agency- NRC Regulatory Guide 1.23 Meteorological Programs in Support of Nuclear Power Plants. American Nuclear Society- Standard for Determining Meteorological Information at Power Plants.

The Wind Monitor-AQ is a high resolution wind sensor designed specifically for air quality applications. It combines simplicity and corrosion-resistant construction with low threshhold, fast response and excellent fidelity. The wind direction sensor is a lightweight, reinforced polystyrene, vane with performance characteristics that assure excellent fidelity in fluctuating wind conditions. The instrument body is UV stabilized plastic with stainless steel and anodized aluminum fittings. Precision grade, stainless steel ball bearings are used throughout. Wind speed is sensed by a lightweight, carbon fiber thermoplastic (CFT), helicoid propeller. The Wind Monitor-AQ meets the requirements of the following regulatory agencies: U.S. Environmental Protection Agency- Ambient Monitoring Guidelines for Prevention of Significant Deterioration (PSD). U.S. Nuclear Regulatory Agency- NRC Regulatory Guide 1.23 Meteorological Programs in Support of Nuclear Power Plants. American Nuclear Society- Standard for Determining Meteorological Information at Power Plants.

The Wind Monitor-AQ is a high resolution wind sensor designed specifically for air quality applications. It combines simplicity and corrosion-resistant construction with low threshhold, fast response and excellent fidelity. The wind direction sensor is a lightweight, reinforced polystyrene, vane with performance characteristics that assure excellent fidelity in fluctuating wind conditions. The instrument body is UV stabilized plastic with stainless steel and anodized aluminum fittings. Precision grade, stainless steel ball bearings are used throughout. Wind speed is sensed by a lightweight, carbon fiber thermoplastic (CFT), helicoid propeller. The Wind Monitor-AQ meets the requirements of the following regulatory agencies: U.S. Environmental Protection Agency- Ambient Monitoring Guidelines for Prevention of Significant Deterioration (PSD). U.S. Nuclear Regulatory Agency- NRC Regulatory Guide 1.23 Meteorological Programs in Support of Nuclear Power Plants. American Nuclear Society- Standard for Determining Meteorological Information at Power Plants.

The Wind Monitor-SE combines the performance and durability of our standard Wind Monitor with a unique optical encoder wind direction transducer and serial output signal.

Model 05106 Wind Monitor MA is specifically designed for a Marine environment The wind speed sensor is a four blade helicoid propeller. Unique transducer produces a pulse signal without electrical contacts or slip rings. The wind direction sensor is a durable molded vane. Vane angle is sensed by a precision potentiometer housed in a sealed chamber. With a known voltage applied to the potentiometer the output voltage is directly proportional to the vane angle. All materials are carefully selected for corrosion resistance and maximum durability in the harsh marine environment. Stainless steel bearings are used throughout. Special waterproof lubricant further enhances reliability. The instrument mounts on standard 1 inch pipe.

Model 05108 Wind Monitor HD is a Heavy Duty Unit with ceramic bearings The HD utilizes extremely long-wearing, oversize ceramic bearings to increase service life many times longer than standard stainless steel bearings. In addition to being more wear resistant, ceramic is resistant to corrosion in environments that are hostile to steel bearings. The Wind Monitor-HD also has oversized propeller shaft, high pitch propeller and locking propeller nut, all features that will further enhance long-term reliability of the sensor.

Model 05108-45 Wind Monitor HD-Alpine is a Heavy Duty Unit with ice-resistant coating The HD-Alpine utilizes extremely long-wearing, oversize ceramic bearings to increase service life many times longer than standard stainless steel bearings. In addition to being more wear resistant, ceramic is resistant to corrosion in environments that are hostile to steel bearings. The Wind Monitor-HD-Alpine also has an oversized propeller shaft, high pitch propeller and locking propeller nut, all features that will further enhance long-term reliability of the sensor. All external housing surfaces are coated with a specially formulated, ice-resistant coating to improve performance in harsh Alpine conditions. The all-black color scheme further enhances the ice shedding performance of the sensor.

The Gill MicroVane and 3-Cup Anemometer measure horizontal wind direction and wind speed. Sensitive enough for detailed wind studies, these sensors are rugged enough for permanent installation with only periodic maintenance. Vane angle is sensed by a precision conductive plastic potentiometer. For greater durability, the 12005 and 12305 Models have a thin aluminum fin. Aluminum fin models are somewhat less sensitive than the EPS fin models. The 3-Cup Anemometer is constructed with lightweight, UV resistant plastic cups. Standard models utilize a sensitive DC tach-generator to measure wind speed.wave. Models 12002 and 12005 combine a MicroVane and 3-Cup Anemometer with a 76cm mounting crossarm to minimize potential wake effects.

The Gill Propeller Anemometer is a low threshold precision air velocity sensor employing a fast response helicoid propellar. Air flow from any direction may be measured, however, the propeller responds only to the component of the air flow which is parallel to the axis of its rotation.

The Gill UVW Anemometer measures the three orthogonal vectors of the wind: along wind component "U", across wind component "V", and vertical wind component "W". The three Propeller Anemometer sensors are mounted at right angles on a common mast. Each sensor measures the wind component parallel with its axis of rotation. Propeller response as a function of wind angle approximates the cosine law, allowing true wind velocity and direction to be calculated. The UVW Anemometer is designed for maximum sensitivity at lower wind speeds. Optional carbon fiber thermoplastic (CFT) propellers are available for applications requiring greater range and durability. Rain and dust are excluded from the precision bearings by a continuous duty air blower that keeps the instrument under a slight positive pressure. The Propeller Anemometer is a precision air speed measuring instrument. The four blade helicoid propeller drives a miniature tach-generator. Output voltage is directly proportional to the axial component of the wind speed. Signal polarity indicates direction of propeller rotation. The Propeller Anemometer is also available with single or dual direction photochopper transducer. The Propeller Anemometer is especially suited for measuring the vertical wind componenet. Since normal wind direction seldom exceeds ±30º from horizontal, propeller response can be calibrated to follow the cosine law within 3% over this range.

The YOUNG Model 86000 Ultrasonic Anemometer is a 2-dimensional, no-moving-parts wind sensor. sensor. It is ideal for general meteorological applications requiring accurate, reliable wind measurement.

The YOUNG Model 86106 Marine Ultrasonic Anemometer is a 2-dimensional, no-moving-parts wind sensor with special features for use in a Marine environment. It is ideal for applications requiring accurate, reliable wind measurement.

The YOUNG Model 81000 Ultrasonic Anemometer is a 3-dimensional, no-moving-parts wind sensor. 2-D anemometers meet the need for economy, however, they ignore the important vertical wind component. The YOUNG Model 81000 offers an economical solution that provides a complete picture of the wind.

The YOUNG Model 81000V Ultrasonic Anemometer is a 3-dimensional, no-moving-parts wind sensor. 2-D anemometers meet the need for economy, however, they ignore the important vertical wind component. The YOUNG Model 81000V offers an economical solution that provides a complete picture of the wind. For applications requiring synchronized analog measurements, Model 81000V includes 4 voltage input channels instead of voltage outputs.

The new Wind Tracker wind speed and wind direction indicator offers big performance in a compact display. Wind speed is displayed in your choice of units: KNOTS, MPH, KM/H, M/S. Maximum wind speed is saved on the display until reset by the operator. Wind direction information is clearly displayed on a circular compass pattern of LEDs. Multicolored segments give a quick visual indication of current direction and direction variability. Front panel brightness control allows adjustment for best viewing in any light.

Developed from our standard Wind Tracker, the Marine Wind Tracker has special features for shipboard use. Wind speed is displayed in your choice of units: KNOTS, MPH, KM/H, M/S. Maximum wind speed is saved on the display until reset by the operator. Wind direction information is clearly displayed on a circular compass pattern of LEDs. Multicolored segments give a quick visual indication of current direction and direction variability. Front panel brightness control allows adjustment for best viewing in any light.