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/home2/equiters/public_html/products.php on line 318Redundant Truss
Lab Code: ALABS-A167-101
Redundant Truss To be constructed of a 45° two bay cantilevered truss with seven members and pinned joints To include an extra (redun...
/home2/equiters/public_html/products.php on line 318Deflections of Beams and Cantilevers
Lab Code: ALABS-A167-102
Deflections of Beams and Cantilevers Adjustable beam span Steel, brass and aluminium tes beam specimens Dial gauge measures beam deflection...
Deflection of Curved Bars
Lab Code: ALABS-A167-103
Deflection of Curved Bars Set of calibrated weights (4 x 2N; 3 x 5N; 1 x 10 N) Six specimens: including semi-circle; semi-circular bracket; dou...
Continuous and Indeterminate Beams
Lab Code: ALABS-A167-104
Continuous and Indeterminate Beams To consist of three movable reaction supports, three test beams, load hangers, calibrated test weights Beam ...
Bending Moment in a Beam
Lab Code: ALABS-A167-105
Bending Moment in a Beam To consist of 2 simple supports; a rigid aluminium alloy beam cut into two unequal lengths, with a frictionless hinge at the j...
Shear Force in a Beam
Lab Code: ALABS-A167-106
Shear Force in a Beam To consist of 2 simple supports; a rigid aluminium alloy beam cut into two unequal lengths, which permits vertical movement, whil...
/home2/equiters/public_html/products.php on line 318Plastic Bending of Portals
Lab Code: ALABS-A167-107
Plastic Bending of Portals Studies the collapse mechanism of a portal frame when subjected to simultaneous horizontal and v...
/home2/equiters/public_html/products.php on line 318Deflection of Frame
Lab Code: ALABS-A167-108
Deflection of Frame Two test frames supplied as standard Vertical and horizontal deflection measurement Uses Castigliano’s the...
/home2/equiters/public_html/products.php on line 318Parabolic Arch With Fixed Ends
Lab Code: ALABS-A167-109
Parabolic Arch With Fixed Ends Apparatus to investigate the horizontal thrust and fixing moments of a steel parabolic arch To enable the calcul...
/home2/equiters/public_html/products.php on line 318Two Hinged Parabolic Arch
Lab Code: ALABS-A167-110
Two Hinged Parabolic Arch Apparatus investigating horizontal thrust of the springing of two hinged steel parabolic arch To enabl...
/home2/equiters/public_html/products.php on line 318Three Hinged Arch
Lab Code: ALABS-A167-111
Three Hinged Arch Three hinged arch in symmetrical and interchangeable unsymmetrical arrangements Symmetrical arch; Rise = 200mm, span 1000mm...
Plastic Bending of Beam
Lab Code: ALABS-A167-112
Plastic Bending of Beam Demonstration of the theory of plastic bending of a beam section, and increase in bending moment due to redundancy The ...
Simple Suspension Bridge
Lab Code: ALABS-A167-113
Simple Suspension Bridge To study cable tension resulting from uniformly distributed, point, rolling loads on a rigid deck To compare the measu...
/home2/equiters/public_html/products.php on line 318Interface
Lab Code: ALABS-A167-114
Interface Hardware to enable capture and storage of inputs from a variety of experiments To accept inputs of Force, Strain, deflection and angl...
/home2/equiters/public_html/products.php on line 318Bench Mounted Frame
Lab Code: ALABS-A167-115
Bench Mounted Frame The internal working dimensions for mounting experiments are 1.22m x 0.76m. Should specimen beams longer tha...
/home2/equiters/public_html/products.php on line 318Universal Frame and Stand
Lab Code: ALABS-A167-116
Universal Frame and Stand The internal working dimensions for mounting experiments are 1.22m x 0.76m. Should specimen beams longer...
/home2/equiters/public_html/products.php on line 318Free and Damped Torsional Vibrations
Lab Code: ALABS-A167-117
Free and Damped Torsional Vibrations The experimental set includes three different torsion bars and two different mass discs. An o...
/home2/equiters/public_html/products.php on line 318Free and Forced Vibration Apparatus
Lab Code: ALABS-A167-118
Free and Forced Vibration Apparatus All set-ups of this experimental unit on the theory of vibrations are rapidly and securely asse...
/home2/equiters/public_html/products.php on line 318Bifilar and Trifilar Suspension Apparatus
Lab Code: ALABS-A167-119
Bifilar and Trifilar Suspension Apparatus The model permits oscillations on pendulums with bifilar or trifilar suspension to be in...
Flywheel Apparatus
Lab Code: ALABS-A167-120
Flywheel Apparatus Using the, basic experiments on uniformly accelerated angular motion can be performed. A flywheel mounted in ball bearings i...
/home2/equiters/public_html/products.php on line 318Inertia in Rotational Motion Apparatus
Lab Code: ALABS-A167-121
Inertia in Rotational Motion Apparatus This apparatus enables experiments to be performed on rotational motion in general. Weights...
/home2/equiters/public_html/products.php on line 318Experimental Set Free Vibration of a Bar
Lab Code: ALABS-A167-122
Experimental Set Free Vibration of a Bar The bending bar can be mounted vertically (standing or hanging) or horizontally into the ...
/home2/equiters/public_html/products.php on line 318Universal Vibration System
Lab Code: ALABS-A167-123
Universal Vibration System The trainer covers a wide range of topics in mechanical vibration technology. It is mounted on a sturdy, low-vibr...
/home2/equiters/public_html/products.php on line 318Torsional Vibrations Apparatus
Lab Code: ALABS-A167-124
Torsional Vibrations Apparatus This experimental unit is used to explain torsion and torsional vibration in experiments. Demonstrations an...
/home2/equiters/public_html/products.php on line 318Ship Vibration Apparatus
Lab Code: ALABS-A167-125
Ship Vibration Apparatus This is used to investigate the dynamic behaviour of a ship structure. It therefore allows the first steps in the area...
/home2/equiters/public_html/products.php on line 318Forces Reciprocating Engines
Lab Code: ALABS-A167-126
Forces Reciprocating Engines Every reciprocating engine generates mass forces. The mass forces of the oscillating masses can’t be compens...
/home2/equiters/public_html/products.php on line 318Vibration on Machine Foundation
Lab Code: ALABS-A167-127
Vibration on Machine Foundation An indispensible element of machine design is targeted reduction of vibrations. An elastic, vibration insulati...
/home2/equiters/public_html/products.php on line 318Piston Compressor
Lab Code: ALABS-A167-128
Piston Compressor A piston compressor is a typical machine, on which imbalance and oscillating masses generate vibrations. Balan...
/home2/equiters/public_html/products.php on line 318Whirling Shaft Apparatus
Lab Code: ALABS-A167-129
Whirling Shaft Apparatus The modes of oscillation and resonances of rotors with continuous mass distribution can be clearly demonstrated usi...
/home2/equiters/public_html/products.php on line 318Static and Dynamic Balancing Apparatus
Lab Code: ALABS-A167-130
Static and Dynamic Balancing Apparatus The main element of the benchtop unit is a smooth shaft to which four variable unbalanc...
/home2/equiters/public_html/products.php on line 318Vibration of Spiral Spring Apparatus
Lab Code: ALABS-A167-131
Vibration of Spiral Spring Apparatus A spiral spring made of cold rolled steel is clamped between a ball bearing mounted shaft and ...
Torsional Vibration Apparatus
Lab Code: ALABS-A167-132
Torsional Vibration Apparatus The model enables rotary vibration on torsion bars to be investigated. The model consists of a wall ...
Compound Pendulum Apparatus
Lab Code: ALABS-A167-133
Compound Pendulum Apparatus The model is used to investigate the oscillation of pendulums. During this process a physical pendulum is compared...
Centrifugal Governor Apparatus
Lab Code: ALABS-A167-134
Centrifugal Governor Apparatus Centrifugal governors use the properties of centrifugal force to regulate the speed of a machine....
/home2/equiters/public_html/products.php on line 318Gyroscope Apparatus
Lab Code: ALABS-A167-135
Gyroscope Apparatus The moments generated by the gyroscopic effect can be investigated using this unit. The basic component is a ...
Wheel and Differential Axle Apparatus
Lab Code: ALABS-A167-136
Wheel and Differential Axle Apparatus The model demonstrates the conditions of equilibrium on a differential pulley block. Three an...
/home2/equiters/public_html/products.php on line 318Coriolis Force Apparatus
Lab Code: ALABS-A167-137
Coriolis Force Apparatus In engineering, the Coriolis force occurs when a rotational motion interferes with a further movement of ...
Centrifugal Force Apparatus
Lab Code: ALABS-A167-138
Centrifugal Force Apparatus The unit enables the forces exerted on rotating masses to be studied. The core of the unit is a rotati...
/home2/equiters/public_html/products.php on line 318Winch
Lab Code: ALABS-A167-139
Winch The allows to study a winch concerning its lifting velocity and its load transmission. Additionally, the functioning of a back-run saf...
Worm and Wheel Apparatus
Lab Code: ALABS-A167-140
Worm and Wheel Apparatus The permits investigations of the torques and the efficiency of the gear unit. The transmission ratio of ...
Spur Gear Lifting Apparatus
Lab Code: ALABS-A167-141
Spur Gear Lifting Apparatus The mechanism demonstrates the relationship between the ratio of the number of teeth on spur gear...
/home2/equiters/public_html/products.php on line 318Gear Train Model
Lab Code: ALABS-A167-142
Gear Train Model This benchtop unit conveys the relationship between the number of gear teeth on spur gears and the transmission...
/home2/equiters/public_html/products.php on line 318Wheel and Axle Apparatus
Lab Code: ALABS-A167-143
Wheel and Axle Apparatus The model demonstrates in experiments the laws on the formation of an equilibrium of moments in static systems. Two pu...
Ackermann Steering Demonstrator
Lab Code: ALABS-A167-144
Ackermann Steering Demonstrator The objective of this kinematic model is to explain the special features of the Ackermann steering ...
