Pin Jointed Frameworks Model MT 099

Sci-tech Pin Jointed Frameworks Model MT 099 includes two framework supports: a pivoting support, and a pivoting and rolling support. Each member has a strain gauge attached that connects to a digital strain bridge. A load cell applies loads to the structure at various angles. When connected to the optional Digital Force Display, the load cell measures the applied load. To apply loads simultaneously, extra load cells are available. A digital deflection indicator measures the deflection and the digital strain bridge shows the strains in the members. From this, students can calculate the forces in the members. A second tray stores the joint bosses and other loose items. Included is a lead to connect the load cell to a Digital Force Display (to be purchased available separately). The lecturer guide provides details of the equipment including sample experiment results. The student guide describes how to use the equipment and gives experiment procedures.

They also extend the choice of tests beyond that available using only the hardware, for example: higher loads, uniform loads or different test specimens. This extends the

student’s learning experience.

For automatic data acquisition of your experiment results, Sci-tech can supply the optional ‘Sci-Cal’ Automatic Data Acquisition Unit.

Size: 120cm x 55cm x 110cm (LxWxH)
Weight: 35 kg

Item Description

Sci-tech Pin Jointed Frameworks Model MT 099 fits onto a Structures Test Frame. Students use stainless-steel members to build different pin-jointed frameworks. The members joined by slotting the ends into bosses.

The equipment includes two framework supports: a pivoting support, and a pivoting and rolling support. Each member has a strain gauge attached that connects to a digital strain bridge. A load cell applies loads to the structure at various angles. When connected to the optional Digital Force Display, the load cell measures the applied load. To apply loads simultaneously, extra load cells are available. A digital deflection indicator measures the deflection and the digital strain bridge shows the strains in the members. From this, students can calculate the forces in the members. A second tray stores the joint bosses and other loose items. Included is a lead to connect the load cell to a Digital Force Display (to be purchased available separately). The lecturer guide provides details of the equipment including sample experiment results. The student guide describes how to use the equipment and gives experiment procedures.

They also extend the choice of tests beyond that available using only the hardware, for example: higher loads, uniform loads or different test specimens. This extends the

student’s learning experience.

For automatic data acquisition of your experiment results, Sci-tech can supply the optional ‘Sci-Cal’ Automatic Data Acquisition Unit.

Technical Specifications

Specifications

  • High-quality structures teaching module for students of mechanical, civil and structural engineering
  • Allows safe and practical experiments into pin-jointed frameworks
  • Realistic and verifiable experiments results

  

Technical Specifications

Bosses:

9 universal bosses, each connect members at 30, 45 or 60 degrees

 Members:

15 stainless steel, various lengths with strain gauges attached

Strain measurement:

16-way digital strain bridge

Deflection measurement:

Digital deflection indicator

 

 

Experiments

  1. Study of Bow’s Notation, strains, stresses, forces and deflections in various frameworks, including a Warren girder and roof truss
  2. Comparison of different frameworks
  3. Comparison of different frameworks

Model Number

MT 099