Measurement of status according to related laws and standards
- Recruitment
- Right people for NSV
- NSV PEOPLE
- Task
- HR System Welfare
In places where civil complaints and harmful effects to the human body may occur due to various noise/vibration sources such as intermediate equipment room, rooftop facilities, road, railway or subway, we are able to find accurate causes through measurement and diagnosis process and then establish optimal measures.
Measurement of status according to related laws and standards
Evaluation of vibration and noise status during facility, road, railway, and subway service
Understanding major delivery paths through field survey
Selecting major noise sources through analysis of frequency
Design of optimal measures suited to facility characteristics
Pre-discussion process for construction possibility, etc.
Understanding of field noise
Investigation of sites where damages are expected
Selection of major noise sources
Waveform Analysis, Frequency Analysis
PEAK Frequency Analysis
Grasping the occurrence due to facilities
Evaluation of influence and possibility of damage at target points
Evaluation of whether measures are needed
Project Overview
- Measuring noise influence on the residence and office areas downstairs during the operation of equipment in machine rooms and various other noise/vibration generating facilities on the ground floor - Measuring Structural Noise caused by vibration generated from the subway when it passes through the basement floor - Checking if the noise and vibration exceeds the recommended standards or not through measurement - Checking the points of noise and vibration influence
Project Overview
- Measuring the noise generated by outside noise generating facilities - Measuring the boundary noise at factory site - Measuring the noise generated from the operation of equipment at the construction site - Measuring the noise from the subway ventilation system - Measuring the boundary noise of the neighboring residential area against outside noise
Project Overview
- Analyzing frequency according to the properties of vibrations generated when facilities are in operation - Measuring vibration transmissibility and dynamic displacement depending on the type of vibration isolation system while facilities are in operation
Measurement Location
- Measuring vibrations in sections most likely to be affected while facilities are in operation - Measuring the performance of facilities and base vibration depending on the presence of a vibration isolation system
Project overview
- Analyzing frequency according to the properties of vibrations generated when facilities are in operation - Measuring vibration transmissibility and dynamic displacement depending on the type of vibration isolation system while facilities are in operation
Measurement Location
- Measuring vibration in sections most likely to be affected while facilities are in operation - Measuring the performance of facilities and base vibration depending on the presence of a vibration isolation system
