Propane Nozzle

Description: Two Turbo Shot™ impellers, one each, balanced overhead, and under throw. Long life impeller housing with easily replaced liners and impeller blades. Sealed bearings for longer bearing life Abrasive feed system includes augers and bucket elevator. Access doors for impeller wheels and for bucket

• Carrier Fluid & Abrasive Feed: Gravity Fed
• Features: Multiple Nozzles / Blast Wheels
• Machine Mounting: Blast Cabinet / Enclosure, Floor / Skid
• Machine Type: Wheel Blast Machine

Description: Propane Engine Hoses: 2” I.D. x 16’ oil-resistant PVC suction hose including quick-disconnect coupler. Separate discharge hose of heavy-section clear plastic 1-1/4” I.D. x 16’ with full-flow shut-off nozzle. Tools

• Application / Industry Use: Heat Transfer Fluids, Other
• Clarifiers: Suction Clarifier

Description: Propane Power – no need for electrical outlets or air drops. Cleaning a sump today no longer means shutting down the machine for a half a day while someone bails the slimy coolant from the sump with a bucket. Sump cleaning today, using a high-vacuum sump cleaner, can be done

• Application / Industry Use: Heat Transfer Fluids, Other
• Clarifiers: Suction Clarifier

Description: : 20 HP Propane Engine Hoses: 2” I.D. x 16’ oil-resistant PVC suction hose including quick-disconnect coupler. Separate discharge hose of heavy-section clear plastic 1-1/4” I.D. x 16’ with full-flow shut-off nozzle

• Application / Industry Use: Heat Transfer Fluids, Other
• Clarifiers: Suction Clarifier

Description: : 20 HP Propane Engine Hoses: 2” I.D. x 16’ oil-resistant PVC suction hose including quick-disconnect coupler. Separate discharge hose of heavy-section clear plastic 1-1/4” I.D. x 16’ with full-flow shut-off nozzle

• Application / Industry Use: Heat Transfer Fluids, Other
• Clarifiers: Suction Clarifier

Description: M series models are offered in natural gas, propane and combination gas/oil fuel options from 1.4 to 10.5 MMBTU. Full modulation and cam trim adjustment provide optimum performance to meet load demand. A backward-curved impeller ensures adequate combustion air for exceptional performance

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Propane
• Convection: Forced Draft
• Firing: Direct

Description: The NTH burner operates on natural gas, propane gas, propane/air mix, or a combination of gas/oil fuels at capacities ranging from 1.5 to 12.5 MMBTU. Design features induced FGR and FGR modulating valve. Features: Top- or rear-mount panel options Backward

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Propane
• Convection: Forced Draft
• Firing: Direct

Description: The S1 series is suitable for firetube and watertube boiler applications. The standard S1 series offers natural gas, propane gas, air-atomized #2 or #6 oil and combination gas/oil fuel options from 46.2 to 63.0 MMBTU. The LNS1 series offers natural gas, propane gas, air-atomized #2 oil

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Propane
• Convection: Forced Draft
• Firing: Direct

Description: D series burners are performance proven in boiler, heater, furnace, kiln and dryer applications worldwide. The standard D series offers natural gas, propane gas, air atomized #2-6 oil and combination gas/oil fuel options at capacities from 4,200,000 to 42,000,000 MBTU

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Propane
• Convection: Forced Draft
• Firing: Indirect

Description: M series burners are designed for a wide range of applications such as boilers, heaters, furnaces, kilns and dryers. The M series offers natural gas, propane gas, air atomized #2-6 oil and combination gas/oil fuel options at capacities from 1,400,000 to 10,500,000 MBTU

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Heavy Oil, Propane
• Convection: Forced Draft
• Firing: Indirect

Description: Suitable for firetube, watertube and cost iron boilers; the V series features a unique aerodynamic air damper design which permits accurate air-to-fuel settings for maximum combustion efficiency. The standard V series offers natural gas, propane gas, pressure atomized #2

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Propane
• Convection: Forced Draft
• Firing: Indirect

Description: Suitable for firetube, watertube, firebox and cast iron boilers, the standard V series offers natural gas, propane gas, pressure atomized #2 oil and combination gas/oil fuel options from 1.3 to 16.8 MMBTU. The low NOx V series offers natural gas, propane gas, pressure atomized #2 oil,

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Propane
• Convection: Forced Draft
• Firing: Direct

Description: Suitable for firetube, firebox and watertube boilers; the E series features a low pressure drop head design and low motor horsepower requirements for increased efficiencies. The E series offers natural gas, propane gas, air atomized #2 oil and combination gas/oil fuel

• Burner Type: Nozzle Mixing
• Combustion Fuel: Natural Gas, Light Oil, Propane
• Convection: Forced Draft
• Firing: Indirect

Description: “Propane” are interchangeable. 1.3 An emergency breakaway fitting is used between the outlet of the dispensing device and the hose nozzle valve or lever-operated fuel transfer valve (LP-Gas Service) and separates in the event that the coupling is subjected to an excessive pull

Description: Flexible rubber and plastics hose, tubing, nozzles and assemblies for use with propane and butane in the vapour phase. Specifications

Description: Jet Compressors are a type of ejector that use a jet of high-pressure gas as an operating medium to entrain a low-pressure gas, mix the two, and discharge at an intermediate pressure. Gases can be steam, air, propane, and others. Jet Compressors are flanged and have no regulating spindle

• Applications: Gas Boosting, Gas Transmission / Delivery, Process Gas Feeding / Injection
• Compressor Technology: Other
• Gases: Air / Plant Air, Natural Gas / Methane, Propane, Other
• Power Source: Air / Pneumatic, Other

Description: GCE Hand cutting nozzles style PNM. This range of short pattern cutting nozzles have a 9 spline inner are 76 mm long and use Propane fuel gas. FEATURES and BENEFITS:. Style PNM. Short pattern. 9 Spline inner. 76 mm long. Use Propane fuel gas. Various sizes available.

Description: GCE Hand cutting nozzles style PNM. This range of short pattern cutting nozzles have a 9 spline inner are 76 mm long and use Propane fuel gas. FEATURES and BENEFITS:. Style PNM. Short pattern. 9 Spline inner. 76 mm long. Use Propane fuel gas. Various sizes available.

Description: GCE Hand cutting nozzles style PNM. This range of short pattern cutting nozzles have a 9 spline inner are 76 mm long and use Propane fuel gas. FEATURES and BENEFITS:. Style PNM. Short pattern. 9 Spline inner. 76 mm long. Use Propane fuel gas. Various sizes available.

Description: compressed air enters the exhauster through an inlet and flows through an expanding nozzle. Issuing from the nozzle at high velocity, the jet discharges into the diffuser, produces a powerful suction which entrains air or vapors through the suction connection, and compresses the air or

• Applications: Gas Boosting, Gas Transmission / Delivery, Process Gas Feeding / Injection
• Compressor Technology: Other
• Gases: Air / Plant Air, Natural Gas / Methane, Propane, Other
• Power Source: Air / Pneumatic, Other

Description: nozzles with horizontal and vertical louvers. Operation is controlled through an integrated circuit board. The circuit board monitors heater operation and has LED diagnostic indicator lights to identify abnormalities in control functions.

• Fuel / Energy Source: Natural Gas / Propane
• Heater Type: Forced Air Heater, Space Heater
• Heating Capacity: 25.54 kW
• Maximum Air Flow: 1793 SCFM

Description: control pattern directed above and below the tin line. Accommodating the various heights of the cans, we offer an automated or manually adjusted supply duct configuration. Our proprietary supply nozzle design achieves uniform vertical down airflow. The synthetic conveyor belt helps

• Application: Curing
• Atmosphere: Air / Oxidizing
• Controller Type: Programmable
• External Configuration: Continuous (Convey, Shuttle)

Description: stability, and eliminate metal fines. Automated conveyor belt tracking system. Our proprietary supply nozzle design achieves uniform vertical down airflow. All supply nozzles are easily removable for greater maintenance access to the oven interior. An automatic

• Application: Drying
• Atmosphere: Air / Oxidizing
• Controller Type: Programmable
• External Configuration: Continuous (Convey, Shuttle)

Description: ; increases can stability, and eliminate metal fines. Automated conveyor belt tracking system guides the belt smoothly. Our proprietary supply nozzle design achieves uniform vertical down airflow. All supply nozzles are easily removable for greater maintenance access to the

• Application: Curing
• Atmosphere: Air / Oxidizing
• Controller Type: Programmable
• External Configuration: Continuous (Convey, Shuttle)

Description: characterization was performed for the combustion of a premixed propane/air mixture initiated by a pre-chamber turbulent jet ignition system with no auxiliary fuel injection, in a rapid compression machine. Three different single orifice nozzles with orifice diameters of 1.5 mm, 2 mm,

Description: ) Combustion gas: 98% methane gas98%propane gas(usuallyLPGcanbeu sedinstead Power supply: 220V±10%;10A,50Hz Manual / automatic type optional switch, vertical/horizontal optional switch Nozzle of combustion: 20 degree Automatic control: preset the test result, stop automatically when it

• Display & Special Features: Digital Readout
• Property Analyzed: Other

Description: ) Vapor Return Valves, f) Actuated Liquid Withdrawal Excess-Flow Valves, g) Multiple function valves, h) Internal valve, i) Emergency shutoff valve, j) Lever operated transfer valve, and k) LP-Gas Hose Nozzle Valve. 1.2 Products

Description: ) Vapor Return Valves, f) Actuated Liquid Withdrawal Excess-Flow Valves, g) Multiple function valves, h) Internal valve, i) Emergency shutoff valve, j) Lever operated transfer valve, and k) LP-Gas Hose Nozzle Valve. 1.2 Products

Description: ) Vapor Return Valves, f) Actuated Liquid Withdrawal Excess-Flow Valves, g) Multiple function valves, h) Internal valve, i) Emergency shutoff valve, j) Lever operated transfer valve, and k) LP-Gas Hose Nozzle Valve. 1.2 Products

Description: , ethane, ethylene, propane, and water. This test method may be extended to other impurities provided that they are in the gaseous phase or can be vaporized and are active infrared absorbers. 1.3 This test method is intended for analysis of hydrogen fuels used for fuel cell feed gases or

Description: , ethane, ethylene, propane and water. This test method may be extended to other impurities provided that they are in the gaseous phase or can be vaporized and are active infrared absorbers. 1.3 This test method is intended for analysis of hydrogen fuels used for fuel cell feed gases or for

Description: , and fuelling nozzles. 1.1.2 Each dispenser may have the capability of independently fuelling more than one vehicle simultaneously. 1.1.3 Dispensers covered by this Standard are intended for use with liquefied natural gas, a fluid in the liquid state at cryogenic