Calculations are simple in pipe scheduling, but the pipe installation takes time as bigger pipes are used. Conversely, hydraulic calculations precisely determine the diameter of the risers and main lines, reducing the cost of the system and the time required for installing the pipes. If you still can’t understand why hydraulic calculations are great for sprinkler systems, the below points will help you.

Hydraulic calculations determine the optimal pipe size by considering factors such as pipe length, diameter, and hazards, which ensure optimal performance.

This approach helps meet the standards and safety requirements of building codes. So hydraulic calculations will prevent you from any legal issues and requirements. As regulations are designed for occupants' safety, this approach will help you create a space where people feel secure.

A Fire Sprinkler Engineer does the hydraulic calculations after considering the potential hazards. For example, some hazards may require increased flow rate, water pressure, etc. All this means hydraulic calculations efficiently address the unique challenges that a premise can pose.

Excess water from a fire sprinkler in the event of a small fire can cause property damage, which is not the case with hydraulic calculations. This method ensures sprinklers release the right amount of water to stop the fire.

This calculation provides a cost-effective solution as there is no need to install oversize pipes, which helps save costs in terms of material, installation, etc.

The key takeaways At last, you need hydraulic calculations to install a reliable sprinkler system. By providing optimal pipe sizing, accurate water distribution, complying with safety regulations, saving water, and providing a cost-effective solution, hydraulic calculations can help you install a fire protection system that ensures everyone’s safety and protects property.