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Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard

Good quality Vibration Testing Machine for sales
Good quality Vibration Testing Machine for sales
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Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard

China Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard supplier
Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard supplier Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard supplier Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard supplier Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard supplier

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Product Details:

Place of Origin: Dongguang, China
Brand Name: LABTONE
Certification: CE / ISO
Model Number: EV206

Payment & Shipping Terms:

Minimum Order Quantity: 1 SET
Price: Negotiable
Packaging Details: Plywood Case with Vacuum Packing
Delivery Time: 45 Working Days
Payment Terms: T/T, L/C
Supply Ability: 15 Sets / Month
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Detailed Product Description
Max Exiting Force: 600kg (6kN) Frequency Range: 2-3000 Hz
Max Displacement: 50 Mm Payload: 200kg
Max Velocity: 200cm/s Power Supply: 3 Phase AC 380V 50Hz

 

Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard

 

 

How to select a Vibration Test System:

 

Finding a proper system to run a particular test on a particular specimen involves three distinct steps:

  1. Determine the Frequency Range of the test and the extreme Peak motions (Acceleration, Velocity and Displacement) from the Test Specification. Depending upon the type of test (Swept Sine, Random, or Classical Shock for example) you will perform different calculations to accomplish this.
     
  2. From the Device Specifications determine the mass of the device under test (DUT) and the dimensions of the mounting surface required to bolt the DUT to a shaker table with its center of gravity (CG) over the table’s center. This may require use of a head expander and/or other mounting fixture. Determine the mass of such additional hardware including all mounting fasteners.
     
  3. Look at the Shaker Specifications of a trial system. Verify that the mass of the DUT and any mounting fixtures are less than the shaker’s rated Maximum Static Payload. Verify that the DUT (or its mounting hardware) can be bolted to the shaker’s armature or head expander. Add the Effective Armature Mass and head expander mass to the DUT mass and the mass of any mounting fixtures and fasteners and any accelerometers mounted to the DUT – this is the Total Moving Mass that must be moved by the shaker during the test. Multiply the Total Moving Mass by the Acceleration determined in step one to calculate the Force required. Verify the determined test Frequency Range, Force, Peak Acceleration, Peak Velocity and Peak Displacement required by the test and DUT are all less than the corresponding performance ratings of the selected shaker system. If this is true, the selected shaker is acceptable. If not, a more powerful shaker is called for.

 

 

Applicable Standards:

 

MIL-STD, DIN, ISO, ASTM, IEC, ISTA, GB, GJB, JIS, BS etc.

 


Applicable Industries:

 

utomotive, Electronics, Aerospace, Vessel, Telecommunication, Pptoelectronics, Instrument etc.

 


Features:

  • Strength of the suspension system and linear motion guiding, strong carrying capacity, good guiding functions, high stability.
  • Perfect performance on amplitude variation.
  • High efficient on D Class power conversion, 3 - Sigma peak current, provide the optimization of power consumption and minimum harmonic distortion.
  • Rapid self-test diagnostics and chain safeguard, high high safety and reliability
  • Air gasbag isolation damping device realize the the vibration table with no need for special foundation. Perfect reappearance vibration waveform and the reduction of vibration transmission
  • Different application on the vertical and horizontal tables.
  • Simple operation for the controller.

 

Working Principle:

 

Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard

 

 

Specifications: EV103-EV220

 

Model EV103 EV203 EV106 EV206 EV210 EV220
Vibration Generator VG300/25 VG300/40 VG600/25 VG300/50 VG1000/50 VG2000/50
Frequency(Hz) 2-4000 2-2500 2-3000 2-3000 2-3000 2-2500
Max Exiting Force(kg.f) 300 300 600 600 1000 2000
Max. Displacement (mmp-p) 25 38 25 50 50 50
Max. Acceleration(g) 100 100 100 100 100 100
Max. Velocity(cm/s) 200 120 180 200 200 200
Payload(kg) 110 120 200 200 300 400
Armature Mass(kg) 3 3 6 6 10 20
Armature Diameter(mm) φ150 φ150 φ200 φ200 φ240 φ320
Cooling Method Forced Air Cooling
Vibration Generator Weight(kg) 460 460 720 920 1100 1600
Vibration Generator Dimension L*W*H(MM) 750*560*670 750*555*670 800*600*710 800*600*710 845*685*840 1200*870*1100
Power Amplifier Amp3k Amp3k Amp6k Amp6k Amp12k Amp22k
Cooling Method Forced Air Cooling
Power Amplifier Weight(kg) 250 250 320 320 350 500
Power Amplifier Dimension L*W*H(MM) 800*550*1250 800*550*1250 800*550*1250 800*550*1250 800*550*1520 800*550*1520
Utility
Requirements
3-phase AC380V ±10% 50Hz
Aggregate Capacity(KW) 8 9 18 20 25 35

 

 

 

Detailed Pictures:

 

Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard

 

Machining center

 

Sine Random Vibration Testing System Comply With MIL-STD-810F International Standard

 

 

 

 

Contact Details
Labtone Test Equipment Co., Ltd

Contact Person: Ms. Jessica Wang

Tel: +8618819097469

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