Electrodynamic Shaker

We are comprehensively presenting an unparallel range of Electrodynamic Shakers. These Electrodynamic Shakers are made up of latest technology and finest quality material. Also, these Electrodynamic Shakers are highly demanded by clients due to their premium quality and long functional life. Features:Best grade materialsHigh performanceMost reasonable prices

The H Series provides an intermediate force range of vibration test systems consisting of the SAI Series Class D power amplifier, H560 electrodynamic shaker, DC field supply, and remote cooling blower. Systems are provided as complete packages including EMI shielded console with 3-phase line filtering, interface cabling, integrated safety interlocks, and full featured interface panel for the power amplifier. All systems are direct coupled for maximum rated performance and require no transformer reconnections or switching circuits. The performance of the H Series supports a wide variety of vibration test applications including product development and design conformance, qualification and certification, and production screening.

We are comprehensively presenting an unparallel range of Electrodynamic Shakers. These Electrodynamic Shakers are made up of latest technology and finest quality material. Also, these Electrodynamic Shakers are highly demanded by clients due to their premium quality and long functional life. Features: Best grade materials High performance Most reasonable prices

The Model M1600W Modal Shaker is a small permanent magnet vibration exciter, stably constructed and easy to transport. It is intended primarily for Modal excitation, but of course can be used for transducer calibration, experimental or educational use. It s frequency range up to 4,500 Hz is wide enough for most applications and its motion has very little out of axis motion, allowing less than 5% transverse acceleration up to 4.5KHz. The vibration table has a single threaded hole (1/4-28 NF) which enables one to mount most stingers or mechanical adapters. The shaker is a nice compact unit weighing 20Kg (44 pounds), standing 193mm (7.5 inches) tall by 180mm (7 inches) in diameter. The shaker armature has a hole through design with an aluminum top. The moving weight of the armature is about 90 grams, giving minimum mass loading effects especially when using the stinger apparatus.. The shaker design employs an AlNiCo permanent magnet completely encased in a low carbon steel bowl to create a magnetic field in the gap of 13000 gauss. Moving in this field is a three inch diameter electromagnetic coil, approximately 20 mm (3/4 inch) long. The static resistance of this coil is about four ohms. The shaker is put into motion by powering the coil with an electronic signal creating a magnetic field that pushes and pulls on the field of the permanent magnet. As the signal moves from positive to negative the position of the shaker armature likewise moves up and down. To create an efficient shaker, the mechanical gap between the coil and the magnet is kept to about three hundred microns. Exciter Construction, features and uses The hole - thru design of the Model M1600W permits easy use of tension wire stingers as well as more traditional push-pull stingers. A chuck and nut assembly is furnished for typical sized stingers and several stingers are available as part of an accessory kit. The magnetic field is generated by a AlNiCo permanent magnet. The magnetic field is conducted to the desired air gap by building the shaker in the shape of a magnetic bowl out of soft steel parts. The air gap is approximately 10mm (3/8inch) high and slightly over seventy six millimeters (three inches) in diameter. The width of the air gap is about 1.8mm (.07inches). The magnetic field density in the gap will measure about 11,500 Gauss. A Beryllium Copper flex lead attaches the coil to the power input to provide extremely long fatigue life. The coil wire is edge wound completely by machine resulting in a uniform coil that is less prone to localized heating, a major cause of armature damage. The coil wire is supported on a Kaptan/Nomex structure bonded with high temperature epoxies. The result is a coil assembly with a high temperature limit of about 250 degrees C. The clearance of motion from the inside of the armature assembly to the magnet pole piece assembly is from 0.010 to 0.015 inches (0.25 to 0.38 mm). The shaker is cooled by natural convention cooling provided by the motion of the armature or an optional blower can be used. Can be used with any excitation signal: Random, Burst Random, Sine or Swept Sine Wide, useable Frequency Range. Extremely light moving element for excellent motion through resonances.

Electrodynamic Shaker Systems

We deal in Vibration Shaker Systems. Our PC Based Digital Vibration Controller is very efficient in its performance. It is endurable and long lasting in nature. Apart from this, we are considered as one of the chief Digital Vibration Control System Manufacturers in India. The followings are some of the salient features of our Digital Vibration Controller : * Complete vibration control software and hardware * High performance and accuracy * Flexible for program & profile * Display of test data & graph * Storage of data and graph * Test scheduling * System health check feature before actual test * Software password security * Compatible with XP/2000/Windows7/8 * User friendly

We are offering Low Force Electrodynamic vibrator Shaker Series.Click Here For More Details.

Electrodynamic Shaker

The Continuous Emission Monitoring Systems (CEMS) / Stack Monitors/ Dust Monitors are indigenously manufactured. We manufacture models based on the internationally accepted widely approved principles like - "LIGHT SCATTERING" principle "ELECTRODYNAMIC" principle "TRIBOFLOW" principle All these principles are internationally and universally approved by several Environment Agencies including USA (EPA i.e. Environment Protection Agency) and TUV Germany. These instruments give a CONTINUOUS display in mg/nm3 of the emissions / suspended particulate matter in the stacks / ducts / chimneys which are being monitored. The instrument readings will closely match those you obtain by iso-kinetic / thimble process measurement.

Sdyn s SEV and SEW series of Electrodynamic Shaker produces vibration based on the principle of magnetism. The SEV series is air cooled and SEW series is water cooled, respectively. The product portfolio covers all ranges of shaker, from 10 kgf up to 32000 kgf and beyond. An Electrodynamic Shaker has two separate coils, one is stationary and the other is dynamic. A stationary coil or Field Coil helps in magnetising the iron to produce magnetic field lines and current flowing in the dynamic coil or Armature Coil interacts with these magnetic field lines to produce motion. This principle of magnetism is based on Maxwell s Right Hand Rule and Fleming s Left Hand Rule. Major Sub Systems of the Electrodynamic Shaker are:

As per the specific needs of the clients, we are engaged in providing a high quality range of Electrodynamic Vibration Shaker. Features: Easy to operateRugged designExcellent functionality Use: To provide a testing platform for transportation simulation, mechanical shock, mission profile, environmental stress screening, etc.

Features: Power Module designed for easy and quick operationRequired Safety interlocks mounted for safe operationAuto Centering of Armature

Product Specification Power Supply Electric Frequency 50Hz Voltage 240V AC Acceleration 9.8m/s2 Phase Type Single Phase

In our range of Vibration Testing Equipments, we engulf Electro Dynamic Shaker too. They are developed by our vendors so as to meet the expectations of our valued customers and vibration test applications. Our range of Electro Dynamic Shaker provides a cost effective solution as they are technically much advanced with easy to operate functionality. Features: Market leading pricePremium qualityEffectiveness

Electrodynamic vibration shakers

Crompton Force Series

Force Range: 4,500 to 6,000 lbs (20 to 26,7 kN) Armature Sizes: 13.3 inch (337 mm), 17.5 inch (445 mm) Features 4,500 to 6,000 lbs (20 to 26.7 kN) Force Armature Weight with Inserts 50 lbs (22.7 kg) 200 g Shock 2 inch (51 mm) Displacement 600 lbs (272 kg) Internal Pneumatic Load Support 13.3 inch (337 mm) Diameter Armature, 12 inch (305 mm) Outer Bolt Hole Circle NEW 17.5 inch (445 mm) Armature now available! Three Base Configurations: Low Profile (LP) Pedestal Base (PB) ST Series Slip Table Assembly (ST) Completely Air Cooled Modular, High Efficiency Class-D SA or SAI Series Power Amplifier Combined Environment Support SA-Command Link Vwin II/Amplifier Remote Interface