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- Pickering Interfaces Inc.
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PXI/PXIe LVDT, RVDT, Resolver Simulator Modules
Linear variable differential transformers (LVDT) are electrical transformer sensors to measure linear displacement. Driven by an AC excitation source, the LVDT generates a pair of AC output signals modulated according to the core's mechanical position (displacement). LVDTs have been widely used in applications such as power turbines, hydraulics, automation, aircraft, satellites, nuclear reactors, and many others. These transducers have low hysteresis and excellent repeatability.
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Turbine Flowmeters
Titan’s small turbine flowmeter range use a radial flow principle based on the Pelton wheel technique. This well proven method is the ideal way of measuring low rates of flow of low viscosity liquids. For these mini flowmeters, a jet of fluid is directed at a turbine that is mounted on robust low friction sapphire bearings. The geometry of the turbine and the fluid chamber ensures that the rotational speed of the rotor is proportional to the flow rate through the device. The use of this radial arrangement allows more energy to be imparted into the turbine, so the bearing drag is far less important. Furthermore, because more energy is available the bearings themselves can be a lot stronger so increasing the life of the flowmeter. For larger flows, some of the liquid can bypass the turbine chamber, which then behaves as a “shunt” to the metered fluid. Accuracy is still maintained and the output remains linear.
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Steam Turbines
Over the last 100 years, GE has delivered more than 1.2 TW of power production capability totaling over 41 percent of the world’s installed steam turbine base. With unparalleled global experience in engineering, manufacturing, sourcing, and services, we are delivering advanced technology steam turbine products to ensure our customers are more profitable, successful and satisfied than ever before.
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Turbine Products
Kratos Defense & Security Solutions, Inc.
Kratos’ Turbine Technology division (KTT) is focused on the development and production of small, affordable, high-performance jet engines for cruise missiles and Unmanned Aerial Vehicles (UAVs). Kratos also provides turbomachinery and propulsion-related solutions across a broad range of industry applications.
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Turbine Flow Meters
Turbine flow meters are the most popular choice to measure flow electronically. They offer a wide flow and application rangeability. Turbine Flow Meters are easy to maintain, durable and versatile.
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Turbine Logging System
This Turbine Overspeed Trip Logging system has been developed to check the operation of steam turbines. The speed of the turbine is monitored using an optical sensor, the logging system can be mounted up to 30 meters from the sensor. This allows the overspeed trip speed to be monitored and recorded with greater safety that using a simple tachometer. The results are logged together with time and date stamp so that it can be demonstrated that the test has been carried out.
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Turbine Control Solutions
NRG’s turbine control sensors are engineered exclusively for the wind energy industry. These rugged yet simple devices consistently provide accurate wind speed and direction data. With a service interval of 10 years, you can rest assured that Hybrid turbine control sensors will perform as expected with minimal maintenance. Tens of thousands of NRG sensors are being used for turbine control around the world, including regions that experience the most extreme weather conditions in both hemispheres.
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Turbine Flow Meters
Axial turbine flow meters are designed with wear resistant internal components to provide trouble-free operation and a long service life. Fluid entering the flow meter is first conditioned by the inlet flow straightener which reduces turbulence in the fluid. The moving fluid causes the rotor to spin at a speed that is proportional to its flow rate. As the turbine blades on the rotor pass through the magnetic field of the pickup, an electronic pulse is generated.
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Turbine Flow Sensor
2100
Engineered specifically for small diameter applications, the Signet 2100 Turbine Flow Sensor provides accurate readings in two flow ranges; 0.3 to 3.8 lpm and 3 to 38 lpm (0.1 to 1 gpm and 0.8 to 10 gpm).
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Turbine Flow Meters
CT60, CT150
Flows up to 150 lpm (40 US gpm)Pressure up to 420 bar (6000 psi)Choice of 4-20mA and 0-5V outputs2-3 top ports as std for temperature / pressureBSP or SAE inlet / output portsFor use with oils, fuels, phosphate-estersBi-directional
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Turbine Flow Meters
CT800
Flows up to 800 lpm (210 US gpm)Pressure up to 480 bar (7000 psi)Choice of 4-20mA and 0-5V outputs2-3 top ports as std for temperature / pressureBSP or SAE inlet / output portsFor use with oils, fuels, phosphate-estersBi-directional
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Turbine Flow Meters
CT300, CT400
Flows up to 400 lpm (100 US gpm)Pressure up to 420 bar (6000 psi)Choice of 4-20mA and 0-5V outputs2-3 top ports as std for temperature / pressureBSP or SAE inlet / output portsFor use with oils, fuels, phosphate-estersBi-directional
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Turbine Flow Meters
CT15
Flows up to 15 lpm (4 US gpm)Pressure up to 420 bar (6000 psi)Choice of 4-20mA and 0-5V outputs2 top ports as std for temperature / pressureBSP or SAE inlet / output portsFor use with oils, fuels, phosphate-esters
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Turbine Flow Meters
CT600
Flows up to 600 lpm (160 US gpm)Pressure up to 420 bar (6000 psi)Choice of 4-20mA and 0-5V outputs2-3 top ports as std for temperature / pressureBSP or SAE inlet / output portsFor use with oils, fuels, phosphate-estersBi-directional
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Wind Turbine Lidar
ZephIR 300
ZephIR 300 measures wind characteristics onshore and on fixed or floating platforms offshore from just 10 metres (33 feet) up to 200 metres (656 feet) from installed position to inform wind regime and quality studies during the development and operation of wind farms onshore and offshore.
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Wind Turbine Condition Monitoring
It has also become increasingly apparent in recent years that the wind turbine industry has recognised the importance of condition-based monitoring, especially for offshore wind turbines, where access is often limited.To increase reliability and minimise down time, many wind turbine manufacturers, owners and operators are turning to condition-based monitoring systems, aimed at predicting wind turbine maintenance issues, so that operators can quickly and effectively carry out predictive maintenance, repairs and replacements of components when needed, without the need for costly routine maintenance checks and visits. As a result, a condition monitoring system increases operational time, improves site performance and reduces maintenance costs for wind turbines, especially offshore ones.
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Turbine Flowmeters with Analog Output
CT600R, CT800R Analogue Series
High accuracy turbine flow meters with built-in loading valve and analogue output, for use with hydraulic fluids. Flows up to 800 lpm (210 US gpm).
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Turbine Engine Performance Analyzer
H337PA Series
The JETCAL 2000® Turbine Engine Performance Analyzer is anadvanced data collection and analysis system. It provides testcell equivalent analysis of engine performance while keepingthe engine on-wing and the aircraft in service
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Aeroderivative & Heavy-Duty Gas Turbines
GE’s heavy-duty and aeroderivative gas turbines are efficient, versatile and reliable with individual output ranging from 34 MW to 544 MW. They are proven performers in simple and combined-cycle operation for pure power generation, cogeneration, mechanical drive, and waste-to-power.
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Wind Turbine Performance Lidar
Wind Iris
The Wind Iris is based on Leosphere's leading WINDCUBE pulsedLidar technology, and is the first remote sensor dedicated to turbine-mounted measurements. It measures the horizontal wind speed and direction from 40m to 400m upwind of the turbine. Real time and average data can then be transferred automatically or stored in a data logger.
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Gas Turbine Flame Sensor
SPECTRA GT30
The SpectraTM GT30 is easily mounted directly to the turbine case or on a short standoff pipe via a 3/4 inch NPT internal thread. The two-wire, 24 VDC loop-powered solid-state sensor is fully self-contained, therefore it does not require a separate amplifier. AMETEK offers various cabling options depending on the application.
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Integrated Turbine Rotor Measurement and Assembly Platforms
iMAP
Rotary Precision Instruments UK Ltd
Improve productivity and achieve higher levels of quality by reducing inspection times and the need for costly teardowns due to inefficient rotor assembly. iMAP is the definitive system for productivity improvement in turbine rotor assembly for large volume and heavy loads such as aircraft engines and gas turbines.
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High-precision Surface Inspection for Wind Turbine Blades
waveCHECK™
8tree's waveCHECK is a handheld-portable 3D-inspection tool for inspecting wind turbine blades in manufacturing and operation. Its efficient detection of surface defects and instant visual feedback revolutionize surface inspection.It can detect wrinkles, steps, gaps, rain erosion and any other surface damage.
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Integrated Turbine Rotor Measurement and Assembly Platforms
GeoSpin
Rotary Precision Instruments UK Ltd
Improve productivity and achieve higher levels of quality by reducing inspection times and the need for costly teardowns due to inefficient rotor assembly.GeoSpin has been specifically developed for the measurement and assembly of smaller gas turbine rotors for the aerospace and power generation industries reducing the rate of teardowns by 95%.
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Dual Mode Wind Turbine Performance Lidar
ZephIR DM
ZephIR DM is a Dual Mode variation of the successful 300 system. ZephIR DM measures wind characteristics in front of or behind a turbine from just 10 metres (33 feet) out to 300 metres (984 feet) situated inside the spinner or on top of the nacelle, during the operation of wind farms onshore and offshore (this is limited to 200m (656 feet) when in ground based vertical mode).
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X-ray and CT System for Turbine Blade and Casting Inspection
XT H 450
The XT H 450 system offers the necessary source power to penetrate through high density parts and generate a scatter-free CT volume with micron accuracy. The system is available with a flat panel or a proprietary Curved Linear Array (CLA) detector that optimizes the collection of the X-rays without capturing the undesired scattered X-rays.
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Rotary And Turbine Gas Meter Test Bench DN25-DN300mm
Bofa Instrument & Equipment Co., Ltd
This test bench adopts sonic nozzle as standard reference and minus pressure principle, following International standards ISO9300, it consists of calculating unit, testing table, dynamical system, sampling and controlling system and administrative software, etc. The testing result can be saved and printed out.
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Analytical Modeling and Test Services for Lightning Phenomena Challenges in the Wind Turbine Systems and Structures
NTS’ Pittsfield, Massachusetts facility has long been involved in the wind power industry. Our participation in the IEC TC-88 PT 24 committee which is responsible for releasing the wind industry test standard IEC 61400-24 and the development of our analytical modeling capabilities enable our engineering department to provide the design evaluation and testing services your wind power products require.
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Anemometers
The Emprise anemometer design uses a helical turbine to measure air velocity. As air passes through the anemometer, the turbine rotates at a speed directly proportional to air velocity.
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Heat Recovery Steam Generators
The heat recovery steam generator (HRSG) provides the thermodynamic link between the gas turbines and steam turbines in a combined-cycle power plant. Each HRSG solution is custom-engineered to meet your desired operating flexibility and performance requirements. With more than 750 HRSGs installed worldwide, GE is a world leader in supplying HRSGs behind all major OEM’s gas turbines.
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Wind Sensors
FT702
The current version of the FT702 is Version 22. Its strength and dependability have made it particularly popular for wind turbine control. It is used globally by the world's leading wind turbine manufacturers, as well as in a range of meteorology applications.
