|Sine Force||3000 Kgf|
|Random Force||3000 Kgf|
|Shock Force||6000 Kgf|
|Max Acceleration Bare Table||85 'g'|
|System Velocity||1.8 m/s|
|Max Displacement||51/75 m|
|Axial Resonance||2.6 KHz|
|THD(resistive Load)||Typically 0.5%||Typically 0.5%||Typically 0.5%||Typically 0.5%|
|Singnal to noise ratio||> 70dB||> 70dB||> 70dB||> 70dB|
|Power Efficiency||> 90%||> 90%||> 90%||> 90%|
|Input Impedance||10 (ohm||10 Kohm||10 Kohm||10 (ohm|
|Input Sensitivity||4V ms, compatible with all standard contraIlers|
|Power Requirement||15 KVA||24 KVA||30 KVA||38 KVA|
|Protection Interlocks||Over Current, Over Load, Under Voltage, Module Failure, Cooling Interlock, Over Temperature Amplifier & Shaker, Current Limit, Loss of Input Phase ETC.|
|Shine Force||200 Kgf|
|Max Acceeration Bare Table Sine||50'g'|
|Max Displacement Peak to Peak||25 mm|
|Axial Resonance||3.5 KHz @ +- 5%|
|Usaeful Frequency Range||DC to 3.8 KHz|
|Mass of Armature||4Kg|
|Dia of Armature||140 mm|
The Digital Power Amplifier is a MOSFET/IGBT based Modular Type Class-D Switching interlocked with the shaker. Digital Amplifier Controller is a microcontroller, colour touch screen based user-friendly interface equipped with self-diagnostic, calibration and protection features which gets the input signal from vibration controller and controls the alternating current amplitude and frequency accordingly.
The remote operation module can be optionally used to remotely operate the complete Vibration Test System.
The Digital Vibration controller is used to simulate actual field vibration conditions at the test laboratory in a controlled manner so as to reproduce the same vibration atmosphere.
The controller is capable of full control and analysis applications for sine, resonance & dwell, random, classical shock, random-on-random, sine-on-random, shock SRS, vibro-shock and field data replication.
Our range of wide variety of head expanders and slip tables provides various possibilities to increase the effective mounting surface and orientation of the direction of the test.
Mg Alloy is used for the construction of head expanders and slip tables to ensure minimal weight thereby being more suitable to the existing force of the system.
We have incorporated an ARM9 microcontroller, colour touch screen based Digital amplifier Controller to control the Power Amplifier of the Vibration Test System.
This makes the operation of the system very user friendly and at the same time enhances the control and operational safety parameters of the system. It incorporates a calibration menu for quick and easy calibration of the system.
|Sine Force Peak||4000Kgf|
|Random Force rms||4000Kgf|
|Max Acceleration Bare Table Sine||801g1|
|System Velocity Sine||1.8/2.4 m /s|
|Max Displacement peak to peak||51/75mm|
|Axial Resonance||2.1KHz of (+5%)|
|Useful Frequency Range||DC to 2.4KHz|
|System Velocity||1.7 m/s|
|Useful Frequency Range||3.1 KHz|
|Max Acceleration Bare||75 g|
|Height||Up to 2.5 Feet|
|Width||Up to 2 Feet|
|Brand Name||Tarang Kinetics|
|Insert Pattern||50 x 50mm matrix|
|Thickness||up to 50 mm|
|Insert Pattern*||50 x 50mm matrix||100x100mm matrix||100x100mm matrix||100x100mm matrix||100x100mm matrix|