How to Keep Your Centralized Air Conditioning System Running Smoothly

Maintaining an centralised AC system can be a daunting task. Many things can go wrong, and it's often difficult to know where to start troubleshooting. This blog post will discuss some tips for keeping your industrial air conditioning system running smoothly. Following these tips can help prevent common problems and keep your business operating at its best!  

 

1. Schedule regular maintenance:  

 

The best way to keep your centralised air conditioning system running smoothly is to schedule regular maintenance. This will allow a trained professional to inspect and clean your system and make any necessary repairs. Regular maintenance can help extend the life of your system and prevent small problems from turning into big ones. 

 

2. Monitor humidity levels:  

 

Another important factor in keeping your industrial air conditioning system running smoothly is to monitor humidity levels. Too much humidity can cause condensation and other issues, so keeping an eye on these levels is important. You can purchase a humidistat to help you monitor humidity levels, or you can simply check them yourself with a hygrometer. 

 

3. Keep the area around your centralised AC clean:   

 

Another way to help keep your industrial air conditioning system running smoothly is to keep the area around your unit clean. Dust and dirt can build up on the coils and other parts of your system, making it harder for your system to cool effectively. Vacuuming or dusting around your unit regularly can help prevent this buildup.  

 

4. Replace filters regularly:  

Another important part of keeping your centralised AC system running smoothly is to replace the filters regularly. Dirty filters can restrict airflow and make it harder for your system to cool effectively. Most systems come with reusable filters, so clean them frequently according to the manufacturer's instructions. You should also consider replacing your filter every few months to ensure it works properly. 

 

5. Check for leaks:  

 

One final tip for keeping your industrial air conditioning system running smoothly is to check for leaks. Leaks can allow coolant to escape, reducing your system's efficiency. If you discover any leaks, have them repaired as quickly as possible. 

 

6. Keep an eye on the thermostat:  

  

The thermostat is an important part of your centralised AC, and it's important to keep an eye on it. If you set the thermostat too low, your system will have to work more to cool the space, which can cause issues. Conversely, if the thermostat is set too high, your system may not cycle properly and could cause condensation issues. 

 

7. Have a professional inspect your system regularly:   

In addition to following the tips above, it's also a good idea to have a professional inspect your industrial air conditioning system regularly. This will help ensure that everything is working properly and that any potential problems are caught early. 

 

Following these tips can help keep your centralised air conditioning system running smoothly. Regular maintenance and monitoring are essential to preventing problems, and keeping your business operating at its best! 

 

Final Thought 

 

A centralised AC system is a vital part of many businesses. Following the tips above can help keep your system running smoothly and prevent common problems. In addition, having a professional inspect your system regularly can help you spot any potential issues you may not be aware of. By taking these steps, you can help ensure that your business stays cool and comfortable all year long! 

Why Having Pressurisation and Ventilation System is Important for Single or Multi-Storey Buildings

 Many people are hurt and killed each year as a result of fire breakouts. Over 500,000 fire incidents were attended by fire and rescue services in England in 2018 and 2019. More than a hundred and fifty thousand similar incidents were reported in Scotland, Wales, and Northern Ireland combined. Fatalities due to fires amounted to more than 285 in 2019 and 2020. 

 

According to law, structures must have: 
 

Required fire escape routes and fire exits. 

 

Measures in place to ensure the safety of fire escape routes, which include systems preventing the spread of fires and smoke. In multi-story structures, installing Pressurization and Ventilation system guarantees that fire escape routes are clear of heat and smoke. These specialized devices give firefighters access to regions where they can put out fires while also helping to prevent and contain fires. 

 
 

Controlling heat and smoke along fire escape routes is crucial. 

Many people think that burns are the main reason that fire victims die. However, statistics show that between 50% and 80% of fire-related fatalities are brought on by smoke inhalation. Smoke inhalation affects all organs, whereas burns primarily affect particular areas of the body. Multi-story structures require more time to evacuate during an emergency. Emergency exits that are free of heat and smoke: 

 
 
 

Enable high-risk occupants to be evacuated by fire and rescue personnel first. 

 
 

The surviving evacuees have a pressurized stairwell where they can wait to be evacuated in a smoke- and heat-free environment. Give firefighters and rescuers safe places to work from so they can put out fires. If necessary, give escape routes to the personnel of the fire and rescue services. Smoke from fires contains very dangerous chemicals including hydrogen cyanide and carbon monoxide. 

 
 

The more time a fire burns, the more toxic it becomes. Smoke inhalation can cause organ failure, asphyxiation, loss of consciousness, and respiratory distress. These physiological impacts fall into the following categories: 

 
 

Systemic: Inhaling poisonous fire smoke gasses can be deadly and suffocating. It can result in death in seven minutes or less. 

Heat: Heat in addition to being hazardous, smoke is also very hot. The mucous membranes of the respiratory system are burned by this heat, which results in injury, edema, and sometimes collapse. 

Chemicals: When furniture and common appliances catch fire, dangerous chemicals are released. These substances harm the respiratory system when inhaled. 

 
 

73% of people who survive a fire endure long-lasting effects, according to specialists. Emphysema, chronic obstructive lung disease, and asthma are only a few of the chronic, non-fatal impacts of smoke inhalation. 

 
 

The main fire escape routes in multi-story or high-rise structures are stairwells. Without a pressure relief damper for the staircase, smoke-filled escape routes put lives at danger. For the purpose of simplifying evacuation, protecting lives, and minimizing property losses during fire breakouts, stair Pressurization and Ventilation systems must be installed. 

 
 
 

The Purpose of Pressurized Stairwells 

 
 

Stairwells are pressured to stop heat and smoke from escaping through closed doors and entering the stairs. The systems regulate air pressures to limit the transfer of heat and smoke. 

 
 

In order to design and build multi-story structures, architects and developers are required by law to include a stairwell pressurization system. By regulating the air pressure in an escape route, these devices ensure that emergency evacuation routes remain free of smoke and fire in the event of an epidemic. A smoke- and heat-free emergency exit is made possible by the air pressure variations between the burning area and the stairs. 

 
 

The minimum and maximum air pressures in the stairwell must be established and maintained by the installed staircase pressurization system. The air pressure specifications that must be maintained in pressurized stairwells are specified in the standard on smoke and heat control systems. 

 
 
 

Final Words 

 
 

To keep smoke out and still be able to open doors, the air pressure parameters should be maintained between 50 Pa and 60 Pa. The best way to set and maintain these air pressure values is through properly designed and fitted air pressure relief vents. 

 
 

It is impossible to exaggerate the value and necessity of pressure release vents in the Pressurization and Ventilation of stairwells. In order to give evacuees, the opportunity and time to flee flames, these technologies stop smoke and heat from entering escape routes. Additionally, the vents give firemen secure entry and stop the spread of fires.