The Speed And Position Sensors Trainer includes Inductive, Hall-Effect and Magneto-resistive sensors. All sensors are driven by a variable speed electric motor to create different operating conditions. The Speed And Position Sensors Trainer provides a safe and effective method of demonstrating the operating principles of different types of speed and position sensors used on todays vehicles. The Speed And Position Sensors Trainer is used to demonstrate the operation, diagnosis and testing of common types of analog and digital speed and position sensors as they operate on a real vehicle.
Main Features:
Trainer has a bench top design that allows clear student visualization of sensor operation, diagnosis and testing
Radial and axial digital (active) magneto-resistive sensors (adjustable radial sensor to show effect on operation)
Radial analog (passive) inductive sensor with adjustable air gap to show effects on operation
Digital Hall-Effect sensor
Equipped with sensor disconnect switches for separate testing of both harness side and/or component side of sensor
Electronically controlled variable speed electric drive motor
120V AC/DC power supply included.
It is a high school physics experiment instrument used for student to observe sodium absorption line. It consists of sodium vapor vacuum tube, sodium pipe heating oven and self-provided hand spectroscope.
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Polynit Heat seal Wipes are made of 100% knitted textured polyester for very low levels of particles and fibers. Polyester wipes are chemically resistant and exceptionally low in particles and fibers.
Interlock knit creates a durable fabric, the addition of a periodic additional stitch of a no-run interlock knit prevents the fabric unraveling creating an even more durable fabric with strong edges.
Good sorbency with solvents and are abrasion and chemical resistant
100% laundered knitted polyester creates very low levels of particle and fibers
Chemically resistant and exceptionally low in particles and fibers
A clear understanding about the physical properties of fluids is essential before studying the behaviour of fluids in static or dynamic applications.
This apparatus introduces students to the following properties of fluids:
Capillarity - capillary elevation between flat plates and in circular tubes
Density and relative density (specific gravity)
Viscosity
Atmospheric pressure
Buoyancy (Archimedes principle).
It is designed to help teach Ohms Law basics as well as demonstrating common electrical system components and circuit operation. A student project manual provides circuit construction and learning assignments designed to help students learn. The Ohm's Law And DC Circuits Trainer is a self-contained educational learning system designed to assist instructors in teaching students basic electrical and electronic theory. The case features a carrying handle and has internal storage for jumper test leads and power cord. The Ohm's Law And DC Circuits Trainer is protected with a removable metal cover.
Advantages:
Built in DMM (Digital Multi-Meter) for electrical measurements and diagnosis.
Self-contained package with built-in internally protected power supply.
Can be used to assist the instruction of operational theory of electrical/electronic circuits and components.
Student project manual provides learning assignments for circuit construction and understanding.
Delivers effective protection against a range of chemical environments.
Utilizes P film laminated to fabric to provide a rugged and durable fabric that resists abrasion. fabric provides at least 30 minutes of protection against >124 chemical challenges. Typical applications: chemical mixing, hazardous remediation, emergency medical response, paint spraying, and nuclear environments.
Attached hood with elastic around face opening
Storm flap covers zipper which can be sealed by the wearer with adhesive strip to prevent intrusion at zipper
Fabric provides at least 30 minutes of protection against >124 chemical challenges.
Integrated socks composed of garment material
Tightly sewn seam is covered with garment fabric to reinforce seam and reduce potential for particle penetration
Elastic opening for tighter fit at wrist.
Apparatus designed to enable students to study ship hydrostatics and stability.
Supply includes a water tank, a floating ship model, a dynamometer and a clinometer.
The model is constructed of glass reinforced plastic (GRP).
Models of other ships are available as optional accessories.
The compartments are fitted with individual flooding valves.
The model supplied is a 1/70 scale model of a 28000 tonne general cargo vessel.
It includes a number of transverse watertight bulkheads in representitive positions.
It is floor standing, with castors and is supplied complete with counterweights.
Battery powered clinometer measures the inclination of the model, over the range of 0 to 45 degrees.
The dynamometer measures the righting moment of the model.
It holds the model at any angle of heel within the range, with the model either free to trim or with heeling axis kept horizontal.
It exerts no vertical force on the model.
Features:
High and low-side A/C pressure gauges.
A/C compressor has manual starter with internal thermal protection.
High pressure (300psi) safety switch shuts off compressor.
Clear sight glasses at the orifice tube, condenser (3) and evaporator (3). Sight glasses located at the inlet, mid-way and outlet of both evaporator and condenser to show refrigerant change of state
Orifice tube system.
Stainless steel condensate drip pan with drain
Hermetically sealed piston type compressor with oil reservoir.
Cycling switch bypass toggle switch.
Adjustable 3-speed evaporator (1) and condenser (2) fans.
Power ON indicator light.
Removable magnetic component name labels and refrigerant flow direction arrows.
Operation and Student assignment manual included.
Hood and mask combination guards against the risk of contamination in cleanroom environments.
Stretch fit elastic headband for more secure fit
Pull-down ties in back to assist in the gowning process
Integrated hood and mask sonically welded together combines two donning steps into one
Universal size
White
Latex- and rubber-free
Bulk packed.
A bench top unit meant to demonstrate & teach the fundamentals of compressible flow to engineering students
Four electronic pressure sensors
Test Sections made from clear acrylic
Complete with convergent-divergent duct capable of achieving Mach-1 velocity at the throat
Advanced torque-vector speed control with electronic torque measurement
Data Logging accessory, complete with educational software and electronic temperature sensor.
Additional test sections available (6 off) complete with bench-top stand
Compressor test accessory available.
The Distributor Ignition System Trainer is mounted with brand new OEM components. The Distributor Ignition System Trainer, is a training board used to teach the ignition system with distributor. Requires a 12VDC power supply to operate.
Included Components:
All brand new components
Spark plugs and plug wires
Distributor with hall effect sensor
Fault box with 4 faults
Ignition control module
Ignition coil
Test points for diagnosis.
Breathable microporous laminate technology provides protection from low hazard liquid spray and fine particulates.
Comfortable to wear featuring moisture vapor permeable fabric to help reduce the risk of heat stress
Proven protective barrier to low concentration liquid chemicals, liquid & particulate biological hazards
Low Linting
Optimized fit, improving wearer comfort and safety.
A floor standing flow channel for use with an Hydraulics Bench
Can be configured to demonstrate flow in open channels and closed conduits
Section of bed can be elevated continuously and locked at the required height
Working section 77mm wide, 150mm high and 1100mm long
Discharge tank incorporates flow control valve for convenience in setting up
Clear acrylic sides for good visibility of flow patterns created
Stilling arrangement at inlet to promote smooth flow into the working section
Total and static heads indicated on multi-tube manometer connected to Pitot tubes and static tappings at three locations in working section
Models of hydraulic structures supplied include Undershot Weir (Sluice gate) at the inlet, Overshot Weir at the outlet, Sharp Crested Weir, Broad Crested Weir (also used to create a Culvert) and Ogee Weir
Pitot tubes mounted through bed of channel for ease of priming and height adjustment (can be traversed from floor to roof to measure velocity profile)
Optional direct reading flowmeter to aid setting up of demonstrations
Comprehensive instruction manual supplied
Transparent scales allow measurement of all important heights and levels
Suitable for project work with alternative hydraulic structures (user created).
Provides 30 minutes of protection against over 150 chemical challenges.
Encapsulated Level B Suit, Expanded Back provides protection against a broad range of chemicals and situations involving liquid splash.
Helps offer protection for those in hazardous environments.
The Flow Channel made up of a clear acrylic working section of large depth to width ratio incorporating undershot and overshot weirs at the inlet and discharge ends respectively.
Models supplied with the channel include broad and sharp crested weirs, large & small diameter cylinders and symmetrical & asymmetrical aerofoils which, in conjunction with the inlet and discharge weirs, permit a varied range of open channel and flow visualisation demonstrations.
A dye injection system incorporated at the inlet to the channel permits flow visualisation in conjunction with a graticule on the rear face of the channel.
Water is fed to the streamlined channel entry via a stilling tank to reduce turbulence. Water discharging from the channel is collected in the volumetric tank of the Hydraulics Bench and returned to the sump for recirculation.
1.6l Gasoline Direct Injection Engine Bench is easy to work on and all major components, wiring and connectors match OEM configuration. Trainer is mounted on a mobile stand constructed of 2 (5cm2) tubular steel equipped with four 5 (12.7cm) phenol casters (2-fixed and 2-swivel w/locks). The 1.6l Gasoline Direct Injection Engine Bench performance trainer is a fully operational engine mounted on a mobile stand. Trainer is based on a 2012 and 1.6L engine. Students can perform many NATEF related Engine Performance and Electrical/Electronic tasks using this trainer.
Main Features:
Trainer comes equipped with gasoline direct fuel injection, COP electronic ignition, EVAP system, CAN/BUS and ETC (electronic throttle control) and wide-band oxygen sensor
Fully functional OBDII DLC (Data Link Connector) for scan tool hookup.
PCM breakout box with OEM terminal identification and wire colors for DMM and oscilloscope hookup.
Advantages:
Use this awesome trainer to provide your students with the latest in vehicle diagnostic technologies
Fully supports scan tool and oscilloscope diagnostic procedures
Engine systems respond to inserted faults with real world symptoms, OEM DTCs scan tool data stream changes and check engine light operation
Demonstration of systems to groups of students without the access limitations of a complete vehicle
Equipped with the latest in engine performance management systems to include:
a. Gasoline Direct Injection
b. Catalytic Converter
c. Variable Valve Timing
d. Electronic Throttle Control
e. Wide-Band Oxygen sensor
Provides at least 30 minutes of protection against over 150 chemical challenges.
Sleeved Apron, Elastic Wrists provides protection against a broad range of chemicals and situations involving liquid splash.
Helps offer protection for those in hazardous environments.
