Models
- i210/ SA1AM /
- i220/ SA1AM /
- i230/ SA2AM /
- i240/ SA3AM /
- i250/ SA4AM /
- i250/ SA5AM /
- i260/ SA7AM /
- EM2201A /
- EM2301A /
- EM2401A /
- EM2501A /
- EM2502A /
- EM2601A
Specifications
Click HereProduct Overview
The i-Series Vibration Test System from IMV is a High Grade type test system designed to offer a solution for the diverse and strict range of test specifications and requirements. The i-Series range of shaker systems offers a user-friendly line-up with premium-grade performance and enhanced durability that you would expect from IMV.
The High Grade Vibration Generator features maximum acceleration of 1250 m/s2, a maximum velocity of 2.2m/s, maximum displacement of 51mm and a maximum loading mass of 1,000kg.
A common feature in IMV Vibration Test Systems is low noise output. This is achieved by the optimised design of the air intake, based on fluid dynamics. IMV have achieved 54kN excitation force by optimising the magnetic circuits based on finite element analysis coupled with their unique cooling technologies.
Further innovation is seen in the i-Series shakers with IMV’s Parallel Support Guide System (PSG), which supports the upper armature.
The PSG significantly improves both durability, reliability of the system resulting in a higher quality of vibration and it’s design provides adequate stiffness and rigidity when compared to a roller support system. This is achieved by an alternative alignment of gears that have a unique curve called an involute curve.
Learn MoreControl System
Launcher
Rapid creation of a test from a set of pre-defined templates conforming to most international test standards.
System Monitor
Remote monitoring of the test status over the internet.
The status of the test, and the amplifier or shaker operation can be viewed on a remote PC using a standard internet browser. Problems or errors are easily identified.
Home Screen
Home Screen (Error)
Eco Screen
Camera Screen
Chamber Screen
Key Features
- Expanded test range: maximum values that the i-series can offer
- Maximum acceleration: 1250m/s2
- Maximum velocity: 3.5m/s
- Maximum displacement: 51mmp-p
- Maximum loading mass: 1,000kg
- Patented upper (armature) support system PS Guide
Parallel Slope Guide is standard - Low noise
Optimised design of the air intake based on fluid dynamics has reduced the air-intake noise. - All models can be directly coupled to a climatic chamber.
Available Options
ECO-Shaker
ECO-shaker is an electrodynamic vibration test system in which the output of the power amplifier, power input to the vibration generator and cooling blower speed are automatically optimised, according to the payload and test requirements.
Complicated manual settings are no longer needed. Changes in the operating environment or in test level are accommodated without operator intervention.
Features
- Only vibration test levels need to be set
- Automatic response to changes in sample under test or test level
- Continuous monitoring of temperatures used to control blower speed
High performance slip table
Hydrostatic-Bearing Slip Tables from IMV Corporation are of the latest design and use hydro-static bearing blocks which are attached to the underside of the slip plate to enhance the performance of the test system.
Features
- High moment resistance
- Low cross-axis acceleration
- Low distortion
- No requirement for a separate hydraulic unit
- Good work efficacy
- Smaller system installation space
Variable Armature Insert Pattern
The option to freely select the table insert pattern on the shaker armature.
- Selecting this option, the armature mass will increase.
- Due to combining with other options; the horizontal slip table, insert pattern may have restrictions
Head Expanders
The purpose of a Head Expander is to allow testing of multiple items simultaneously, or expanding the test area of a shaker for larger test samples.
Head Expanders can increase efficiency, or simply expand your test capabilities on an existing Vibration Test System.
Features
- Increase Efficiency – Test Multiple Items Simultaneously
- Expand Test Capabilities
Resources
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