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Supplier: Griffin Pump & Equipment, Inc.
Description: Griffin's Hydraulic Driven Submersible Pumps are available in trash, axial flow and materials handling models. The pumps range from 4" to 24" with a variety of impeller designs. These pumps are designed for handling high volumes of water. Some models may also be
- Maximum Discharge Flow: 2000 GPM
- Power Source: Hydraulic
- Submersible Pump: Yes
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Supplier: Griffin Pump & Equipment, Inc.
Description: Griffin's Hydraulic Driven Submersible Pumps are available in trash, axial flow and materials handling models. The pumps range from 4" to 24" with a variety of impeller designs. These pumps are designed for handling high volumes of water. Some models may also be
- Maximum Discharge Flow: 1490 GPM
- Power Source: Hydraulic
- Submersible Pump: Yes
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Supplier: Griffin Pump & Equipment, Inc.
Description: Griffin's Hydraulic Driven Submersible Pumps are available in trash, axial flow and materials handling models. The pumps range from 4" to 24" with a variety of impeller designs. These pumps are designed for handling high volumes of water. Some models may also be
- Maximum Discharge Flow: 5000 GPM
- Power Source: Hydraulic
- Submersible Pump: Yes
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Supplier: Griffin Pump & Equipment, Inc.
Description: Griffin’s Hydraulic Driven Submersible Pumps are available in trash, axial flow and materials handling models. The pumps range from 4” to 24” with a variety of impeller designs. These pumps are designed for handling high volumes of water up to 20,000 gpm and head
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Supplier: SP Industries, Inc.
Description: Capacity Ratchet Binder/Hooks Floor Support Beams 7 7 Cylinder Bore Size 6" 7" Pump Speed in GPM - Continuous Displacement 16 16
- Equipment Type: Compactor
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Description: • Small automation • Trash compactors Technical Characteristics: • Power rating of ½ Hp – 20 Hp • Flow range of 0.9 – 6.3 GPM (at 1,800 rpm) • Maximum operating pressure of 207 bar (3,000 psi) • Speed range of 600 – 2,200 rpm • Tank capacity of 10, 20, 30 and 40 gallons gallons
- Flow: 0.9000 to 9.6 GPM
- Operating Pressure: 3002 psi
- Power Source: Electric Motor
- Total Power: 20 HP
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Description: • Machine tooling • Small automation • Trash compactors Technical Characteristics: • Power rating of 2 Hp to 20 Hp • Flow range of 2.0 – 15.6 GPM (at 1,800 rpm) • Maximum operating pressure of 207 bar (3,000 psi) • Speed range of 600 – 2,200 rpm • Tank capacity of 10, 20, 30 and 40
- Flow: 2 to 15.6 GPM
- Operating Pressure: 3002 psi
- Power Source: Electric Motor
- Unit Weight: 360 lbs
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Supplier: MP Pumps, Inc.
Description: The 2CT-3 Hydraulic is a hydraulically driven self priming centrifugal trash pump. The 2CT features a back pull out design and a removeable front trash cleanout for ease of maintenance. A 304SS drive sleeve protects the close coupled driver shaft. Available options
- Discharge Size: 3 inch
- Maximum Discharge Flow: 350 GPM
- Power Source: Hydraulic
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Supplier: Godwin, a xylem brand
Description: The Godwin Heidra hydraulic submersible pumps are an extremely powerful, yet compact, pumps with flow capabilities up to 5,622 US GPM (1,277 m³/hr) and discharge heads up to 164 ft (50 m). They have the ability to handle solids up to 3.7 in (95 mm) in diameter. With a liquid
- Discharge Size: 4 to 12 inch
- Maximum Discharge Pressure: 316 to 378 psi
- Maximum Discharge Flow: 996 to 5622 GPM
- Power Source: Hydraulic
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Supplier: Vaughan Co., Inc.
Description: The Vaughan Company offers a series of portable bypass pump package options that can be used for tough solids reduction applications or low shear solids handling in temporary or permanent situations. We have partnered with Premier Pump and Power to supply our pumps on a trailer
- Discharge Size: 3 to 16 inch
- Horsepower: 25 to 225 HP
- Maximum Discharge Flow: 50 to 10000 GPM
- Power Source: AC Powered, Gasoline / Diesel Engine, Hydraulic
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The X-PELLER® was specifically designed for high volumes of trash pumping applications and low flow conditions in 4" (75-800 GPM), 6" (75-1,000 GPM) and 8" (300-1,700 GPM) vacuum primed and flooded suction Smith & Loveless pumps. In numerous field (read more)
Browse Trash Pumps Datasheets for Smith & Loveless, Inc. -
element method) simulation and modern production techniques has seen one range of hydraulic systems satisfy demands for efficiency, reliability and reduced noise. The range of positive displacement, hydraulic gear pumps is available in single or multiple pump format and can be supplied with (read more)
Browse Gear Pumps Datasheets for jbj Techniques Limited -
Hicksville, New York - A new series of BETEX 2/3 Arm hydraulic pullers from Quality Bearings & Components - QBC features self-centering, to prevent shaft damage, with integrated pump and cylinder for the safe mounting and dismounting of bearings, pulleys, couplings, rings, and other (read more)
Browse Bearing Pullers Datasheets for Quality Bearings & Components -
. Six basic considerations for selecting a pump drive: Let’s begin with the basics. When engineering any new pumping or hydraulic system with pump drives and power take (read more)
Browse Hydraulic Pumps Datasheets for jbj Techniques Limited -
Stationary Dumpers 1,000/2,000/4,000/6,000 pounds Base Sizes • 48” wide x 36” long and (read more)
Browse Dumpers, Tilters, and Inverters Datasheets for Econo Lift Limited -
hydraulic dumpers are a very good choice for medium duty applications (six (6) cycles per hour or less) where space is at a premium. The front mounted cylinders and small compact power units provide maximum space savings. The “heavy duty” container dumper machines (read more)
Browse Dumpers, Tilters, and Inverters Datasheets for Advance Lifts, Inc. -
Stationary Dumpers 1,000/2,000/4,000/6,000 pounds Base Sizes • 48” wide x 36” long and 50” wide x 50” long Dumping Angle (read more)
Browse Dumpers, Tilters, and Inverters Datasheets for Econo Lift Limited -
and uses for laminar seal rings: 1. Rotary Shaft Sealing Laminar seal rings are often used in rotating machinery, such as pumps, turbines, and compressors, to create a seal around a rotating shaft. They help prevent contaminants like dust, dirt, and moisture (read more)
Browse Retaining Rings and Snap Rings Datasheets for Zhejiang Lisheng Spring Co., Ltd. -
ø 23.6" x23.6″x23.6"/ 600 x 600 x 600mm Ra3.2 (Ra2.8 achievable if specified) Air Melting/ Gravity Pouring & Rollover Pouring Superalloys 0.07-66lb/ 0 (read more)
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Standard Container Dumpers (DP) 10 Year/250,000 Cycle Warranty These hydraulic dumpers provide a minimum size footprint. Container dumpers tilt approximately 125 degrees. The carriages are (read more)
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Which Pump Is Right for Me? Pushing Through a Host of Factors to Select the Right Pump
A: The 6" trash pump , 6 " hydraulic submersible pump, 6" non-clog pump, and 6" wellpoint pump will fail to push the water that high.
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New designs of the mechanical equipment of the Cheboksary lock
i) Main fixed-axle gate, 5.5-6.5-29~4, with a 320-ton hydraulic hoist; 2) guard slide gate, 5.5- 6 .5J32.4; 3) trash rack, 5.5-13.0 … … drive; 5) rooms for oil- pumping plants of hydraulic drives.
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Dubbel
… 96 wing schränkung Q 96 wing cell machine H 5, H 6 -, wing H 5, H 8 -, wing cell pump H 5, H 8 … … liquid fuels L 9 -, waste fuels L 10 -, waste … … 1 -, ideal liquid R 6 -, ideal gas R 7 … … R 53 -, torque R 53 -, Drehmomenten number R 53 -, filling pump R 53 -, hydraulic power R 53 …
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Dubbel
Newtonsches axiom B 25 Nibbeln S 60 nichtelektrische measuring sizes W 6 non-equilibrium states D 7 Non-Linear vibrations … … 29 camshafts, drive of the camshaft P 54 -, hydraulic valve clearance compensation P … … R 35 -, delivery head waste R 35 -, geodetic sucking … … cooler Q 9 oil burners M 24 oil interference fit G 27 oil pump Q 9 furnace …
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Hydraulic system
Oil hydraulic system 14 parallel circuit 63 parallel gap 88 particle analysis 342 particle counters 288, 327 Pascalsches law 41 … … control valve 242 proportional valve 237 proportional-directional valve 244, 351 pulsation 118, 120 pulsation dampers 120 pump 7, 109 pump drive … … storage safety valve 269 stop valve 204 sinks of the hydraulic system 296, 299 back pressure 47, 54 setting unit 217 setting units for hydromachines 142 setting device 6 , 369, 386 setting force … … block 251 driving pressure drop 426 control unit 216 …
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Over electromagnetic pumps without moving parts for promotion of liquid metals
The image 6 shows the context between pressure and occupying amount; it is practically linear in wide … … by hoheren, plays the mercury-speeds as the sequence of the strong increase of hydraulic losses a groRerer pressure drop already shows how on … In all following measurements, the pump in the connection with an a u I3 e r e …
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Influence of design parameters of discharge passage on the performance of shaft tubular pumping system
Based on the comparison of internal flow fields, pumping efficiency and civil cost and combined with the design parameters of suction box, the final adopted scheme is No. 6 scheme. According to the prediction of energy performance (Figure 5) and taking the hydraulic loss of trash screen into consideration, the pumping system efficiency is about 61.0% when the net designed head is 1.15m. .
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Centrifugal pumps
3 bases of the hydraulic calculation The calculation of a pump occurs therefore in direction of the pressure increase (when one refrains from the low pressure drop in entry pipe or housing and possibly in the returning blades). … but designations are maintained for it: the calculation takes place therefore then of station 6 to 1.
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Manual combustion engine
… 745 networking 987 pressings ribbing 129 wear 248 wearing mechanism 457, reibschlüssiges 250, 626 Verschleissminderer (EP additive) 936 wearing protection 922, 931 wearing protective layer 109 tension system 305, 316 adjusting unit, hydraulic 259, adjusting angle 259 distributor injection pump 588 f. Distributor pump 6 distribution Vertwistung, bimodal 868, 105 impurity 966 branch reaction 642 Vibe function 42, 650 … … dampers 74 viscosity - - temperature-behavior 931, 936 - Vikositäts-index (V.I.) 931 viscosity waste 933, 950 viscosity …
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Room climate technique
The minimum pressure drop across the control valve to determine. As second, the pressure increase is to determine by the pump (delivery head). The hydraulic circuit with the highest resistance is given with the radiator 09 in the plank (left strand of the installation, image D2.6-13 ).