Feature
Able to operate the real movement by handling directly.
Each incised section is painted with different colors for education efficiency.
An education unit of Mechanical Clutch Structure.
Able to teach operation principle of Mechanical clutch effectively.

Specification
Composition : Clutch pressing board, Clutch pedal, Clutch cylinder
Weight : Approx. 20 kg
Size : Approx. 400 X 300 X 300 mm

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Feature
Able to teach operation principle of Mechanical clutch effectively.
Able to operate the real movement by handling directly.
An education unit of hydraulic Clutch Structure in manual transmission.
Each incised section is painted with different colors for education efficiency.

Specification
Composition : Fly wheel, clutch pressure board, clutch pedal, opera cylinder, Clutch master Cylinder
Weight : Approx. 25 kg
Size : Approx. 600 X 400 X 400 mm

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• The penetrator is made of hardened steel, the cupping specimen is clamped between the clamping plate and the die plate. 
• An angled mirror is placed below the die plate to enable easy viewing of the specimen rupturing.
• As more pressure is applied, the cup forms until it ruptures as seen in the angled mirror.
• The penetrator sphere is first lubricated then using the Universal Testing Machine it is pressed into the cupping specimen causing a cupped shape indentation to form. 

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• The machine is provided with a backlit LCD display. 
• A bench-top industrial-standard tester for accurate measurements of Vickers, Brinell and Rockwell hardness.
• It is used to display measured hardness results, to monitor the progress of the test and to display information that may be required when setting up the machine for a variety of parameters.

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• A self-contained bench mounting experimental apparatus to enable students to investigate the distribution of radial and hoop stresses and strains throughout the wall of a thick cylinder and to compare the practical results with those predicted by theory.
• These gauges measure the radial and hoop strains. 
• Jointing cement fills the groove. 
• The apparatus consists of a thick-walled aluminium cylinder, held in a robust frame. 
• The cylinder is in two halves, cemented together. 
• One face of the joint has an eccentric shallow groove that contains ten strain gauges at precise radii and orientation. 
• Strain gauges on the inner and outer walls of the cylinder measure longitudinal and circumferential strains. 
• The cylinder contains oil. To stress the cylinder, students use a hydraulic hand-pump to pressurise the oil. 

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• A sixteen channel instrument that connects to industry standard strain gauges to give direct readings of strain. 
• For use with most types of metal-foil strain gauges, the Digital Strain Display connects to most types of strain bridge connections to give direct readings of strain. 
• The Digital Strain Display accepts up to 16 channels from strain gauges connected in quarter, half or full bridge. The display is fully programmable to match the strain gauges and their bridge connections. 
• The display includes precision internal ‘make-up’ resistors to work with half bridge connections if needed. 
• Two channels include additional individually adjusted dynamic outputs. 
• Also supplied is a tool that crimps the connectors to the cable. The connectors are self-locking, reliable, secure and need no soldering. 

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• The compact Strain Gauge Trainer fits on a bench or desktop. 
• Contains everything needed to show students how resistance strain gauges work on three different structures. 
• Students use the small set of masses to load the bending and torsion systems, and the large set of masses to load the tension system. 
• They use theory and known dimensions to calculate the stresses and strains and compare them with the strains measured by the strain gauges. 
• The bending system uses gauges to measure direct tensile and compression strain. 
• The torsion system shows the use of shear/torque strain gauges. 
• Students can also connect and compare the performance of quarter, half and full-bridge strain gauge connections for each structure. 

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• A self-contained bench mounting experimental apparatus to enable students to investigate the effect of pressure on the surface profile of a diaphragm and also the distribution of circumferential and radial strains.
• Two heavy flanges clamp the edge of the diaphragm to provide built-in edge conditions. 
• The area directly under the diaphragm contains oil.
• Each strain gauge circuit is a full bridge, with high-stability resistors. 
• The signals from each strain gauge are shown on a digital display.  
• Eight strain gauges are cemented to the top surface of the diaphragm in various positions and at different radii.
• A digital dial gauge is fitted to a digital position indicator. The dial gauge can be traversed across the diaphragm to measure its surface profile. 

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