The Supplemental Inflatable Restraint System is based on a CAN platform vehicle. The Air Bag portion of the trainer is a non-functional disarmed unit. The Supplemental Inflatable Restraint System uses an actual SIR System that electrically responds and operates as in the automobile.
Features:
Intermittent and hard fault codes can be inserted using the built-in keypad, a single computer.
Ability to perform actual service manual test procedures.
New vehicle components, connectors, and factory wire colors.
Provides an advanced level of instruction by duplicating actual on-vehicle troubleshooting procedures.
Study of removal and installation of system components.
Performing airbag disposal procedures.
Includes internal power supply.
Courseware includes Instructor Guide, Student Manual, and Service Manual Information.
Keypad displays built-in scan tool data.
Crash simulation using sensor impact push switches and bag deployment strobe.
Familiarisation with Bernoulli's principle
Axially movable Pitot tube for determining the total pressure at various points within the Venturi nozzle
Venturi nozzle with transparent front panel and measuring points for measuring the static pressures
Water supply using base module or via laboratory supply
6 tube manometers for displaying the static pressures
Flow rate determined by base module
Single tube manometer for displaying the total pressure.
Instrument Panel System Trainer allows for instructor demonstration, student hands-on reinforcement and troubleshooting practice. The Instrument Panel System Trainer is designed to teach computer and network controlled automotive instrument panel system operation. Powered by a 12VDC automotive battery or a 12VDC/10AMP (minimum) power supply.
Features:
Intermittent and hard fault codes can be inserted using the built-in keypad, a single computer.
Ability to perform actual service manual test procedures.
Actual new vehicle components, connectors, and factory wire colors.
Provides an advanced level of instruction by duplicating actual on-vehicle troubleshooting procedures.
Includes internal power supply for fault activation.
Controlled by Body Control Module (BCM).
Compatible with Instructor Management Program (IMP).
Battery posts are protected against polarity reversal.
Operated as a stand-alone trainer, or connected to the Lighting System Trainer and the Power Door Lock Trainer to teach and demonstrate vehicle systems integration.
Courseware includes Instructor Guide, Student Manual, and Service Manual Information.
The consists of an inlet manifold that supplies water to four jets, which are equally spaced around the turbine runner. The unit incorporates a pressure sensor to measure the inlet condition of the water. This pressure can be accurately controlled using the software supplied with the service unit. The runner itself is mounted on a horizontal shaft with a clear acrylic splash guard to enable maximum visibility of the workings. Each of the jets can be individually controlled using ball valves.
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The consists of an inlet manifold, which supplies water to a central hub. The turbine is mounted on a horizontal shaft with a clear acrylic splash guard to enable maximum visibility of the workings. This pressure can be accurately controlled using the software supplied with the service unit. The unit incorporates a pressure sensor to measure the inlet condition of the water. Water exits the hub radially through two square orifices. The hub is connected to the manifold using a graphite face seal.
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A small-scale plunger pump demonstration unit, comprising of a water reservoir, pump, control valve, relief valve and interconnecting pipe work, all mounted on a stainless steel base.
Pulsation damping facility.
Transparent pump head for visibility.
Includes both a sprung loading valve and a needle valve for loading the pump.
Equipped with electronic measurement sensors for cylinder pressure, plunger position, pump outlet pressure and cumulative flow.
Full theoretical back-up included together with a student questions and answers session.
Supplied with software providing full instructions for setting up, operating, calibrating and performing the teaching exercises. Facilities provided for logging, processing and displaying data graphically.
Capable of being linked to a PC (not supplied) via an interface console (an essential accessory).
A small-scale centrifugal pump demonstration unit, comprising of a water reservoir, the pump, control valves and interconnecting pipe work all mounted on a stainless steel base.
Transparent pump volute for visibility
Supplied with software providing full instructions for setting up, operating, calibrating and performing the teaching exercises. Facilities are provided for logging, processing and displaying data graphically. Full theoretical back-up is included together with a student questions and answers session.
Equipped with electronic measurement sensors for pump head pressure, suction, flow-rate and water temperature.
Capable of being linked to a PC (not supplied) via the interface console (available as an essential accessory).
An axial fan, mounted on a stainless steel plinth. Transparent air inlet and air outlet ducts allow the fan construction to be clearly observed. Electronic sensors measure the pressure head developed across the fan, the pressure across the orifice plate (and hence the flow rate), the rotational speed of the fan and the air temperature. A manually operated adjustable aperture allows the air flow rate to be varied. The fan speed is controlled by modulated dc supply, complete with current sensing to allow the power drawn by the fan to be measured. A calibrated orifice plate is used on the discharge to measure the air flow rate.
A small-scale axial fan demonstration unit, comprising of an inlet duct, the fan, an outlet duct and an adjustable aperture, all mounted on a stainless steel base.
Transparent ducts give visibility of the fan in operation.
Equipped with electronic measurement sensors for fan head pressure, flow-rate (via orifice plate), fan speed and air temperature.
Supplied with software providing full instructions for setting up, operating, calibrating and performing the teaching exercises. Facilities for logging, processing and displaying data graphically.
Full theoretical back-up together with a student questions and answers session.
Capable of being linked to a PC (not supplied) via a dedicated interface console (an essential accessory).
Experimental unit for series, parallel and individual operation of centrifugal pumps
Measuring of pressure and flow rate
One pump with adjustable speed and one pump with fixed speed
Processing of measured data on a PC software for data acquisition via USB under Windows XP, Windows Vista or Windows 7.
Supplied with software providing full instructions for setting up, operating, calibrating and performing the teaching exercises. Facilities for logging, processing and displaying data graphically.
Capable of being linked to a PC (not supplied) via a USB interface console (an essential accessory), which does not require internal access to the computer. Also allows interfacing to other software packages.
Offers a complete teaching package of coursework and laboratory investigation, complete with a student questions and answers session.
Capabilities of Centrifugal Fan Demonstration Unit
Measurement of fan efficiency and estimation of impeller power efficiency
Measurement of constant-speed machine performance in terms of static total Measurement of performance at constant speeds
pressures, rotor speed and motor shaft power, as a function of inlet flow
Comparison of student calculations with computer results
Introduction to similarity laws for scale-up.
The instrument is composed of a plastic liquid tube base, capillary holder and five glass capillaries with different inner diameter.
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A small-scale multi-stage centrifugal compressor demonstration unit, comprising of an inlet duct, the compressor, an outlet duct and an adjustable aperture, all mounted on a stainless steel base.
Equipped with electronic measurement sensors for head pressure, flow rate (via orifice plate) and air temperature.
Seven stages in the compressor.
Full theoretical back-up together with a student questions and answers session.
Supplied with software providing full instructions for setting up, operating, calibrating and performing the teaching exercises. Facilities for logging, processing and displaying data graphically.
Capable of being linked to a PC (not supplied) via a dedicated interface console (an essential accessory).
A small-scale gear pump demonstration unit, comprising of a water reservoir, pump, control valve, relief valve and inter- connecting pipework, all mounted on a stainless steel base.
Capable of being linked to a PC (not supplied).
Transparent pump head for visibility
Supplied with software providing full instructions for setting up, operating, calibrating and performing the teaching exercises.
Facilities are provided for logging, processing and displaying data graphically. Full theoretical back-up is included together with a student questions and answers session.
Equipped with electronic measurement sensors for pump head pressure, flow-rate and water temperature.
Pressure Pressure Demonstrator
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This instrument can make students understand the law of Archimedes in practical application.
This instrument is mainlu used to watch the drainage exhausting of the submarine,while use the hollow transparent sphere as its chamber.
This instrument is used to describe that any objects can remain static or maintain the state of uniform linear motion.
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Flow Meter Demonstration Unit is a self-contained apparatus to demonstrate the attributes of flow meters utilized in measurement of water flow via pipes or open channels. Metering devices available in different combinations to suit coursework. Reference turbine flowmeter permanently fitted. Service module with reservoir, volumetric measuring tank & pump.
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Newtons Second Law Demonstration Instrument
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Cavitation Demonstration is a small scale apparatus designed to demonstrate Cavitation utilizing an Hydraulics Bench
Flow control valves upstream and downstream of the test section allow flow conditions to be optimised for the demonstration of Cavitation
The apparatus consists of a circular Venturi shaped section manufactured from clear acrylic
Three Bourdon gauges indicate the static pressure upstream of the contraction, inside the throat and downstream of the expansion
Educational software available as an option
Quick release fitting for easy connection to hydraulics bench.
The Osborne Reynolds' Demonstration operates in a vertical mode. Flow through this pipe is regulated using a control valve at the discharge end. A header tank containing stilling media provides a constant head of water through a bellmouth entry to the flow visualisation pipe. Velocity of the water can therefore be determined to allow calculation of Reynolds' number. The flow rate of water through the pipe can be measured utilizing the volumetric tank (or measuring cylinder) of the Hydraulics Bench.
The equipment uses a similar dye injection technique to that of Reynolds' original apparatus to enable observation of flow conditions.
