Notes:

1. Bold blue lines indicate rated design conditions. Where these lines cross designate the Standard Rating Point.

2. All curves are based on water in all circuits flowing at rated design condition flow rates.

3. Heating Efficiency = 97%

4. Performance may be interpolated but must not be extrapolated.

5. Expanded performance curves are provided for reference only. Contact Yazaki Energy Systems, Inc. to obtain certified performance ratings from the f ac t ory or t o det ermine performance at other conditions outside the scope of this publication.

6. Performance data based upon standard fouling factor of 0.0005 ft²hr°F/BTU in all circuits.

Absorption Chiller Heat Balance

Heat in = Heat out
Qg + Qe = Qc
Where:	Qg = Actual Heat Input to Generator
	Qe = Actual Cooling capacity
	Qc = Actual Heat Rejected to Tower
Cooling Capacity
Qe = CCF x HMFCF x RCC
Where:	Qe = Actual Cooling Capacity
	CCF = Cooling Capacity Factor
	HMFCF = Flow Correction Factor
	RCC = Rated Cooling Capacity
Heat Input (Cooling)
Qg = HIF x HMFCF x RHI
Where:	Qg = Actual Heat Input to Generator
	HIF = Heat Input Factor
	HMFCF = Flow Correction Factor
	RHI = Rated Heat Input
Heating capacity
Qh = HCF x HMFCF x RHC
Where:	Qh = Actual Heating Capacity
	HCF = Heating Capacity Factor
	HMFCF = Flow Correction Factor
	RHC = Rated Heating Capacity
Heat Input (Heating)
Qg = Qh / 0.97
Where:	Qg = Actual Heat Input to Generator
	Qh = Actual Heating Capacity
Temperature Difference (oF)
T = Qx in Mbtuh / (0.5 x Qa)
Where:	= Temperature Difference
	Qx = Actual BTUH Transferred
	Qa = Actual Flow Rate in GPM
Press. Drop for Nonstandard Flow (PSI)
Pa = Pr x (Qa / Qr)2
Where:	Pa = Actual Pressure Drop
	Pr = Rated Design Pressure Drop
	Qa = Actual Flow Rate in GPM
	Qr = Rated Design Flow Rate GPM
P= STANDARD PRESS. DROP x ( NONSTANDARD FLOW STANDARD FLOW )2