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Biaxial Seismic Simulators
Generate reliable, credible test results
MTS 3.0 m Biaxial Seismic Simulators enable seismic researchers to evaluate structural performance during earthquake conditions with exceptional quality, reliability and cost-efficiency. These systems are designed for labs that conduct basic research and component qualification tests, and do not require the unique capabilities of a custom system. To ensure smooth integration, these simulators are engineered for fast, simple installation in existing facilities.
MTS standard biaxial simulators use state-of-the-art MTS FlexTest® control technology to replicate the exact displacement, velocity and acceleration of seismic events, enabling researchers to generate highly reliable, credible test results.
Other system highlights include a maximum specimen mass of ten tons, fatigue-rated actuators, intuitive software, and quiet, clean SilentFlo™ hydraulic power units.
MTS 3.0 m Biaxial Seismic Simulators enable seismic researchers to evaluate structural performance during earthquake conditions with exceptional quality, reliability and cost-efficiency. These systems are designed for labs that conduct basic research and component qualification tests, and do not require the unique capabilities of a custom system. To ensure smooth integration, these simulators are engineered for fast, simple installation in existing facilities.
MTS standard biaxial simulators use state-of-the-art MTS FlexTest® control technology to replicate the exact displacement, velocity and acceleration of seismic events, enabling researchers to generate highly reliable, credible test results.
Other system highlights include a maximum specimen mass of ten tons, fatigue-rated actuators, intuitive software, and quiet, clean SilentFlo™ hydraulic power units.
Hydraulic Service Manifolds
Control, isolate and distribute hydraulic flow between test stations and ensure smooth pressure transitions.
FlexTest Controllers
A versatile, modular digital control platform designed to address a full spectrum of servohydraulic testing applications in materials, components and structures.QUESTIONS?
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