Demonstrating vibration characteristics by shaking the structure! A compact design intended for portability.
The SLTCAT-39 is a small vibration exciter that hugs the structure to be shaken and generates excitation force by vibrating. Since the device itself acts as an inertial body to generate the excitation force, a reaction base is not required. It enables vibration characteristic analysis and verification of damping characteristics through frequency sweep tests and pinpoint vibration tests. For example, by applying arbitrary excitation forces to the columns of a detached house, it is possible to analyze the house's natural vibration characteristics and predict resonance during an earthquake. Originally developed for cable excitation of existing cable-stayed bridges, this device allows for portable and easy execution of vibration experiments on existing structures. It can be custom-made according to the required excitation force and frequency. **Features** - The device itself acts as an inertial body, eliminating the need for a reaction base. - Can be connected to commercially available function generators. - Operates on AC100V power supply, with proven performance using generator power. - Compact design intended for portability. *For more details, please refer to the PDF document or feel free to contact us.*
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【Device Specifications】 ■Excitation Force: ±500N ■Power Supply: AC100V Single Phase 1kW ■Minimum Transport Weight: 30kg ■Control Unit: 15kg ■Exciter Dimensions: 21×30×58cm ■Vertical Vibration Possible ■Frequency: DC～20Hz ■Amplitude: ±75mm ■Random Wave Excitation Possible via External Input *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Solution Co., Ltd. is a company that develops, manufactures, and maintains various advanced testing machines, starting with hydraulic and electric vibration testing machines. We assist in creating specifications to achieve the performance our customers seek, and we obtain customer approval for mechanical design drawings and software specifications before production, proceeding one step at a time. Additionally, manufacturing and assembly are carried out under the strict supervision of designers. We also conduct maintenance after the equipment is operational to ensure it is used in the best condition for an extended period.