Johnson Controls continues to lead the chiller market with the introduction of the YORK Magnetic Centrifugal Chiller (YMC2). Integrating YORK chiller innovations with magnetic-bearing technology, YMC2 helps customers achieve superior efficiency, reliability and sound performance. The YMC2 chiller is suitable for app
Johnson Controls continues to lead the chiller market with the introduction of the YORK Magnetic Centrifugal Chiller (YMC2). Integrating YORK chiller innovations with magnetic-bearing technology, YMC2 helps customers achieve superior efficiency, reliability and sound performance.
The YMC2 chiller is suitable for application in high performance facilities such as healthcare, education, and sound sensitive buildings where energy-efficiency, high reliability and noise control are demanded.
“Driven by the Government's push to green 80% of all buildings by 2030, building owners and facility managers in Singapore will increasingly need proven, reliable HVAC systems and solutions that will help them achieve their energy efficiency and green building targets,” said Michael Anderton, Managing Director, Building Efficiency, Johnson Controls Singapore.
YMC2 chiller offers customers the following key benefits:
• Improved Efficiency – The YMC² chiller is 10% efficient than conventional, variable-speed chillers.
• High Reliability – Fewer moving parts mean less servicing and a longer motor life. The magnetic-bearing technology reduces friction, while eliminating the need for traditional lubrication systems.
• Reduced Noise – Operating at a maximum of 73 dBA
More than 10 chillers have been installed in Singapore across a range of educational, healthcare and retail facilities, including PoMo, a mixed-use mall.
In Singapore, Johnson Controls products, services or solutions can be found in almost 40% of commercial and industrial buildings. With expertise in Air Conditioning and Mechanical Ventilation (ACMV), controls and advanced integrated building technologies, solutions and services, Johnson Controls has helped public and private organizations optimize operational and energy efficiency in buildings and facilities.