Our company is the major in offering Single & Multi AXis, 6 Degree of Freedom Shake Tables to the clients. Simulator Shake Table is manufactured by deft professionals using high quality material with help of ultra modern machines at vendors end. Offered range is widely used in various industries. This product is made available in various shapes, sizes, thickness and grades as per needs and demands of patrons. Offered range is strictly tested on various parameters and is widely demanded by clients. Features: Perfect finishElegant designHigh strengthSimulator Tables 0.5m x 0.5m, 1m x 1m, 1.5m x 1.5m, 2m x 2m, 2.5m x 2.5m, 3m x 3mPay load range over 10000KgStroke range over 1000mmLinear bearing table mountsLow friction and low maintenance swivelsThreaded mounting holes on the table for specimenFatigue rated actuatorsTest frequencies up to 70 Hz & acceleration up to 5gContamination insensitive hydraulics & digital controlsDi-axial and multi axial Applications: Earth quake motion simulationSoil liquefaction studiesSeismic qualification tests on components & structuresVibration qualification tests on mechanical componentsDynamic response prediction, functionality strength and durability of structural objectsEducation on earth quake engineering

Features

• Pay Load Capacities up to 100Kg
• High stiffness table mounted reaction frames
• Table size Maximum 500mm x 500mm
• Up to 200 mm stroke servo electric actuators
• Digital Encoder for stroke measurement & control with resolution of 0.01micron
• Stroke accuracy 0.5% of read out value
• Acceleration range: Maximum 2g
• Frequency range: Maximum 20Hz
• Centre of Gravity (CG) above the table 200mm
• Sustained velocity 0.6 mtr/sec
• Peak velocity 0.6 mtr/sec
• Works out of 1 230VAC
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of read out value for load, strain & stroke
• Noiseless operation

Applications

• Seismic applications for limited payload and frequency
• Component vibration studies
• Academic purpose for college practicals and studies

BISS Uniaxial Shake tables are designed to perform seismic qualification, solid liquefaction and vibration tests on models as well as for engineering qualification of components and assemblies for earth quake and vibration resistance.

The tables are designed with natural frequency to exceed 100Hz and the design ensures the c.g of the test object can be anywhere within the table and elevated up to 1000mm above the table. Precision machined rails engage with the linear bearings and provide linear horizontal movement.

Features

• Pay Load Capacities up to 10000Kg
• High stiffness floor mounted reaction frames
• Table size mtr:0.5x0.5, 1x1, 1.5x1.5, 2x2, 2.5x2.5, 3x3
• Up to 1000 mm stroke servo hydraulic actuators
• Digital Encoder with stroke resolution of 1micron
• Acceleration range: Maximum 5g
• Frequency range: Maximum 50Hz
• Centre of Gravity (CG) above the table up to 1000mm
• Sustained velocity 1 mtr/sec
• Peak velocity 1 mtr/sec
• Works out of 1 230VAC 3 kW
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of reading for acceleration& stroke
• Power packs with 11LPM to 500LPM flow rates

Applications

• Seismic qualification tests on components
• Basic research & component vibration studies
• Soil Liquefaction tests
• Earthquake motion simulation

BISS 3-Axes, 6 DOF Shake tables are designed to perform seismic qualification, solid liquefaction and vibration tests on building models as well as for engineering qualification of components and assemblies for earth quake and vibration resistance.

The tables are designed for rigid mounting of specimens for transfer of required acceleration history. It also ensures the c.g of the test object can be anywhere within the table work space. Table motion is generated through precision and synchronous control of 8 actuators i.e., 4 vertical, 4 horizontal. Swivel mounting at both ends isolate the piston from side loads.

Features

• Pay Load Capacities up to 5000Kg
• High stiffness floor mounted reaction frames
• Table size mtr:0.5x0.5, 1x1, 1.5x1.5, 2x2, 2.5x2.5, 3x3
• Threaded mounting holes on table for specimens
• Low friction and low maintenace swivels
• Up to 500 mm stroke servo hydraulic actuators
• Digital Encoder with stroke resolution of 1micron
• Acceleration range: Maximum 5g/span>
• Frequency range: Maximum 50Hz
• Works out of 1 230VAC 3 kW
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of reading for acceleration& stroke
• Power packs with 11LPM to 500LPM flow rates

Applications

• Seismic qualification tests on components
• Basic research & component vibration studies
• Soil Liquefaction tests
• Education in Earthquake and Marine engineering

The tables are designed with natural frequency to exceed 100Hz and the design ensures the c.g of the test object can be anywhere within the table and elevated up to 1000mm above the table. Precision machined rails engage with the linear bearings and provide linear horizontal movement.

Our company is the major in offering Single & Multi AXis, 6 Degree of Freedom Shake Tables to the clients. Simulator Shake Table is manufactured by deft professionals using high quality material with help of ultra modern machines at vendors end. Offered range is widely used in various industries. This product is made available in various shapes, sizes, thickness and grades as per needs and demands of patrons. Offered range is strictly tested on various parameters and is widely demanded by clients. Features: Perfect finishElegant designHigh strengthSimulator Tables 0.5m x 0.5m, 1m x 1m, 1.5m x 1.5m, 2m x 2m, 2.5m x 2.5m, 3m x 3mPay load range over 10000KgStroke range over 1000mmLinear bearing table mountsLow friction and low maintenance swivelsThreaded mounting holes on the table for specimenFatigue rated actuatorsTest frequencies up to 70 Hz & acceleration up to 5gContamination insensitive hydraulics & digital controlsDi-axial and multi axial Applications: Earth quake motion simulationSoil liquefaction studiesSeismic qualification tests on components & structuresVibration qualification tests on mechanical componentsDynamic response prediction, functionality strength and durability of structural objectsEducation on earth quake engineering

Features

• Pay Load Capacities up to 100Kg
• High stiffness table mounted reaction frames
• Table size Maximum 500mm x 500mm
• Up to 200 mm stroke servo electric actuators
• Digital Encoder for stroke measurement & control with resolution of 0.01micron
• Stroke accuracy 0.5% of read out value
• Acceleration range: Maximum 2g
• Frequency range: Maximum 20Hz
• Centre of Gravity (CG) above the table 200mm
• Sustained velocity 0.6 mtr/sec
• Peak velocity 0.6 mtr/sec
• Works out of 1 230VAC
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of read out value for load, strain & stroke
• Noiseless operation

Applications

• Seismic applications for limited payload and frequency
• Component vibration studies
• Academic purpose for college practicals and studies

BISS Uniaxial Shake tables are designed to perform seismic qualification, solid liquefaction and vibration tests on models as well as for engineering qualification of components and assemblies for earth quake and vibration resistance.

The tables are designed with natural frequency to exceed 100Hz and the design ensures the c.g of the test object can be anywhere within the table and elevated up to 1000mm above the table. Precision machined rails engage with the linear bearings and provide linear horizontal movement.

Features

• Pay Load Capacities up to 10000Kg
• High stiffness floor mounted reaction frames
• Table size mtr:0.5x0.5, 1x1, 1.5x1.5, 2x2, 2.5x2.5, 3x3
• Up to 1000 mm stroke servo hydraulic actuators
• Digital Encoder with stroke resolution of 1micron
• Acceleration range: Maximum 5g
• Frequency range: Maximum 50Hz
• Centre of Gravity (CG) above the table up to 1000mm
• Sustained velocity 1 mtr/sec
• Peak velocity 1 mtr/sec
• Works out of 1 230VAC 3 kW
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of reading for acceleration& stroke
• Power packs with 11LPM to 500LPM flow rates

Applications

• Seismic qualification tests on components
• Basic research & component vibration studies
• Soil Liquefaction tests
• Earthquake motion simulation

BISS 3-Axes, 6 DOF Shake tables are designed to perform seismic qualification, solid liquefaction and vibration tests on building models as well as for engineering qualification of components and assemblies for earth quake and vibration resistance.

The tables are designed for rigid mounting of specimens for transfer of required acceleration history. It also ensures the c.g of the test object can be anywhere within the table work space. Table motion is generated through precision and synchronous control of 8 actuators i.e., 4 vertical, 4 horizontal. Swivel mounting at both ends isolate the piston from side loads.

Features

• Pay Load Capacities up to 5000Kg
• High stiffness floor mounted reaction frames
• Table size mtr:0.5x0.5, 1x1, 1.5x1.5, 2x2, 2.5x2.5, 3x3
• Threaded mounting holes on table for specimens
• Low friction and low maintenace swivels
• Up to 500 mm stroke servo hydraulic actuators
• Digital Encoder with stroke resolution of 1micron
• Acceleration range: Maximum 5g/span>
• Frequency range: Maximum 50Hz
• Works out of 1 230VAC 3 kW
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of reading for acceleration& stroke
• Power packs with 11LPM to 500LPM flow rates

Applications

• Seismic qualification tests on components
• Basic research & component vibration studies
• Soil Liquefaction tests
• Education in Earthquake and Marine engineering

The tables are designed with natural frequency to exceed 100Hz and the design ensures the c.g of the test object can be anywhere within the table and elevated up to 1000mm above the table. Precision machined rails engage with the linear bearings and provide linear horizontal movement.