Noise Safety Simulator Software
(PHS100)
- Understanding the effect of noise pollution to human hearing.
- Learning different ways to decrease noise pollution inside factories
- Visualize different method to isolate machine vibration
- Visualize duct silencers
- Learning how to measure sound level and suitable sound level for human being
- Knowing personal protective equipment for over noise level
- Understanding noise Pictogram
- Noise Safety Simulator Software (PHS100)
- Hard copy user manual
- Laboratory PC
- Digital Content (BI01)
The purpose of the educational software is to raise awareness about the effects of noise on human hearing and provide practical demonstrations of strategies to decrease its impact. The software focuses on comparing an isolated room with an un-isolated room using measuring values display. It also showcases noise-producing equipment and demonstrates the use of vibration-absorbing materials. The software further demonstrates noise personal protective equipment (PPE) and incorporates pictograms to promote understanding and safe practices.
- The educational software demonstrating noise effects and strategies for hearing protection.
- The software features two distinct areas representing an isolated room and an unisolated room.
By comparing the noise levels between these settings, Learners can understand the benefits of isolation measures in reducing noise exposure. - The software demonstrates the importance of creating quiet spaces to protect human hearing.
- The software can measure different sound level values.
- The values of sound levels and noise intensity can be displayed in both the isolated and non-isolated rooms.
- By observing and comparing the measured values, Learners can understand the potential harm caused by excessive noise and the need for hearing protection.
- It includes a representation of various noise-producing equipment found in different environments.
the software helps Learners understand the detrimental effects of prolonged exposure to loud noises and the importance of implementing noise control measures. - The software showcases materials designed to absorb vibrations and reduce noise transmission.
- These materials can be placed around noise-producing equipment to mitigate the impact on the surrounding environment.
- Examples of vibration-absorbing materials, such as resilient mounts, or vibration damping pads, are incorporated into the Software to visually demonstrate their effectiveness in minimizing noise levels.
- The software includes representations of noise-related personal protective equipment (PPE), such as earmuffs, earplugs, or noise-canceling headphones.
- Additionally, it incorporates pictograms or signage to raise awareness about noise hazards and promote the use of appropriate PPE for hearing protection.
- This segment reinforces the importance of wearing proper PPE and understanding the associated pictograms to prevent hearing damage.