Oil Turbine Generators

Description: -of-the-industr yy seismic test bases and monitoring equipment to ensure low vibration levels. The bearings and a circulating oil system boost KATO™ turbine generator reliability. We offer a wide range of cooling options and, for petroleum applications, Kato Engineering can meet

• Drive Type: Direct Driven
• Engine Speed Requirement: 1500 to 1800 rpm
• Features: Brushless Design
• Output Frequency: 50 Hz, 60 Hz

Description: . Cooling and filtration The gearbox, generator and converter of the turbine each have independent active cooling systems. The cooling system for the generator and frequency converter is based on a cooling water circuit, while the gearbox is cooled by an oil-based system.

• AC Prime Power Rating (Watts): 2.50E6 watts
• Output Options: AC Single Phase Power
• Technology: Wind Turbines

Description: Meets various Oil & Gas application requirements GE’s Power Conversion business extensive range of large industrial generators offer high reliability, power density and modular designs. Air or water cooled, they are suitable for many Marine, Industry and Power Generation

Description: . Gearbox Nordex equips the turbines with a two-stage planetary gearbox with a spur gear stage or with a differential gearbox. The gearbox is fitted with a cooling circuit with variable cooling output. The gearbox bearing and tooth engagement are kept continuously lubricated with oil

• AC Prime Power Rating (Watts): 2.40E6 watts
• Output Options: AC Single Phase Power
• Technology: Wind Turbines

Description: gearbox bearing and tooth engagement are kept continuously lubricated with oil. Generator The generator is a double-fed asynchronous machine. Nordex has been using this type of generator with variable-speed turbines successfully for many years. The main advantage

• AC Prime Power Rating (Watts): 2.50E6 watts
• Output Options: AC Single Phase Power
• Technology: Wind Turbines

Description: The newly developed predesigned steam turbine SST-040 is a generator drive specially designed for the 75-300 kW power range. This favorably priced turbine features a simple, extremely compact design, short start-up times and a high degree of operational reliability. Application

Description: STANDARD PRACTICE FOR DESIGN OF STEAM TURBINE GENERATOR OIL SYSTEMS

Description: compressor drive design, derived from proven standards, can be used e.g. for the production of Liquified Natural Gas (LNG) – either as a direct mechanical compressor drive or as an all-electric generator version. The fleet of more than 90 turbines is in commercial operation since 1989

Description: Four stage turbine All blades removable with rotor in place Hybrid burners for premix and diffusion mode operation with natural gas, fuel oil and special fuels such as heavy oil and refinery residues Low-NOx combustion system Siemens Gas Turbine Packages are

Description: STANDARD PRACTICE FOR DESIGN OF GAS TURBINE GENERATOR LUBRICATING OIL SYSTEMS

Description: generator for oil field service, refinery application etc. - Offshore platforms and FPSO vessels Reliable, compact, lightweight solution for power generation applications High availability, low environmental impact Burns heavy fuel oils (HFO), crude oils

Description: 1.1 This practice covers the design of lubricating oil systems for gas turbine driven generator units 1000 kw and larger. 1.1.1 The lubricating oil system is defined as that assembly which utilizes and circulates the turbine generator lubricating oil

Description: 1.1 This practice is applicable to steam turbine-generator units and provides recommended practices for the design of the oil system. 1.1.1 The oil system is defined as that assembly which uses and circulates the turbine-generator lubricating oil. The oil

Description: Recommended Practices for Flushing and Cleaning of Gas Turbine Generator lubricating Oil Systems

Description: 1.1 This practice covers the design of lubricating oil systems for gas turbine driven generator units 1000 kW and larger. 1.1.1 The lubricating oil system is defined as that assembly which utilizes and circulates the turbine generator lubricating oil

Description: 1.1 This practice is applicable to steam turbine-generator units and provides recommended practices for the design of the oil system. 1.1.1 The oil system is defined as that assembly which uses and circulates the turbine-generator lubricating oil. The oil

Description: /h. Aalborg D is intended for steam or hot water production, the oil and gas-fired productis supplied as a vertical, two-drum boiler with a D-type design. The boiler is especially suited for tanker installations producing steam for cargo pump turbines, heating, tank cleaning as well as

• Fuel Type / Heat Source: Gas (Natural / Propane), Oil
• Heat Output (Capacity): 6.00E7 to 2.89E8 BTU/hr
• Maximum Pressure: 261 psi
• Orientation: Vertical

Description: The I-HRSG design has been optimized for modern plant requirements. Indeck's history includes the design of numerous installations worldwide. Natural Circulation, Horizontal Gas Flow Multiple Pressure Capability Bare and Fin Tube Designs Gas Turbines below

Description: Caterpillar can help you navigate the challenges in the oil and gas industry, including global competition, tightening emission standards, and high productivity demands. The Cat® C175 delivers more reliable power in less space than any other generator set in its class. As efficient as

• Applications: Industrial
• Portability: Permanent
• Volt-Ampere: 2.59E6 to 3.24E6 VA

Description: engine remote display monitor Emergency pump start signal Cabinet cooler Generator power monitoring Remote relay panel Turbocharger speed sensors Cylinder pressure relief valve Oil mist detector Flywheel and damper guards

• Applications: Industrial
• Portability: Permanent
• Volt-Ampere: 3.08E6 to 3.63E6 VA

Description: engine remote display monitor Emergency pump start signal Cabinet cooler Generator power monitoring Remote relay panel Turbocharger speed sensors Cylinder pressure relief valve Oil mist detector Flywheel and damper guards

• Applications: Industrial
• Portability: Permanent
• Volt-Ampere: 2.32E6 to 2.72E6 VA

Description: control cable is intended to be installed in cable trays or raceways within a wind turbine generator. MTW listed cables can be used in NFPA 79 Machine areas.

• Cable Conductor: Copper and Copper Alloys
• Cable Insulation: Polyvinyl Chloride (PVC)
• Cable Jacket: Polyvinyl Chloride (PVC)
• International (mm²): 35 mm²

Description: • Nylon Rotor • 316SS Rings • Tungsten Carbide Shafts • Ceramic Bearings • Ferrite Signal Generator Interactive Demo - see how it works Specifications • Max 130°F • Max 150 PSI (Nylon

• Liquid Volumetric Flow Rate: 0.3000 to 300 GPM
• End Fittings: Threaded, Other
• Features: Programmable, Recorder / Totalizer Functions
• Mounting Type: In-line

Description: • Displays instantaneous flow rate & flow totals • Ability to Field Calibrate (standard) Materials • 316SS Housing • PVDF Rotor • 316SS Rings • Tungsten Carbide Shafts • Ceramic Bearings • Ferrite Signal Generator

• Liquid Volumetric Flow Rate: 1 to 200 GPM
• End Fittings: Clamp, Threaded
• Features: Programmable, Recorder / Totalizer Functions
• Mounting Type: In-line

Description: 1.1 These requirements cover stationary engine generator assemblies that are intended for installation and use in ordinary locations in accordance with the following: a) The National Electrical Code, NFPA 70; b) The Canadian Electrical Code, Part I, CSA C22.1; c

Description: control cable is intended to be installed in cable trays or raceways within a wind turbine generator. MTW listed cables can be used in NFPA 79 Machine areas.

• Cable Conductor: Copper and Copper Alloys
• Cable Insulation: Polyvinyl Chloride (PVC)
• Cable Jacket: Polyvinyl Chloride (PVC)
• International (mm²): 35 mm²

Description: control cable is intended to be installed in cable trays or raceways within a wind turbine generator. MTW listed cables can be used in NFPA 79 Machine areas.

• Cable Conductor: Copper and Copper Alloys
• Cable Insulation: Polyvinyl Chloride (PVC)
• Cable Jacket: Polyvinyl Chloride (PVC)
• International (mm²): 1 mm²

Description: cable is intended to be installed in cable trays or raceways within a wind turbine generator. MTW listed cables can be used in NFPA 79 Machine areas.

• Cable Conductor: Copper and Copper Alloys
• Cable Insulation: Polyvinyl Chloride (PVC)
• Cable Jacket: Polyvinyl Chloride (PVC)
• International (mm²): 1 mm²

Description: 1.1 These requirements cover stationary engine generator assemblies that are intended for installation and use in ordinary locations in accordance with the following: a) The National Electrical Code, NFPA 70; b) The Canadian Electrical Code, Part I, CSA C22.1; c

Description: 1.1 These requirements cover stationary engine generator assemblies that are intended for installation and use in ordinary locations in accordance with the following: a) The National Electrical Code, NFPA 70; b) The Canadian Electrical Code, Part I, CSA C22.1; c

Description: sampling and analysis of coal, oil, or gas. For example, gas turbine heat recovery and other heat recovery steam generators designed to operate with supplemental firing should be tested in accordance with PTC 4.4. Testing of auxiliary equipment is not addressed in this Code, but

Description: sampling and analysis of coal, oil, or gas. For example, gas turbine heat recovery and other heat recovery steam generators designed to operate with supplemental firing should be tested in accordance with PTC 4.4. Testing of auxiliary equipment is not addressed in this Code, but

Description: In principle, the turbomolecular pump is a turbine rapidly revolving in a housing where the rotor stages of the turbine Sectional drawing of a turbomolecular pump (TURBOVAC i) are equipped with a number of rotor blades. Located between the rotating rotor blades are stationary stator

• Mechanical Pump Type: Rotary Vane

Description: M Series coupling range is particularly suited for electric motor and turbine drives in the oil and gas industry. Torque is normally transmitted through two sets of pre-assembled membrane units, separated by a spacer element. The coupling provides a good level of angular, lateral and

• Bore Diameter: Up to 12 inch
• Coupling Type: Metal Contoured Diaphragm
• Rated Speed: 24000 rpm
• Rated Torque: 845133 In-lbs

Description: sensor exiting an oil-filled bearing housing. Typical applications include the sealing of these leads on large motors, generators, turbines, pumps, compressors and journal bearing pedestals. Features: Stainless Steel Fitting For Bearing Oil Sealing Easy

• Feedthrough Mount: Threaded Mount
• Feedthrough Type: Electrical
• Mounting Diameter: 0.1320 inch
• Temperature Range: 37.8 C

Description: oil-filled bearing housing. Typical applications include the sealing of these leads on large motors, generators, turbines, pumps, compressors and journal bearing pedestals. Features: * Stainless Steel Fitting * For Bearing Oil Sealing * Easy Installation

• Application: Cable & Wire, Sensors
• Material: Other
• Mounting Size: 0.5000 to 0.7500 inch
• Number of Elements: 2 to 14 #

Description: American BOA exhaust expansion joints are used in a variety of applications including but not limited to: land-based, stationary reciprocating engines used for power generation; propulsion engines aboard small boats and large ships; and gas turbine generators and pumps on offshore

• Length: 8 inch
• Maximum Pressure: 25 psi
• Maximum Temperature: 900 F
• Mounting Size: 4 inch

Description: now a new method has emerged. Recent advances in high speed electrical machines have enabled the power turbine to be coupled to an electric generator. Decoupling the power turbine from the crankshaft and coupling it to a generator allows the power electronics to control

Description: Reduced oil flow and power loss to help improve machine efficiency High stiffness Adapts to shaft misalignment Verified performance and predictive capability Typical Applications Large-frame gas turbines Large-frame steam turbines Turbo-generators Synchronous clutches

Description: horizontal arrangements can be fitted with an external casing or engineered to interface with the customer’s own housing. The extent of supply, including complete hydraulic lift systems, can be varied to suit application requirements and customer specifications. Typical Applications Compressors

Description: specific information on which types of units are covered in this document, see Annex A. Machine sets covered by this document can have the following configurations: a) generators driven by hydraulic turbines; b) motor-generators driven by pump-turbines; c)

Description: Housing Pedestal Bearings Din normed Journal bearing design The journal bearing has a cylindrical, two-lobe or four-lobe bore. For high circumferential speed journal tilting pads can be used. They can be used for rotating equipment like generators, blowers, turbines or

Description: Housing Bearings Din normed Journal bearing design The journal bearing has a cylindrical, two-lobe or four-lobe bore. For high circumferential speed journal tilting pads can be used. They can be used for rotating equipment like generators, blowers, turbines or

Description: styles or tilting pad designs, and operate with flooded lubrication or directed lubrication systems. Our hydrodynamic journal technology is utilized in high-speed turbine bearing, generator, pump, compressor and gear drive applications for power generation, oil and gas, and

Description: performance Can accommodate high shaft movement (radial and axial) Maintenance-free PRODUCT APPLICATIONS Propulsion engine & APU shaft sealing Gearboxes Oil and gas pumps Power generators Wind turbines Drilling machinery Compressors

• Alternate Shaft or Rubbing Speed: 29500 ft/min
• Face or Primary Ring Materials: Mechanical Carbon: Other Carbon
• Operating Pressure: 100 psi
• Operating Temperature: 1000 F

Description: feedback of mechanical equipment 5) Positioning and monitoring of injection molding machine template 6) TRT blast furnace gas pressure turbine generator LMDS series is widely used in the industrial situation of oil, steel, chemical industry, port, machinery, food, etc., which is

• Output: Voltage, Current