Brochure

Savings with Danfoss Turbocor® compressors TT
200 TR (700 kW) Air-cooled Chiller
featuring Inverter Screw TT350 Savings
Compressor/Chiller Specics
Nb of compressors 2 2 —
Performance/physical data Comparison
Full Load Eciency (compressor COP) 3.70 3.81 3%
Full Load Eciency (example chiller* COP) 3.10 3.40 10%
Part Load Eciency (example chiller* ESEER) 4.60 5.60 22%
Sound power levels (unattenuated chiller* dBA) 101 92 -9
Physical weight (compressor kg) 745 136 82%
Footprint (compressor cubic meters) 0.62 0.20 68%
Annualized lifetime maintenance cost (USD) 2 260 900 1 360
Design/Operation Comparison
Operating Map (temperature) Flexibility High Med Screw
Unloading for Extreme Temperature Applications High Med Screw
Design Life 20 years 20 years —
Quick Restart. Loading and Adjustment Med High Turbocor®
Long-Term Performance Sustainability – Oil Free No** Yes Turbocor®
Maintenance – Oil free No Yes Turbocor®
Reliability – Oil free No Yes Turbocor®
* Same chiller manufacturer for both
** Performance degradation resulting from oil
logging in heat exchangers
Danfoss Turbocor® oil-free
centrifugal technology
The Turbocor® family of compressors
delivers outstanding energy efficiency
in full- and part-load operation with
energy savings of more than 42%
compared to traditional compressors.
The outstanding integrated part-load
efficiency is the result of optimum
energy performance through the entire
operating range from 100% to ~20%.
The Danfoss Turbocor® compressor uses
an integrated variable frequency drive to
reduce compressor speed and maximize
energy cost savings as the condensing
temperature and/or heat load decreases.
The soft start module, which is standard
on every Danfoss Turbocor® compressor,
significantly reduces the in-rush current
at start up, provides advantages to line
power systems and reduces thermal
stress on the stator.
11Compressors for Commercial Air Conditioning