Heat Pump Sizing

Heat Pump Sizing Analysis

Proper heat pump sizing considers more than pool volume. Water temperature goals, desired swimming season, pool cover use, typical pool use, and overall comfort goals can all affect heating and cooling demand.

We’ll use the customer’s pool information and comfort goals to determine the appropriate Madimack InverTITAN model.

Pool & Usage Information

The following information from the Customer Evaluation is used to determine the pool’s heating and cooling demand.

Pool Size

Pool Volume:

gal.

Surface Area:

sq. ft.

Pool Comfort Goals

Desired Water Temperature:

°F

Primary Goal:

Desired Swimming Season:

Pool Use & Comfort

Pool Cover:

Typical Pool Use:

Heat Pump Sizing Recommendation

Using the pool size, temperature goals, swimming season, pool cover, typical pool use, and comfort goals above, we can determine the appropriate InverTITAN model for the customer.

Recommended InverTITAN Model

Recommended Model:

Sizing Reason:
Based on the customer’s pool size, desired water temperature, swimming season, pool cover, typical pool use, and overall comfort goals.

Consultant’s Notes:

InverTITAN Sizing Reference

Use these model guidelines as a starting point. Final sizing should consider the complete pool and site evaluation.

InverTITAN 90

Heating Capacity: 80,000 BTU

Best Fit: Smaller residential pools and applications with lower heating demand.

Consider When: Pool size, desired temperature, seasonal use, and site conditions indicate a lower heating load.

InverTITAN 112

Heating Capacity: 107,000 BTU

Best Fit: Medium to larger residential pools and applications with greater heating demand.

Consider When: Pool size, desired temperature, extended seasonal use, or site conditions indicate a moderate-to-higher heating load.

InverTITAN 140

Heating Capacity: 133,000 BTU

Best Fit: Larger residential pools and applications with the highest heating demand.

Consider When: Larger pool size, higher desired temperatures, extended seasonal use, or challenging site conditions create a higher heating load.

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