Products & Services
See also: Categories | Featured Products | Technical Articles | More Information-
Supplier: Conax Technologies
Description: on all heavy duty gas turbines and are of the latest configuration for easy replacement. Just connect Conax’s thermocouple to the flexible, stainless steel braided cable for quick installation and longer life. All specification qualified exhaust gas and blade path
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: Siemens Energy Sector
Description: -load operation Reduced complexity as an air-cooled engine and parts leading to lower maintenance and operating costs Advanced materials to increase firing and exhaust gas temperatures Advanced sealing system for low leakage cooling air
-
Supplier: ASME
Description: , this edition includes significant changes from previous to incorporate methodology for determination of gas turbine exhaust energy, flow, and temperature. PTC 22 establishes directions and rules for conduct and results reporting of thermal performance tests for open
-
-
Supplier: ASME Standards and Certification
Description: , this edition includes significant changes from previous to incorporate methodology for determination of gas turbine exhaust energy, flow, and temperature. PTC 22 establishes directions and rules for conduct and results reporting of thermal performance tests for open
-
Description: AMETEK Exhaust Gas (EGT) and Wheel Space Frame Turbine Thermocouples meet the specific operational and performance requirements for REPLACEMENT and RETROFIT Frame gas turbine applications. AMETEK's expertise in solving creep, stress, rupture, corrosion, EMF drift,
- Measurement/Display Range (°F): -70 to 400 F
- Measurement/Display Range (°C): -56.67 to 204 C
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: Siemens Energy Sector
Description: Temperature up to 400 °C / 750 °F Exhaust Pressure Back pressure up to 16 bar / 230 psi Condensing up to 0.3 bar / 4.4 psi Exhaust area 0.28 - 1.6 m² / 3.0 – 17.2 sq. ft.
-
Description: The latest and most capable LM6000 gas turbine exhaust gas temperature (EGT) probe from AMETEK offers the longest possible life. AMETEK is the original EGT probe supplier for CF6 aircraft engines. LM2500, LM5000, and LM6000 industrial gas turbines and
- Measurement/Display Range (°F): -65 to 2050 F
- Measurement/Display Range (°C): -53.89 to 1121 C
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Description: AMETEK Hermetic Exhaust Gas (EGT) and Wheel Space Frame Turbine Thermocouples are the latest OEM production qualified design and incorporate many improvements over previous thermocouple offerings. AMETEK's new thermocouple is 100% hermetic which ensures longer product life,
- Measurement/Display Range (°F): -20 to 700 F
- Measurement/Display Range (°C): -28.89 to 371 C
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: Conax Technologies
Description: Conax Technologies has introduced a solution that offers significant cost savings for LM2500 and LM5000 exhaust gas temperature measurement applications. Conax has a proven history of manufacturing reliable temperature sensors for large frame gas turbines
- Measurement/Display Range (°F): -20 to 800 F
- Measurement/Display Range (°C): -28.89 to 427 C
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: Conax Technologies
Description: Conax Technologies has introduced a cost-effective solution for LM6000 exhaust gas temperature measurement applications. Conax has a proven history of manufacturing reliable temperature sensors for large frame gas turbines and aeroderivative engines and now
- Measurement/Display Range (°F): -20 to 800 F
- Measurement/Display Range (°C): -28.89 to 427 C
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: Kelco Industries
Description: DATA SHEET EXHAUST END CONFIGURATIONS 10 MC Applications: Generator Sets Marine Propulsion OEM Engines Gas Turbine Exhaust Power Units Auxilliary System Piping Markets Served: Marine Construction Oil Platform Power
-
Supplier: Siemens Energy Sector
Description: This compact arrangement utilities a two-cylinder design and axial exhaust applicable for combined cycle with the latest gas turbine technology. It features a separate high-pressure (H) cylinder and combined intermediate-pressur e/low-pressure (IL) cylinder with single flow
-
Supplier: Siemens Energy Sector
Description: : one high-pressure turbine (HP) and one low-pressure turbine (LP). Fields of Application Combined cycle plants Waste-to-energy plants Solar powered plants District heating plants Industrial power plants (e.g. in the Oil & Gas industry
-
Supplier: Dresser-Rand
Description: furnish complete TG sets and work closely with our clients to meet their job specific needs. Our custom designed turbine generators include a wide range of capabilities and configurations. Capabilities Up to 100 MW Inlet temperatures to 1,050°F (566°C) Inlet pressures to 2,000 psig
-
Description: thermocouple manufactured. Applications: • Plastic injection molding machinery • Food processing equipment • Engine and turbine exhaust gas • Semiconductor processing • Heat treating and metals processing • Medical equipment • Aerospace
- Sensor Type: Temperature Probe
-
Supplier: Smith Systems, Inc.
Description: · Thermocouple Probes · RTD Probes Our experience ranges from high-reliability turbine exhaust gas temperature probes to sensors that protect instruments and equipment from sub-freezing temperatures.
- Sensor Type: Temperature Probe
-
Supplier: Vulcan Electric Co.
Description: The Vulcan Electric PowerGen line of temperature sensors meet the specific operational and performance requirements for the replacement and retrofit products within a wide range of Gas Turbine, Steam Turbines, HRSGs, & Hydro Turbines. Typical applications include
- Sensor Type: Temperature Probe
- Thermocouple Type: E (-270°C - 1000°C), J (-210°C - 1200°C), K (-270°C - 1372°C), N (-270°C - 1300°C), T (-270°C - 400°C)
-
Supplier: ASTM International
Description: 1.1 This guide is intended to provide a simple and consistent procedure for the in-situ field measurement of in-duct sound pressure levels in large low pressure industrial air ducts, such as for gas turbines or fans, where considerations such as flow velocity, turbulence or
-
Supplier: ASTM International
Description: 1.1 This guide is intended to provide a simple and consistent procedure for the in-situ field measurement of in-duct sound pressure levels in large low pressure industrial air ducts, such as for gas turbines or fans, where considerations such as flow velocity, turbulence or
-
Supplier: ASTM International
Description: 1.1 This guide is intended to provide a simple and consistent procedure for the in-situ field measurement of in-duct sound pressure levels in large low pressure industrial air ducts, such as for gas turbines or fans, where considerations such as flow velocity, turbulence or
-
Supplier: Caterpillar Oil & Gas
Description: ) GERP is a PC-based program designed to provide site performance capabilities for Cat® natural gas engines for the gas compression industry. GERP provides engine data for your site’s altitude, ambient temperature, fuel, engine coolant heat rejection, performance data,
- Application: Industrial
- Displacement: 10.45 liters
- Engine Type: Internal Combustion
- Fuel Type: CNG
-
Supplier: Caterpillar Oil & Gas
Description: engines for the gas compression industry. GERP provides engine data for your site’s altitude, ambient temperature, fuel, engine coolant heat rejection, performance data, installation drawings, spec sheets, and pump curves. Product Support Offered Through Global Cat Dealer
- Application: Industrial
- Displacement: 18.01 liters
- Engine Type: Internal Combustion
- Fuel Type: CNG
-
Supplier: Caterpillar Oil & Gas
Description: -based program designed to provide site performance capabilities for Cat® natural gas engines for the gas compression industry. GERP provides engine data for your site’s altitude, ambient temperature, fuel, engine coolant heat rejection, performance data, installation drawings,
- Application: Industrial
- Displacement: 7 liters
- Engine Type: Internal Combustion
- Fuel Type: CNG
-
Supplier: Caterpillar Oil & Gas
Description: ) GERP is a PC-based program designed to provide site performance capabilities for Cat® natural gas engines for the gas compression industry. GERP provides engine data for your site’s altitude, ambient temperature, fuel, engine coolant heat rejection, performance data,
- Application: Industrial
- Displacement: 27.01 liters
- Engine Type: Internal Combustion
- Fuel Type: CNG
-
Supplier: Dytran Instruments, Inc.
Description: . The 3335C is case ground isolated and hermetically sealed. The 3335C's main applications are: testing gas and steam turbines for power generation in aircraft; nuclear power plant testing; exhaust and catalytic converter studies; rocket engine testing; automotive engine
- Device Type: Sensor / Transducer
- Features: Sealed
- Frequency Range: 4 to 2500 Hz
- Number of Axes: Single Axis
-
Supplier: Conax Technologies
Description: on all heavy duty gas turbines and are of the latest configuration for easy replacement. Just connect Conax’s thermocouple to the flexible, stainless steel braided cable for quick installation and longer life. All specification qualified exhaust gas and blade path
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Description: FIT-IT & FORGET-IT Eliminate Exhaust Gas Temperature (EGT) thermocouple concerns with AMETEK's new EGT thermocouple product offering for Frame turbine applications. AMETEK has worked closely with the turbine OEM to design and engine test this thermocouple as a
- Measurement/Display Range (°F): -20 to 700 F
- Measurement/Display Range (°C): -28.89 to 371 C
- Sensor Type: Temperature Probe
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: Dytran Instruments, Inc.
Description: isolated and hermetically sealed. Its robust design and unique center through hole mount allow for 360° orientation The 3683C's main applications are: testing gas and steam turbines for power generation in aircraft; nuclear power plant testing; exhaust and catalytic converter
- Device Type: Sensor / Transducer
- Number of Axes: Triaxial
- Operating Temperature: Up to 1000 F
- Sensor Mounting: Stud or Bolt-on
-
Supplier: IES2000
Description: process vents, and steam ejectors. Our gas turbine silencers are engineered for the unique qualities of a gas turbine exhaust. Years of experience have provided us the expertise required to handle the high temperature and low pressure drop requirements of
- Silencer / Muffler Design: Other
- Special Features: Other / Specialized
- Type / Application: Vent / Blowdown Silencer, Engine Silencer, Blower / Fan Silencer, Compressor Silencer, Turbine Silencer
-
Supplier: INTEK, Inc.
Description: Large increases in turbine back pressure are easily observed and corrective actions are taken promptly, but small amounts of excess back pressure often go unnoticed and can cost millions of dollars over the long haul. RheoVac instruments continuously monitor air in-leakage, exhauster
- Gas Volumetric Flow Rate: 0.0 to 100 SCFM
- Electrical Output: Analog Current
- End Fittings: Flanged
- Features: Measures Temperature, Recorder / Totalizer Functions
-
Supplier: GGB
Description: Automotive - EGR valves, exhaust heat recovery systems (EHRS), exhaust throttle valves, exhaust brakes, turbocharger wastegate valves Industrial - Industrial & domestic ovens and furnaces, natural gas/petrochemical valves, exhaust or smoke flaps, high
- Bearing Surface Material: Other
- Bushing Type: Sleeve, Flanged
- Design Units: Metric
- Extreme Environment: Yes
-
Supplier: Cleaver-Brooks
Description: turbine exhaust gas (TEG) and fuel mixing for optimal flame control Flame stabilizing system (with TEG staged cooling zones) assures reliable, low-emissions performance and extended burner life Complete CFD analysis, design, and fabrication of TEG flow correction devices,
- Burner Type: Other
- Combustion Fuel: Natural Gas, Propane
- Firing: Direct
- Low NOx: Yes
-
Supplier: RS Components, Ltd.
Description: often used as an embedded sensor in construction, paper electronic and packaging industries. K Type thermocouples are ideal to use in most general applications due to their ability to work in wide temperature ranges. They can be used in kilns, gas turbine exhausts, diesel
- Sensor Type: Thermocouple Element
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: RS Components, Ltd.
Description: often used as an embedded sensor in construction, paper electronic and packaging industries. K Type thermocouples are ideal to use in most general applications due to their ability to work in wide temperature ranges. They can be used in kilns, gas turbine exhausts, diesel
- Sensor Type: Thermocouple Element
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: RS Components, Ltd.
Description: often used as an embedded sensor in construction, paper electronic and packaging industries. K Type thermocouples are ideal to use in most general applications due to their ability to work in wide temperature ranges. They can be used in kilns, gas turbine exhausts, diesel
- Sensor Type: Thermocouple Element
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: RS Components, Ltd.
Description: often used as an embedded sensor in construction, paper electronic and packaging industries. K Type thermocouples are ideal to use in most general applications due to their ability to work in wide temperature ranges. They can be used in kilns, gas turbine exhausts, diesel
- Sensor Type: Thermocouple Element
- Thermocouple Type: K (-270°C - 1372°C)
-
Supplier: Haida International Equipment Co., Ltd.
Description: motor and high and low temperature resistant aluminum alloy wing type wind turbines to force vertical air circulation. 4. Chamber door adopts double layer high and low temperature resistant silicone seal ensure the airtight test area. 5. Chamber bottom has high quality universal
- Configuration: Floor Mount
- Features: Programmable
- Temperature Control: Heating
- Test Parameters: Temperature
-
Supplier: Cleaver-Brooks
Description: Leveraging our extensive experience and expertise in heat and mass transfer to supply custom waste heat recovery units for turbine exhaust, process furnaces and other heat sources for water, glycol mixtures and thermal oil fluid heaters. Waste Heat Recovery Units (WHRUs) are available
- Fuel Type / Heat Source: Gas (Natural / Propane), Oil, Waste Heat / Indirect
- Maximum Pressure: 350 psi
- Orientation: Vertical, Horizontal
- Technology: Water Tube
-
Supplier: INDECK Power Equipment Company
Description: Indeck offers years of experience utilizing waste gases and recovering its energy in the form of steam. Steam generation is an ideal way to recover waste heat energy from these gases in a form most easily utilized. Enormous quantities of heat energy inherent in exhaust
- Application: Industrial
- System Type: Process Gas Recovery, Wastewater Heat Recovery
-
Supplier: Cleaver-Brooks
Description: Leveraging our extensive experience and expertise in heat and mass transfer to supply custom waste heat recovery units for turbine exhaust, process furnaces and other heat sources for water, glycol mixtures and thermal oil fluid heaters. Waste Heat Recovery Units (WHRUs) are available
- Applications: Clean Water Heating, Other
-
Description: for lower carbon content to minimize carbide precipitation during welding. APPLICATIONS Furnace parts Heat Exchangers Paper Mill Equipment Exhaust Parts in Gas Turbines Jet Engine Parts Oil Refinery Equipment
- Applications: Aerospace / Aircraft (AQ), Oil and Gas, Resistance Alloy / Heating, Other
- Coil Stock: Yes
- Elongation: 40 %
- Performance Features: Corrosion Resistant, Heat Resistant, Cold Work (Die / Mold)
-
Supplier: Technetics Group
Description: : Tribological wear-resistant coatings available Custom shapes and sizes available PRODUCT APPLICATIONS Oil & gas: downhole drilling/MWD Industrial turbines: fuel systems/nozzles Valves: body/bonnet, back seat sealing Aerospace/space: turbopump, fuel systems, nozzles/injectors,
- Application / Industry: Aerospace, Piping and Valves, Power Generation, Oil & Gas, Specialized
- Cryogenic Application: Yes
- Material: Specialized or Other
- Material Features: Plated / Coated
-
Supplier: Branch Environmental Corp.
Description: Nitrogen and water. Several different forms of Ammonia can be used. That is, you can inject a water solution of Ammonia, Ammonia as a dry gas, or Urea. How does SCR work? Catalysts perform by lowering the temperature required to allow a chemical reaction to occur. In this case, a
Find Suppliers by Category Top
Featured Products Top
-
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)
Browse Temperature Sensors Datasheets for Conax Technologies -
use. Highlights include: Efforts to reduce carbon emissions in gas turbines by using alternative fuels and carbon capture technologies The critical role of temperature measurements in optimizing gas turbine efficiency The testing requirements throughout a gas (read more)
Browse Datasheets for AMETEK Programmable Power -
Turbine meters in the TBZ and TBX series were developed for controlling the gas consumption of each piece of equipment such as compact boilers and various industrial furnaces. Features The products realize a smart design with a lightweight and compact body and support a wide range of (read more)
Browse Turbine Flow Meters Datasheets for Aichi Tokei Denki Co., Ltd. -
Engineered Materials, a subsidiary of PPG's aerospace division
Expanded Metals for gaskets & exhaust manifolds
High Temperature Gasket Substrate Dexmet expanded metals meet the demands of high temperature gaskets for exhaust manifolds. The variability of the expansion process allows designers to dial in a specific strength to the material (read more)
Browse Screens Datasheets for Engineered Materials, a subsidiary of PPG's aerospace division -
power output. The power output of a gas turbine is inversely related to the inlet air temperature; as the inlet temperature increases the power output decreases. This characteristic creates less power thereby reducing output which in turn negatively affects the required performance. Turbine inlet (read more)
Browse Fluid Heat Transfer Systems Datasheets for Marlo Heat Transfer Solutions -
freezing The other important role turbine inlet heating coils play in gas-fired power plants, particularly in regions where temperatures commonly fall below 40?F, is to prevent icing. Ice buildup on gas turbines can negatively affect turbine performance, and at worst, cause (read more)
Browse Fluid Heat Transfer Systems Datasheets for Marlo Heat Transfer Solutions -
Sensor Probes Thermocouple Probes RTD Probes Our experience ranges from high-reliability turbine exhaust gas temperature probes to freeze sensors that protect instruments and equipment from sub-freezing temperatures. If your temperature sensor application (read more)
Browse Temperature Sensors Datasheets for Smith Systems, Inc. -
with OEM equipment – four-post connector adaptable to an existing cable harness Improved design. Superior performance. Conax Technologies has designed an innovative and unique approach to exhaust gas temperature (EGT) sensors used on Pratt (read more)
Browse Temperature Sensors Datasheets for Conax Technologies -
air entering the gas turbines can have a severely negative effect on the power generated by those turbines. In fact, the power output of a gas turbine is inversely proportional to the inlet air temperature. In other words, as the inlet air temperature increases, the turbine power output decreases (read more)
Browse Fluid Heat Transfer Systems Datasheets for Marlo Heat Transfer Solutions -
temperature system thermocouples Cabin/Fuselage Thermistor temperature sensors Combination Compressor temperature and pressure pickup sensors Exhaust gas temperature probes for CFM-56 engines APU air inlet RTDs Inner turbine temperature sensors (read more)
Browse Temperature Sensors Datasheets for Conax Technologies
Conduct Research Top
-
Eliminating Premature Failure of Exhaust Gas Sensors in 7F and 9F Class 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 radiation shield and the stop on the sensor, causing the sensor to vibrate due
-
43 Percent of U.S. Power Generation is from Gas-fired Power Plants
gas-fired turbines with steam turbines utilizing the exhaust used in the first line of generation. According to the EIA report, combined-cycle systems are more efficient than steam or combustion turbines alone, and the combined-cycle systems installed more recently are more efficient than
More Information Top
Indicates content that may require registration and/or purchase.
-
Adaptive hybrid predictive control for a combined cycle power plant optimization
This approach allows the tackling of special non‐linear characteristics, such as ambient temperature dependence on electrical power production (combined cycle) and gas exhaust temperature ( gas turbine ) properly to fit into a mixed integer dynamic (MLD) model.
-
Mechanical Engineers' Handbook Energy and Power 3rd Edition Complete Document
Multiple-pressure, reheat cycles, such as shown in Fig. 32, match the performance of higher exhaust temperature gas turbines (600ЊC).
-
Recovered Energy Generation Using an Organic Rankine Cycle System
At almost all of these locations, the high- temperature turbine exhaust gas stream, still containing about 70% of the energy from the combustion process, is discharged to the environment.
-
https://dspace.lib.cranfield.ac.uk/bitstream/1826/3448/1/A-Codeceira-Neto-Thesis-1999.pdf
As compressor pressure ratio increases, the exhaust gas turbine temperature decreases.
-
Exergy
…compressor and gas turbine: 90 % • thermal efficiency of the gas turbine combustor: 100 % • gas turbine combustor outlet temperature: 1,295 K • gas turbine excess air ratio: 275 % • exhaust gas turbine temperature : 788 K • steam…
-
Coal‐gas‐burning high‐efficiency power plant which recovers generated carbon dioxide
High‐ temperature turbine exhaust gas is next utilized at a regenerator to heat the main working fluid of CO2 gas flowing into the combustor, and then is utilized at a waste heat boiler to produce the superheated steam injected into the combustor.
-
http://dspace.mit.edu/bitstream/handle/1721.1/67797/767826296-MIT.pdf?sequence=2
It should be noted that the pressure levels are modified slightly for the AZEP100/100R/100H variants in order to match the lower temperature gas turbine exhaust compared to the AZEP85/72.
-
Turbines, Compressors and Fans, Fourth Edition > Gas Turbine Plants
The steam boiler utilizes the energy in the high temperature turbine exhaust gases .
-
Injection Strategies Tuning for the Use of Bio-Derived Fuels in a Common Rail HSDI Diesel Engine
…temperature; Engine lubricant temperature; Ambient air temperature, pressure and humidity; Intake manifold temperature and pressure; Compressor outlet temperature; Intercooler outlet temperature; Air mass flow rate (hot wire anemometer); Fuel mass flow rate (gravimetric);1 Exhaust gases temperature ( turbine outlet); The raw gas…
-
Common Rail HSDI Diesel Engine Combustion and Emissions with Fossil / Bio-Derived Fuel Blends
…coolant temperature Engine lubricant temperature Ambient air temperature and pressure Intake manifold temperature and pressure Compressor outlet temperature Intercooler outlet temperature Air mass flow rate (hot wire anemometer) Fuel mass flow rate (gravimetric) 1 Exhaust gases temperature ( turbine outlet) Exhaust gases were…