ST150 · Experiment Frame

Modular benchtop frame for strength-of-materials and statics experiments

A sturdy welded steel-section frame with a precision clamp-slot system serves as a common platform for the entire ST1xx series of Sangari statics and strength-of-materials experiments. A single frame in the laboratory hosts, in turn, every experiment the student has to perform during the semester — each experimental setup clamps into the frame in a few seconds, with no recalibration.

Compatible experiments

Elastic deformations
- ST151 — methods for determining the elastic line (virtual work, Mohr's analogy)
- ST152 — torsion of bars (round, tube, slotted tube, square tube)
- ST154 — deformation of U- and S-shaped frames
- ST155 — elastic-to-plastic bending of beams
Stability
- ST153 — Euler buckling of slender bars
Equilibrium & reactions
- ST156 — equilibrium of a planar body with fixed and floating supports
- ST102 — hinged beam on two supports (shear force & bending moment)
Any additional ST1xx module built to mount on the Sangari 40 mm section groove

Assembly

Delivered disassembled in a flat pack
Four steel sections bolted together — no welding, no tools beyond the supplied hex wrench
Two side feet provide stability on a standard laboratory bench
All experiment components mount through precision clamp fixings on the sectional grooves

Technical drawing

Frame

Construction welded sturdy steel sections, double-section frame

Frame opening 1250 × 900 mm (W × H)

Section groove width 40 mm

Mounting precision clamp fixings throughout

Delivery

Experiment frame, disassembled
Bolt set with hex-socket wrench
Instruction manual

32 kg

Part of package

Fundamentals of Structural Mechanics

A complete set of experimental modules covering the core topics in strength of materials — elastic line, torsion, Euler buckling, frame deformation, plastic bending, and static equilibrium.

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