Earthquake Shake Table Manufacturer,Supplier and Exporter in India
Product Code : SCL-LE-11264
The Seismic
Simulation Shake Table is an electromechanical apparatus engineered for the
empirical stress testing of structural prototypes. Designed for University and
Vocational (TVET) engineering programs, it facilitates the study of resonance,
damping, and load-bearing integrity under controlled oscillatory forces.
Compliant with ASTM-aligned structural testing protocols, this system enables
students to quantify the seismic resilience of diverse architectural designs.
Technical
Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Ruggedized Steel Base with
High-Tension Alloy Springs |
|
Dimensions (Base) |
16” x 16” (406 mm x 406 mm) |
|
Model Capacity |
Accommodates tower bases up
to 12” x 12” |
|
Actuation System |
Dual DC Motors (1–5 V Range)
with Safety Protective Caging |
|
Mounting Hardware |
Adjustable mountings; 2
included industrial-grade C-clamps |
|
Vibration Modes |
Mechanical horizontal and
vertical harmonic oscillation |
Key Pedagogical
Outcomes
·
Dual-Motor Actuation (1–5 V DC): Allows students to synchronize or isolate vibration
sources to observe complex wave interference, supporting Physics Module
Harmonic Motion.
·
High-Tension Corner Spring
Suspension: Provides a realistic
simulation of ground displacement and acceleration, enabling students to
evaluate the efficacy of base isolation systems.
·
12" x 12" Adjustable
Mounting Surface: Facilitates the
comparative analysis of various structural geometries (truss, frame, or shear
wall), satisfying Bloom’s Analysis of structural failure points.
·
Industrial C-Clamp
Stabilization: Ensures laboratory safety
and data repeatability by mitigating extraneous benchtop resonance during
high-amplitude simulations.
·
Manual Agitation Capability: Permits the demonstration of extreme, non-linear seismic
events beyond motor-controlled parameters, testing the ultimate tensile limits
of student designs.
International
Logistics & Compliance
This instrumentation
is prepared for global B2B procurement via export-grade seaworthy crating
(ISPM-15 compliant) to ensure physical integrity during multi-modal transit.
Documentation packages include the Manufacturer’s Authorization Form (MAF),
Technical Data Sheets, and Certificate of Conformance. The electromechanical
components are tropicalized and tested for operation in environments up to
45°C/90% Humidity, ensuring that the motor windings and spring alloy integrity
remain stable in diverse geographic laboratory settings.
