Description: to recover heat from combustion turbines [heat recovery steam generators (HRSGs)] and other combustion turbine exhaust systems at any heat input rate This code covers design, installation, operation, maintenance, and training. This code covers strength of the structure, operation and maintenance
Supplier: Schutte & Koerting
Description: Standard body designs: Through-Hole Spindle, Top-Guided Spindle, Top & Bottom Guided Spindle, Corner Body Design. 300 to 900 lbs. working steam pressure rated. Available in choice of connections; welded ends, or ANSI flange connections for direct connection to steam turbines.
- Pressure Rating: 150 to 1500 psi
- Valve Type: Safety Valves, Shut Off Valves
- Actuation: Manual / Hand, Mechanical Device
Property Testing Equipment - Gum Content of Fuels - Air & Steam-Jet Evaporation - GUM (semi-automatic) Tester -- Gum BathSupplier: Anton Paar
Description: of substances mainly aircraft fuels and motor gasoline) under investigation which cannot be evaporated under test conditions. The gum content is measured in units of mg/100 ml. highest level of user safety all necessary auxiliary devices are available complete set of re-calibration is available
- Property Analyzed: Other
- Test Media / Material: Fuel
Standards and Technical Documents - API RP 550 P4 -- MANUAL ON INSTALLATION OF REFINERY INSTRUMENTS AND CONTROL SYSTEMS PART IV - STEAM GENERATORSSupplier: American Petroleum Institute (API)
Description: , alarm and shutdown systems, and automatic startup and shutdown systems is discussed for steam generators, carbon monoxide or waste gas steam generators, gas turbine exhaust fired steam generators, and unfired waste heat steam generators. There are enough unique instrumentation and control problems
Standards and Technical Documents - SPECIFICATION FOR WELDING OF ROTATING ELEMENTS OF EQUIPMENT -- AWS D14.6/D14.6MSupplier: American Welding Society (AWS)
Description: of this specification is not to include steam or combustion turbine rotors, blading, or camshafts. This specification also applies to such products and procedures that are agreed to by the Manufacturer, Fabricator, or Repair Organization and the Owner. Requirements contained herein are not intended
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INTRINSIC SAFETY BARRIER
ISB-101 Magnetic Pickup/Speed Sensor. INTRINSIC SAFETY BARRIER: Energy limiting device for magnetic pickups, CSA Class I, Division 1, Groups C & D. The ISB-101 is designed to be used in a safe area to isolate and receive electrical signals from an intrinsically safe Dynalco magnetic pickup mounted in a hazardous location. ISB-101 Manual. ISB-101 Install Bulletin. ISB-101 Agency Approval. DYNALCO. Instruments & Controls for Rotating Equipment in Demanding Applications. Dynalco serves... (read more)
Browse Magnetic Speed Sensors Datasheets for Dynalco Controls
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Some Safety Devices in Steam Turbines ," by M. A. Stuart. " .
Design of Heartbeat Invalidation Detecting Mechanism in Triple Module Redundant Multi-Machine System
I. INTRODUCTION Turboset emergent trip system (ETS) [1-2] is the important safety protection device of large steam turbine , which can perform the emergency shutting down commands in time avoiding danger expanding in emergency conditions.
Study on Communication Strategy in Triple Module Redundant ETS System
Turboset emergent trip system (ETS) [1-2] is the important safety protection device of large steam turbine , which can perform the emergency shutting down commands in time avoiding danger expanding in emergency conditions.
Discussion by C. P. Steinmetz, President Wheeler, H. C. Wirt, P. H. Thomas.627 Automatic Safety Devices for Steam -Engines, Turbines , and Motors.- By Charles M. Heminway.
OSHA maintenance standard implementation guide
in power generating plants: Interlocksand other safety devices Water or steam spaces Chlorine systems Boilers Turbine generators Walking and working surfaces Water gates, valves, intakes, forebays, flumes (in hydro plants) Ensure adequate access and working space around .
Application of Phast in the Quantitative Consequence Analysis for the Boiler BLEVE
During the maintenance downtime of steam turbine , owing to staff operational errors and continuous safety device failure, steam drum is forced to work exceeding the design pressure, leading to the steam drum ductile rupture to evolve into BLEVE eventually .