Showing results: 1 - 15 of 126 items found.
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Titan Enterprises Ltd
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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GE Power
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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HTW5.2-127¸HTW5.2-136 -
Hitachi, Ltd.
As is an inherent in the physics of a downwind configuration, the stronger the wind, the larger the clearance between the blades and the tower by blade flexion. This results in a lower probability of a tower hit. In case of stand still mode, downwind turbine switches to a free yaw operation mode and wards off the cross wind by the weather vane principle without yaw control even in case of black out conditions. This, in principle, reduces overturning moment to the foundation or floaters and maintains high degree of safety. That is important especially for offshore projects. Also, the wind sensors installed at the front of the blades give a more precise wind direction and speed in the upper stream. Yaw and blade pitch shall also be modulated to the right angle for more production.
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HTW2.0-80 -
Hitachi, Ltd.
Hitachi has begun by getting to know the wind. Wind flow and wind direction change virtually every second. The power of wind can be harnessed and converted into a clean form of energy. One ideal way to do so is found here.
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Omega Engineering, Inc
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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Banair
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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NRG Systems, Inc.
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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Hamilton Sunstrand GSE
The Ram Air Turbine (RAT) is at the heart of an aircraft’s emergency power system. In extremely rare instances when airplanes lose power, the ram air turbine deploys from the airplane's wing or fuselage and rotates to extract sufficient power from the airstream to control and land the aircraft. The business designs and manufactures hydraulic, electric and hybrid RATs.
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AW Gear 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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2100 -
Georg Fischer Signet
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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CT60, CT150 -
Webster Instruments
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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CT800 -
Webster Instruments
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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CT300, CT400 -
Webster Instruments
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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CT15 -
Webster Instruments
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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CT600 -
Webster Instruments
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
