Observator WindObserver™ 90 2-Axis Ultrasonic Anemometer Range
The WindObserver 90 has been developed for measuring the highest wind speeds in extreme weather environments such as typhoons and hurricanes and is available with optional heating. The sensor provides data via RS422/RS485 bidirectional link, which allows several units to be networked together and data logged on demand. With innovative transducer design, this anemometer boasts a very high wind speed range of 0 – 90 m/s (0-201 mph) and gives an output status indicating the validity of data, so that you can be confident that the instrument is providing accurate information. With an IP66 rated stainless steel construction, this anemometer meets the stringent performance criteria specified by wind turbine manufacturers, airports, marine, oil and gas production, and meteorological organisations around the world. Below is an example of the excellent performance of the WO90 sensor as recently tested in the independent third party Deutsche WindGuard high speed tunnel in Bremerhaven, Germany. The graph shows the tunnel speed with some minor variations around 90 m/s with the WO90 producing very accurate data at this speed with errors no larger than ±2 m/s (roughly 2%) at this new benchmark for high speed wind sensing.
Observator WindObserver™ 75 2-Axis Ultrasonic Anemometer Range
The WindObserver 75 has been developed for measuring higher wind speeds in extreme weather environments featuring 150 Watts of electrical heating power in the anemometer head. This anemometer has been designed to remain ice free in most freezing weather conditions. The sensor provides data via RS422/RS485 bidirectional link, which allows several units to be networked together and data logged on demand. With innovative transducer design, this anemometer boasts a very high wind speed range of 0 - 75 m/s (0-168 mph) and gives an output status indicating the validity of data, so that you can be confident that the instrument is providing accurate information. With an IP66 rated stainless steel construction, this anemometer meets the stringent performance criteria specified by wind turbine manufacturers, airports, marine, oil and gas production, and meteorological organisations around the world.
Observator WindObserver™ 70 2-Axis Ultrasonic Anemometer Range
The Gill Instruments WindObserver 70 is a solid state, heated ultrasonic anemometer designed for use within the aviation industry. The sensor has been accepted for service by both the FAA Federal Aviation Administration (USA) and the CAA Civil Aviation Authority (UK) for the observation and reporting of surface wind. This WindObserver meets the requirements of Annex 3 to the Convention on International Civil Aviation Organization (ICAO) when supplied as part of a suitable AWOS. With 150 Watts of electrical heating in the anemometer head producing 1 Watt/cm² and tested in accordance with MILSTD810F, the unit is particularly suited to operate as part of Aviation Automatic Weather Observing Systems, which are often exposed to extreme weather conditions. Manufactured from stainless steel with no moving parts the sensor requires no on-site calibration and minimal maintenance. Accepted by the FAA & CAA for the observation and reporting of surface wind as part of a suitable AWOS (Automatic Weather Observing System)
Observator WindObserver™ 65 2-Axis Ultrasonic Anemometer Range
The Gill Instruments WindObserver 65 wind speed sensor is an ultrasonic 2-axis anemometer for the measurement of wind speed and direction. With no moving parts this wind speed sensor is ideal for use in extreme environments. The Gill Instruments WindObserver 65 utilises the same high-performance measurement technology as the Gill WindSonic™ Wind Speed Sensor, with some additional features to extend the application potential of the sensor. The WindObserver 65 wind speed sensor has a high 0-65 m/s wind speed measurement range, optional high temperature de-icing system (which extends the operational temperature range to –55º C), sonic temperature output and averaging. This wind speed sensor features an IP66 rated stainless-steel housing, which is particularly suitable for use in salt-water environments. The WindObserver 65 wind speed sensor is proven in airport, offshore, marine and naval applications and carries Lloyd’s register type approval.
Observator OMC-140 Multifunctional TFT Display
The OMC-140 is the new self designed and developed multifunctional TFT Display of Observator. Wherever you need to visualize your critical measurement information on a dedicated instrument the OMC-140 can be applied. Whether it is presenting wind information or indication of other meteorological parameters, the OMC-140 is the ideal instrument. Due to its modular design, the OMC-140 may also act as an intelligent signal converter. Further the unit is provided with a memory card slot, in case the OMC-140 should act as a basic data logger as well. The unit is also provided with a LAN interface in order to have your information available within your network and is provided with bus-connectors to create a multiple indication and I/O network.
Helideck Monitoring System
Observator instruments offers the widest range of different helideck monitoring systems. The helideck monitoring system are designed to measure all weather conditions during helicopter landing and take-off operations in order to improve both flight and passenger safety. The helideck monitoring system can interface with all different weather sensors like wind speed, wind direction, QFE/QNH Barometric, Temperature, Humidity, Visibility Motion and Cloud Height. There are many options available for a.o. fixed and floating platforms F(P)SO and diving support vessels. The Helideck Monitoring systems are based on the requirements of the latest CAP-437, Standards for Offshore Helicopter Landing Areas, 7th Edition. The system also meets the requirements of the Helideck Certification Agency (HCA) as described in Standards Helideck Monitoring Systems Rev8c.Standard HMS systems require the following parameters: • Wind speed and direction • Temperature • Humidity • Dew Point • Barometric pressure (QFH / QNH) • Visibility • Present Weather • Cloud height • Motion (for floating rigs or vessels) Offshore meteorological observations require devices designed to wind stand the hardest environmental conditions such as heavy vibrations, sea spray and extremes of temperature.
Observator OMC-160 Wind Speed & Direction Sensor
The popular and often used wind sensor OMC-160 is a combined wind speed and direction sensor, based on the cup and vane principle. Having chosen for the highest quality stainless steel materials and internal non-contact measuring devices, this sensor stands for a long life time, having the highest accuracies within both the low range as well as the high range wind speeds. This sensor is commonly used within the shipping and offshore industry but can also be found on many airfields, container terminals and harbors, along highways and on bridges. The OMC-160 comprises a combined in-line wind speed and wind direction sensor. The system is robust, corrosion resistive and easy to install. The wind speed sensor is a rotary-cup type, made UV resistant high quality polycarbonate. The wind direction sensor is a wind vane type, made from stainless steel. The wind sensor is supplied with a RS422 NMEA0183 output. Output frequency standard 4 Hz. Option 1 Hz. Baudrate standard 4800 option 9600. The wind sensor comes with a vertical mounting bracket which includes a junction box and two u-bolds for mast mounting. The OMC-160 is a cup and vane anemometer. Cup and vane anemometers are the most common instrumentation for measurement of wind speed and direction. Cup and vane anemometers are the primary sensors for wind measurement used by the leading meteorological services all over the world. Therefore the readings of the OMC-160 anemometer are inter-comparable with the readings of other cup and vane anemometers without any conversions.
Observator OMC-116 Full metal Ultrasonic wind sensor
Marine meteorological observations require devices designed to withstand the hardest environmental conditions such like heavy vibrations, sea spray, extreme colds, chemical particles etc. With a major track record the Marine and offshore market is the home market for the Observator meteorological product line. The OMC-116 is a ultrasonic wind sensor based on the time of flight theory. The unit is provided with industrial standard NMEA0183 output and can optionally be provided with 4.20 mA signals. The robust design in sea worthy alu and stainless steel as well the standard available heating makes this unit ideal for the hardest environments. The standard bracket with integrated junction box makes this unit easy to install. The OMC-116M Ultrasonic wind speed and direction sensor comes standard with an industrial mounting bracket provided with 2 U-bolts suitable for mast mounting (max 65 mm dia.). An integrated junction box allows easy connection of sensor signal and power supply using standard cabling. The internal heater should be powered separately if used. The sensor can be con gured to enable or disable the heater. In applications where heating is not required (and hence disabled), the OMC-116 can be powered directly from an Obsermet display or data logger. In cases where the heater is to be used (advised in cases where temperatures below zero may be expected) an external 24 Vdc power supply should be used with a capacity of not less that 250 watts. The unit comes complete with a calibration certi cate at no extra cost. Although the unit is maintenance free and does not need re-calibration, it is possible to return the sensor for a re-calibration if required.
Observator OMC-150 /158-II Intrinsically safe wind system
The OMC-150 is an Intrinsically Safe combined wind speed and direction sensor, based on the cup and vane principle. To complete the Intrinsically safe wind system the OMC-158-II is available. A DIN rail mounted Isolator and interface module. Further an Ex junction box is available as OMC-156. Using a dual wiper potentiometer wind direction is measured without dead-band, while speed is measured using a proximity switch and a code cap. The wind sensor is made from stainless steel and comes with a mounting arm which can be clamped to a mast using two U-Bolts. The Isolator and interface module is provided with a R422, NMEA output which can be set as 4800 or 9600 baud and can include a VER sentence as well.
Observator Intrinsically Safe WindObserver™
The Gill Instruments IS WindObserver is an Intrinsically Safe anemometer, developed specifically for use in hazardous areas and in particular for offshore applications. The system combines the latest development in technology with Gill's considerable expertise in the production of solid state anemometers. The Intrinsically Safe WindObserver is a lightweight, robust unit, completely sealed and constructed in stainless steel. With a low start-up speed (0.01 m/s) and no moving parts, the IS WindObserver Intrinsically Safe anemometer exhibits significant benefits over standard three cup anemometers. Approved to EEx ia IIC T4 Ga, this Intrinsically Safe anemometer is ideal for use in hazardous areas, requiring no calibration or maintenance. Wind speed and direction data is provided via a RS422 or RS232 bi-directional link and the output may be configured by the user to provide a variety of communication formats, including a choice of units of measure and averaging periods. Sophisticated error checking and a fault reporting system are supplied as standard, ensuring the user's confidence in the reported data.
Observator WindSonic M Ultrasonic Wind Sensor
The Gill Instruments WindSonic M is a robust ultrasonic wind speed and direction sensor with aluminium alloy construction and optional heating system. The sensor is solid-state with no moving parts, using ultrasonic measurement technology to detect wind speed and direction at speeds up to 60 m/s (134 mph). The robust aluminium alloy housing is hard-anodized to ensure suitability in harsh marine environments, and the optional heating system allows operation down to -40º C. WindSonic M has been designed to comply with all the applicable sections of BS EN 60945 standard for 'exposed equipment'. These include but are not limited to; corrosion (salt mist), vibration, radiated and conducted emissions and water ingress. In addition the unit has been designed to withstand hail or falling ice to UL 2218 Class 1. WindSonic M provides a marine-standard NMEA 0183 output, with options for RS232, 422, 485 and analogue outputs also available to ensure compatibility with most systems. A single connector and three mounting holes for attachment to a 1.75"" pipe ensure installation is straightforward. With no moving parts to wear out and no routine calibration required, WindSonic M has a very low maintenance overhead. This sensor is recommended for use in harsh environmental industrial conditions and is particularly suited to marine and land based installations (optional heating).