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ST501 · Instrumented support

Smart support with two-axis force and angle measurement

A smart, communication-enabled support that bears the dead weight of a truss, beam or bridge and simultaneously measures the reaction forces it transmits. Two-axis force measurement resolves the reaction into its x and y components, while an integrated inclinometer reports the installation angle so the Sangari software places the support correctly in the scene. The module clips into the ST500 digital experiment frame without tools or cabling and streams readings over the wireless bus. Readings appear on the local OLED display and in real time on the host software.
ST501 — Instrumented support
Features
  • Measures reaction forces in the x and y directions simultaneously
  • Integrated angle measurement reports the installation position automatically
  • Node disc for articulated connection of bars and further accessories
  • Can be installed horizontally or vertically via click system
  • Plug&Play identification in the host software — no cabling, no configuration
  • Measured values shown on the local OLED display and in the Sangari software
Compatible experiments
  • ST551 — forces in a planar truss
  • ST552 — suspension bridge
  • ST553 — parabolic arch bridge
  • ST554 — three-hinged arch
  • ST555 — Gerber (cantilever) beam
  • ST531 — Euler buckling module
Host frame
    Requires the ST500 digital experiment frame
    Installation positions on ST500 10
    Mounting quick-release fastener, click system — horizontal or vertical
Measurement
    Force (two axes) 2 × 0…200 N
    Installation angle integrated inclinometer — read by the software
    Display OLED on the module; numeric and graphical in the software
Connections
    Node disc articulated connection for bars and accessories
    Data & power wireless bus through the ST500 frame
L 600 H 200 W 400 mm
5 kg

SPARE
PARTS

15 YEARS

Sangari

WARRANTY

5 YEARS

Sangari

Part of package

Advanced Structural Analysis Lab

A comprehensive series of experimental setups for advanced structural mechanics topics — including truss analysis, beam deflection, frame deformation, column buckling, and material testing.