Water Balancing

Water balancing services in Malaysia

As much as living things need water balancing services in their life, improvements, and efforts to maintain and retain their life cycle, so does the HVAC system. HVAC systems require balancing in the system to allow the system to operate efficiently and longer its life span. As many commercial facilities utilize centralized systems air conditioning, water is one of the most crucial components as it becomes the driving force for the HVAC system to operate.

What is Water Balancing

Water balancing ensures all units in your system achieve its design flow rate with minimum pump head energy, with chilled water passing through coils to provide better cooling comfort. The costs of such a design may be high, but because it provides long term energy savings, it’s worth the investment to reduce unnecessary costs and labour for a peace of mind. Testing and Balancing is conducted on an HVAC (heating, ventilation, and air conditioning) system to ensure the installed system complies with the mechanical consultant’s design. A common design for centralised air conditioning systems in our region units will cool the air via water coils, which cools the space more efficiently.

Pre-inspection

Includes line walk on-site and refers to the latest mechanical drawings and design

Verify installed equipment

Verify installed valves

Clarify duty and standby pump status

Ensure coils are clean, as dirty coils prevent the system from cooling the air efficiently

Our Equipments

Calibrated equipment measures differential pressure across valves and water flow (USGPM).
Determine new valves turning.
Compare measured flow to design flow.
Lock valves upon completion.
Verify jumper setting.
Clarify pre-set position, based on design flow.

Our Process

The solution: proportional balancing using compensated method
The Compensated Manual Balancing Method

Technician at reference valve at index circuit gives instruction via 2-way radio to technician at partner valve to open or close to maintain design flow at end of system while 3rd technician is moving through branch adjusting coil flows.