Reliability and compactness make the Danfoss OptymaTM Slim Pack condensing unit an excellent new alternative for cost-effective refrigeration. Designed to fit into a light and compact housing, the Optyma Slim Pack offers installers a trustable and an easy-to-handle solution.

Ranging from 2 to 7HP with R22, R404A/R507 or R134a, the Optyma Slim Pack is an excellent option for refrigeration applications in medium temperatures for milk cooling, cold rooms, cold storage spaces in mini-markets/supermarkets, restaurants, wine cellars, convenience stores, petrol stations, cold chain, etc.

The design principle is to simplify installation and maintenance of units equipped with high quality Danfoss components fitted as standard: compressors, micro-channel heat exchanger, filter dryer, pre-wired junction panel, receiver with shut-off valve, crankcase heater, accessible ports on service valves etc. It is Danfoss' attention to detail that makes the difference.

"One of the daily challenges for installers when they are looking for a reliable but cost effective solution today is to build on their own, which is time-consuming, or to choose a locally-made solution, which doesn't always provide the same level of reliability and optimization." Says Rajesh Premchandran Sales Director Danfoss + country. "This is another illustration of Danfoss' intention of investing in and providing solutions that makes life easier for customers and end users and that optimizes costs without compromising on comfort, safety of goods, environment and noise levels".

The Optyma Slim Pack is equipped with Danfoss components that are optimized to work together. It's a smart way to obtain high performance and dependability The Danfoss heavy-duty scroll technology makes the unit sturdy and provides long-term reliability. The system is designed to fit perfectly into a light and compact housing. The Optyma Slim Pack weighs up to 87 kg. It is the lightest solution on the market, weighing from 15 to 60 kg less than alternative outdoor solutions. It delivers energy efficiency within a small power factor.