Utilize our advanced Linux expertise to expedite the deployment of thoroughly tested scientific models on clients' servers, igniting breakthroughs in research and innovation. With our deep understanding and proficiency in Linux systems, we enable fast and seamless implementation of validated models, empowering scientists and researchers to propel their discoveries to new heights.

Our team of experts excels in designing and implementing efficient and reliable deployment strategies specifically tailored to our clients' servers. We ensure that the models are seamlessly integrated into the existing infrastructure, optimizing performance and minimizing any potential disruptions.

By leveraging our Linux expertise, clients can benefit from the stability and flexibility that Linux-based systems offer. With our support, scientific models can be efficiently deployed and utilized on clients' servers, enabling researchers to focus on generating insights and driving innovative solutions.

We prioritize rigorous testing and validation of the models to ensure their reliability and accuracy. Our thorough evaluation process includes assessing the models' performance under various scenarios and fine-tuning them for optimal results. This meticulous approach guarantees that the deployed models deliver high-quality results consistently.

![meteorologist.webp](https://cms-assets.manvis.com/mvs/meteorologist_5cd9403837.webp)


>Driving Innovation with Expert Model Deployment: Expedited Implementation for Research Advancement

Furthermore, our team is committed to providing continuous support and maintenance for the deployed models. We are readily available to address any issues, perform updates, and optimize the performance of the models as needed.

By leveraging our Linux expertise for the swift and reliable deployment of tested scientific models, clients can accelerate their research and innovation efforts, fueling breakthroughs in their respective fields. With our support, researchers can focus on pushing the boundaries of scientific understanding, confident in the robustness and efficiency of their deployed models.

small_weather-idiomjpg-20220626023941.jpg

thumbnail_weather-idiomjpg-20220626023941.jpg

weather-idiomjpg-20220626023941.jpg

Leverage our Linux expertise for swift deployment of tested models on clients' servers, fueling breakthroughs in research and innovation.

Scientific Modelling

As a premier system integrator, PT Manvis specializes in the construction of advanced Automatic Weather Stations (AWS) designed to deliver precise and dependable weather data essential for comprehensive analysis and accurate forecasting. We offer several options for AWS, including AWS Synoptic, AWS Portable, AWS Mesonet, and more. With our expertise in AWS technology, we design and build cutting-edge weather monitoring systems that ensure the collection of high-quality data for various applications.

![SCR-20241107-knyp.png](https://cms-assets.manvis.com/mvs/SCR_20241107_knyp_751d49b039.png)

![SCR-20241107-koqo.png](https://cms-assets.manvis.com/mvs/SCR_20241107_koqo_f12b4b13cc.png)

Our AWS solutions are meticulously engineered to meet the rigorous demands of meteorological data collection. We carefully select and integrate state-of-the-art sensors and instruments to capture a wide range of weather parameters, including temperature, humidity, rainfall, wind speed and direction, solar radiation, and atmospheric pressure. The seamless integration of these components guarantees the accuracy and reliability of the collected data.

>Transform complexity into simplicity with our system integration expertise, enabling streamlined operations and strategic growth.

Moreover, our AWS systems are equipped with advanced data logging and transmission capabilities. Real-time data acquisition mechanisms, coupled with robust data storage and management systems, ensure continuous and reliable data availability. The timely and secure transmission of collected data to a central server or cloud platform enables meteorologists and researchers to access and analyze the data remotely, facilitating accurate weather analysis and forecasting.

Our team of skilled professionals possesses extensive experience in constructing AWS systems. From selecting suitable locations for installation to implementing rigorous quality control measures, we ensure that our AWS stations meet the highest standards of performance and longevity. We also provide ongoing maintenance and support services to ensure the optimal functioning of the AWS systems throughout their operational lifespan.

![SCR-20241107-kphv.png](https://cms-assets.manvis.com/mvs/SCR_20241107_kphv_6925d8a04b.png)

By partnering with us as your trusted system integrator, you can rely on our commitment to delivering AWS solutions that provide precise and reliable weather data for a wide range of applications. Whether it is for meteorological research, environmental monitoring, agriculture, or other industries, our AWS systems empower you to make informed decisions based on accurate weather information. Transform complexity into simplicity with our system integration expertise, enabling streamlined operations and strategic growth.

large_sergey-zolkin-_UeY8aTI6d0-unsplash.jpg

medium_sergey-zolkin-_UeY8aTI6d0-unsplash.jpg

small_sergey-zolkin-_UeY8aTI6d0-unsplash.jpg

thumbnail_sergey-zolkin-_UeY8aTI6d0-unsplash.jpg

sergey-zolkin-_UeY8aTI6d0-unsplash.jpg

THE POWERFUL DATA LOGGER
The Ser[LOG] collects your weather data (wind, precipitation, air temperature, relative humidity, air pressure and radiation) in a single place and provides real-time visualization. The Ser[LOG] Commander management app gives you maximum freedom to customize your measurement tasks. 

OVERVIEW:
- Collect and process up to 60 measured values with Modbus RTU
- Up to 32 Modbus TCP connections with sensors from other manufacturers
- Alarm system for 10 warning channels using built-in and external relays (e-mail, SMS)
- Extensive sensor library
- Formulary and free formula parser
- Interference-proof due to high-quality, shielded aluminium housing
- User-friendly with free access to all connections and controls

Ser[Log]

The powerful Ser[LOG] data logger aggregates and visualizes your weather data (including wind, precipitation, temperature, humidity, pressure, and radiation) in real-time. Its management app, Ser[LOG] Commander, allows freedom to customize measurement tasks.

The sensors of the ARCO family are very robust, compact and extremely reliable. Due to their shock and vibration proof construction the sensors ARCO-SERIAL are particulary qualified for use under severe environmental conditions. The housing and the measuring elements are made of seawater resistant aluminium alloys. The housing, the cup rotor and the wind vane are anodised.

Qualitatively ambitious and cost-effective solution
Reliable wind measurement, including under extreme weather conditions
Seawater resistant materials and surface finishes for long-life application, including under harsh conditions
Quick and easy pipe mounting, connection with just one cable
Also with Modbus or customised protocols realisable!

ARCO SERIAL

The ARCO family sensors are robust, compact, and very dependable. Their shock and vibration-resistant design makes them ideal for harsh conditions. They are built with seawater-resistant aluminum alloys, with the housing, cup rotor, and wind vane all anodised.

HIGHLY PRECISE, ROBUST
and professional are these new wind sensors of the ORA-family. The low power consumption of < 2 mA makes this sensor ideally suitable for solar powered applications. The sensor is completely made of metal and if necessary the cup rotor is easy to change in the field.

- Low power consumption < 2 mA
- All-metal housing made of seawater resistant aluminium
- On site changeable cup rotor made of seawater resistant alu­minium
- Protection class IP 65 in upright position

ORA Wind Direction Sensor

HIGHLY PRECISE, ROBUST
and professional are these new wind sensors of the ORA-family. The low power consumption of < 2 mA makes this sensor ideally suitable for solar powered applications. The sensor is completely made of metal and if necessary the cup rotor is easy to change in the field.

The CR1000X is our flagship data logger that provides measurement and control for a wide variety of applications. Its reliability and ruggedness make it an excellent choice for remote environmental applications, including weather stations, mesonet systems, wind profiling, air quality monitoring, hydrological systems, water quality monitoring, and hydrometeorological stations.

The CR1000X is a low-powered device that measures sensors, drives direct communication and telecommunications, analyzes data, controls external devices, and stores data and programs in onboard, nonvolatile storage. The electronics are RF-shielded by a unique sealed, stainless-steel canister. A battery-backed clock assures accurate timekeeping. The onboard, BASIC-like programming language, common to all contemporary Campbell Scientific data loggers, supports data processing and analysis routines.

CR1000X

The CR1000X is a low-power device for sensor measurements, direct communication, data analysis, and external device control. It comes with RF-shielded electronics, glitch protection, a battery-backed clock, and on-board storage. It uses a BASIC-like programming language for data processing and analysis.

HIGHLY PRECISE, ROBUST
and professional are these new wind sensors of the ORA-family. The low power consumption of < 2 mA makes this sensor ideally suitable for solar powered applications. The sensor is completely made of metal and if necessary the cup rotor is easy to change in the field.

- Low power consumption < 2 mA
- All-metal housing made of seawater resistant aluminium
- On site changeable cup rotor made of seawater resistant aluminium
- Protection class IP 65 in upright position

ORA Wind Speed Sensor

HIGHLY PRECISE, ROBUST
and professional are these new wind sensors of the ORA-family. The low power consumption of < 2 mA makes this sensor ideally suitable for solar powered applications. The sensor is completely made of metal and if necessary the cup rotor is easy to change in the field.


Specialize in constructing Automatic Weather Stations (AWS) that provide accurate and reliable weather data for analysis and forecasting.

System Integrator

Access real-time sensor information and leverage a comprehensive sensor measurement database to empower informed decision-making by generating contour plots of raster data. Our advanced solution enables you to seamlessly tap into real-time sensor data, allowing you to gather valuable insights and make data-driven decisions. With our robust sensor measurement database, you can efficiently store and retrieve sensor readings, facilitating analysis and visualization of data trends over time.

By utilizing contour plots of raster data, you can gain a deeper understanding of spatial patterns and gradients within your sensor measurements. These visual representations enable you to identify areas of interest, anomalies, or critical thresholds, providing valuable information for various applications such as environmental monitoring, infrastructure management, and precision agriculture.

Our solution offers enhanced capabilities to customize and configure contour plots based on your specific requirements. You can adjust parameters such as contour intervals, color scales, and interpolation methods to accurately depict variations and gradients in your sensor data. In addition, our user-friendly interface provides intuitive navigation and manipulation of the generated plots, enabling efficient analysis and interpretation of the information.

![manvis-monitoring.png](https://cms-assets.manvis.com/mvs/manvis_monitoring_ed44376ce7.png)

Furthermore, our solution supports real-time monitoring, allowing you to continuously track and visualize sensor readings as they are being collected. Timely access to the latest data helps you make informed decisions and take immediate action when necessary.

With our advanced sensor data analysis and visualization capabilities, you can unlock valuable insights from your sensor networks and enhance your decision-making processes. Whether you need to monitor environmental conditions, optimize resource allocation, or detect anomalies, our solution empowers you to leverage real-time data and generate informative contour plots for effective analysis and decision-making.

>Scientific modeling: Transforming ideas into tangible insights, revolutionizing the way we understand the world.

photo-1607799279861-4dd421887fb3.avif

The YOUNG **Model 05103 Wind Monitor** measures horizontal wind speed and direction.  Originally developed for ocean data buoy use it is rugged and corrosion resistant, yet accurate and light weight.  A four-blade helicoid propeller, used to measure wind speed, generates an AC sine wave signal upon rotation.  Wind direction is determined by a vane attached to a precision potentiometer inside an internal housing.  UV stabilized plastic with stainless steel and anodized aluminum parts are used in the construction of the sensor.  Precision grade stainless steel ball bearings with light contacting Teflon seals and a wide temperature grease are used to help exclude contamination.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The Wind Monitor is also available with 0-5 VDC outputs, Model 05103V, or 4-20 mA outputs, Model 05103L (both models scaled for 0-100 m/s and 0-360°).  The 05103L is recommended for use in high noise areas or for installations with long cables, typically 300 meters (1,000 feet) or more, up to several kilometers.

Wind Monitor (05103 / 05103L / 05103V)

The YOUNG Model 05103 Wind Monitor measures horizontal wind speed and direction. Originally developed for ocean data buoy use it is rugged and corrosion resistant, yet accurate and light weight. 

The YOUNG **Model 05106 Wind Monitor-MA** measures horizontal wind speed and direction.  Similar in operation to Model 05103, it utilizes long-lasting, corrosion resistant, ceramic bearings and ruggedized vertical components for the additional rigors of a marine environment.  The sensor is available with different cable lengths that are attached in a sealed capsule internal to the sensor.  The direct output for wind speed is an AC sine wave and direction is a precision potentiometer.  This sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included.

A separate Surge Protection Assembly,  **Model 19120** , is available that doubles as both a junction box for cable termination and additional electrical transient surge protection.  Separate signal conditioning devices are available to convert the sensor signals to 0-5 V ( **Model 05603C** ) or 4-20 mA ( **Model 05631C** ).  All three of these devices are enclosed in weatherproof enclosures and come with mounting hardware (Model 19120 is not typically used in conjunction with either Model 05603C or 05631C).

Marine Wind Monitor (05106)

The YOUNG Model 05106 Wind Monitor-MA measures horizontal wind speed and direction.  Similar in operation to Model 05103

The YOUNG **Model 86000 Ultrasonic Anemometer** measures horizontal wind speed and direction.  This lightweight and compact sensor features durable, corrosion-resistant construction with sensitive ultrasonic transducers secured in a streamlined molded frame.  Each sensor is fully wind tunnel tested and calibrated to provide accurate wind measurement over a wide operating range.  The standard sensor features RS-232 and RS-485 serial outputs in a variety of formats.  Analog voltage outputs are provided for wind speed and wind direction. 4-20 mA current signals are available for each channel and are well suited for long cable runs or for industrial settings where noise immunity is important.*  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The YOUNG **Model 86000-SDI Ultrasonic Anemometer** is a specialized version of Model 86000.  This model operates similarly to Model 86000 but utilizes SDI-12 (v1.3) serial communication protocol to minimize power consumption.

Ultrasonic Anemometer (86000 / 86000-SDI)

The YOUNG Model 86000 2D Ultrasonic Anemometer offers high performance and low power consumption in a compact size. It is ideal for the most demanding wind sensing applications



The YOUNG **Model 05108 Wind Monitor-HD**  measures horizontal wind speed and direction.  This sensor has many of the same features as Model 05106, including long-lasting, corrosion resistant, ceramic bearings and a ¼ inch diameter propeller shaft.  It features a high pitch propeller that will extend bearing longevity due to its lower rotation rate at like wind speeds.  The direct output for wind speed is an AC sine wave and direction is a precision potentiometer.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included.

A separate Surge Protection Assembly, **Model 19120** , is available that doubles as both a junction box for cable termination and additional electrical transient surge protection.  Separate signal conditioning devices are available to convert the sensor signals to 0-5 V ( **Model 05608C** ) or 4-20 mA ( **Model 05638C** ).  All three of these devices are enclosed in weatherproof enclosures and come with mounting hardware (Model 19120 is not typically used in conjunction with either Model 05603C or 05631C).

 

Heavy Duty Wind Monitor-HD( 05108)

The YOUNG Model 05108 Wind Monitor-HD measures horizontal wind speed and direction.  This sensor has many of the same features as Model 05106, including long-lasting, corrosion resistant, ceramic bearings and a ¼ inch diameter propeller shaft.

The YOUNG  **Model 05108-45 Heavy Duty Wind Monitor HD-Alpine**  measures horizontal wind speed and direction.  This sensor includes ceramic bearings, ¼ inch diameter propeller shaft and high pitch propeller as found in Model 05108.  To improve performance in in high elevation Alpine environments this model has the additional features of an all-black design for thermal warming from sun exposure and a specially formulated, ice resistant coating applied to all external surfaces.  The direct output for wind speed is an AC sine wave and direction is a precision potentiometer.  This sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included.

A separate Surge Protection Assembly, **Model 19120** , is available that doubles as both a junction box for cable termination and additional electrical transient surge protection.  Separate signal conditioning devices are available to convert the sensor signals to 0-5 V ( **Model 05608C** ) or 4-20 mA ( **Model 05638C** ).  All three of these devices are enclosed in weatherproof enclosures and come with mounting hardware (Model 19120 is not typically used in conjunction with either Model 05603C or 05631C).

 

Heavy Duty Wind Monitor-HD-Alpine( 05108-45)

The YOUNG Model 05108-45 Heavy Duty Wind Monitor HD-Alpine measures horizontal wind speed and direction.  This sensor includes ceramic bearings, ¼ inch diameter propeller shaft and high pitch propeller as found in Model 05108. 

The YOUNG **Model 86004 Ultrasonic Anemometer** measures horizontal wind speed and direction.  This lightweight and compact sensor features durable, corrosion-resistant construction with sensitive ultrasonic transducers secured in a streamlined molded frame.  Heating elements are thermostatically controlled to activate under low temperature conditions.  Each sensor is fully wind tunnel tested and calibrated to provide accurate wind measurement over a wide operating range.  The standard sensor features RS-232 and RS-485 serial outputs in a variety of formats.  Analog voltage outputs are provided for wind speed and wind direction. 4-20 mA current signals are available for each channel and are well suited for long cable runs or for industrial settings where noise immunity is important.*  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The YOUNG **Model 86004-SDI Ultrasonic Anemometer** is a specialized version of Model 86004.  This model operates similarly to Model 86004 but utilizes SDI-12 (v1.3) serial communication protocol to minimize power consumption.

An optional Bird Wire Assembly, **Model 86052**, may be use to discourage birds from perching on the sensor.  To achieve optimal performance this assembly must be installed prior to calibration (when used).

Ultrasonic Anemometer – (Heated 86004 / 86004-SDI)

For extended cold weather use, model 86004 features thermostatically controlled heaters in transducer and housing surfaces

The YOUNG **Model 05305 Wind Monitor-AQ** measures horizontal wind speed and direction.  Adapted from our Model 05103, this sensor is designed to meet many air quality specifications.   A lightweight, carbon fiber thermoplastic (CFT) helicoid propeller, used to measure wind speed, generates an AC sine wave signal upon rotation.  Wind direction is determined by a lightweight, balanced, vane attached to a precision potentiometer inside an internal housing.  UV stabilized plastic with stainless steel and anodized aluminum parts are used in the construction of the sensor.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The Wind Monitor-AQ is also available with 0-5 VDC outputs, **Model 05305V** , or 4-20 mA outputs,  **Model 05305L**  (both models scaled for 0-100 m/s and 0-360 degrees).  The 05305L is recommended for use in high noise areas or for installations with long cables, typically 300 meters (1000 feet) or more, up to several kilometers.

 

AQ Wind Monitor ( 05305 / 05305L / 05305V (meets EPA - PSD)

The YOUNG Model 05305 Wind Monitor-AQ measures horizontal wind speed and direction.  Adapted from our Model 05103, this sensor is designed to meet many air quality specifications.   

The YOUNG **Model 86106 Ultrasonic Anemometer** measures horizontal wind speed and direction.  This lightweight and compact sensor features durable, corrosion-resistant construction with sensitive ultrasonic transducers secured in a streamlined molded frame.  Each sensor is fully wind tunnel tested and calibrated to provide accurate wind measurement over a wide operating range.  The sensor is preconfigured to output NMEA serial data (RS-485, 4800 baud) although RS-232 and a variety of output  formats are also available.  Analog voltage outputs are provided for wind speed and wind direction. 4-20 mA current signals are available for each channel and are well suited for long cable runs or for industrial settings where noise immunity is important.*  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

Ultrasonic Anemometer – (Marine 86106 - Preconfigured for NMEA Output)

Introducing the YOUNG Model 86106 next generation 2D Ultrasonic Anemometer. The sensor offers high performance and low power consumption in a compact size. It is ideal for the most demanding wind sensing applications

The YOUNG  **Model 09101 Wind Monitor-SE**  measures horizontal wind speed and direction.  Using the same propeller as the Model 05103, a frequency signal is induced into a stationary coil for speed and an optical encoder that is coupled to the vane is used to determine wind direction.  These signals are converted to either a serial or analog voltage output by means of an onboard microprocessor.  The absolute encoder overcomes the disadvantage of the deadband region found in the potentiometer used on other models.  UV stabilized plastic with stainless steel and anodized aluminum parts are used in the construction of the sensor.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The YOUNG  **Model 09106 Wind Monitor-SE-MA** is a modified version of the Model 09101.  This model utilizes long-lasting, corrosion resistant, ceramic bearings and ruggedized vertical components for the additional rigors of a marine environment.

Serial Output Wind Monitor ( 09101 / 091060)

The YOUNG Model 09101 Wind Monitor-SE measures horizontal wind speed and direction.  Using the same propeller as the Model 05103.

The YOUNG **Model 91000 ResponseONE™ Ultrasonic Anemometer **measures wind speed and wind direction with no moving parts.  The IP66 rated construction enables reliable operation in severe environments.  Each sensor is fully wind tunnel tested and calibrated to provide accurate wind measurement over a wide operating range.  Standard serial output formats include SDI-12, NMEA, and ASCII text.  Output may be continuous or polled to conserve power.  Standard RS-232 or RS-485 serial formats enable direct integration with YOUNG displays, marine NMEA systems, data loggers or other compatible serial devices.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The YOUNG **Model 91000B ResponseONE™ Ultrasonic Anemometer** is black in construction.  All other features are identical to Model 91000.

The YOUNG **Model 91500 ResponseONE™ Ultrasonic Anemometer **includes an internal compass to provide orientation for wind direction, making it ideal for mobile or portable applications.

The YOUNG **Model 91500B ResponseONE™ Ultrasonic Anemometer** is black in construction.  All other features are identical to Model 91500.

ResponseONE™ Ultrasonic Anemometer (91000 / 91500 / 91000B / 91500B)

The YOUNG Model 91000 ResponseONE™ Ultrasonic Anemometer measures wind speed and wind direction with no moving parts.  

The YOUNG  **Model 05501LM Wind Monitor-IS**  measures horizontal wind speed and direction and can safely be used in Class 1, Division 1, Group A,B,C,D hazardous areas.*  A four-blade helicoid propeller, used to measure wind speed, generates an AC sine wave signal upon rotation.  Wind direction is determined by a vane attached to a precision potentiometer inside an internal housing.  Internal circuitry converts the signals into isolated, 4 to 20 mA current outputs.  The instrument is constructed of UV stabilized plastic with stainless steel and anodized aluminum fittings.  The instrument installs on standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

*Tested in accordance with Safety Standard UL 913, Intrinsically Safe Apparatus and Associated Apparatus for use in Class I, II, and III Division I, Hazardous (classified) locations. Must be properly installed with approved Intrinsically Safe barrier.

Intrinsically Safe Wind Monitor (05501LM)

The YOUNG Model 05501LM Wind Monitor-IS measures horizontal wind speed and direction and can safely 

The YOUNG **Model 81000 Ultrasonic Anemometer** measures both horizontal and vertical wind speed and direction.  This sensor features durable, corrosion-resistant construction with three opposing pairs of ultrasonic transducers supported by stainless steel members.  Each sensor is fully wind tunnel tested and calibrated to provide accurate wind measurement.  The standard sensor features RS-232 and RS-485 serial outputs.  Wind and sonic temperature data are available on four analog voltage outputs.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

3D Ultrasonic Anemometer 81000 - (Voltage and Serial Output)

The YOUNG Model 81000 Ultrasonic Anemometer is a 3-axis, no-moving-parts wind sensor. 


The YOUNG  **Model 27106 Gill Propeller Anemometer (EPS)** utilizes a fast response helicoid propeller and high quality tach-generator transducer to produce a DC voltage that is linearly proportional to air velocity.  Airflow from any direction may be measured, however, the propeller responds only to the component of the air flow which is parallel to its axis of rotation.  Off-axis response closely approximates a cosine curve with appropriate polarity.  With perpendicular air flow the propeller will not rotate.  The output signal is suitable for a wide range of signal translators and data logging devices.  The standard Model 27106 with expanded polystyrene (EPS) propeller offers maximum sensitivity at low wind speeds.

The **YOUNG Model 27106D Gill Propeller Anemometer (EPS)** is a modified version of the Model 27106.  It utilizes an optical encoder to produce a square wave, pulsed output, with frequency proportional to wind speed.

Gill Propeller Anemometer (EPS) (27106 / 27106D)

The YOUNG Model 27106 Gill Propeller Anemometer (EPS) utilizes a fast response helicoid propeller and high quality tach-generator transducer to produce a DC voltage that is linearly proportional to air velocity.    

The YOUNG  **Model 27106T Gill Propeller Anemometer (CFT)**  utilizes a fast response helicoid propeller and high quality tach-generator transducer to produce a DC voltage that is linearly proportional to air velocity.  Airflow from any direction may be measured, however, the propeller responds only to the component of the air flow which is parallel to its axis of rotation.  Off-axis response closely approximates a cosine curve with appropriate polarity.  With perpendicular air flow the propeller will not rotate.  The output signal is suitable for a wide range of signal translators and data logging devices.  The Model 27106T utilizes a carbon fiber thermoplastic (CFT) propeller for greater range and durability.

The  **YOUNG Model 27106DT Gill Propeller Anemometer (CFT)**  is a modified version of the Model 27106T.  It utilizes an optical encoder to produce a square wave, pulsed output, with frequency proportional to wind speed.

Gill Propeller Anemometer (CFT) (27106T / 27106DT)

The YOUNG Model 27106T Gill Propeller Anemometer (CFT) utilizes a fast response helicoid propeller and high quality tach-generator transducer to produce a DC voltage that is linearly proportional to air velocity.  

The YOUNG **Model 81000V Ultrasonic Anemometer** measures both horizontal and vertical wind speed and direction.  This sensor features durable, corrosion-resistant construction with three opposing pairs of ultrasonic transducers supported by stainless steel members.  Each sensor is fully wind tunnel tested and calibrated to provide accurate wind measurement.  The standard sensor features RS-232 and RS-485 serial outputs.  Four analog voltage inputs allow data from input devices to be included on the serial output string.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

3D Ultrasonic Anemometer 81000V -( Voltage Inputs and Serial Outputs)

The YOUNG Model 81000V Ultrasonic Anemometer is a 3-axis, no-moving-parts wind sensor with four synchronized voltage input channels and serial output.

The YOUNG **Model 03002 Wind Sentry** measures horizontal wind speed and direction.  Three lightweight hemispherical cups, used to measure wind speed, generate an AC sine wave signal upon rotation.  Wind direction is determined by a vane attached to a precision potentiometer inside an internal housing.  UV stabilized plastic with stainless steel and anodized aluminum parts are used in the construction of the sensor.  Precision grade stainless steel ball bearings are used for both the anemometer and vane.  The sensor mounts on a standard 1-inch IPS pipe.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The Wind Sentry is also available with 0-1 VDC outputs, **Model 03002V** , or 4-20 mA outputs,  **Model 03002L**  (both models scaled for 0-50 m/s and 0-360°).  The 03002L is recommended for use in high noise areas or for installations with long cables, typically 300 meters (1000 feet) or more, up to several kilometers.

For wind speed only, YOUNG  **Model 03102 Wind Sentry Anemometer, 03102V Wind Sentry Anemometer** (0-1 VDC = 0-50 m/s), and 03102L Wind Sentry Anemometer (4-20 mA = 0-50 m/s) are available separately.

Wind Sentry Anemometer & Vane (03002 / 03002L / 03002V)

The YOUNG Model 03002 Wind Sentry measures horizontal wind speed and direction.  Three lightweight hemispherical cups, used to measure wind speed, generate an AC sine wave signal upon rotation.  

The YOUNG **Model 81000 Ultrasonic Anemometer** measures both horizontal and vertical wind speed and direction.  This sensor features durable, corrosion-resistant construction with three opposing pairs of ultrasonic transducers supported by stainless steel members.  An extended mast separates the transducer array from the instrument body to minimize wind disruption.  Each sensor is fully wind tunnel tested and calibrated to provide accurate wind measurement.  The standard sensor features RS-232 and RS-485 serial outputs.  Wind and sonic temperature data are available on four analog voltage outputs.  The sensor mounts on a standard 1-inch IPS pipe.  A mounting orientation ring is included that engages with the base of the sensor to retain orientation when the sensor is removed for maintenance.  Terminations are made in a junction box at the base of the sensor by small clamp-style connectors (no special connectors are required).

The YOUNG **Model 81000VRE Ultrasonic Anemometer is **similar to Model 81000V (four analog voltage inputs) with an extended mast .

3D Ultrasonic Anemometer (81000RE / 81000VRE - Extended Mast)

The YOUNG Models 81000RE/81000VRE Ultrasonic Anemometer are 3-axis, no-moving-parts wind sensors. 

The YOUNG  **Model 12102 Gill 3-Cup Anemometer**  measures horizontal wind speed.  The three UV resistant hemispherical cup assembly is attached to a high quality tach-generator transducer to produce a DC voltage that is linearly proportional to air velocity.  A mounting bracket is included that installs on a standard ¾ inch IPS threaded pipe.

Gill 3-Cup Anemometer (12102)

The YOUNG Model 12102 Gill 3-Cup Anemometer measures horizontal wind speed.  The three UV resistant hemispherical cup assembly is attached to a high quality tach-generator transducer to produce a DC voltage that is linearly proportional to air velocity. 

 **Model 41382 Relative Humidity/Temperature Probe**  combines a high accuracy, capacitance type humidity sensor and precision Platinum RTD temperature sensor in one probe. This probe offers a choice of 0-1 VDC or 4-20 mA outputs for T and RH.

 **Model 41342 Temperature Probe** offers accurate temperature-only measurement. Three output options are available: 0-1 VDC, 4-20 mA, and 4 wire RTD.

Probes are easily installed in YOUNG naturally ventilated (multi-plate) or aspirated radiation shields.
 **Model 41003P-24**  Multi-Plate Radiation Shield
 **Model 43502**  Aspirated Radiation Shield

When used with a YOUNG 26800 Meteorological Translator, ‘C’ models are typically used (the 26800 will convert the values to °F for domestic use).

Optional temperature scalings are available.  Please contact us for details.

Temperature and Relative Humidity Sensors

When used with a YOUNG 26800 Meteorological Translator, ‘C’ models are typically used (the 26800 will convert the values to °F for domestic use).
Optional temperature scalings are available.  Please contact us for details.

**The YOUNG Tipping Bucket Rain Gauge** utilizes a proven tipping bucket mechanism for simple and effective rainfall measurement. The bucket geometry and materials are specially selected for maximum water release, thereby reducing contamination and errors.  Catchment area of 200 cm2 and measurement resolution of 0.1 mm meet the recommendations of the WMO. Leveling screws and bullseye level are built in for easy and precise adjustment in the field. Measured precipitation is discharged through a collection tube for verification of total rainfall.

Model **52202** is heated for operation in cold temperatures.

Model **52203** is unheated for use in moderate climates.

Marine grade Models **52202-20** and **52203-20** with a stainless-steel housing are available for coastal (salt air) or other corrosive environments.

An optional Bird Wire Assembly, Model **52250**, may be use to discourage birds from perching on the funnel rim.

Heated models come with a standard 120 VAC to 24VAC power adapter for heater operation (230 VAC to 24 VAC for ‘H’ versions).

Tipping Bucket Rain Gauge (52202 / 52203)

The YOUNG Tipping Bucket Rain Gauge meets the specifications of the World Meteorological Organization (WMO).

YOUNG barometric pressure sensors combine high accuracy and low power consumption over a wide range of pressures (500 to 1100 hPa) and temperatures.  The compact size allows easy placement in most standard enclosures.  The barometer is available in two configurations to satisfy a variety of applications:

Model  **61402V**  offers 0-5 VDC and RS-232 output

Model  **61402L**  offers 4-20 mA, RS-232, RS-485 and SDI-12 outputs.

For outdoor installation, Model 61360 Weatherproof Enclosure and Model 61002 Pressure Port are recommended.

Barometric Pressure Sensor (61402V / 61402L)

YOUNG barometric pressure sensors combine high accuracy and low power consumption over a wide range of pressures (500 to 1100 hPa) and temperatures.  The compact size allows easy placement in most standard enclosures.  

The TempVue 20 consists of a wire-wrapped, four-wire Pt100 Resistance Temperature Detector (RTD) element encapsulated in an epoxy-filled, stainless-steel housing. The thin yet robust housing, combined with the Pt100 sensing element, provide a truly WMO-compliant sensor to meet the 20-second step response time with an ambient wind speed of only 1 m/s (3.3 ft/s). The digital TempVue 20 also gives users much more measurement confidence than an analog sensor is able to provide, such as status information and the removal of any hassles regarding calibration inputs.

The TempVue 20 has a maximum measurement uncertainty of only 0.3 Kelvin over the entire measurement range of -60° to +60°C, with only 0.1 Kelvin over the most common temperature range of -40° to +40°C.

TempVue 20 Pt100 Digital Air (Temperature Sensor)

The TempVue™20 provides even greater flexibility to customers wanting the next generation of air-temperature measurements. 

The sensor consists of a wire-wrapped, four-wire Pt100 Resistance Temperature Detector (RTD) element encapsulated in an epoxy-filled, stainless-steel housing. The thin yet robust housing, combined with the Pt100 sensing element, provide the first true WMO-compliant sensor to meet the 20-second step response time with an ambient wind speed of only 1 m/s (3.3 ft/s).

The TempVue 10 has a maximum measurement uncertainty of only 0.3 Kelvin over the entire measurement range of -80° to +60°C, with only 0.1 Kelvin over the most common temperature range of -40° to +40°C.

TempVue 10 Pt100 Analog (Temperature Sensor)

The sensor consists of a wire-wrapped, four-wire Pt100 Resistance Temperature Detector (RTD) element encapsulated in an epoxy-filled, stainless-steel housing. 

The HygroVue™10 offers a combined temperature and relative humidity element in an advanced digital sensor that is ideal for weather networks. The electronics within the sensor provide accurate measurements, and the sensor is easy to use. The digital SDI-12 output allows a simple connection and measurement by many data logging systems. Another benefit is that this digital output avoids the extra errors associated with measuring analog sensors.

A hydrophobic sintered filter prevents dirt and water from entering the cap. The filter is designed to be resistant to wind-driven rain. A secondary PTFE membrane filter is bonded to the surface of the sensor element to prevent finer dust and mold from directly influencing the measurements.

Because the sensor housing is designed to withstand permanent exposure to various weather conditions and to fit inside a range of radiation shields (including compact shields), the HygroVue 10 is truly suitable for a wide range of monitoring applications.

The HygroVue 10 uses a latest-generation, Swiss-made, combined relative humidity and temperature element based on CMOSens® technology that offers good measurements, accuracy, and stability. Each element of the HygroVue 10 is individually calibrated with the calibration corrections stored on the chip. You can easily change the sensor element in the field, which reduces your downtime and calibration costs.  
   
  **Benefits and Features**
Uses a combined, pre-calibrated digital humidity and temperature element
Field-changeable element for fast, on-site recalibration
Digital SDI-12 output, allowing long cables with no added errors
Simple data logger programming
Low power consumption
Wide operating voltage
Rugged design with potted electronics
Standard M12 connector with IP67 sealing rating.

**Mounting**
When you use the HygroVue 10 outdoors, it is standard practice to install the sensor within a housing, known as a shield. The shield prevents solar radiation from heating the sensor and creating measurement errors. The radiation shield also provides a degree of protection from adverse weather, such as hail or driving rain. The most common type of shield is a relatively small, naturally ventilated screen that is low maintenance and requires no power. 

The HygroVue 10 is specifically designed for field use with dimensions to suit common radiation shields. (Campbell Scientific recommends the RAD10E 10-Plate Solar Radiation Shield.) You can mount the RAD10E on vertical or horizontal poles.

**Field Calibration**
Calibration is easy to carry out by simply changing the sensor element. As each sensor element is individually calibrated, no further adjustments of the sensor are required. This means that when you change the element, it returns the sensor to the factory calibration state for both temperature and humidity—without interrupting your measurement collection for long periods.

HygroVue 10

he HygroVue™10 offers a combined temperature and relative humidity element in an advanced digital sensor that is ideal for weather networks.

The EE181 is a rugged, accurate air temperature and relative humidity (RH) probe that is ideal for long-term, unattended applications. It includes a proprietary coating on the RH element that increases the life of the element and protects it from dirt, dust, salt, or other contaminants. A 1000 Ω PRT measures air temperature for the -40° to +60°C range. For optimum results, the EE181 should be recalibrated annually.

EE181-L

The EE181 is a rugged, accurate air temperature and relative humidity (RH) probe that is ideal for long-term, unattended applications. 

he HMP155A provides reliable relative humidity (RH) and temperature measurements for a wide range of applications. It uses a HUMICAP®180R capacitive thin film polymer sensor to measure RH over the 0 to 100% RH range. A PRT measures temperature over the -80° to +60°C range. This rugged, accurate temperature/RH probe is manufactured by Vaisala.

To reduce the current drain, power can be supplied to the HMP155A only during measurement when the sensor is connected to the data logger’s switched 12 V terminal. Data loggers that do not have a switched 12 V terminal, such as the CR510 or CR7, can use the SW12V switched 12 V device to switch power to the sensor only during measurement.


HMP155A-L

The HMP155A provides reliable relative humidity (RH) and temperature measurements for a wide range of applications. 

The ClimaVue™50 is an affordable all-in-one meteorological sensor that fulfills your common weather monitoring needs with simplicity, when paired with any of Campbell Scientific's highly flexible and scalable data collection platforms. This sensor uses SDI-12 to report air temperature, relative humidity, vapor pressure, baro­metric pressure, wind (speed, gust, and direction), solar radiation, precipitation, and lightning strike (count and distance). It does this with no moving parts, while consuming little power. A built-in tilt sensor assures long-term data integrity. This diverse product is great for quick deployment, for remote locations, for large networks, as part of a more complex system, or if you just need something simple.

ClimaVue 50 Compact Digital Weather Sensor

Complete Weather Sensor with No Moving Parts
Low power, compact, and simple for easy installation in remote locations

The HMP60, manufactured by Vaisala, probe measures air temperature for the range of -40° to +60°C, and relative humidity for the range of 0 to 100% RH. It uses the INTERCAP® capacitive RH chip. This field-replaceable chip eliminates the downtime typically required for the recalibration process.

HMP60-L

The HMP60, manufactured by Vaisala, probe measures air temperature for the range of -40° to +60°C, and relative humidity for the range of 0 to 100% RH.

The MetSens200 compact weather sensor measures wind speed and direction via an ultrasonic sensor. An integrated electronic compass allows the MetSens200 to provide accurate, relative wind direction measurements without being oriented in a particular way, making installation easier. WMO average wind speed and direction and gust data are provided. The MetSens200 is compatible and easily integrated with the MeteoPV Solar Resource Platform and any Campbell Scientific data logger using SDI-12, RS-485, ModbusRS-485, or NMEA RS-232.

MetSens200 Compact Weather Sensor for Wind with Compass

The MetSens200 compact weather sensor measures wind speed and direction via an ultrasonic sensor

The MetSens300 compact weather sensor measures air temperature, relative humidity, and barometric pressure in a single, combined instrument mounted inside three double-louvered, naturally aspirated radiation shields with no moving parts. Temperature, relative humidity, barometric pressure, absolute humidity, air density, and wet bulb temperature data are provided. The MetSens300 is compatible and easily integrated with the MeteoPV Solar Resource Platform and any Campbell Scientific data logger using SDI-12, RS-485, ModbusRS-485, or NMEA RS-232.

MetSens300 Compact Weather Sensor for Temperature, RH, and Barometric Pressure

The MetSens300 compact weather sensor measures air temperature, relative humidity, and barometric pressure in a single

The SkyVue™PRO LIDAR Ceilometer measures cloud height and vertical visibility for meteorological and aviation applications and is ideal for long-term research applications where a high level of detail is required.

Its robust construction is ideal for long-term installation, as it requires minimal maintenance and features a unique stratocumulus calibration procedure—allowing the ceilometer to be calibrated in the field.

The SkyVue PRO complies with CAA, WMO, and ICAO guidance and meets or exceeds all recommendations and specifications, including CAP437, CAP670, and CAP746.

With an operational reporting range of 10 km, the SkyVue PRO is easy to use yet boasts advanced signal processing and unique optical arrangements to provide superior resolution and performance.

The SkyVue PRO has many standard features, from a tilting base and two-axis inclinometer for automatic correction of cloud heights to heaters, blowers, and a sun filter for operation under all conditions—making deployments possible around the world.

Unique standard features include an easy-to-operate stratocumulus calibration, long-life back-up battery, and twin clocks to augment its many continuous diagnostic self-checks and provide assurance of continuous, reliable, and accurate performance.

 **Detailed Description**

The SkyVue PRO LIDAR ceilometer measures cloud height and vertical visibility for meteorological and aviation applications or long-term research applications where a high level of detail is required. Using LIDAR (LIght Detection And Ranging) technology, the instrument transmits fast, low-power laser pulses into the atmosphere and detects backscattered returns from clouds and aerosols above the instrument.

A unique, efficient single-lens design increases optical signal-to-noise ratio and allows for larger optics in a compact package, improving accuracy and measurement performance. The optics are immune to damage from direct sunlight.

This approach, along with state-of-the-art electronics, provides a powerful and stable platform from which to measure cloud height and vertical visibility to high accuracy. The SkyVue PRO measures the atmosphere with high stability and repeatability, delivering excellent performance in even the harshest of conditions.

The SkyVue PRO provides information on cloud height, sky condition (up to five layers), vertical visibility, and raw backscatter profiles to a range of 10 km.

An automated Mixing Layer Height (MLH) option is available for air-quality applications. MLH is an important parameter in modelling air quality and air pollution episodes. The MLH is determined based on the operational algorithm used by KNMI, which detects the top of boundary layers.

The algorithm runs within the SkyVue PRO itself, and the results are incorporated in data messages, making it easy to incorporate the MLH into whatever systems are already in use without the need to run external special software. If you require the MLH option, please contact us.

The unique stratocumulus calibration capability, which allows users to calibrate measurements of scatter coefficients, uses a simple and user-friendly field method, giving complete confidence in the scatter profiles reported and removes the requirement to have the unit sent back for calibration.

Reliable range measurement is further assured by cross-checking two separate internal quartz clocks, eliminating the possibility of unidentified errors due to clock drift.

The SkyVue PRO can be tilted at various angles up to 24°. A small tilt is important, as it allows the ceilometer to resist high levels of reflection from large raindrops and frozen particles that can impair vertical-type sensors. The tilt also improves rain run-off on the ceilometer window, resulting in a much higher performance compared with vertical ceilometers.

Tilting to 24° also means that it can be operated anywhere in the world without the sun shining into the lens and resulting in missing data. An internal two-axis inclinometer provides automatic correction of cloud height at all angles, ensuring ease of installation and confidence that cloud heights are automatically corrected throughout the lifetime of the installation. 

 **Software for data visualization and interpretation**
Ceilometer data can be displayed using Campbell’s Viewpoint software or fed directly into existing data systems. The Campbell Viewpoint software will display the output from the ceilometer in a convenient and configurable form, including information on sky condition, mixing layers, and scatter profiles. All can be displayed simultaneously or separately with ranges and time scales. For more information on Viewpoint click here.

SkyVue PRO (LIDAR Ceilometer)

The SkyVue™PRO LIDAR Ceilometer measures cloud height and vertical visibility for meteorological and aviation applications and is ideal for long-term research applications where a high level of detail is required.

The MetSens500 compact weather sensor measures wind speed and direction via an ultrasonic sensor, as well as air temperature, relative humidity, and barometric pressure, in a single, combined instrument mounted inside three double-louvered, naturally aspirated radiation shields with no moving parts. An integrated electronic compass allows the MetSens500 to provide accurate, relative wind direction measurements without being oriented in a particular way, making installation easier. WMO average wind speed and direction and gust, temperature, relative humidity, barometric pressure, absolute humidity, air density, and wet bulb temperature data are provided. The MetSens500 is compatible and easily integrated with the MeteoPV Solar Resource Platform and any Campbell Scientific data logger using SDI-12, RS-485, ModbusRS-485, or NMEA RS-232.

MetSens500 Compact Weather Sensor for Temperature, RH, Barometric Pressure, and Wind with Compass

The MetSens500 compact weather sensor measures wind speed and direction via an ultrasonic sensor

The SkyVue™8 LIDAR Ceilometer is ideal for measuring cloud base heights and vertical visibility at airports, helipads (onshore or offshore), and other meteorological applications. The SkyVue 8 measures the atmosphere with high stability and repeatibility, providing you with information on cloud base heights, sky condition (up to five layers), vertical visibility, and raw backscatter profiles. Notably, the ceilometer meets or exceeds all the necessary ICAO, CAA, and WMO requirements and recommendations.

Because of its robust construction, the SkyVue 8 only requires minimal maintenance and can be continuously used in either static or mobile applications in harsh environments. Its compact design and low weight of 18 kg make it easy to transport and deploy.

With an operational reporting range of 8 km, the SkyVue 8 has one of the highest in its class. It is easy to use yet features advanced signal processing and unique optics to provide superior resolution and performance.

The SkyVue 8 has many standard features, from a tilting base and two-axis inclinometer for automatic correction of cloud base heights to heaters, blowers, and a sun filter for operation under all conditions—making deployments possible around the world.

Unique standard features include an easy-to-operate stratocumulus calibration, long-life back-up battery, and twin clocks to augment its many continuous diagnostic self-checks and provide assurance of continuous, reliable, and accurate performance.

 **Detailed Description**
The SkyVue 8 LIDAR ceilometer measures cloud base heights and vertical visibility for meteorological and aviation applications. Using LIDAR (LIght Detection And Ranging) technology, the ceilometer transmits fast, low-power laser pulses (not harmful to eyes) into the atmosphere and detects backscattered returns from clouds and aerosols above the instrument. 

A unique, efficient, single-lens design increases optical signal-to-noise ratio and allows for larger optics in a compact package, improving accuracy and measurement performance.

This approach, along with state-of-the-art electronics, provides a powerful and stable platform from which to measure cloud base heights and vertical visibility to high accuracy. The SkyVue 8 measures the atmosphere with high stability and repeatability, delivering excellent performance in even the harshest of conditions.

The SkyVue 8 provides information on cloud base heights, sky condition (up to five layers), vertical visibility, and raw backscatter profiles to a range of 8 km.

The unique stratocumulus calibration capability, which allows users to calibrate measurements of scatter coefficients, uses a simple and user-friendly field method, giving complete confidence in the scatter profiles reported and removes the requirement to have the unit sent back for calibration. 

Reliable range measurement is further assured by cross-checking two separate internal quartz clocks, eliminating the possibility of unidentified errors due to clock drift.

The SkyVue 8 can be tilted at various angles up to 24°. Tilting the SkyVue 8 by even a few degrees can be important, as it allows the ceilometer to resist high levels of reflection from large raindrops and frozen particles that can impair vertical-type sensors. The tilt also improves rain run-off on the ceilometer window, resulting in a much higher performance compared with vertical ceilometers.

Tilting to 24° also means that it can be operated anywhere in the world without the sun shining into the lens and resulting in missing data. An internal two-axis inclinometer provides automatic correction of cloud base heights at all angles, ensuring ease of installation and confidence that cloud base heights are automatically corrected throughout the lifetime of the installation.

The SkyVue 8 complies with ICAO, CAA, and WMO guidance and meets or exceeds all recommendations and specifications. (This includes ICAO 9837, ICAO Annex 3, CAP437, and CAP746.)

 **Software for data visualization and interpretation **
Ceilometer data can be displayed using Campbell’s Viewpoint software or fed directly into existing data systems. The Campbell Viewpoint software will display the output from the ceilometer in a convenient and configurable form, including information on sky condition, mixing layers, scatter profiles, etc. All can be displayed simultaneously or separately with ranges and time scales. For more information on Viewpoint click here

SkyVue 8 (LIDAR Ceilometer)

The SkyVue™8 LIDAR Ceilometer is ideal for measuring cloud base heights and vertical visibility at airports, helipads (onshore or offshore), and other meteorological applications.

The MetSens550 compact weather sensor measures wind speed and direction via an ultrasonic sensor, as well as air temperature, relative humidity, and barometric pressure, in a single, combined instrument mounted inside three double-louvered, naturally aspirated radiation shields with no moving parts. An integrated side connector allows users to connect a tipping bucket rain gauge. An integrated electronic compass allows the MetSens550 to provide accurate, relative wind direction measurements without being oriented in a particular way, making installation easier. WMO average wind speed and direction and gust, temperature, relative humidity, barometric pressure, absolute humidity, air density, wet bulb temperature, rainfall total, and rainfall intensity data are provided. The MetSens550 is compatible and easily integrated with the MeteoPV Solar Resource Platform and any Campbell Scientific data logger using SDI-12, RS-485, ModbusRS-485, or NMEA RS-232.

MetSens550 Compact Weather Sensor for Temperature, RH, Barometric Pressure, and Wind with Precipitation Connector and Compass

Measures 5 Common Meteorological Parameters
IEC 61724-1 Compliant

The MetSens600 compact weather sensor measures wind speed and direction via an ultrasonic sensor, as well as air temperature, relative humidity, and barometric pressure, in a single, combined instrument mounted inside three double-louvered, naturally aspirated radiation shields with no moving parts. An optical precipitation sensing element senses fine amounts of water. An integrated electronic compass allows the MetSens600 to provide accurate, relative wind direction measurements without being oriented in a particular way, making installation easier. WMO average wind speed and direction and gust, temperature, relative humidity, barometric pressure, absolute humidity, air density, wet bulb temperature, rainfall total, and rainfall intensity data are provided. The MetSens600 is compatible and easily integrated with the MeteoPV Solar Resource Platform and any Campbell Scientific data logger using SDI-12, RS-485, ModbusRS-485, or NMEA RS-232.

MetSens600 Compact Weather Sensor for Temperature, RH, Barometric Pressure, Wind, and Rainfall Indication with Compass

The MetSens600 compact weather sensor measures wind speed and direction via an ultrasonic sensor

Oxygen diffuses through the CS511’s membrane onto a cathode that produces a chemical reaction. An electrical current is produced by this reaction, which is converted from microamps to millivolts by an in-line resistor. An in-line thermistor provides automatic temperature compensation.

Because the CS511 is shipped dry, DO electrolyte needs to be added before using the sensor. DO electrolyte as well as spare membranes are included in the sensor’s shipping kit.

Currently, the CS511 is Sensorex’s Model DO6400/T. Prior to June 2008, the CS511 was Sensorex’s Model DO6200/T. Programming, wiring, and most specifications are the same for these two sensors. However, they use different accessories and look different. Replacement parts remain available for the older DO6200/T. (See the Ordering Info on the web page.)

For an image of the older DO6200/T, see the retired version of the CS511 manual. Contact Campbell Scientific for more information.

CS511-L Dissolved Oxygen Sensor

Oxygen diffuses through the CS511’s membrane onto a cathode that produces a chemical reaction

The CCFC Field Camera is a high-quality, high-resolution outdoor zoom video and still image camera specifically designed for remote outdoor observation applications. The camera captures high-quality photos and video in wide-angle, and with 18x optical zoom, under various lighting conditions. Our Field Camera consumes low power, making it ideal for outdoor observation in remote locations using a solar-power battery. The camera can also operate with ac power where ac is available. It has a high-quality, very rugged anodized aluminum environmental case that enables its outdoor use in extremes of temperature. The Field Camera is compatible with Campbell Scientific data loggers, as well as other data logger brands.

 **Featuring New NDVI Capability!**
With OS version 2.5 or above, the CCFC Field Camera is able to function as a normalized difference vegetation index (NDVI) sensor. This feature uses infrared data to produce a visualization of live green vegetation in the image. This allows the user to determine at-a-glance areas of healthy growth and areas where growth is less abundant. Applications for NDVI include vegetation dynamics, biomass production, grazing management, changes in rangeland condition, soil moisture, and CO2 flux.For more information about the CCFC
 
 ** Wi-Fi Camera Access**
This outdoor camera, which includes Wi-Fi access, can be controlled using a smartphone from the safety of the ground. The CCFC features an all-web interface that makes setup and configuration easy. The interface works on any desktop or mobile browser, and it contains built-in tips to ensure you are getting the most out of your outdoor camera. The camera capture and retrieval modes are highly configurable, enabling even the most advanced users complete control of settings.

 **Camera Zoom and Auto Focus**
The CCFC comes with a high-quality 18x optical zoom lens and an upgraded image sensor (when compared to the CC5MPX camera model). Users can designate up to 15 preset lens positions to capture photos or video from different zoom lengths for each capture event. The camera's auto-focus feature enables it to automatically re-focus at each zoom length so each trigger event captures a collection of clear photos and video.

 **High-Quality Photos and Video**
The camera can produce photos of up to 5 megapixels and video up to 720p. The camera's photo and video capture trigger modes include two independent timed captures, as well as external triggers, such as data logger control, motion detection, and web interface control. These capture modes make the CCFC an ideal camera for a wide variety of outdoor observation and surveillance applications. The camera comes with 16 GB of internal memory to store captured media.

 **Getting Photos and Video**
The camera can send photos and video directly to a desktop or publish them to the web via various communications options. Photos and video taken by the camera can be delivered to you from remote locations via cellular modem, Ethernet 10/100, RS-232, RS-485, satellite, and PakBus. The camera can be configured to act as a webcam that publishes photos and video directly to a website using various communications devices. The CCFC comes with 16 GB of outdoor-rated internal memory.

 **Night Mode**
The CCFC Field Camera is equipped with two IR LEDs and configurable Night Mode settings, so images can be captured under almost any lighting condition.

 **Applications**
Two mounting options add versatility to the camera's applications. The camera can be used worldwide and is suitable for the following outdoor observation and surveillance applications:

- Weather stations
- Water movement and level
- Weather forecasting and cloud monitoring
- Dam safety
- Construction sites and empty buildings
- Asset monitoring
- Flood forecasting
- Winter resort snow conditions
- Energy generation and distribution network
- Infrastructure
- Iceberg and glacier monitoring
- Avalanche monitoring
- Point of interest and learning centers (such as national parks, historic sites, etc.)
- Forest canopy monitoring
- Public places and special events
- Solar and wind farms
- Air quality
- Forest fire detection
- Seismic and vibration monitoring
- Snow monitoring
- Vegetation monitoring
- Animal observation

CCFC (Outdoor Observation and Surveillance Field Camera)

The CCFC Field Camera is a high-quality, high-resolution outdoor zoom video and still image camera specifically designed for remote outdoor observation applications. 

The CS512 consisted of a self-polarizing galvanic cell with automatic temperature compensation from 0° to +40°C. It had a linear mV output, which was proportional to the oxygen present in the measured media (e.g., water, air, gas, oil, etc.). The probe could measure dissolved oxygen in aquaculture, water quality, waste water, and pure oxygen measurement applications.

CS512 Dissolved Oxygen Sensor

The CS512 consisted of a self-polarizing galvanic cell with automatic temperature compensation from 0° to +40°C. It had a linear mV output

The CS11 detects and measures the ac current along an electrical wire using the magnetic field that is generated by that current. The sensor outputs a millivolt signal allowing it to be directly connected to our data loggers.

The CS11 uses CR Magnetic's CR8459 Current Transformer to detect the ac current along an electrical wire using the magnetic field that is generated by that current. The CS11 is external to the wire jacket and has no direct electrical connection to the system.

The CS11 is recommended for measurements that do not require high accuracy, such as motor or generator load condition monitoring, efficiency studies, intermittent fault detection, and rough submetering.

CS11-L (AC Current Sensor)

The CS11 detects and measures the ac current along an electrical wire using the magnetic field that is generated by that current.

The 255-100, manufactured by Novalynx, determines evaporation rate by measuring the changing water level in your evaporation pan. The evaporation gauge produces a resistance output that Campbell Scientific data loggers can monitor. The 255-200 or another standard National Weather Service Class A evaporation pan must be purchased separately.

The 255-100 consists of a float, pulley, and counterweight attached to a precision 1000-ohm potentiometer mounted through a gear assembly in a weatherproof housing. It has a triangular base plate equipped with three leveling screws and a bubble level. The potentiometer produces a resistance output proportional to the position of the float, which can be monitored on site using a data logger or monitored remotely by telemetry equipment.

The 255-100 can be placed directly in the pan, or connected to the pan using the 255-100P/F stainless-steel pipe and fittings. Instead of using the 255-100P/F, a 1/2-in. polybraid (fiber reinforced) flexible tubing, nylon fittings (1/2-in. NPT x Hose Bar), and small stainless-steel hose clamps can be used; this equipment is available from a local hardware store.

255-100 (Analog Output Evaporation Gauge)

The 255-100, manufactured by Novalynx, determines evaporation rate by measuring the changing water level in your evaporation pan. 

The 0871LH1, manufactured by Goodrich, is a sensor that detects the presence of icing conditions so that appropriate actions can be taken to prevent damage to power and communication lines, to warn of road hazards, or to keep ice off wind turbine blades or a plane’s wings.

 **Detailed Description**
The 0871LH1 uses resonant frequencies to determine the presence of icing conditions. Its main component is a nickel alloy rod that has a natural resonant frequency of 40 kHz. As ice collects on the rod, the added mass causes the resonant frequency to decrease. When the frequency decreases to 130 Hz (or 0.02-in. layer of ice), an internal heater automatically defrosts the sensor.

 **Wind Energy Applications**
The 0871LH1 can detect ice on a wind turbine’s blade, which is undesirable because:

Blade can throw large chunks of ice a considerable distance—an extremely dangerous, potentially lethal situation.
Formation of ice can cause unbalanced loading on the turbine’s blades, bearings, and gear box.
Ice reduces the turbine’s power output.

The 0871LH1 can be used for wind prospecting applications by helping predict the amount of time a potential wind power site may be out of commission due to icing conditions. Additionally, the sensor lets users know when ice is preventing their wind sensors from providing data.

0871LH1 (Freezing-Rain Sensor)

The 0871LH1, manufactured by Goodrich, is a sensor that detects the presence of icing conditions so that appropriate actions can be taken to prevent damage to power and communication lines

The CS506 reports the status of small-diameter (10-hour) forest fire fuels as percent moisture by weight (1%=1 g water/100 g dry fuel). It consists of an epoxy-encapsulated electronics package that uses time-domain reflectometry (TDR) technology to measure the moisture content of the 26601 10-hour Fuel Moisture Stick. The sensor produces a ±0.7 Vdc square-wave frequency that is read using an analog or pulse channel on a Campbell Scientific data logger. The data logger then converts the frequency measurement to percent fuel moisture via a quadratic calibration.

CS506-L Fuel Moisture Sensor

The CS506 reports the status of small-diameter (10-hour) forest fire fuels as percent moisture by weight (1%=1 g water/100 g dry fuel). 

The GPS16X-HVS is a global positioning system (GPS) receiver that provides position, velocity, and timing information. Campbell Scientific configures the GPS16X-HVS and modifies its cable so that the receiver can more easily interface with our data loggers 
Detailed Description

The GPS16X-HVS, manufactured by Garmin International, consists of a receiver and an integrated antenna. It receives signals from orbiting Global Positioning System (GPS) satellites and then uses the signals to calculate position and velocity. The GPS16X-HVS also provides a highly accurate one-pulse-per-second (PPS) output for precise timing measurements.

Default settings are typically used. The default settings and options are changed using GPS16 software, which is available, at no charge, from the Garmin website (www.garmin.com). Additional hardware is required to connect the GPS16X-HVS to the computer running the GPS16 software (see Ordering Information for more  information).

By default, the instruction expects the GPS unit to be set up at 38400 baud, outputting the GPRMC and GPGGA sentences once per second. The data logger expects the start of the second to coincide with the rising edge of the PPS signal. If there is no PPS signal or if the required sentences come out at less than once per second, the data logger will not update its clock.

GPS units with lower baud rates can be used with the GPS instruction, but the baud rate has to be set for the relevant Com port it is to be connected to either in the data logger settings or by including a SetStatus command after the BeginProg instruction in the program (for example, SetStatus("BaudrateCOM4",19200)). Baud rates below 2400 bps will not work, as the GPS unit will not be able to transmit the two GPS sentences once per second reliably. Similar problems can be encountered even at higher baud rates if too many optional GPS strings are selected to be output.

GPS16X-HVS GPS (Receiver with Integrated Antenna)

The GPS16X-HVS is a global positioning system (GPS) receiver that provides position, velocity, and timing information

The LWS, manufactured by METER Environment, can detect small amounts of water or ice on the sensor surface for leaf wetness applications. Because the LWS measures the dielectric constant of the sensor’s upper surface, it can detect the presence of water or ice anywhere on the sensor’s surface. 

The LWS is designed to be deployed either in the canopy or on a weather station mast. Two holes in the non-sensing portion of the sensor body are provided for attaching the sensor to a pole or branch via twist ties or with 4-40 bolts.
Note: The LWS was previously ordered as the LWS-L.

LWS Leaf-(Wetness Sensor)

The LWS, manufactured by METER Environment, can detect small amounts of water or ice on the sensor surface for leaf wetness applications.

The SG000 is an optical-coincidence lightning sensor that detects actual lightning strikes for up to 20 miles away. Available as an option for our CS110 Electric Field Meter, the SG000 Strike Guard is used in conjunction with the CS110 to create a complete lightning-threat measurement and analysis system. Data from the two sensors can be used to control warning systems and to help personnel make evacuation and shutdown decisions.

 **Detailed Description**
The SG000 Strike Guard detects cloud and cloud-to-ground lightning within a 20-mile radius. Strike information is classified in three range categories as lightning detected within 5 miles, 10 miles, and 20 miles. To prevent false alarms, the SG000 requires an optical signal to coincide with a magnetic-field-change signal before reporting lightning.

The SG000 is typically mounted on the same tripod or pole as the CS110. The SG000 connects to the CS110 via the FC100, the 14291 Field Power Cable, and the FC100CBL1-L (typically 10+ feet), and the following equipment depending on which CS110 port it is connected to.

 **Lightning Detection Ranges**
The SG000 has three categories for lightning detection range estimates:

- CAUTION: Lighting is within 20 miles.
- WARNING: Lightning is within 10 miles.
- ALARM: Lighting is within 5 miles.
  **CS I/O Port**
- CS110CBL2-L (typically 9 feet)
- SC932A
- 16987 Peripheral Mtg kit
 **RS-232 Port**
- CS110CBL1-L (typically 9 feet)
The SG000 is an add-on option to the CS110. Due to a contractual agreement, it cannot be sold without the CS110, as a stand-alone sensor.

SG000 (Strike Guard Lightning Sensor)

The SG000 is an optical-coincidence lightning sensor that detects actual lightning strikes for up to 20 miles away. 

Campbell Scientific’s IRGASON® fully integrates the open-path analyzer and sonic anemometer. Designed specifically for eddy-covariance carbon and water flux measurements, the patented design is easier to install and use than separate sensors and provides increased measurement accuracy. The IRGASON simultaneously measures absolute carbon dioxide and water vapor, air temperature, barometric pressure, three-dimensional wind speed, and sonic air temperature. U.S. patent D680455

For more information about the benefits of having a colocated measurement, refer to the poster "Improved eddy flux measurements by open-path gas analyzer and sonic anemometer co-location."

IRGASON Integrated CO2 and H2O Open-Path Gas Analyzer and 3-D Sonic Anemometer

Campbell Scientific’s IRGASON® fully integrates the open-path analyzer and sonic anemometer

The RainVue™️20 is ideal for many hydrological or meteorological applications such as weather stations and flood warning systems. The RainVue 20 is an SDI-12 tipping bucket rain gage in the RainVue family of products. Advanced algorithms and digital processing within the sensor compensate for errors caused by high-intensity rain and provide accurate precipitation and intensity measurements. Constructed of an aerodynamic powder-coated aluminum funnel, the RainVue 20 is robust and minimizes the amount of liquid precipitation that is lost due to the effects of wind. This rain gage offers the user flexibility with the option to select from a series of set cable lengths or a user-defined cable length.

The RainVue 20 funnels rainfall through a stainless-steel gauze filter that traps and removes debris. The rainfall flows through a nozzle into one of the two halves of the tipping bucket. The internal tipping bucket assembly rotates around precision, rolling pivot bearings. It tips when the first bucket fills to a fixed calibrated level, and then the balance arm moves the second bucket under the funnel. A magnet attached to the balance arm actuates a reed switch as the bucket tips.

The aerodynamic design of the RainVue 20 prevents wind from carrying the rainfall away from the collecting vessel. With traditional cylindrical rain gages, wind can reduce the rainfall catch by up to 20 percent. The RainVue 20 also includes a microprocessor that corrects for rainfall intensity and outputs an SDI-12 signal.

RainVue 20 SDI-12 (Precipitation Sensor with Aluminum Funnel)

The RainVue™️20 is ideal for many hydrological or meteorological applications such as weather stations and flood warning systems.

The TE525, manufactured by Texas Electronics, has a 6 in. orifice and measures rainfall in 0.01 in. increments. It is compatible with all Campbell Scientific data loggers, and it is widely used in environmental monitoring applications.

The TE525 funnels precipitation into a bucket mechanism that tips when filled to its calibrated level. A magnet attached to the tipping mechanism actuates a switch as the bucket tips. The momentary switch closure is counted by the pulse-counting circuitry of our data loggers.

TE525-L (Rain Gage with 6 in. Orifice)

The TE525, manufactured by Texas Electronics, has a 6 in. orifice and measures rainfall in 0.01 in. increments.

The TE525WS, manufactured by Texas Electronics, is a tipping bucket rain gage that conforms to the National Weather Service recommendation for an 8 in. funnel orifice. It measures rainfall in 0.01 in. increments. This tipping bucket is compatible with all Campbell Scientific data loggers, and it is widely used in environmental monitoring applications.

The TE525WS funnels precipitation into a bucket mechanism that tips when filled to its calibrated level.  A magnet attached to the tipping mechanism actuates a switch as the bucket tips. The momentary switch closure is counted by the pulse-counting circuitry of our data loggers.

TE525WS-L (Rain Gage with 8 in. Orifice)

The TE525WS, manufactured by Texas Electronics, is a tipping bucket rain gage that conforms to the National Weather Service recommendation for an 8 in. funnel orifice. 

The TE525MM, manufactured by Texas Electronics, is a tipping bucket rain gage that monitors rainfall in metric rather than US units. It measures in 0.1 mm increments and has a 24.5 cm funnel. This tipping bucket is compatible with all Campbell Scientific data loggers, and is widely used in environmental monitoring applications.

The TE525MM funnels precipitation into a bucket mechanism that tips when filled to its calibrated level.  A magnet attached to the tipping mechanism actuates a switch as the bucket tips. The momentary switch closure is counted by the pulse-counting circuitry of our data loggers.




TE525MM-L (Metric Rain Gage with 9.6 in. Orifice)

he TE525MM, manufactured by Texas Electronics, is a tipping bucket rain gage that monitors rainfall in metric rather than US units. 

The CS700, manufactured by HS Hyquest Solutions, is a high-end tipping bucket rain gage with an 8 in. orifice and a heavy-duty cast aluminum base. It measures precipitation in 0.01 in. increments. The CS700 is ideal for locations where intense rainfall events may occur. This tipping bucket is compatible with all Campbell Scientific data loggers and is used in environmental monitoring applications.

The CS700 funnels precipitation into a bucket mechanism that tips when filled to its calibrated level. Each tip is marked by a dual reed switch closure that is recorded by a data logger pulse count channel. After measurement, the water drains through two orifices (accepts 12 mm tubing) in the base, allowing the measured water to be collected in a separate container.

The CS700 contains an internal siphon mechanism that causes rain to flow at a steady rate to the tipping bucket mechanism (regardless of intensity). The siphon allows the sensor to make accurate measurements over a range of 0 to 50 cm per hour.

CS700-L (Rain Gage with 8 in. Orifice)

The CS700, manufactured by HS Hyquest Solutions, is a high-end tipping bucket rain gage with an 8 in. 

The TB4, manufactured by HS Hyquest Solutions, is a high-end tipping bucket rain gage that has an 8 in. orifice and measures rainfall in 0.01 in. increments. It is ideal for locations where intense rainfall events may occur. This tipping bucket is compatible with all Campbell Scientific data loggers, and is used in environmental monitoring applications.

The TB4 funnels precipitation into a bucket mechanism that tips when filled to its calibrated level. Each tip is marked by a dual reed switch closure that is recorded by a data logger pulse count channel. After measurement, the water drains through two orifices (accepts 12 mm tubing) in the base, allowing the measured water to be collected in a separate container.

The TB4 contains an internal siphon mechanism that causes rain to flow at a steady rate to the tipping bucket mechanism (regardless of intensity). The siphon allows the sensor to make accurate measurements over a range of 0 to 50 cm per hour.

TB4-L (Rain Gage with 8 in. Orifice)

The TB4, manufactured by HS Hyquest Solutions, is a high-end tipping bucket rain gage that has an 8 in. 

The TB4MM, manufactured by HS Hyquest Solutions, is a high-end tipping bucket rain gage that monitors rainfall in metric rather than US units. It has a 20.3 cm orifice and measures rainfall in 0.2 mm increments. The TB4MM is ideal for locations where intense rainfall events may occur. This tipping bucket is compatible with all Campbell Scientific data loggers, and it is used in environmental monitoring applications.
 
 The TB4MM funnels precipitation into a bucket mechanism that tips when filled to its calibrated level. Each tip is marked by a dual reed switch closure that is recorded by a data logger pulse count channel. After measurement, the water drains through two orifices (accepts 12 mm tubing) in the base, allowing the measured water to be collected in a separate container.

The TB4MM contains an internal siphon mechanism that causes rain to flow at a steady rate to the tipping bucket mechanism (regardless of intensity). The siphon allows the sensor to make accurate measurements over a range of 0 to 50 cm per hour.

 

TB4MM-L (Metric Rain Gage with 8 in. Orifice)

The TB4MM, manufactured by HS Hyquest Solutions, is a high-end tipping bucket rain gage that monitors rainfall in metric rather than US units. 

The CS700H, manufactured by HS Hyquest Solutions, is a high-end heated tipping bucket rain gage with an 8 in. orifice and a heavy duty cast aluminum base. It measures precipitation in 0.01 in. increments at temperatures down to -20°C. This heated rain gage is ideal for locations where intense rainfall events may occur, and it is used in environmental monitoring applications.

The CS700H funnels precipitation into a bucket mechanism that tips when filled to its calibrated level. Each tip is marked by a dual reed switch closure that is recorded by a data logger pulse count channel. After measurement, the water drains through two orifices (accepts 12 mm tubing) in the base, allowing the measured water to be collected in a separate container.

The CS700H contains an internal siphon mechanism that causes precipitation to flow at a steady rate to the tipping bucket mechanism (regardless of intensity). The siphon allows the sensor to make accurate measurements over a range of 0 to 50 cm per hour.

The CS700H includes an internal snow sensor that is activated when the air temperature drops below 4°C. If the snow sensor detects snow in the catch area (funnel), the heating elements automatically turn on and keep the funnel temperature at +10°C. To conserve power, the heater goes into a wait mode when snow has not been detected for 18 minutes. The heating element is also automatically deactivated when the air temperature drops below -20°C.

CS700H-L (Heated Rain Gage)

The CS700H, manufactured by HS Hyquest Solutions, is a high-end heated tipping bucket rain gage with an 8 in.

The 52202, manufactured by R. M. Young, is a thermostat-controlled, electrically heated, tipping bucket rain gage. You can use it to measure rain, snow, and other frozen precipitation. Its catchment area of 200 cm2 and measurement resolution of 0.1 mm meet the recommendations of the WMO. This heated rain gage is compatible with most Campbell Scientific data loggers, and it is used in environmental monitoring applications.

The 52202 funnels precipitation into a bucket mechanism that tips when filled to the calibrated level. Each tip is marked by a magnetic reed switch closure that is recorded by a Campbell Scientific data logger pulse count channel.

The 52202 has a thermostat-controlled internal heater that melts snow or other frozen precipitation. This heater requires a reliable source of 24 Vac power. A wall transformer is shipped with the 52202 that plugs into a wall socket to provide the required 24 Vac power.

52202-L (Electrically Heated Rain and Snow Gage)

The 52202, manufactured by R. M. Young, is a thermostat-controlled, electrically heated, tipping bucket rain gage.

The CS125 uses the well-established forward scatter system for visibility measurement, using a 42° scatter angle, which gives accurate estimates of Meteorological Observable Range (M.O.R.) for fog and snow.

It identifies precipitation particles from their scattering properties and fall speeds, and combines this with a temperature measurement to identify the weather type. It has downward-pointing optics that reduce the risk of contamination of the optics and blockage with snow. Interference to the sample volume from the sensor by flow distortion or heat is minimized.

It also provides reliable present weather information in the form of SYNOP codes, including information on the intensity of precipitation. Accumulation can also be reported.

The CS125 uses continuous high-speed sampling to reduce errors during mixed-weather events and events that return intermittent signals, such as rain and hail, while still providing reliable readings during more stable events, such as fog and mist. The CS125 has high immunity to interference from the visible and infrared warning lights used to mark obstructions, such as wind turbines.

The sensor can be set to a lower sampling frequency to save power, if required.

The CS125 incorporates low-power dew prevention heaters, as well as higher-power anti-icing heaters for the hoods as standard. These heaters are automatically controlled to ensure operation in all weather, or they can be disabled individually to save power.

The CS125 continuously monitors its own status and will report internal faults and contamination or blockage of the sensor lenses. It also has two user-configurable alarm outputs that can be used to drive audio or visual alarms using solid-state relays.

The CS125 is certified by Deutscher Wetterdienst as suitable for use to control wind turbine obstruction light systems as specified by 506/04, General Administrative Rules for the Identification of Aircraft Obstructions.



CS125 Present Weather and Visibility Sensor

The CS125 uses the well-established forward scatter system for visibility measurement, using a 42° scatter angle, which gives accurate estimates of Meteorological Observable Range (M.O.R.) for fog and snow.



The SnowVue™10 is a digital, ultrasonic snow-depth sensor that provides continuous and accurate snow-depth measurements with its advanced spectrum analysis and best-in-class, wide-band transducer. With its low-power requirement and low-maintenance design, the SnowVue 10 is suitable for most alpine and remote installations. The SnowVue 10 also features Campbell Scientific’s total uptime diagnostic package to provide you with critical sensor performance measurements such as internal humidity, temperature, sensor level (tilt), measurement quality, and incoming voltage. An external air temperature sensor is required to correct for the changes in sound velocity due to changes in temperature.



SnowVue 10 Digital Snow-Depth Sensor

The SnowVue™10 is a digital, ultrasonic snow-depth sensor that provides continuous and accurate snow-depth measurements with its advanced spectrum analysis and best-in-class, wide-band transducer

Access real-time sensor information and utilize a sensor measurement database, enabling informed decision-making.

OUR SOLUTIONS

Scientific Modelling

Leverage our Linux expertise for swift deployment of tested models on clients' servers, fueling breakthroughs in research and innovation.

System Integrator

Specialize in constructing Automatic Weather Stations (AWS) that provide accurate and reliable weather data for analysis and forecasting.

Monitoring System

Access real-time sensor information and utilize a sensor measurement database, enabling informed decision-making.

High Performance Computing (HPC)

Rely on our trusted team of HPC experts to build systems delivering optimal performance, speed, and reliability for advanced needs.

Automatic Weather Observing System (AWOS)

PT Manvis provides advanced AWOS solutions for accurate weather monitoring, enhancing safety and efficiency in airport operations.