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FEATURES and BENEFITS
Emissions
The Kubota EA330 engine complies with EPA Tier 4 emissions regulations. These are the most stringent emissions regulations in the world in this class.
Durable Power
The Kubota EA330 engine has been chosen as the power source for a variety of applications.
Combustion chamber with TVCS (Three Vortex Combustion System) provides stable performance even at high engine rpm. And because of the extra displacement for its output, work goes surely and steadily.
This engine offers a seamless transition from Tier 2 to Tier 4 by entirely maintaining the same performance and physical characteristics of the previous Tier 2 engines.
Clean and Quiet Power
Kubota?s original TVCS (Three Voltex Combustion System) provides ideal mixture of air and fuel, and enables low fuel consumption.
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Kubota EA Series EA330-E3-NB1
Model EA330-E3-NB1
Emission Regulation Tier4
Type Horizontal 4-cycle liquid cooled Diesel
Number of Cylinders 1
Bore mm(in) 77(3.03)
Stroke mm(in) 70(2.76)
Displacement L (cu.in) 0.325(19.83)
Combustion System IDI (TVCS)
Aspiration Naturally Aspirated
Maximum Speed rpm 3000
Output:
Net Intermittent kW 5.15
hp 6.9
ps 7.0
Oil Pan Capacity L(gal) 1.3(0.34)
Starter Capacity V-kW 12-0.8
Alternator Capacity V-A 12-3.5
Length mm (in) 566(22.28)
Width mm (in) 411(16.18)
Height mm (in) 457(17.99)
Dry Weight kg (lb) 54(119)
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FEATURES and BENEFITS
Emissions
Kubota Super Mini Series, the most compact multicylinder liquid cooled industrial diesel engines, complies with EPA Tier 4 emissions regulations. These are the most stringent emissions regulations in the world in this class.
Durable Power
The Kubota Super Mini Series has been chosen as a power source for a variety of applications since it was first launched 25 years ago. It has become the benchmark in the compact diesel engine market.
The Z482 engine offers a seamless transition from Tier 2 to Tier 4 by totally maintaining the same performance and physical characteristics of the previous Tier 2 engines.
Clean and Quiet Power
Kubota's original E-TVCS (Three Vortex Combustion System) has been improved. The combustion chamber was optimized to achieve a 50% lower particulate matter (PM) level in such a small size range.
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FEATURES and BENEFITS
Emissions
The D1105 naturally aspirated engine (3000rpm) complies with EPA Tier 4 emissions regulations. These are the most stringent emissions regulations in the world in this class.
Durable Power
The Kubota 05 Series is an established leader in its horsepower range and has been the preferred power source of various industrial equipment manufacturers.
The D1105 NA engine offers a seamless transition from Tier 2 to Tier 4 by maintaining the same footprint and hardware mounting points with only slight performance changes from the Tier 2 engine.
Clean and Quiet Power
Kubota's original E-TVCS (Three Vortex Combustion System) has been improved. The combustion chamber and piston recess were optimized to achieve a 50% lower particulate matter (PM) level.
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FEATURES and BENEFITS
New Engine Series
The Kubota DG Series offers a new solution to the increasing needs for natural gas engine. The diesel engine based Kubota DG Series gives users the same foot-print, reliability and durability of D902, WG972, and DF972 acknowledged as the world's top quality small industrial engines.
Kubota offers SAE Flywheel Housing and Rear End Plate specifications for the DG972 engine. These options offer users flexible Power Take Off (PTO) choices.
The Kubota DG Series is designed to endure use outdoors under severe environment. This series is equipped with a bypass breather tube to avoid freezing below zero.
Emissions
Kubota DG Series complies with EPA Tier 2 Emissions Regulations. EPA regulation is one of the most stringent emissions regulations in the world.
Best Fuel System
Specialized for Natural Gas use, the DG972 engine eliminated the carburetor, regulator and a fuel filter parts, which are only necessary for Gasoline or LPG use. Also, Kubota adopts the best jet set and the ignition timing that provides the best engine performance in severe conditions.
Ease maintenance cost and time
Mechanical governor system will contribute to lower maintenance cost and prevents users from having to deal with complicated electric maintenance. Moreover, water resistant spark plug caps are adopted for outdoor use.
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Water cooled vertical engine TNV series 3
output: 51.1 - 62.5 kW (68.5 - 83.8 hp)
displacement: 3.319 L
EPA non road diesel engine emission control clear
EC non road engine emission control clearance
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Water cooled vertical engine TNV series 2
output: 21.9 - 41.2 kW (29.4 - 55.3 hp)
displacement: 1.330 - 2.190 L
EPA non road diesel engine emission control clear
EC non road engine emission control clearance
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Water cooled vertical engine TNV series 1
output: 10.0 - 19.5 kW (13.4 - 26.1 hp)
displacement: 0.570 - 1.116 L
EPA non road diesel engine emission control clear
EC non road engine emission control clearance
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FEATURES and BENEFITS
Emissions
The Kubota V3600 Turbocharged engine complies with EPA Tier 3 and EU Stage lllA emissions regulations effective through the end of 2011 in both the North American and European markets.
Utilizing the low NOx characteristics of IDI engines, the V3600-T engine complies with the latest emissions regulations above the 56kW range without devices such as a cooled exhaust gas recirculation (EGR) system.
Durable Power
The Kubota V3600-T engine is a new high power density engine with the same footprint as the V3300 engine, however with a larger displacement.
Clean and Quiet Power
Kubota's original E-TVCS (Three Vortex Combustion System) has been improved. The airflow, combustion chamber and piston recess were optimized to meet the new NOx level of this class.
Option
Fan positions are available in two heights to adapt to various equipment configurations.
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WG752-E2
Gross Intermittent 18.3 kW / 24.5 HP
Maximum Speed 3600 rpm
Cylinders 3
WG972-E2
Gross Intermittent 24.5 kW / 32.5 HP
Maximum Speed 3600 rpm
Cylinders 3
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Hinged and double hinge types, and counterweight.
Models with flanges or to mount between flanges according to type.
Valve and stopper in flake-graphite cast iron, in spheroid graphite cast iron, in bronze, in steel or in stainless steel, according to the type and class of pressure.
Face to face spacing meeting most national and international standards and notably: ISO, EN, NF, BS, DIN...
DN 40 / DN 400
Pressure classes: PN 10 - PN 16 - PN 25.
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Protection of drinking water networks against backflow of polluted water : backflow preventers, other protection systems, pressure reducers and water meters.
Water is the most precious of our natural resources. Whatever its destination, domestic, urban, agricultural or industrial, the water we use every day is distributed through an increasingly complex network of interconnected pipelines.
The risk of pollution coming from backflow ( backsiphonage or backpressure) is even greater when the different pipelines networks are closely interconnected.
The choice of a suitable protection system must then be made in relation to the level of risks induced by the fluids being used and transported.
Danfoss Socla is today the only European manufacturer to offer such a vast range of protection devices for every level of risk. Our valves -which ensure complete safety- are presented by descending level of risk.
Danfoss Socla offers also a complete range of pressure reducing valves in order to protect the water network against the risk of overpressure.
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Series 1890/1896M
ASME NB Certifi ed: Air, Steam & Water
Sizes 1/2 X 1 & 3/4 X 1 (1890) and 1/2 X 3/4 & 3/4 X 3/4 (1896M).
Effective orifi ce areas of 0.077 (liquid) and 0.089 (vapor) square inches. Pressures
from 15 to 800 psig for stainless steel (1890) and 15 to 300 psig for bronze
(1896M). Temperature range from -20‹ F to +750‹ F (1890) and -450‹F to +400‹F
(1896M).
Materials of construction include stainless steel body and trim (1890) and brass
body and trim with bronze bonnet (1896M).
Applications: air, steam, gas, vapor and liquid process applications (1890) and
where service is compatible with brass and bronze (1896M). Also suitable for
cryogenic applications.
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Positive Displacement (PD) pumps should always be installed with a Relief Valve in the discharge line, to protect the pump and piping against any type of line blockage, including the inadvertent closing of an isolation valve. Liquiflo manufactures two sizes of relief valves in both 316 Stainless Steel and Alloy-C.
Ten standard Liquiflo Relief Valve models are available, based on the body material, the port size, and the pressure setting range (see chart below). Models RV1000, RV1001, RV2000 and RV2001 are factory preset to discharge at 100 PSI (7 bar) unless a different pressure setting is requested when ordering; other models are preset to the pressure setting specified when ordering.
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Brass Midi Check Valves
Description:
Series 6 Brass Midi Check Valves are used in general industrial and plumbing applications. They feature a brass body with NPT female threaded end connections and positive back stop. Series 6 has a silent operation with low opening pressure and low pressure drop. It can be installed in a horizontal or vertical position. Maximum Pressure: 200psi (13.8 bar).
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008PCQT: Anti-Siphon, Spill-Resistant Vacuum Breakers
Description:
Series 008PCQT Anti-Siphon, Spill-Resistant, Vacuum Breakers prevent the reverse flow of polluted water from entering into the potable water supply due to backsiphonage on indoor point-of-use applications. It consists of a bronze body construction, thermoplastic check and float assembly valve, stainless steel springs, tee handles, and a molded diaphragm separating the air inlet from the potable water supply to prevent spillage. Series 008PCQT is ideal for indoor use on machines or equipment in general plumbing applications. Maximum Working Pressure: 150psi (10.34 bar), Minimum Working Pressure: 8psi (55.2 kPa).
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