Top 6 Hazards Eliminated by Industrial Safety Cameras

1. Top 6 Hazards Eliminated by Industrial Safety Cameras Every year, diverse hazardous industries record a high rate of crew fatalities and injuries as well as serious infrastructural damage. A few common workplaces where people work under serious occupational hazards include factories, welding industries, chemical plants, etc. What makes these places hazardous is constant exposure of the workers to heavy machinery and harmful chemicals in their every day operations. There are several ways how a company or a factory can protect their workers from occupational risks. Before that, the blog outlines the most dangerous occupational hazards according to the current market trends. Categories of Occupational Hazards

2. Different Categories of Occupational Hazards That Require Robust Ex-Proof Monitoring: 1. Safety Hazards Lack of safety is a core concern among various types of occupational hazards.Safety hazards include the risks that can cause any kind of fatal or non-fatal injury to a worker. The injury can be caused by an object, chemical, situation, or substance. Safety hazards are usually faced by those who operate heavy machines, work in construction sites, fix electrical wiring, etc. These occupational safety hazards that require video monitoring involve situations where: • A worker touches a machine while working and accidentally gets injured. • Employees are working from a height and there is a chance of falling. This includes working on a ladder, roof, or some other heightened area. • There are any electrical disputes due to which the worker can get injured by electric shocks. • Employees are working in areas where there are unevenly managed cords, and there are chances of stumbling. 2. Chemical Hazards As the name suggests, chemical hazards are caused when the workers are exposed to dangerous chemicals released in the workplace. These chemicals are present in the form of liquid, fumes, vapours, gases, etc. Prolonged contact with such chemicals can lead to life-threatening diseases. Workers who are involved in laboratory work are the most exposed to these hazards. The chemical risks take place: • In zones where there is a high amount of propane and carbon monoxide in the air.

3. • When the workers are dealing with pesticides. • When the employees work with acid, harsh solvent, bleaching powder, etc. • Where there is the presence of flammable chemicals. 3. Biological Hazards Biological risks are those where the worker is exposed to infectious substances and undergo health hazards. Most healthcare workers face these hazards in adverse industrial conditions. For instance, many health workers working during the pandemic contracted the Covid-19 virus. Other forms of such biological risks involve insect bites, bacteria, deadly viruses, fungi, infected blood, and so on. 4. Physical Hazards Physical hazards are caused by such substances that are often located in the blindspots for workers or are intangible, that is, they cannot be seen or touched. Because of the nature of these hazards, the crew often tends to overlook them. A few examples of such situations include: • When workers work in extreme temperatures and they are prone to falling sick. • People who work in noisy factories lose their hearing capacity sooner. • Workers who work under direct sunlight throughout the day can fall ill easily. Some employees also die due to sunstroke. 5. Work Organisation Hazards Work organisation hazards during every day operations can either be temporary or last

4. for longer. The mental health issues caused by such hazards can also affect the productivity of the workers. Most work organisation hazards are caused by workplace harassment, discrimination, violence, and a heavy workload beyond the worker's capacity. 6. Ergonomic Hazards Ergonomic hazards involve risks caused by improper sitting arrangements in the workplace. Ergonomic dangers can cause lower back pain, muscle tension, soreness in knees, hands, etc. These are usually caused when the chairs and the tables are improperly arranged in the workplace. Poor posture of the worker can also give rise to such hazards. These issues, too, can decrease work productivity in the long run. How Can Video Monitoring Help? An ideal hazard camera system can help avoid different categories of occupational hazards. When there are security cameras in a workplace, it is easier to detect any hazard beforehand. If your office is situated in an ATEX zone, it is recommended to install an ATEX certied camera. An explosion-proof camera can help monitor those substances and risks that can cause an explosion. A hazardous area camera is a safety investment in hazardous workplaces like chemical plants, factories, and the mining industry. As per the experts, a camera system can help an organisation conduct in-depth monitoring and analysis of all the ongoing operations, as well as ensure that the crew adheres to the prescribed safety regulations within the workplace. Every high-hazard industry needs to recruit a video monitoring staff to take necessary actions in case of a mishap. The video monitoring crew should also employ the best practices to prevent danger whenever they spot any unethical or unsafe practice in the workplace via the hazardous area camera system. With a video monitoring system, the workers feel safer while working because they know that their safety is the company's

5. primary concern. Besides recording those hazards that can cause physical illness, the camera footage can also record any situation that harms the mental well-being of the worker. In particular, for cases involving workplace sexual harassment or violence, the camera footage can be used as evidence later for legal purposes. Features of Industrial Safety Camera Recommended Features of Industrial Safety Camera for Optimum Performance in Hazardous Zones: High-Resolution Lens A high-resolution lens is essential for hazard cameras, offering clear and detailed imagery crucial for monitoring hazardous zones. Enhanced resolution ensures accurate identification of potential risks, facilitating quick and precise responses. High-resolution capabilities also support zooming without loss of image quality, making it easier to examine incidents in detail and ensure safety compliance. IR Capabilities Infrared (IR) capabilities allow industrial safety cameras to operate effectively in low-light or complete darkness. This feature is vital for 24/7 monitoring of hazardous zones, ensuring that safety isn't compromised during nighttime or in poorly lit areas. IR technology provides clear imaging regardless of lighting conditions, enhancing overall site security and safety management. Robust Design Industrial safety cameras must have a robust design to withstand harsh environmental conditions common in hazardous zones. This includes resistance to extreme temperatures, dust, moisture, and corrosive substances. A durable construction ensures the camera remains functional and reliable, reducing the need for frequent replacements and maintenance, thus ensuring continuous safety monitoring.

6. Smart Integration Smart integration allows industrial safety cameras to connect seamlessly with existing safety and security systems. This feature enables automated alerts, real-time data analysis, and remote access, enhancing the overall efficiency of safety protocols. A remote monitoring camera with smart integration supports advanced features like motion detection, video analytics, and AI-powered incident detection, providing a comprehensive safety solution. IP and NEMA Ratings Industrial safety cameras should have high IP (Ingress Protection) and NEMA (National Electrical Manufacturers Association) ratings to guarantee protection against environmental hazards. IP ratings indicate resistance to dust and water, while NEMA ratings assess the camera's durability against various environmental conditions. High ratings ensure the camera's reliability and longevity, crucial for maintaining safety in hazardous zones. Installation and Setup Guide for Industrial Safety Cameras Step-by-Step Installation Process Installing industrial safety cameras involves several critical steps to ensure optimal performance. Begin by selecting appropriate mounting hardware suitable for the environmental conditions. Securely attach the camera to a stable surface, ensuring it is positioned to cover the intended area effectively. Connect the camera to the power source and network infrastructure, typically through Ethernet cables for PoE (Power over Ethernet) setups. Post-connection, install any necessary software or applications to avoid monitoring hazards in the workplace. Once installed, access the camera’s settings via the provided interface or software to configure network settings, user permissions, and basic functionality. Ensure all connections are secure and the camera is firmly mounted to prevent any physical damage or dislodging.

7. Optimal Placement Tips Optimal placement of industrial safety cameras is crucial for effective monitoring and hazard detection. Position cameras at elevated points to cover the maximum area and minimise blind spots. Ensure they are angled to capture key entry points, high-risk zones, and critical infrastructure. Avoid placing cameras directly facing strong light sources to prevent glare and ensure clear images. Consider environmental factors like dust, temperature fluctuations, and potential obstructions. Using weatherproof housings can protect cameras from harsh conditions. For areas with high traffic or movement, installing multiple cameras with overlapping fields of view ensures comprehensive coverage and reliable surveillance. Configuration and Calibration of Cameras Proper configuration and calibration of industrial safety cameras are essential for accurate monitoring. Start by accessing the camera’s settings through the connected software interface. Adjust the resolution, frame rate, and focus to ensure clear and detailed imagery. Set motion detection parameters to differentiate between normal activity and potential hazards. Configure the camera’s IR settings for optimal performance in low-light conditions. Regularly calibrate the camera’s position and angle to maintain optimal coverage, especially after maintenance or environmental changes. Implement security settings, such as password protection and encryption, to safeguard against unauthorised access. Testing the camera’s functionality and adjusting settings periodically ensures consistent and reliable performance. Keep Your Crew Secure with SharpEagle Safety Solutions To make sure that your workers are safe from any hazard, several global safety regulation bodies recommend investing in an ATEX certified camera system. For a reliable safety camera provider, we recommend SharpEagle Solutions. We manufacture a range of ex-proof safety cameras ranging from PTZ cameras to Zoom IR cameras to resolve the different types of occupational hazards in modern industries. You can choose a camera model as per your industry requirements. Planning to invest in hazardous area cameras? Visit the SharpEagle website or book a free consultation call with our

8. experts today! You can also call us at +971-45549547 or mail us at sales@sharpeagle.uk