Electrodynamic Vibration Shaker - Wide Dynamic Range, High Performance Armature, Power Efficiency > 90% | Ideal For Random And Shock Vibration Analysis

We
are strictly adhere to the guidelines laid by the international
standards industry in order to provide high quality Electrodynamic
Vibration Shaker
that is extensively used in various industries and R&D
laboratories for random and shock vibration analysis,sinusoidal in
automotive parts, military hardware, electronics modules and many
more. Our offered shaker is manufactured at our modern manufacturing
unit under the supervision of our veteran professionals using premium
grade components and latest tools and technology. This Electrodynamic
Vibration Shaker can
be owned at rock-bottom prices.


Features:
Wide
Dynamic Range
Force
rating from 10Kgf to 4000Kgf
High
performance armature assembly
Power
Efficiency is greater than 90%
90
degree Rotation of the shaker for easy integration with slip
table
Power
Module designed for easy and quick operation
Required
Safety interlocks mounted for safe operation
Auto
Centering of Armature
Suitable
Connectivity with all worldwide controllers
Option
for Chamber integration.

Specifications:

Environment
Equipments make Electrodynamic Vibration shaker system has a platform
tightly connected with a Drive Coil (moving element) placed in
magnetic field excited by pure AC signal produced by Digital Power
Amplifier. When AC current flows in the drive coil, a force is
generated which moves drive coil and attached platform vertically.
This vibratory force directly applied on the test specimens mounted
on Shaker platform. This force also can be used in the horizontal
direction with the help of a slip table attachment. `Environment
Equipments ' make Armature assembly utilize modern armature
suspension systems which is Rolling strut type featuring low
transverse motion. Reinforced SS inserts are provided on Armature
platform to hold specimen/object to be tested.
Selection
of a Suitable Vibration Shaker Force
The
system rating is prepared as per direction of International Standards
organization document ISO5344 (BS6140).Following information assist
in selecting a suitable configuration system for intended
applications.The rating of the system is defined in terms of kgf
force and is calculated by using the formula:F = m*aWhere,
F = Machine Force in Kgf unitm = Total moving mass in Kg
(Armature weight + ILS load + Fixture load + object)a =
Acceleration in A AcAca A A A gA AcAca A Aca AcNote:
Acceleration (g) due to natural Gravity = 9.8066 m/sA a A A VIBRATION
SYSTEMS WITH CONFIGRATION AND RATING

Table-1
















System
Performance NCE



Model



E400/P46



E350/P42



E300/P36



E250/P30



E200/P20



E130/P12


E100/P9





Frequency
range HZ



5-2800



5-2800



5-2800



5-2800



5-2800



5-2800



5-2800





Rated
Force



Sine



(kgf)



4000



3500



300



2500



2000



1500



1000





(kn)



40.0



35.0



30.0



25.0



20.0



15.0



10.0





Random



(kgf)



4000



3500



3000



2500



2000



1500



1000





(kn)



40



35



30



25



20



15



10





Max.
Acceleration(g)



80



80



80



80



80



80



80





Max.
Velocity (m/s)



1.8



1.8



1.8



1.8



1.8



1.8



1.8





Max.
Disp. (mm, p-p)



50



50



50



50



50



50



50





Max.
Loading weight (kg)



600



550



500



450



350



250



200





System
Power



64



55



48



40



32



20



15





Vibrator



Model



EEV400



EEV350



EEV300



EE250



EEV200



EEV150



EEV100





Mass
of Armature (kg)



45



44



35



32



25



20



14





Armature
diameter (mm)



410



410



360



300



300



300



240





Power
Amplifier



Model



EPA9K40



EPA8K40



EPA7K30



EPA6K23



EPA5K20



EPA4K20



EPA3K9





Max.
Output KVA



48.0



42.0



36.0



30.0



20.0



20.0



10





Technology



PWM



PWM



PWM



PWM



PWM



PWM



PWM





Controller



Vibration
controller

































Cooling
System



Model



ECS040



ECS035



ECS030



ECS025



ECS020



ECS015



ECS001





Type
of cooling



Air
cooled



Air
cooled



Air
cooled



Air
cooled



Air
cooled



Air
cooled



Air
cooled