Supply Of Fm Laboratory Equipments 2.5M Flume Digital Hydraulic Bench Discharge Over A Notch Centrifugal Pump Test Set Versatile Data Acquisition System Stroboscope Analogue Pressure Display Equipments In Fm Laboratory , Laboratory Equipment , 1.1 ) 2.5M Flume Comprises: Channel 53Mm ( W ) X 120Mm ( D ) X 250Mm ( L ) Inclinable From ±2% Clear Sides Fitted With Measuring Tape ( Imperial And Metric ) Along One Side 12Mm Thick Acrylic Precision Machined, Anodised, Aluminium Base Variable End Gate 1.5Mm Thick, Folded, Aluminium Inlet Flow Straightener 5 / 8” Honeycomb 58 X 110Mm Maximum Flow Rate Of 7.5 Litters / Min Fixed Frame Leg Ridged, Painted Mild Steel Construct 1” Diameter Stainless Steel Pivot Bar To Allow Channel Inclination Adjustable Leg Ridged, Painted Mild Steel Construct Channel Inclination Mechanism M16 X 200Mm Screw Jack With Self-Levelling Foot M16 Hand-Wheel Inlet Pipework Assembly Storage Shelf Ridged, Painted Mild Steel Construct 152Mm ( W ) X 53Mm ( D ) X 1643Mm ( W ) Including Ancillaries Depth Gauge Assembly Stainless Steel Pointer Secured Into An Aluminium, Screen Printed, Scale Bar. 27Mm Pointer 225Mm Scale Bar ( 0 – 225Mm At 1Mm Graduations ) Aluminium Clamp Assembly With Securing Thumb Nut Folded Steel Channel Mounting Plate Pitot Tube Assembly Clear Acrylic Tube With Clear Vertical Scale And 90° Stainless Steel Pitot Tube 6Mm Inside Diameter Clear Tube 240Mm Scale ( 2Mm Graduations ) 1.55Mm Inside Diameter Stainless Steel Tube Folded Steel Channel Mounting Plate Sluice Gate Aluminium Sluice Gate With Rubber Seals And Four Thumb Nuts To Secure In Position 5 / 8” Thick Aluminium Flat Submerged Narrow-Crested Weir Narrow Crested Weir With 2 Air Holes, Mounted On An Elongated Base Holding Two Tubes For Attached To The Air Holes, Secured To The Flume With Rubber Cord. Brass, Painted Weir 51Mm ( W ) X 13Mm ( D ) X 47Mm ( H ) 1Mm Thick Crest 45° Taper Brass, Painted Base 51Mm ( W ) X 3.2Mm ( D ) X 305Mm ( L ) Crump Weir Anodised Aluminium Crump Weir, Secured To The Flume With Rubber Cord. 51Mm ( W ) X 196Mm ( L ) X 30Mm ( H ) ( At Centre Point ) 26.6° ( 1 In 2 ) Upstream Face 11.3° ( 1 In 5 ) Downstream Face Square Jump Block Upvc Jump Block, Secured To The Flume With Rubber Cord. 51Mm ( W ) X 25Mm ( D ) X 100Mm ( L ) Radius Jump Block Upvc Jump Block, Secured To The Flume With Rubber Cord. 51Mm ( W ) X 25Mm ( D ) X 100Mm ( L ) ( At Highest Point ) R19 Radius On Front Face Drum Gate Upvc Drum Gate, Secured To The Flume With Rubber Cord. 51Mm ( W ) X 60Mm ( Ø ) Venturi Sides 2 Venturi Sides, One Anodised Aluminium, One Clear Acrylic 240Mm Long Venturi Flume 28Mm At The Throat Including With Flume Fc50 General Assembly Channel End Sluice Plate Submerged Narrow Crested Weir Assembly Crump Weir Cylindrical Drum Gate Aluminium Venturi Side Clear Venturi Side Square Jump Block Radius Jump Block Spacing Block Depth Gauge Assembly Honeycomb Shelf R / H Frame Leg L / H Frame Leg Dialcaliper Gauge Pitot Assembly Sluice Gate All Necessary Parts. , 1.2 ) Digital Hydraulic Bench ( Volumetric ) To Consist Of A Sturdy Fiberglass Moulded Bench, With A Flat Top Surface For Experiments, And A Raised Rim Around The Top To Prevent Spillage The Body Of The Bench Forms A Reservoir Or “Sump Tank”, With A Submersible Pump Includes Four Castors For Easy Transportation, Two Of Which Are Lockable A Small Recess Or ‘Trough’ In The Top Works With A Removable Drain Valve Totrap A Small Volume Of Water. A Hand Operated Control Valve Adjusts The Water Flow Rate An Electrical Box To Contain The Pump Switch, Circuit Protection And A Digital Display Of Flow. A Sight Gauge Allows The User To Check The Water Level An Electronic Flow Meter Measures The Outlet Flow From The Submersible Pump Simultaneous Display In L.S-1 And L.Min-1, L.S-1 And 0.1 L.Min-1 Resolution Sump Tank Capacity: 100-160 Litres Pump Capacity: 55 L.Min-1 At 1.5 M Head Maximum Pressure 450 Mbar At Working Surface Height Electric Submersible Pump, Motor Power: 200 Watts To Include Water Additive And All Necessary Pipes And Pipe Clips , 2.1 ) Discharge Over A Notch Channel Constructed From Moulded Fibre Glass Dimensions: Nominally 228 Mm X 178 Mm X 305 Mm Supplied With; Silicon Grease Tubing Pipe Clips Depth Gauge Which Fixes To A Beam Across The Tank Weirs Fit In To A Sealed Groove In The Channel Section The Following Weirs Are Supplied With The H6 Rectangular Notch: Material Opal Petg Depth 100 Mm, Width 30 Mm, Thickness 3 Mm O V-Notches: Material Opal Petg 1 X Depth 100 Mm, Notch Angle 30º, Thickness 3 Mm 1 X Depth 100 Mm, Notch Angle 90º, Thickness 3 Mm O Cipoletti Notch: Material Opal Petg Depth 100 Mm Width At Top Of Notch 75 Mm Width At Base Of Notch 25 Mm Thickness 3 Mm O Linear Head / Flow ( Proportional ) Notch: Material Opal Petg Thickness 3 Mm Depth 88 Mm Precise Measurement Of Water Level Requires Minimal Installation Easy Operation. , 2.2 ) Digital Hydraulic Bench ( Volumetric ) To Consist Of A Sturdy Fiberglass Moulded Bench, With A Flat Top Surface For Experiments, And A Raised Rim Around The Top To Prevent Spillage The Body Of The Bench Forms A Reservoir Or “Sump Tank”, With A Submersible Pump Includes Four Castors For Easy Transportation, Two Of Which Are Lockable A Small Recess Or ‘Trough’ In The Top Works With A Removable Drain Valve Totrap A Small Volume Of Water. A Hand Operated Control Valve Adjusts The Water Flow Rate An Electrical Box To Contain The Pump Switch, Circuit Protection And A Digital Display Of Flow. A Sight Gauge Allows The User To Check The Water Level An Electronic Flow Meter Measures The Outlet Flow From The Submersible Pump Simultaneous Display In L.S-1 And L.Min-1 0.001 L.S-1 And 0.1 L.Min-1 Resolution Sump Tank Capacity: 100-160 Litres Pump Capacity: 55 L.Min-1 At 1.5 M Head Maximum Pressure 450 Mbar At Working Surface Height Electric Submersible Pump, Motor Power: 200 Watts To Include Water Additive And All Necessary Pipes And Pipe Clips , 3.1 Centrifugal Pump Test Set Centrifugal Pump Approximately 2 L.S–1 Maximum Flow Rate 120 Kpa Maximum Head Includes Transparent Window So That Students Can See The Impeller And Cavitation Pump Impeller Diameter 114 Mm Pump Motor – 3 Phase Induction Motor Electronic Motor Drive For Speed Control Maximum Speed 3000 Rev.Min–1 Power 0.75 Kw At 3000 Rev.Min-1 Electronic Drive – Single Phase To Three Phase Convertor Controls The Maximum Speed Of The Pump Includes A “Speed Ramp” To Prolong The Life Of The Motor Includes A Thermal Sensor ( Thermistor ) To Stop The Drive In The Unlikely Event Of The Motor Overheating Integral Reservoir Includes Strainer And Filter Inlet Valve And Delivery Valve Venturi Meter For Flow Measurement 27.2 Mm Internal Diameter At Inlet And Outlet 16 Mm Internal Diameter At Throat 2X Pressure Tappings At Inlet And Throat Coefficient Of Discharge Cd= 0.97 Strain Gauge Load Cell To Directly Measure The Driving Torque Tachometer Sensor Measures Pump Speed Display On The Motor Drive Shows Speed And Torque Andautomatically Calculates And Displays True ‘Shaft’ Power Digital Pressure Display ( Dp1 ) Fitted Asstandard 1X Differential Pressure Transducer, 2 Bar 2X Single Input Pressure Transducers, 2 Bar 1X Single Input Pressure Transducer, 6 Bar Optional, Additional Easy-To-Read Analogue Pressure Display 1X Differential Pressure Gauge ( Bourdon Type ) , 0.6 Bar 1X Single Input Pressure Gauge ( Bourdon Type ) , 2 Bar 1X Single Input Pressure Gauge ( Bourdon Type ) , 6 Bar Both Instruments Displaythe Inlet Pressure, Delivery Pressure And Differential Pressure Across The Venturi, And Can Be Used Together To Compare Different Pressure Measurement Methods , 3.2 ) Versatile Data Acquisition System Frame-Mounting Interface Unit : Computer Connection: Usb 2.0 Type B ( Lead Included ) Accessories ( Supplied ) : All Mains Connectors And Cables Stp ( Shielded Twisted Pair ) Cables For Equipment Connection Digital Inputs 6 Off Rj45 Connections 4 Off Spc ( Dti ) Inputs Analogue Inputs 1X 8 Pin Din Type Socket For Dual Trigger Input 2X 6 Pin Din Type Sockets For Signal Inputs Of 0 To 10 V Or4 To 20 Ma Sample Rate Up To 25 Khz With 12 Bit Resolution Bandwidth / Filter Cut-Off 3 Khz ( Nominal ) Data Export Xlsx File ( Default ) Html File ( Optional ) Labview Minimum Computer Hardware Required: Processor :- Intel Core 7Th Generation I7-7700 Processor ( Quad Core, Up To 3.6 Ghz, 8M Cache, 65W ) , Ram :- 8 Gb 2400 Mhz Ddr4 Non-Ecc3 Year Manufacturer Warranty, Dvd Drive ( Reads And Writes To Dvd / Cd ) , 1 Tb 3.5 Inch Sata Hard Drive ( 7200 Rpm ) . , 3.3 ) Stroboscope Flash Tube: Xenon Filled Maximum Flash Energy: 0.11 J Flash Frequency Range 1Hz To 125 Hz, ( Continuous Range Of 60-7500 Flashes Per Minute ) Flash Time Rate 1000 Ms To 8 Ms Digital Display Of Flash Speed Modes Of Operation - Internal Oscillator / External Trigger / Mains Synchronised Display Parameters: Fpm / Hz / Ms , 3.4 ) Analogue Pressure Display Analogue Pressure Display To Use With A Variety Of Experiments • Clear, Direct Measurement And Display Of Pressure The Equipment Should Consist Of Three Bourdon Gauges Mounted In A Robust Panel. The Gauges Are Differently Rated To Show Inlet, Delivery And Venturi ( Differential ) Pressure. The Panel Mounts On The Instrumentation Frames. Each Gauge Quickly And Conveniently Connects To Pressure Outlets. Bleed Ports Are Provided To Allow For Easy Removal Of Unwanted Air. The Panel Includes Handles For Ease Of Lifting. Gauge Ratings: 0 To –1 Bar 0 To 2 Bar 0 To 0.6 Bar Differential Gauge Connections: 6 Mm Quick Connectors.
