For training purposes the transaxle is driven by hand crank and can be manually shifted through all speeds. The cutaway trainer demonstrates the internal operation of a Getrag 5-speed fully synchronized manual transaxle and permits the student to visualize and safely operate the transaxle.
Educational Advantages:
Allows visualization of gear changes
Enclosed in protective PETG cover
Driven by hand crank
Can be shifted manually.
These sources provide low or high flow rates that may be controlled by a valve at the discharge end of the test pipe. Head loss between two tapping points in the test pipe is measured using two manometers, a water over mercury* manometer for large pressure differentials and a pressurized water manometer for small pressure differentials.
The Energy Losses in Pipes accessory made up of a test pipe, orientated vertically on the side of the equipment, which may be fed directly from the Hydraulics Bench supply or, alternatively, from the internal constant head tank.
Water discharging from the head tank is returned to the sump tank of the Hydraulics Bench.
Features:
Feed either direct from hydraulics bench or from constant head tank.
Fast release fitting for easy connection to hydraulics bench.
Vertical test pipe with pressure tappings at entry and exit.
Water and mercury manometers supplied as standard.
The trainer has also been strategically sectioned and cutaway to allow students to visualize the internal engine and transmission components, and the variable timing and valve lift electronic control system. The Cutaway Engine And Transmission 1.8l Trainer has been specifically designed for demonstrating the operation of a 1.8L engine with transmission, shift lever and the iVTEC (Variable Valve Timing And Lift Electronic Control) system which is operated by regulated air pressure.
Advantages:
All OEM components
Functional iVTEC system operated by regulated air pressure
Driven by electric motor
Functional hydraulic clutch and shifter
Completely enclosed for safe observation.
Newtons Second Law Demonstration Instrument
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Autoclavable and washable up to five times
Latex- free, fire retardant
Static-free — no clinging
Made of soft three-layer SMS (Spunbond/Meltblown/Spunbond) fabrics.
Hip length
Fluid- resistant, breathable
Snap front, three pockets, knit cuffs and collar.
The orifice is set at the base of the tank through a special wall fitting that provides a flush inside surface. In the Orifice and Free Jet Flow accessory a constant head tank is fed with water from the Hydraulics Bench. A jet trajectory tracing device allows the path followed by the jet to be ascertained. The head is maintained at a constant value by an adjustable overflow and is indicated by a level scale.
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The instrument is comprised of two pieces of single pulleys and two pieces of double pulleys.
Mainly for middle school sudents in the physics class to do group experiment.
Fluid-resistant, breathable
Snap front, three pockets, knit cuffs and collar
Latex-free, fire retardant
Static-free — no clinging
Made of soft three-layer SMS (Spunbond/Meltblown/Spunbond) fabrics.
Knee length
Autoclavable and washable up to five times.
Static-free — no clinging.
Autoclavable and washable up to five times
Latex-free, fire retardant
Snap front, three pockets, knit cuffs and collar
Knee length
Made of soft three-layer SMS (Spunbond/Meltblown/Spunbond) fabrics.
Fluid-resistant, breathable.
A floor standing unit developed to simulate perfect flow, demonstrate Hele-Shaw principles & accept student made models.
Includes dye injection system and adjust-able knife edge weir for rapid, accurate adjustments of table flow.
A system of pipes, valves and manifolds enables any configuration of sinks and sources to be used.
Working section support and end tanks moulded from glass reinforced plastic (GRP).
Working section made from laminated glass (dimensions of top glass 606mm x 892mm).
Lower glass plate incorporates 8 pre-con-nected sinks/sources in cruciform pattern and viewing graticule.
Includes 3gm blue dye powder to make one litre dye solution and comprehensive in-struction manual with illustration.
The Timing System Belt Trainer visually identifies all of the components in a typical belt type camshaft drive system for OHC engines.
Advantages:
Allows full access of all OHC drive belt components without limitations of vehicle components, covers and shrouds blocking view
Students are able to have clear access to all components for skill practice prior to working on a complete vehicle.
Can be used for clear demonstrations of common service inspections and repair procedures of:
a. Drive belt
b. Cam and Crank oil seals
c. Cam and Crank gears
d. Hydraulic belt tensioner
e. Water pump drive gear
f. Idler puller
g. Tensioner pulley.
The instrument record the movement of the objects in the paper,and we can see the regulation of the movement of objects from the paper, then can simply calculate the distance, speed?acceleration of the objects.
Power Supply: AC 6V
These specialized lab coats offer excellent fluid resistance while maintaining their breathability.
100% polyester fluid-resistant front and sleeves
Quick-release snap front closure
Breathable Poly Cotton back panel for ventilation
Splash Resistant Polyester front and sleeves
Industrial launderable
Two front pockets and one left breast pocket
Side seam openings for pants pocket access.
An easily cleaned dye injection system is incorporated.
Fluid enters a vertically mounted test section through a carefully profiled bell mouth from a constant head tank.
Fluid flow is controlled by a needle point globe valve.
Supply comprises stilling bed, hoses & dye
Floor standing apparatus to produce classic Osborne Reynolds' experiments.
This custom trainer can be designed to incorporate any application that meets your needs. The Custom Cutaway Automatic Transmission Transaxle can be equipped with OEM components from any vehicle of your choice.
Advantages:
Automated manual transmission/transaxle
With or without differentials as applicable (limited slip or open)
FWD, RWD, 4WD or AWD
Electronic or non-electronic models
Driven by hand crank or electric motor
Gear changes can be made using regulated air pressure and provided controls.
Large blue gowns feature easy tear-away for quick gown removal and safe disposal
Easy tear-away feature for quick gown removal and safe disposal
Contoured thumb loops secure gown sleeve for added protection
Redirects stress to the film material not the thermal seals to minimize breakage potential
Full-length open back affords better comfort and shoulder coverage
Provides liquid and aerosol blood resistance
Lightweight, non-linting construction
In compliance with FDA requirements and tested in accordance with ASTM standards including breaking load, tensile strength and elongation
Successfully tested for liquid and aerosol blood resistance under ASTM F 1670 In compliance with bloodborne pathogen standards levels 1 & 2 barrier protection
Superior physical properties over imports
Synthetic Blood Penetration Resistance and ASTM F 1671 Bacteriophage Penetration Resistance.
A mobile self-contained Multi-Pump Test Rig, containing all the services & instrumentation for determining the characteristic curves of eight different pumps at different speeds.
For Rotodynamic Pumps:
Pressure head vs flow
Power absorbed vs flow
Pump efficiency vs flow
For positive displacement pumps:
Flow vs pressure head
Power absorbed vs pressure head
Volumetric efficiency vs pressure head
Centrifugal pump and gear pump supplied as standard
Axial pump, flexible impeller pump, turbine pump, diaphragm pump, plunger pump and a second centrifugal pump are all available as accessories
Contains five different pump positions (four active at the same time). Digital readout enables mounting of selected pump
Control valve incorporated upstream of each pump (except axial pump) to demonstrate the effect of suction loss on performance
Electronic measurement of flow, pressure head, suction head and motor torque
Optional volumetric flow measurement system for reciprocating pumps
Series/parallel pump demonstrations can be performed with the second centrifugal pump option
A PC (not supplied) is used to set the required speed of the pump(s) on test. A separate mimic diagram for the selected pump(s) on test displays the important measured and calculated variables
Data logging and educational software included.
Constructed of heavyweight spunbonded polypropylene
Designed to provide strength and fluid-resistance while offering breathability and comfort.
Synthetic elastic conforms to head for a personalized fit
24 in. diameter
100% latex-free.
The equipment is mounted on a free-standing framework which supports the test pipe work and instrumentation. These tappings are connected to a bank of twelve water manometer tubes, mounted on the framework. The following typical pipe fittings are incorporated for study: mitre bend, 90o elbow, sweep bends contraction and sudden enlargement. Pressurization of the manometers is facilitated by a hand pump. All are instrumented with upstream and downstream pressure tapping. A gate valve is used to control the flow rate. A separate gate valve is instrumented with upstream and downstream pressure tappings which are connected to a differential gauge on the edge of the framework.
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