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Supplier: Scanivalve Corporation
Description: pressure scanners. It measures up to 16 gas pressures in many applications. Available options include a common reference pressure or individual These applications include wind tunnel test for buildings, aerospace and automotive aerodynamic tests, gas turbine testing, compressor
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Supplier: Scanivalve Corporation
Description: pressure or individual reference pressures per sensor. With its optional internal heater, it can operate down to - 55 deg F environments. Applications include gas turbine testing, compressor testing as well as other turbomachinery tests,including refrigeration compressor
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Supplier: ASTM International
Description: 1.1 This practice covers the minimum requirements for an in-line, non-intrusive, through-flow oil debris monitoring system that monitors ferromagnetic and non-ferromagnetic metallic wear debris from both industrial aero-derivative and aircraft gas turbine engine bearings. Gas
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Supplier: Honeywell Analytics, Inc.
Description: Offshore oil and gas platforms, floating production storage and offloading (FPSO) vessels, tankers, onshore oil and gas terminals, refineries, LNG/LPG bottling plants, gas compressor/metering stations, gas turbine power plants, solvent printing and coating plants.
- Operating Temperature: -40 to 149 F
- Operating Humidity: 0 to 99 %
- Response Time: 4.5 seconds
- Measurement Type: %LEL
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Supplier: Scanivalve Corporation
Description: include pressure inputs from the front of the DSA3016 pressure module (FA) or from the rear of the enclosure (RA). These applications include measuring gas pressures in wind tunnel tests, gas turbine tests, steam turbine tests, compressor tests as well as other
- Measurement Type: Absolute
- Device Category: Sensor
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Supplier: Scanivalve Corporation
Description: include liquid measurements for jet fuel and oil on a gas turbine, flow measurement across an orifice by measuring the high and low side of the orifice, and for tow tanks. Overview The model DSA3307 Digital Sensor Array pressure acquisition module incorporates 2 to 16
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Supplier: MTI Instruments Inc.
Description: for cabling and wiring troubleshooting, audio signal simulation, machinery speed signal simulation, low-voltage bridge mode (microvolt DC output) sensor signal simulation and gas turbine maintenance, the 1510A produces accurate and precise voltage, charge, and
- Frequency Range: 10 to 100 Hz
- Number of Input Channels: 1 #
- Operating Temperature: 32 to 122 F
- Features: Acceleration, Battery Powered, Other, Self Test / Diagnostics / Self Calibrating, Single Axis
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Supplier: MTI Instruments Inc.
Description: for cabling and wiring troubleshooting, audio signal simulation, machinery speed signal simulation, low-voltage bridge mode (microvolt DC output) sensor signal simulation and gas turbine maintenance, the 1510A produces accurate and precise voltage, charge, and
- Voltage Range (Output): 9.999 volts
- Voltage Resolution (per Step): 0.0001 volts
- Input Voltage Range: 9.999 volts
- Output Voltage Range: 9.999 volts
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Supplier: Caterpillar Oil & Gas
Description: of 13.2 cfm at 1250 rpm compressor speed; includes two environmental drains and filtered atmospheric air connection Charging System 24V 35A EX d ATEX compliant alternator for Gas Group IIB, temperature class T3; heavy-duty, brushless. 24V 65A alternator, NEC 500 Class 1 Division 2 for
- Horse Power: 536 HP
- Displacement: 15.207183198825009 liters
- Length: 80.18 inch
- Width: 41.35 inch
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Supplier: Caterpillar Oil & Gas
Description: air pressure from contactors to transducers Raw water/sea water pressure transducer Modbus communication Beacon and horn Single engine remote display monitor Emergency pump start signal Cabinet cooler Generator power monitoring Remote relay panel Turbocharger speed sensors Cylinder
- Volt-Ampere: 3,084,000 to 3,634,000 VA
- Applications: Industrial
- Portability: Permanent
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Supplier: Caterpillar Oil & Gas
Description: air pressure from contactors to transducers Raw water/sea water pressure transducer Modbus communication Beacon and horn Single engine remote display monitor Emergency pump start signal Cabinet cooler Generator power monitoring Remote relay panel Turbocharger speed sensors Cylinder
- Volt-Ampere: 2,320,000 to 2,722,000 VA
- Applications: Industrial
- Portability: Permanent
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Turbine Pumps Type TPM The TPM sealless mag-drive turbine pumps offer high differential pressures at relatively low flow rates. Through the use of a VFD, to adjust the speed (read more)
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. https://www.knick-international.com/en/products/interface-technology/proline/ Sensors and measurement devices throughout wind turbine power systems are the answer to this. But maintaining the accuracy of this data is just as important as the acquisition of it. The various parameters that (read more)
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Premature sensor failure in 7F and 9F turbines Standard exhaust gas sensors in 7F and 9F class turbines are at risk of premature failure. As temperatures rise, the radiation shield and sensor sheath expand at different rates. A gap forms between the seat in the (read more)
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single and multi-channel detectors as well as digital multi-channel detectors (PyrIQ). The detectors are used, for example, in gas analysis, fire and flame sensors and spectroscopy. (read more)
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smartGAS Mikrosensorik GmbH makes the NDIR Precision and Long Life Sensor modules. With NDIR, when the gas concentration changes, detector signal does too. Higher the gas concentration, weaker the signal (gas is absorbing). A (read more)
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dilution, or leak directionality. To compensate for such situations, ultrasonic gas leak detectors pick up gas leaks by responding to the airborne ultrasound instead of relying on physical contact between the gas and the sensor element. This capability significantly improves total speed of response to (read more)
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Fiber optic speed sensor for advanced gas turbine engine control
(1) D. Varshneya, J.L. Maida, M.A. Overstreet, "Fiber optic speed sensor for gas turbine engine control", SPIE O/E Fibers '89, Paper 1169-69, September 1989.
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Operative Factors Contributing to the Selection of Fiber-Optic Techniques for Remote Measurement of Strain/Stress
1170, pp. 478-482 [45] Udd, E (2002) “Overview of Fiber Optic Sensors”, Blue Road Research, Fairview, Oregon: Marcel Dekker [46] Varshneya, D (1991) “ Speed sensor for advanced gas turbine engine control”, Proc. SFIE, vol.
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Historical review of microbend fiber-optic sensors
[35] D. Varshneya et al., “ Speed sensor for advanced gas turbine engine control,’’ Proc. SFIE, vol.
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VPD PbSe technology fills the existing gap in uncooled low-cost and fast IR imagers
Keywords:infrared, uncooled, MWIR, high- speed sensor , turbine , gas flow, surge, laser welding, glass inspection .
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High-speed IR monitoring of a turbojet engine gas flow using an uncooled MWIR imaging sensor
Keywords: infrared, uncooled, MWIR, high- speed sensor , turbine , gas flow, surge.
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Weston Aerospace's aircraft sensors
Speed and torque sensors Speed probes for gas turbine shaft speed, rotor speed and torque probes for output shaft torque measurement.
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Fiber Optic Sensors: An Introduction for Engineers and Scientists
These sensors have been used in monitoring current for electrical utilities and have served as the basis of speed sensors developed for gas turbine engines and magnetic debris detection.
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Innovative Techniques for On-Board Exhaust Gas Dynamic Properties Measurement
…Rg Exhaust gas constant Tg Exhaust gas temperature (UEGO/NOx section) Ts NOx sensor element temperature UEGO Universal Exhaust Gas Oxygen Sensor Us Sensor internal energy per unit time VGT Variable Geometry Turbine Vp Average Exhaust Gas speed : sensor inlet position in pipe…