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Design and Selection Principles
Noise Source Analysis: Accurately measure the noise spectrum of fire pumps (with a focus on medium and low frequencies) to determine the target noise reduction level.
Safety Priority: In chemical environments, fireproof, explosion-proof and corrosion-resistant requirements must be met, and material selection shall comply with industry standards.
Heat Dissipation Assurance: Calculate ventilation volume based on the power of the pump set and properly configure intake and exhaust silencers.
Ease of Operation: Reserve sufficient maintenance space, and install observation windows, lighting and emergency passages.
Vibration Control: Adopt dual measures of vibration isolation and sound insulation to avoid secondary noise pollution.
Modular Design: Facilitate transportation, installation and later maintenance, and reduce engineering costs.
Maintenance and Precautions
Regular Inspection: Inspect seals, shock absorbers and ventilation systems monthly to ensure stable performance.
Cleaning and Maintenance: Clean dust on the surface of sound-absorbing materials quarterly to prevent impairment of sound absorption effects.
Emergency Drills: Regularly test quick-opening devices to ensure rapid startup in case of fire.
Temperature Monitoring: Install temperature sensors to prevent equipment overheating caused by poor ventilation.
Professional Maintenance: In case of failure of the noise reduction system, contact professional personnel for repair; do not disassemble structural components without permission.