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Supplier: Vogtlin Massflow USA
Description: V-100 is a classical variable area flow meter for gases and liquids. Note in particular the many models, the great flexibility and the extensive options – Millimetric-scales or direct reading scales – Customer-specific scales – Spherical float for optimized stability – Body
- Type: Variable Area
- Process Media Type: Gas, Liquid
- Pipe Diameter: 0.1250 to 0.2500 inch
- Media Temperature Range: 212 F
Supplier: Rottler Manufacturing
Description: the valve seat. ACTIVE SPINDLE - Spherical Pneumatic Automatic Alignment System built into the Spindle for fast location of the pilot into the Valve Guide and Accurate Centering (Patent Pending) Air Float Work Head with Foot Pedal Control Heavy Duty Spindle - Diameter 3.150â€ (80mm
- Machine Type: Machining Center
- Control: Manual
- X-Axis Travel: 43.5 inch
- Spindle Motor Power: 2 HP
Supplier: Timken Company (The)
Description: The Timken® ADAPT™ bearing is designed specifically for continuous casters, where performance and reliability are critical to maintaining operations. The ADAPT bearing evolves traditional cylindrical and spherical roller bearing configurations into a new design so operators benefit from
- Roller Bearing Type: Cylindrical
- Bore: 3.94 to 6.69 inch
Supplier: Crane Pumps & Systems
Description: sump pump brands. Applications Residential Sump Light Industrial Features Permanent split capacitor motor for reliable, high performance, longer motor life, great starting torque, and lower amp draw Stainless steel hardware and shaft Cast iron vortex impeller 1/2" Spherical solids capacity
- Maximum Discharge Flow: 4800 GPH
- Pump Type: Centrifugal Pumps
- Market Segment: General Industrial, Other
Supplier: EBARA Fluid Handling
Description: The model DSC4, DSCA4 submersible pumps are constructed of rugged cast iron with heavy-duty, high-efficiency motors suitable for industrial and municipal water and wastewater, sewage and flood control applications. The large submersible non-clog pump has the ability to pass large spherical solids
- Maximum Discharge Flow: 31800 to 750000 GPH
- Maximum Discharge Pressure: 27.68 to 692 psi
- Horsepower: 50 to 245 HP
- Discharge Size: 6 to 20 inch
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Grease Fittings on RuB Ball Valves
valve allows the ball to "float" and therefor find its own center. That means the spherical surface of the ball is in perfect conformance with the circular shape of the downstream Teflon seat. The contact pressure between the ball and the seat is uniform, all the way around the sealing circle.
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Figure 188.8.131.52: A cross-sectional side view of the spherical floating pivot design.
Calculation of molecular integrals for systems confined by hard spherical walls: Use of the single‐center expansion of floating spherical gaussians
One of the simplest treatments of this type is the floating spherical gaussian orbital (FSGO) approach proposed by Frost  whereby each pair of elec- trons is described by a single spherical floating gaussian function followed by nonlinear minimiza- tion of the …
Submersible Ocean Observation Buoy System Designed to Withstand Under Severe Sea Conditions
The lumped masses 14, 15, 16 and 17 represent the ellipsoidal floats, and the lumped masses 7~12 and 20~25 represent the spherical floats .
Motion Characteristics Of A Tethered Float In Regular Waves
ABSTRACT: Motion characteristics of a tethered spherical float , undergoing oscillatory motion in sinusoidal waves, have been studied theoretically using potential flow theory.
Computation of electric stress and corona onset voltage in air gaps with floating particles
The effect of spherical floating particle size on the peak stress at different location from high voltage electrode is shown in Fig.(3).
Small Buoys For Energy Harvesting : Experimental And Numerical Modeling Studies
The first design (DC2 buoy) has a spherical float , to which a cylindrical canister is rigidly attached, which houses the LEG.
The use of floats by burettes
The ball floats to extend.
Modal testing variability of spherical marine floats.
CONCLUSION The purpose of this repo rt was to examine the sources of variability in a series of modal tests pe rformed on a population of spherical floats .
Formation of spherical colonies as a property of stem cells
Unattached cells formed spherical floating aggregates (Sukach, 2005).
The existence of a spherical floating surface is an outcome of the GES theory.