Unaxial Shaking Table Test Systems

Description

Unaxial Shaking Table Test Systems

PARSROS Unaxial Shaking Table Systems including; simulation table (dimensions according to demand), actuators that special designed for seismic application

Hydraulic power supply units that suitable for demanded specification, produced as minimum error,

PARSROS hydraulic power unit with servo valve technology that is suitable for dynamic tests and Doli Electronic Control Unit, Dynamic Test Software.

Maximum table acceleration, overturning moment, table speed, actuator stroke length, engine power, working frequency, hydraulic power supply unit system

pressure arecalculated by PARSROS engineers as most confidence for customer’s needs and offer to their users.

PARSROS use position measuring sensors 1 mµ precision

PARSROS Unaxial Shaking Table simulates earthquakes as sin, triangled etc wave forms that according to earthquake datas and apply shakes as load, strain, position.

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SERVO-HYDRAULIC ACTUATOR TECHNOLOGY

 

Unaxial Shaking Table  – TECHNICAL SPECIFICATION

Contactless Strain Sensor Sensitivity in 1 μ

Manifolds

Servo-valve

Pressure Accumulator

Class ± 0.5% Load Cell

Elongation Measurement System

Strain measurement and control friction (non-contact) with a displacement sensor is performed, the sensitivity is 1 mμ

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DYNAMIC ACTUATORS

PARSROS has vast experience developing actuators for some of the world’s most demanding applications and high performance motion control components is one

of our strengths.

Actuators are key to high performance test solutions and our customers have expressed a need for more reliable, high performance components than they can find

in the marketplace.

PARSROS actuators – servo actuators combine high performance cylinders, linear feedback devices and servovalves in one assembly.

These servo actuators have been specifically developed to offer the advantages of custom engineered units designed for industrial applications without the costs or

delays that can accompany a custom designed unit.

The choice of servovalves, position transducers, working areas and strokes available will accommodate most control requirements.

Maximum compatibility with other components such as electronics and special function manifolds.

The benefits of the hydraulic actuators include totally assembled and self contained units that are 100% tested before shipment.

Minimized plumbing and fixturing as well as case drain for zero rod leakage.