I-RES - Chillers with Magnetic Levitation Technology
The most efficient and sustainable cooling solution for industrial applications, designed to exceed European energy standards.
Frigosystem’s I-RES chillers combine advanced magnetic levitation compressors with flooded evaporator technology to deliver unmatched efficiency, silent operation, and environmental sustainability. With cooling capacities up to 4,700 kW, I-RES units are engineered to meet the most demanding industrial applications, ensuring top performance with minimal environmental impact.
BENEFITS
Top Energy Efficiency
SEPR index up to 12.04, far exceeding European ErP 2021 standards.
Eco-Friendly Refrigerants
Available with R134a, R513A (low GWP), or R1234ze for reduced environmental impact.
Wide Capacity Range
From 300 to 4,700 kW, adaptable to small, medium, and large-scale plants.
Magnetic Levitation Compressors
Oil-free, highly efficient, with extremely low vibration and noise.
Flooded Evaporator Technology
Maximizes heat exchange and reduces energy consumption.
Extremely Silent Operation
Among the lowest sound emissions in the market, with no tonal peaks.
Plug & Play Installation
Compact, complete units with simple hydraulic and electrical connections.
CONFIGURATIONS
Cooling Capacity
300–4,700 kW
Versions
Air-cooled (I-RES) Water-cooled (I-RES-W, condensing water up to +40°C)
Refrigerants
R134a, R513A, or R1234ze
Compressors
Centrifugal with magnetic levitation, oil-free operation.
Evaporator
Flooded type for optimized efficiency, especially at partial loads
Fans (air-cooled units)
EC brushless fans for maximum energy savings
Noise & Vibration
Extremely low, ensuring quiet operation and minimal building transmission
Supervision & Connectivity
Modern industries demand intelligent and connected cooling systems. I-RES chillers integrate advanced proprietary software and electronic controllers, ensuring complete supervision, monitoring, and seamless integration with plant systems
FS i-LINK interface for smartphone and tablet monitoring.
Remote access and telemanagement, with unit control from any location.
Real-time diagnostics and service support, reducing downtime and maintenance costs.
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