TEDV-400 KGF Combo Based Vibration Test System

Name: TEDV-400 KGF Combo Based Vibration Test System
Brand: TARANG KINETICS (P) LTD.
Price: 1000000 INR
Availability: InStock

Price 1000000 INR/ Piece

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MOQ : 1 Piece

TEDV-400 KGF Combo Based Vibration Test System Specification

Operate Method
Automatic

Color
Red

Application
Industry

Material
Metal

Voltage
220 Volt (v)

Product Type
Vibration Test System

TEDV-400 KGF Combo Based Vibration Test System Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
3 Months

About TEDV-400 KGF Combo Based Vibration Test System

Specification

Model	TEDV-400
Performance Parameters
Sine Force (Peak)	400Kgf
Random Force (rms)	400Kgf
Shock Force	800Kgf
Max Acceleration Bare Table (Sine)	55'g'
System Velocity (Sine)	1.6m/s
Max Displacement (peak to peak)	38mm
Axial Resonance (+5%)	3.0KHz
Useful Frequency Range	DC to 3.4KHz

Shaker Parameters

Mass of Armature	8Kg
Size of Armature (dia)	180mm
Insert Pattern	Center-1 100pcd - 4 141.4pcd - 4
Payload Capacity	120Kg
Stray magnetic field (150mm above table)	< 2.5 mT
Cooling blower	400 cfm
Shaker Mass	900kg
Dimensions (mm)	720500790
Utilities required	4-6 bar compressed air, earthing

Power Amplifier Characteristics

Signal to noise ratio	> 70dB
Power efficiency	> 90%
Input Impedance	10 Kohm
Input sensitivity	4Vrms, compatible with all standard controllers
Power requirement (3 Phase)	5 KVA

Vibration Controller

Standard Software	Swept Sine, Random, Classical Shock, Resonance Search Track & Dwell
Optional Software	Random on Random, Sine on Random, Shock Response Spectrum, Transient Time history etc
No Of Channels	4 Channels upgradable upto 32 channels

Efficient Automatic Operation

The TEDV-400 KGF Vibration Test System incorporates an advanced automatic operation method. Its user-friendly controls and programmable settings enable seamless and consistent testing with minimal human intervention, increasing productivity and repeatability during industrial quality assurance.

Robust Industrial Design

Engineered with high-quality metal, the TEDV-400 KGF system withstands demanding industrial environments. Its sturdy red exterior not only enhances visibility but also guarantees long-lasting durability, meeting the needs of intensive testing cycles.

Versatile Application Across Industries

This vibration test system supports diverse industries by providing comprehensive product reliability assessments. Its precise technology helps identify potential weaknesses, ensuring safety, compliance, and optimal performance in manufacturing and research applications.

FAQ's of TEDV-400 KGF Combo Based Vibration Test System:

Q: How does the TEDV-400 KGF Combo Based Vibration Test System operate?

A: The system operates automatically, which allows users to set testing parameters, initiate tests, and collect results with minimal manual intervention. The control interface simplifies the process, making it easy to monitor and manage vibration assessments.

Q: What are the core benefits of using this vibration test system in industry?

A: The system delivers reliable, repeatable, and accurate vibration testing results, enabling manufacturers to identify defects or weaknesses in products. This leads to enhanced product quality, reduced risk of failures, and improved compliance with industry standards.

Q: When should the TEDV-400 KGF system be used during production?

A: It is recommended to use the TEDV-400 KGF during various product development and quality assurance stages, including post-manufacture, pre-shipment, and during ongoing quality control for consistent batch production monitoring.

Q: Where can this vibration test system be installed and used?

A: The system is suitable for installation in industrial labs, manufacturing plants, and quality control departments. Its robust design allows it to function effectively within a variety of industrial settings across India.

Q: What is the process for conducting a vibration test with this system?

A: Place the product sample securely on the test platform, configure the desired vibration parameters on the control unit, and start the automatic test. The system then runs the specified vibration cycles and records the data for later analysis.