UNI AXLE SERVO CONTROLLED EARTH QUAKE SHAKING TABLEMODEL NO.- KJ ST-909 Uni axle Shake Table are ideal for performing seismic simulation, solid liquefaction and vibration tests on models as well as for engineering qualification of components and assemblies for earthquake and vibration resistance.

Specification :-

• Motorized Shake Table - The shake table utilized to test various models of structures
• under uni-axial (horizontal component) shaking with supporting frame. Input
• motion of the machine can controlled by software.

Features ( Specification ) :-

• 1.Shake Table with one Translational axis which can upgraded in future to further axes of interest
• 2.Shake Table size : 1500 x 900mm
• 3.The stroke length is ± 50 mm.
• 4.Payload capacity : 1000 kg
• 5.Frequency Range : 0.1 to 50 Hz
• 6.Driving Mechanism : Servo controlled motor and gear box operated by electronics
• 7.Two sensor would be provided with the machine ,Additional sensors to checks respective displacement of sample putted on table.
• 8.Lesser Displacement Sensor, 0.01 mm x 25 mm travel.
• 9.Digital Data logger wiyth saperate channel Indicator.
• 10.Computer Software for Data Logging Analisys.
• 11.User Frient Software with Load V/S. Time , Load V/S. Displacement, Displacement V/S. Time, Separete Graphs Online.
• 12.User Friendly Data Analysis Sheet can be provide as per custmer Requirement.
• 13.Table Top : Made up of MS plate of minimum 16 mm thickness or greater to control deflection under payload.
• 14.The plate shall have circular slots of M10 mm dia. @ 100 mm c/c both ways leaving the 150 mm edge distances along periphery.
• 15.Supporting frame : The supporting frame have manufactured by high stiffness square cross sectioned to avoid resonance and vibrations to the body structure.
• 16.Servo- controlled motor : It controls the shake table by software supported pre programmed as per desire recipe given by the operator within its maximum and minimum limits by dynamic force rating of that can excite the platform with payload at an acceleration .
• 17.Separate additional displacement sensors also would be provide to display the samples displacement with respective to bottom shaking plate.
• 18.Displayed would be on line and off line and analysis the same on your p.c. through user friendly software.
• 19.P.C. connectivity through Ethernet and USB port.
• 20.Machine operates on 3 Phase A.C. 450 volts supply.
• 21.Models Would be provided as under:
• Spring Mass Model
• Soil Liquefaction Model
• Model for Pounding Effect
• Mode Shape Model
• Model Of Bracing System
• Shear Wall Model
• Model Of Irregularities In Structures

UNI AXLE SERVO CONTROLLED EARTH QUAKE SHAKING TABLEMODEL NO.- KJ ST-909 Uni axle Shake Table are ideal for performing seismic simulation, solid liquefaction and vibration tests on models as well as for engineering qualification of components and assemblies for earthquake and vibration resistance.

Motorized shake table :-

• Motorized Shake Table - The shake table utilized to test various models of structures
• under uni-axial (horizontal component) shaking with supporting frame. Input
• motion of the machine can controlled by software.

Features ( Specification ) :-

• Shake Table with one Translational axis which can upgraded in future to further axes of interest
• Shake Table size : 1500 x 900mm
• The stroke length is ± 50 mm.
• Payload capacity : 1000 kg
• Frequency Range : 0.1 to 50 Hz
• Driving Mechanism : Servo controlled motor and gear box operated by electronics
• Two sensor would be provided with the machine ,Additional sensors to checks respective displacement of sample putted on table.
• Lesser Displacement Sensor, 0.01 mm x 25 mm travel.
• Digital Data logger wiyth saperate channel Indicator.
• Computer Software for Data Logging Analisys.
• User Frient Software with Load V/S. Time , Load V/S. Displacement, Displacement V/S. Time, Separete Graphs Online.
• User Friendly Data Analysis Sheet can be provide as per custmer Requirement.
• Table Top : Made up of MS plate of minimum 16 mm thickness or greater to control deflection under payload.
• The plate shall have circular slots of M10 mm dia. @ 100 mm c/c both ways leaving the 150 mm edge distances along periphery.
• Supporting frame : The supporting frame have manufactured by high stiffness square cross sectioned to avoid resonance and vibrations to the body structure.
• Servo- controlled motor : It controls the shake table by software supported pre programmed as per desire recipe given by the operator within its maximum and minimum limits by dynamic force rating of that can excite the platform with payload at an acceleration .
• Separate additional displacement sensors also would be provide to display the samples displacement with respective to bottom shaking plate.
• Displayed would be on line and off line and analysis the same on your p.c. through user friendly software.
• P.C. connectivity through Ethernet and USB port.
• Machine operates on 3 Phase A.C. 450 volts supply.
• Models Would be provided as under:
• Spring Mass Model
• Soil Liquefaction Model
• Model for Pounding Effect
• Mode Shape Model
• Model Of Bracing System
• Shear Wall Model
• Model Of Irregularities In Structures

This model is used to exhibit mode shape of three degree of freedom system. It should consist of 3masses supported on two sheet of ductile material at various heights.Material - stainless steel A 304Frequency range of model – 0-10 hertz Lateral Dimension – 300< d< 500 mmIt should be made up of such a way that height of the any storey can be changed by the movement of the floor mass in vertical direction.Arrangement should be made· To put additional mass at any floor level.· To measure inter storey drift.

UNI AXLE SERVO CONTROLLED EARTH QUAKE SHAKING TABLEMODEL NO.- KJ ST-909 Uni axle Shake Table are ideal for performing seismic simulation, solid liquefaction and vibration tests on models as well as for engineering qualification of components and assemblies for earthquake and vibration resistance.

Motorized shake table :-

• Motorized Shake Table - The shake table utilized to test various models of structures
• under uni-axial (horizontal component) shaking with supporting frame. Input
• motion of the machine can controlled by software.

Features ( Specification ) :-

• Shake Table with one Translational axis which can upgraded in future to further axes of interest
• Shake Table size : 1500 x 900mm
• The stroke length is ± 50 mm.
• Payload capacity : 1000 kg
• Frequency Range : 0.1 to 50 Hz
• Driving Mechanism : Servo controlled motor and gear box operated by electronics
• Two sensor would be provided with the machine ,Additional sensors to checks respective displacement of sample putted on table.
• Lesser Displacement Sensor, 0.01 mm x 25 mm travel.
• Digital Data logger wiyth saperate channel Indicator.
• Computer Software for Data Logging Analisys.
• User Frient Software with Load V/S. Time , Load V/S. Displacement, Displacement V/S. Time, Separete Graphs Online.
• User Friendly Data Analysis Sheet can be provide as per custmer Requirement.
• Table Top : Made up of MS plate of minimum 16 mm thickness or greater to control deflection under payload.
• The plate shall have circular slots of M10 mm dia. @ 100 mm c/c both ways leaving the 150 mm edge distances along periphery.
• Supporting frame : The supporting frame have manufactured by high stiffness square cross sectioned to avoid resonance and vibrations to the body structure.
• Servo- controlled motor : It controls the shake table by software supported pre programmed as per desire recipe given by the operator within its maximum and minimum limits by dynamic force rating of that can excite the platform with payload at an acceleration .
• Separate additional displacement sensors also would be provide to display the samples displacement with respective to bottom shaking plate.
• Displayed would be on line and off line and analysis the same on your p.c. through user friendly software.
• P.C. connectivity through Ethernet and USB port.
• Machine operates on 3 Phase A.C. 450 volts supply.
• Models Would be provided as under:
• Spring Mass Model
• Soil Liquefaction Model
• Model for Pounding Effect
• Mode Shape Model
• Model Of Bracing System
• Shear Wall Model
• Model Of Irregularities In Structures

This model is used to study various bracing system its effect on structural response. It should consist of single mass supported on four corner column.Material - stainless steel A 304Frequency range of model – 0-10 hertz Lateral Dimension – 300< d< 500 mm Height of the model < 600 mm It should be made up of such a way that various bracing arrangement can be incorporated like Xbracing, knee brace, chevron brace etc.Arrangement should be made· To put additional mass at any floor level.· To change the location bracing Dimension of the bracing < 50% of the dimension of the column

This model is used to study the pounding effect of buildings which are very close. It should consist of 3masses supported on four corner column at various heights.Material - stainless steel A 304Frequency range of model – 0-10 hertzLateral Dimension – 300< d< 500 mmIt should be made up in such a way that height of the any storey can be changed by the movement of thefloor mass in vertical direction.Arrangement should be made· To put additional mass at any floor level.· To measure inter storey drift.

This model is used to study the effect of re-entrant corner in buildings. It should be L shaped building consist of 2 separate parts. One part (900mm x 300 mm) of the model with light masses is supported onsix columns other part ( 600 mm x 450 mm) is with heavy mass supported on four column at various heights.Material - stainless steel A 304Frequency range of model – 0-15 hertz Storey Height – 400 mm It should be made up in such a way that height of the any storey can be changed by the movement of thefloor mass in vertical direction.Arrangement should be made· To put additional mass at any floor level.· To measure inter storey drift.· To attach detach two part of the building