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TT300 Centrifugal Compressor APPLICATIONS www.turbocor.com. ARI 550/590 - 1998. IPLV (COP) = 0.01* A + 0.42* B + 0.45* C + 0.12* D A: EER or COP at 100% capacity B: EER or COP at 75% capacity C: EER or COP at 50% capacity D: EER or COP at 25% capacity

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tt300 centrifugal compressor applications www turbocor com
TT300 Centrifugal Compressor

APPLICATIONS

www.turbocor.com

slide2

ARI 550/590 - 1998

IPLV (COP) = 0.01*A + 0.42*B + 0.45*C + 0.12*D

A: EER or COP at 100% capacity

B: EER or COP at 75% capacity

C: EER or COP at 50% capacity

D: EER or COP at 25% capacity

IPLV (kW/Ton) = (0.01/A + 0.42/B + 0.45/C + 0.12/D)

A: kW/Ton at 100% capacity

B: kW/Ton at 75% capacity

C: kW/Ton at 50% capacity

D: kW/Ton at 25% capacity

1

slide3

Integrated Part Load Value

Weighted average values

% load

100

75

50

25

1992 standard

17%

39%

33%

11%

1998 standard

1%

42%

45%

12%

ARI Standard 550/590-98

slide4

Flooded Type Evaporator and Water Cooled Condenser (L. App)

R134a

Conclusion:

On IPLV basis, the TT300 is 45% more efficient than the leading screw compressor.

slide6

DX Type Evaporator and Water Cooled Condenser

R-134a

Conclusion:

On IPLV basis, the TT300 is 32% more efficient than the leading screw compressor.

slide8

DX Evaporator and Air Cooled Condenser

R134a

Conclusion:

On IPLV basis, the TT300 is 29% more efficient than the leading screw compressor.

notes
Notes
  • Further 3 to 5% efficiency increase when dual compressors used on common circuit HXs.
slide11

Percent Oil

Efficiency

Loss

Percent Oil