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H-6545 RAINFALL DEMONSTRATOR
The Hampden Model 6545 Rainfall Demonstrator has been developed to demonstrate rainfall and a moving storm, along with runoff relationships for dry, saturated, and impermeable catchments of various slopes and mediums. The unit incorporates a mobile carrier with a sump tank, pump, starter, control valves, demonstration tank, 8 spray nozzles, and 19 tube manometers.
Options:
H-6545-10 Instrumentation Package
H-6545-20 Models Package
H-6545-CDL Computer Data Logging Package
H-6970 HYDROKINETICS DEMONSTRATOR
The Hampden Model H-6970 Hydrokinetics Demonstrator is designed to demonstrate characteristics of turbulent and laminar flow, significance of Reynold’s Numbers, flow around objects, velocity distribution in duct flow, formation of shock waves by an air foil, two dimensional flows, the Karman Street Vortex, diffuser performance and the conditions at enlargement and contraction passage.
Options:
H-6970-U Digital Ultrasonic Height Gauge Option
H-6970-CDL Hydrokinetics Demonstrator with Computer Visual Data Logging Option
H-LTCS CORE 7 BASED SYSTEM LAPTOP COMPUTER
The Hampden MODEL H-LTCS is a fast, rugged, expandable, system that is built to stand-up to the heavy demands of an educational environment. Plenty of expansion capacity in addition to the highest quality components have made the Hampden H-LTCS a performance leader.
H-CS CORE 3 BASED SYSTEM
The Hampden Model H-CS is a fast, rugged, expandable, American-made system that is built to stand-up to the heavy demands of an educational environment. Plenty of expansion capacity in addition to the highest quality components have made the Hampden H-CS a performance leader.
H-6642 AXIAL FAN DEMONSTRATOR
The Hampden Model H-6642 Axial Fan Demonstrator provides hands-on introduction to fan performance. The Trainer utilizes differential pressure transducers for flow rate and pressure across the fan, type T thermocouple to record air temperature and photo tachometer transducers to measure fan speed.
H-6850-20 DOUBLE-PIPE HEAT EXCHANGER DIGITAL (W TO S)
The Hampden Model H-6850-20 Double-pipe Heat Exchanger is used to investigate the fundamental principles of heat transfer as applied to a tube-in-tube heat exchanger. The apparatus permits the student to move from classroom theory to a hands-on application with all of the practical training. The student shall measure the variables that affect the overall heat transfer coefficient. The “cold” and “hot” fluid temperatures and flow rates are monitored at strategic locations. The unit can be configured to operate as either a parallel flow or counterflow heat exchanger. By varying the fluid flow rates, laminar, transitional or turbulent flow conditions can be created.
Options:
H-6850-20A Hot Water System Option
H-6850-20B Weight Tank Option
H-6850-20C Platform Scale Option
H-6850-20D Mobile Equipment Carrier Option
H-6320 STRUCTURES TEST SYSTEM BASE
The Structures Test System is a bench-top sized “learning laboratory” system designed to test and indicate the effects of static and dynamic mechanical loading on models of various engineering components and structures such as beams (“I”-beams, “T”-beams, rectangular and round beams, etc.), simple and complex bridge trusses, cantilever beams and trusses, crane trusses and the like.
Options:
H-6320-10 Plastic Beam Option
H-6320-20 Wing-beam with Whiffle Tree Option
H-6320-30 Determinate Bridge Truss Option
H-6320-30RK Replacement Kit for H-6320-30
H-6320-40 Indeterminate Bridge Truss Option
H-6320-40RK Replacement Kit for H-6320-40
H-6320-50 Horizontal Beam Option
H-6320-60 Crane Beam Option
H-6320-70 Vertical Extension Channel Option
H-6320-71 Flat Beam Assembly Option
H-6320-72 Three Part Beam Assembly
H-6320-73 Suspension Bridge
H-6320-74 U and S Shape Frames
H-6320-CDL (as shown) Structures Test System Base with Computer Data Logging Option
H-6310 MATERIALS STRENGTHS TESTER
The Hampden Model H-6310 is a hydraulic tensile testing machine with a screw-type operating cylinder which gives completely smooth and step-less loading. The cylinder is operated by means of a crank which is designed so that only light hand power is required to obtain maximum load. The pedagogic design of the machine means that the student can observe what is happening throughout the entire procedure.
Options:
H-6310-10 Tensile Test Rod Set Option
H-6310-20 Brinell Test Piece Set Option
H-6310-31 Bending Device Option
H-6310-32 Large Compression Plates Option
H-6310-33 Helical Spring Test Option
H-6310-34 Disc Spring Test Option
H-6310-36 Shear Test Option
H-6310-37 Deep Draw Test Option
H-6310-38 PC-Aided Measurement Recording System Option
H-6910 WIND TUNNEL W/VARIABLE FREQUENCY DRIVE
The Hampden Model H-6910 Wind Tunnel has been designed to provide the fundamental air flow facilities necessary to perform any of the H-6910 Series Wind Tunnel Experiments.
Options:
H-6910-5 Manometer Package Option
H-6910-10 Bernoullis Equation Demonstrator Option
H-6910-25 Free Jet/Flow In Bends Demonstrator Option
H-6910-40 Boundary Layer Demonstrator Option
H-6910-55 Lift and Drag Force Demonstrator Option
H-6910-70 Pressure Wing and Rake Option
H-6910-71 Wing with Slat and Flap Option
H-6910-80 Probe Accessory Package Option
H-6910-81 Smoke Generator Option
H-6910-CDL (as shown) Computer Data Logging Option (LabVIEW w/o Software)
H-6910-12A WIND TUNNEL
The Hampden Model H-6910-12A Wind Tunnel has been designed to provide the fundamental air flow facilities necessary to perform any of the H-6910-12A Series Wind Tunnel Experiments. This unit is mobile so that it is suitable for either a lecture hall demonstration or laboratory work. Model H-6910-12-100 Wind Tunnel is also available if a wind speed of 100 mph is required.
Options:
H-6910-12-5X Manometer Package Option
H-6910-12-6 Manometer Package Option
H-6910-12-10 Bernoullis Equation Apparatus Option
H-6910-12-25 Free Jet/Flow In Bends Demonstrator Option
H-6910-12-40 Boundary Layer Demonstrator Option
H-6910-12-55 Lift and Drag Force Demonstrator Option
H-6910-12-70 Pressure Wing & Rake Option
H-6910-12-71 Wing with Slat and Flap and Load Cell Interface Option
H-6910-12-72 Pressure Cylinder Option
H-6910-12-73 Flutter Wing Option
H-6910-12-80 Probe Accessory Package Option
H-6910-12A-CDL (as shown) Computer Data Logging Option (LabVIEW w/o software)
H-6740 AIR VENTILATION SYSTEM TRAINER
The Hampden Model H-6740 Air Ventilation System Trainer permits the operational study of residential, commercial, and industrial air ventilation systems.
Options:
H-6740-CDL Computer Data Logging Option
H-6740-10 High Velocity Experiments Package Option
H-6530 HYDRAULIC DEMONSTRATION CHANNEL
The Hampden Model H-6530 Hydraulic Demonstration Channel is designed to investigate analytical applications of fluid mechanics to situations in which fluids can be treated as continuous media. The particular laws involved include conservation of mass, continuity, energy, and momentum. Application of these laws may be simplified in order to describe quantitatively the behavior of the fluid. H-6530-10-6 Pipe Flow Set is included with Model H-6530.
Options:
H-6530-11-6 SAF Stilling Basin Option
H-6530-12-6 Pipe Drop Inlet Option
H-6530-13-6 Hydraulic Jump Basin Option
H-6530-14-6 Sluice Gate with Pressure Taps Option
H-6530-15-6 Weir – V-Notch Option
H-6530-16-6 Weir – Broad Crest Option
H-6530-17-6 Spillway Section Option
H-6530-18-6 Inclined Slope Option
H-6530-19-6 Contraction/Expansion Section Option (Requires H-6530-10-6)
H-6530-20-6 Wave Generator Option
H-6530-21 Venturi Meter Option (Requires H-6530-10-6)
H-6530-22 Flow Nozzle Pipe Section Option (Requires H-6530-10-6)
H-6530-23-6 Gauge Carrier Option
H-6530-24 Pitot Tube Option (Requires H-6530-23-6)
H-6927-10 Digital Differential Pressure Manometer Option
H-6530-26 Reynold’s Experiment Apparatus Option (Requires H-6530-23-6)
H-6530-27 Hook & Point Gauges for precise measurement of water surface elevation Option (Requires H-6530-23-6)
H-6530-31-6 Crump Weir Option
Computer Data Logging Data
Computer Data Logging and Control
H-6531 HYDRAULIC DEMONSTRATION CHANNEL
The Hampden Model H-6531 Hydraulic Demonstration Channel has been developed to investigate analytical applications of fluid mechanics to situations in which fluids can be treated as continuous media. The particular laws involved include conservation of mass, continuity, energy, and momentum. Application of these laws may be simplified in order to describe quantitatively the behavior of the fluid. H-6531-10-12 Pipe Flow Set is included with Model H-6531.
Options:
H-6531-11-12 SAF Stilling Basin Option
H-6531-12-12 Pipe Drop Inlet Option
H-6531-13-12 Hydraulic Jump Basin Option
H-6531-14-12 Sluice Gate w/Pressure Taps Option
H-6531-15-12 Weir – V-Notch Option
H-6531-16-12 Weir – Broad Crest Option
H-6531-17-12 Spillway Section Option
H-6531-18-12 Inclined Slope Option
H-6531-19-12 Contraction/Expansion Section Option (requires H-6531-10-12)
H-6531-20-12 Wave Generator Option
H-6531-21 Venturi Meter Option (requires H-6531-10-12)
H-6531-22 Flow Nozzle Pipe Section Option (requires H-6531-10-12)
H-6531-23-12 Gauge Carrier Option
H-6531-24 Pitot Tube Option (requires H-6531-23-12)
H-6927-10 Digital Differential Pressure Manometer Option
H-6531-26 Reynolds Experiment Apparatus Option (requires H-6531-23-12)
H-6530-27 Hook & Point Gauges for precise measurement of water surface elevation Option (requires H-6531-23-12).
Computer Data Logging Data
Computer Data Logging and Control
H-6535 HYDROSTATICS BENCH
The Hampden Model H-6535 Hydrostatics Bench consists of an assortment of apparatus needed for experiments into the properties of fluids and hydrostatics.
H-6540-16 IMPACT OF A JET MODULE
Impact of a Jet Module consists of a clear plastic cylinder with leveling feet and spirit level. Included is a nozzle, target plate with stem and counterbalanced compression spring, weight paw (weights not included) and scale.
H-6540-17 ORIFICE CALIBRATION APPARATUS
Orifice Calibration Apparatus consists of a base with leveling feet, spirit level, clear plastic tank with inlet pipe, adjustable overflow pipe, orifice fixture with O ring, backboard assembly with paper clips, needle support with eight adjustable needles, two orifice plates and a tank level scale.
H-6540-23 FREE AND FORCED VORTICES APPARATUS
Free and Forced Vortices Apparatus consists of a base with leveler feet, models for test and hydrogen bubble flow generator.
H-6540-27 CENTRIFUGAL PUMP
Centrifugal Pump with 1/4 HP motor, pressure gauges, associated hardware and variable speed pump drive.
H-6925 FLUID CIRCUIT DEMONSTRATOR W/ H-6927-10 DIGITAL MANOMETER
The Hampden Model H-6925 Fluid Circuit Demonstrator provides complete facilities for the investigation of the phenomena associated with incompressible fluid flow in conduits.
Options:
H-6925-CDL (as shown) Fluid Circuit Demonstrator with Computer Data Logging Option (LabVIEW w/o Software)
H-6925-10 Pitot Tube Option
H-6925-11 Flow Nozzle Option
H-6925-12 Vortex Flowmeter Option
H-6925-12-CDL Vortex Flowmeter w/Computer Data Logging Option
H-6925-13 Turbine Flowmeter Option
H-6925-13-CDL Turbine Flowmeter w/Computer Data Logging Option
H-6925-14 Magnetic Flowmeter Option
H-6925-14-CDL Magnetic Flowmeter with Computer Data Logging Option
H-6925-15 Differential Pressure Transducer Package Option
H-6925-16 Venturi Profile Valve Kit Option
H-6925-20 Orifice Plate Option (Bore Diameter 0.7343″)
H-6925-21 Orifice Plate Option (Bore Diameter 0.5772″)
H-6925-22 Orifice Plate Option (Bore Diameter 0.3824″)
H-6925-23 Orifice Plate Option (Bore Diameter 0.2846″)
H-6925-24 Orifice Plate Option (Bore Diameter 0.2546″)
H-6925-30 Globe Valve Option
H-6925-31 Butterfly Valve Option
H-6925-32 Needle Valve Option
H-6925-33 Expansion/Contraction Option
H-6925-40 Extended Bushing Option
H-6925-41 Eccentric Couplings Option
H-6925-42 Reducers Option
H-6925-50 1/2″ Plastic & Steel Pipe Set Option
H-6925-99 Centrifugal Pump Option
H-REM-LD-D Load Cell (for above)
H-6925-MR Mobile Storage Cart Option
H-6940 MULTI-PURPOSE FLUME 8 FOOT
The Hampden Model H-6940 Multi-Purpose Flume has been developed to investigate the basic principles of fluid mechanics. Among the investigations covered are various weirs, flume, gate siphon and spilling.
Options:
H-6940-10 Channel Extension Option (8 ft. (2.5m)
H-6940-11 Roughened Bed Option (8 ft. (2.5m)
H-6940-12 Raised Channel Bed Option
H-6940-13 Overflow Spillway Option
H-6940-14 Flow Splitter Option
H-6940-15 Syphon Spillway Option
H-6940-16 Radial Gate Option
H-6940-17 Culvert Fitting Set Option
H-6940-18 Pitot Tube with Manometer Option
H-6950 FLOW MEASUREMENT UNIT
The Hampden Model H-6950 Flow Measurement Unit is designed to demonstrate the fundamental principles of flow measurement. Standard industrial flow sensors are used to measure the flow rates. The student can measure the primary output of the flow sensor; e.g. differential pressure, frequency or pulse; and measure the secondary (flow rate) signal. In addition, the student can also measure the pressure drop of each flow sensor and water temperature. Thus the student is able to check the accuracy, linearity and repeatability of each flow sensor and necessary transducers.
Options:
H-6950-CDL Flow Measurement Unit with Computer Data Logging Option (LabVIEW w/o Software)
H-6950-20 Turbine Flowmeter Option
H-6950-20-CDL Turbine Flowmeter w/ CDL Option
H-6950-30 Vortex Flowmeter Option
H-6950-30-CDL Vortex Flowmeter w/ CDL Option
H-6950-40 Magnetic Flowmeter Option
H-6950-40-CDL Magnetic Flowmeter w/ CDL Option.
H-6640 AIR FLOW UNIT
The Hampden Model H-6640 Air Flow Unit is designed to provide the basic air flow facilities necessary to perform fundamental experiments in fluid mechanics and heat transfer. With this unit, the student is able to investigate the characteristics of fans and, with the optional heat transfer modules, investigate the characteristics of liquid to liquid and air to liquid heat
Options:
H-6640-10 Liquid to Air Heat Transfer Modules Option
H-6640-20 Expansion Coil Heat Exchanger Option
H-6640-40 Air Temperature Measurement Package Option
H-6640-50 Axial (Propeller) Fan and Reducer Section Option
H-6540-26 SERIES-PARALLEL PUMP
Series-Parallel Pump consists of one centrifugal pump with 1/4 HP motor, pressure gauges and associated hardware and piping. It is used in conjunction with the H-6540-10 bench pump.
H-6540-25 PELTON TURBINE DEMONSTRATOR
Pelton Turbine Demonstrator consists of a base channel, pelton turbine, friction dynamometer and spear valve with pressure gauge. Turbine speed is measured using HT-100K Tachometer, purchased separately.
H-6540-24 HYDRAULIC RAM APPARATUS
Hydraulic Ram Apparatus for determining flow pressure characteristics and efficiency.
H-6540-22 LOSSES IN BENDS APPARATUS
Losses in Bends Apparatus consists of a metal frame with inlet, sweep bend, expansion-contraction section, short bend, 90 degree elbow, pressure gauge, gate valve, miter bend, needle valve, and one eight tube manometer. This unit includes eleven pressure taps.
H-6540-21 FLOWMETER DEMONSTRATION MODULE
Flowmeter Demonstration Module consists of a base with leveler feet, venturi, flowmeter, orifice plate, needle valve, an eight tube manometer.
H-6540-20 REYNOLDS DEMONSTRATION APPARATUS
Reynolds Demonstration Apparatus consists of a base with adjustable feet, spirit level, head tank with supports and overflow, needle valve, bell mouth entry, and dye injection system.
H-6540-19 FLOW VISUALIZATION CHANNEL
Flow Visualization Channel consists of a base with inlet tank, adjustable feet, clear plastic channel, undershot weir, overshot weir, and dye injection system. Unit comes with broad crested weir, narrow crested weir, two aerofoils, and two cylinders.
H-6540-18 ENERGY LOSS PIPES
Energy Loss in Pipes consists of a base with leveling feet, spirit level, constant head tank, test pipe with two pressure taps, needle valve, water manometer, air pump and measuring cylinder.
H-6540-17A ORIFICE CALIBRATION APPARATUS WITH (5) ADDITONAL ORIFICE PLATES
Same as H-6540-17 with five (5) additional orifice plates.
H-6540-15 BERNOULLIS THEOREM DEMONSTRATION APPARATUS
Bernoullis Theorem Demonstration Apparatus consists of a base with leveling feet, venturi with pressure taps, head tube traverse tap, and a needle valve. An eight tube manometer is provided with hand pump.
H-6540-14 METACENTRIC HEIGHT MODULE
Metacentric Height Module consists of a plastic floating pontoon with mast, adjustable mast weight, plumb bob, lateral adjustable weight, and scale bar.
H-6540-13 WEIR SET
Weir Set consists of two stainless steel weir plates, one vee notch and one rectangular notch.
H-6540-12 HYDROSTATIC PRESSURE MODULE
Hydrostatic Pressure Module consists of a clear Lexan tank with base, leveling feet, spirit level, fill port and drain cock. A quadrant with balance beam, pivot, adjustable counter balance weight, beam level indicator and weight balance hanger. (calibrated weights not included)
H-6540-11 DEAD WEIGHT PRESSURE GAUGE MODULE
Dead Weight Pressure Gauge Module consists of a precision-machined piston and cylinder, base mounted, with leveling feet, spirit level and weight set.
H-6540-10 WATER HYDRAULIC BENCH
The Hampden Model H-6540-10 Water Hydraulic Bench is constructed of code gauge steel with stainless steel tanks and includes; motor, self-priming centrifugal pump, motor control, dump valve, drain valve, needle valve, stepper volumetric tank, sump tank, supply outlet, remote pressure gauge, sight glass with scale, calibrated measuring cylinder.
H-6540 WATER HYDRAULICS SYSTEM COMPLETE W/ALL ACCESSORIES
The Hampden Water Hydraulics System consists of a Mobile Hydraulics Bench Model H-6540-10 and a complete line of basic to advanced demonstration & experimentation equipment. Each unit has been designed to fully demonstrate specific working properties of hydraulic theory. The Model H-6540-10 Water Hydraulic Bench is shown in the with H-6540-22 Losses in Bends Apparatus Available accessories are as follows:
Options:
H-6540-10 Water Hydraulic Bench (shown)
H-6540-11 Dead Weight Pressure Gauge Module
H-6540-12 Hydrostatic Pressure Module
H-6540-13 Weir Set
H-6540-14 Metacentric Height Module
H-6540-15 Bernoullis Theorem Demonstration Apparatus
H-6540-16 Impact of a Jet Module
H-6540-17 Orifice Calibration Apparatus
H-6540-17a Orifice Calibration Apparatus with (5) additional orifice plates
H-6540-18 energy Loss Pipes
H-6540-19 Flow Visualization Channel
H-6540-20 Reynolds Demonstration Apparatus
H-6540-21 Flowmeter Demonstration Module
H-6540-22 Losses in Bends Apparatus (shown)
H-6540-23 Free and Forced Vortices Apparatus
H-6540-24 Hydraulic Ram Apparatus
H-6540-25 Pelton Turbine Demonstrator
H-6540-26 Series-Parallel Pump
H-6540-27 Centrifugal Pump
H-6535-7 VISCOSITY DEMONSTRATOR
The Hampden Model H-6535-7 Viscosity Demonstrator provides the student with the means to perform experiments in the measure of viscosity. The application of shear stress to a fluid results in the continual and permanent distortion known as flow. Viscosity is the resistance of a fluid to its internal friction i.e. Shear motion. This resistance is due to cohesion of the molecules and molecular transfer from one layer to another setting up a tangential or shear stress. Cohesion predominates in liquids, as temperatures increase cohesion decreases as does viscosity.
H-6527 SEDIMENTATION STUDIES APPARATUS
The Hampden Model H-6527 Sedimentation Study Trainer has been developed to investigate the physical processes of sedimentation. The student will be able to evaluate and measure the particles as to height, size and settling rates for making up the sedimentation curve.
H-6526 GROUND WATER FLOW TANK
The Hampden Model H-6526 Ground Water Flow Tank provides a means of investigating simple three dimensional flow models utilizing sand as a medium.
H-6524 MOBILE BED AND FLOW VISUALIZATION TANK DEMO
The Hampden Model H-6524 Mobile Bed and Flow Visualization Tank Demonstrator is used to investigate flow visualization and mobile bed situations in relation to Civil Engineering structures. Model H-6524-CDL shown.
H-6523A SEDIMENT TRANSPORT CHANNEL DEMONSTRATOR
The Hampden Model H-6523A Sediment Transport Channel Demonstrator investigates suspended sediment in a moving stream and bed load movement. The moving stream can be controlled over a wide range to simulate fast flowing streams or slow moving rivers, demonstrating the various size and density of partial deposits. Slope is adjustable from 0-10%.
H-6522 SURFACE IRRIGATION DEMONSTRATOR
The Hampden Model H-6522 Surface Irrigation Demonstrator has been developed to investigate surface water penetration utilizing various irrigation methods. This demonstrator can be set up to show surface slopes and irregularities, soil textures, and wetting patterns of various emitters.
H-6520 INFILTRATION DEMONSTRATOR
The Hampden Model H-6520 Infiltration Demonstrator investigates the infiltration rates of different soil types and soil surface treatments. (shown with accessories)
H-6510 DRAINAGE AND SEEPAGE TANK DEMONSTRATOR
The Hampden Model H-6510 Drainage and Seepage Tank Demonstrator has been developed to investigate water flow through permeable media. Using sand as the medium and two-dimensional models, flow lines can be determined as well as the distribution of up-lift pressure and seepage rates.
H-6970 HYDROKINETICS DEMONSTRATOR
The Hampden Model H-6970 Hydrokinetics Demonstrator is designed to demonstrate characteristics of turbulent and laminar flow, significance of Reynold’s Numbers, flow around objects, velocity distribution in duct flow, formation of shock waves by an air foil, two dimensional flows, the Karman Street Vortex, diffuser performance and the conditions at enlargement and contraction passage.
Options:
H-6970-U Digital Ultrasonic Height Gauge Option
H-6970-CDL Hydrokinetics Demonstrator with Computer Visual Data Logging Option
H-6990 TILTING WATER CHANNEL AND GATE
The Hampden Model H-6990 Tilting Water Channel and Gate System is designed for use as a general purpose center pivot flume. With it, one can demonstrate and investigate steady and unsteady flow, sediment transportation, weirs, sluice gates and wave phenomena. The channel consists of a head tank, working section and a tail tank.
H-6311 TORSION TEST DEMONSTRATOR
The Hampden Model H-6311 Torsion Test Demonstrator allows the student to examine the torque-transmitting behavior of various materials such as aluminum, steel and copper. The relationship between torque and angle of twist can be examined. The behavior of specimens made of the same materials, but of different geometric cross sections, can be compared. Maximum torsional shearing stress of specimens can be calculated using strain gauges.
