TecQuipment's Simple Suspension Bridge (Next Generation Structures) experiment is for the study of the characteristics of a simple suspension bridge. It mounts on the Structures platform and connects to Structures automatic data acquisition unit and software.
TecQuipment
TecQuipment designs, develops, and produces a comprehensive range of products for engineering training. The company is well known as a preeminent provider of technical teaching equipment for schools, colleges, universities, and industrial training centers worldwide.
TecQuipment operates a constant product improvement process to guarantee that the teaching equipment stays ahead of the competition and meets customers’ needs. The product ranges are reviewed and updated, and new products are developed as curricula change. Manufacturing on-site enables the engineering team to work alongside production to guarantee that quality products are designed and produced to give end-users many years of safe, accurate and reliable usage.
Maintaining high quality of all TecQuipment products is crucial. Strict quality control guidelines at each stage of development ensure the products consistently meet very high standards. These systems are robust and designed to withstand long-term, substantial laboratory and classroom use and ensure reliable operation for many years. All TecQuipment products include comprehensive user guides, which provide relevant theory, technical information, and experiments. The comprehensive level of support helps students understand the principles involved in each experiment, enabling them to put theory into practice.
![Engineering Educationf](/sites/default/files/tecquipment-catalog-cover_0.png" "alt=")
Engineering Educational Equipment
TecQuipment designs, develops and manufactures a comprehensive range of technical education products and engineering educational equipment for schools, colleges, universities, and industrial training centers worldwide. Products cover disciplines within mechanical, civil, electrical and structural engineering courses.
TecQuipment’s engineering educational equipment includes high-quality user guides, which provide relevant theory, technical information and experiments. The comprehensive level of support helps students understand the principles involved with each experiment, enabling them to put theory into practice.
-
Item Number:STS19 - Experiment -
Item Number:TD200 - Base UnitTecQuipment's Small Engine Test Set versatile engine testbed with instrumentation to provide the facilities to investigate the operating characteristics of single-cylinder and four-stroke internal combustion engines.
-
Item Number:ESSW - ANCILLARYEnhancing teaching capabilities and complementing students’ learning by using ready-made, online and auto-graded assessments compatible with selected experimental kits in the TecQuipment Engineering Science range.
-
Item Number:TE4A - ANCILLARYFloor-standing apparatus with fifteen tungsten Halogen Lamps consuming up to 6 kW of power.
-
Item Number:ES19 - ExperimentTecQuipment's Spring Tester Kit (ES19) demonstrates the characteristics of coiled springs and how to test them (Hooke's law).
-
Item Number:TM1002Benchtop apparatus for experiments in balancing a rotating mass system, statically and dynamically.
-
Item Number:STF1A vertical work panel printed with a metric grid for use with the STF range of experiments.
-
Item Number:TE16 - ExperimentA bench mounting 3-point bend apparatus to allow investigations into the stiffness in bending of different materials of the same cross-section (Young's Modulus - Stiffness) and the stiffness of a single material with different cross-section geometries (Second Moment of Area - 'I' Value).
-
Item Number:E19 - ExperimentA kit comprising a PVC carrying case containing a selection of resistance strain gauges together with all the necessary accessories and consumable materials associated with their application. Ideal for use with the TecQuipment SM1010 Digital Strain Display.
-
Item Number:SM1009 - ExperimentShows and compares how resistance strain gauges work, and how they measure strains in different structures.
