Essential circulation for efficient air conditioning.
AC water pumps are the core components that move water through chillers, cooling towers, air handling units (AHUs), and fan coils, directly impacting cooling capacity, system efficiency, and comfort. EKG Malaysia supplies, installs, and maintains a comprehensive range of water pumps engineered for reliability in Malaysia’s demanding HVAC environments.
Our Range of AC Water Pumps:
By Function:
Chilled Water Pumps – Circulate water through the chiller evaporator and building cooling coils.
Condenser Water Pumps – Move water through the chiller condenser and cooling tower.
Condensate Removal Pumps – Lift and remove condensation from AHUs and fan coils.
By Design:
End-Suction Pumps – Rugged, versatile, and cost-effective for most applications.
Vertical In-line Pumps – Space-saving design for tight mechanical rooms.
Split-Case Pumps – High-efficiency units for large-capacity systems.
Variable Speed Pump Sets – Integrated with VFDs for maximum energy savings.
Key Considerations for AC Systems:
Correct Sizing – Must match the system's flow rate (m³/hr) and head pressure (meters).
Energy Efficiency – High-efficiency (IE3/IE4) motors to reduce operating costs.
Quiet Operation – Low vibration and noise are critical in occupied buildings.
Reliability – Built for continuous duty with minimal maintenance.
Our End-to-End Service:
System Analysis & Selection – We ensure the pump operates at its Best Efficiency Point (BEP).
Supply & Professional Installation – Precision alignment and integration with your BMS.
Commissioning & Balancing – Performance validation and system optimization.
Maintenance & Support – Preventive servicing, repairs, and emergency response.
Ensure optimal cooling performance and energy management.
The right AC water pump is fundamental to a high-performing, reliable system.
Contact EKG Malaysia for expert AC water pump solutions—from design and supply to installation and lifecycle support.
Tingnan ang karagdagang mga detalye tungkol sa EKG M & E SDN. BHD.
