Product Description
Owing to the expertise in this domain, we are offering excellent quality Impulse Hammer and cantilever Beam testing which is rugged in design. This product is able to produce sound which is used to check the intensity of waves and also to find out the mode shapes, Frequency response functions and damping. Offered product is efficiently manufactured by making use of optimum grade raw materials and advanced technology at our well-checked manufacturing unit under the experts supervision. The offered Impulse Hammer Beamis available at market leading prices.
Features:
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Sturdy construction
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Highly effective
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Impeccable performance
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Negligible maintenance
Advanced Structural Testing CapabilityEmploying a piezoelectric impact hammer and compatible accelerometer, the system precisely captures impulse responses and vibration data across a broad frequency range. Reliable digital waveform visualization enhances the clarity and interpretation of test results.
Safety and Durability AssuredEquipped with an insulation box for electrical safety and a protection system guarding against overload and short circuits, this setup maintains rigorous standards. The housing and accessories boast corrosion and impact resistance, making it suitable for repeated laboratory workflows.
Certified Accuracy and ComplianceA calibration certificate accompanies each unit, substantiating its 0.5% FS accuracy. The product meets common laboratory standards, providing peace of mind for quality assurance, traceability, and consistent test outcomes.
FAQs of Impulse Hammer & Beam Test setup:
Q: How does the impulse hammer measure structural response accurately?
A: The impulse hammer uses a piezoelectric sensor to generate and measure precise impact forces. Paired with the included accelerometer (50 g range), the setup records vibrations and structural responses in real-time, providing digital waveform visualization for thorough analysis.
Q: What is the process for setting up and operating the beam test system?
A: To operate the system, securely position the beam specimen, connect the instrumented hammer and accelerometer, and power the unit with either 230V AC or battery. Use the digital display to monitor waveforms, then initiate testing by applying controlled impacts with the supplied hammer.
Q: When should calibration be performed on this test setup?
A: Calibration is recommended before the initial use and subsequently at regular intervals, as specified in the provided certificate, to maintain data accuracy. Routine calibration assures that all measurements remain within the 0.5% FS stated precision.
Q: Where can this impulse hammer and beam test setup be effectively used?
A: This system is designed for use in standard laboratory environments due to its dimension and portability. It accommodates laboratory-scale beams and is widely utilized in academic research, industrial quality checks, and structural engineering analysis across India.
Q: What are the benefits of the included protection and insulation features?
A: Overload and short circuit protection safeguard the electronics, while the insulation box ensures user safety against electrical hazards during operation. Combined, these features promote long-term durability and operational reliability.
Q: How does the frequency range of 0.1 to 10,000 Hz enhance testing?
A: A wide frequency range allows the setup to analyze various materials and structural behaviors, from low-frequency deflections to high-frequency resonance, making it adaptable for diverse research and quality assessment needs.
Q: What makes the accessories suitable for repeated laboratory use?
A: Accessories are designed to be both corrosion and impact resistant, ensuring they withstand frequent handling and challenging conditions commonly encountered in laboratory settings.
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