EQS TREMOR SHAKE TABLE

The EQS Tremor Shake Table brings hands-on learning to classrooms, simulating realistic seismic activity for testing structures and exploring earthquake science.

$2.595,00

OVERVIEW

The EQS Tremor Shake Table brings hands-on learning to classrooms, simulating realistic seismic activity for testing structures and exploring earthquake science.

  • Realistic Simulation: Mimics Earth’s crust movements for robust structural testing.
  • Advanced Controls: LED display adjusts cycles (0–30 Hz) to replicate P-wave frequencies.
  • Custom Shake Sequences: Program up to 8 minutes of custom patterns.
  • Educational Tool: Demonstrates resonant frequency and structural engineering concepts.
  • Innovative Design: Includes plywood plates for adding loads, simulating real-world challenges.

Elevate your curriculum with the EQS Tremor Shake Table.

PRODUCT PHOTOS

SPECIFICATIONS

Voltage:

Compatible with 110V and 220V.

User Manual:

Includes setup guide and student project ideas.

Earthquake Simulation:

Realistic seismic testing.

Custom Sequences:

Program up to 8 minutes of shake patterns.7

LED Control:

Adjustable cycles (0–30 Hz).

Standalone Operation:

No computer needed.

Floor Plate System:

Includes 1/8" plywood plates.

Washers and Bolts:

Provided for load simulation.

Portable Design:

Lightweight and compact.

Payload:

30 kg maximum payload

Quiet Operation:

Classroom-friendly design.

Durable Build:

Designed for long-term use.

FEATURES

Replicates seismic activity to test structural resilience.
Advanced LED Control
Programmable for up to 8 minutes of shake patterns.
Ideal for teaching resonant frequency, seismology, and engineering.
Includes 1/8" plywood plates for adding bolts and simulating loads.
Supports various designs, simulating real-world challenges.
Lightweight and easy setup for classrooms.
Built for safe, risk-free operation.
Promotes teamwork and understanding of earthquake science.
Designed for long-term educational use at great value.

FAQs

Small-scale models of buildings, bridges, and towers with customizable loads.
Yes, it’s safe, durable, and operates at controlled frequencies (0–30 Hz).
Yes, up to 8 minutes of programmable sequences for testing and competitions.
Seismology, resonant frequency, structural engineering, geotechnical engineering, and earthquake science.
Yes, it’s compact, portable, and requires no special tools.
Yes, it simulates 0–30 Hz frequencies, matching P-wave activity.

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