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   SOLARIUM -95 HEAT PUMP
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Solarium Heat Pump Model 95


  Price $2,749.00

Standard Features

POOL SIZE

Above Ground:
up to 20' round = SOLARIUM 95
20' to 30' round = SOLARIUM 125

In-Ground:
up to 15' x 30' = SOLARIUM 95
15' x 30' to 20' x 40' = SOLARIUM 125
  • Electronic Control Panel
  • Dual Pool/Spa Thermostat
  • LED Temperature Display
  • TRANE Compressor.
  • Cupronickel Heat Exchanger
  • Oversized Evaporator Coil
  • Fan Venturi
  • Non-Corrosive Cabinet
  • All Stainless Fasteners
  • Built-in Chlorine Gas Trap
  • 2" Full Flow Plumbing
  • 5 Year Full Parts Warranty

Product Specifications

  Technical Data
Model # Solarium 95
Capacity (BTU/h)Heat BTU
Output
80°F Air 80% RH 80° Water
95,000
C.O.P. 6.3
Voltage 230/60/1
Minimum Circuit Ampacity 28
Minimum Breaker Size (Amps) 40
Electrical Input (kw) 4.0
Electrical Output (kw) 26.2
Water Flow (GPM) 20-70
Shipping Weight (lbs.) 255
dimensions (L x W x H) 36 x 32 x 32
Pool Heating Capacity up to 98ºF (37ºC)
Spa Heating Capacity up to 105ºF (41ºC)

DETERMINING HOW LONG IT WILL TAKE TO HEAT A POOL

Initial heating depends on several factors, the temperature difference between actual pool water temperature and desired temperature, size of pool, ambient air temperature, and the amount of heat loss. You can use the calculations below to determine approximately how long it will take to raise a pools water temperature.

Surface Area of Pool = (length x width) or (r x r 3.14)
Example: 15' x 30' = 450sq. ft

Cubic Ft. = surface area x average depth
Example: 15' x 30' x 4.5' = 2,025 cubic ft.

Gallons of Water = cubic ft. x 7.5
Example: 2,025 x 7.5 = 15,187.5 gallons

Lbs. of Pool Water = Gallons x 8.3
Example: 15,187.5 gal. x 8.3 = 126,056 lbs. of water

BTU (British Thermal Unit) = the quantity of heat it takes to raise 1 pound of water 1 degree Fahrenheit. So, divide the pounds of water by the BTU output of your heater and this will tell you how long it will take to heat your pool 1 degree.

Example using the SOLARIUM 125 model:
126,056 lbs. of water/114,500 BTU's (144,500 BTU/h at 80°F air temp.) = 1.1 or 1 hour and 6 minutes for every degree of temperature rise! At 50 degree air temperature the BTU/h output is 70,550. The time it will take to raise the pool water temperature is longer (125,056/70,550 = 1.8 hours per degree of temperature rise).

Remember the colder the air temperature, the longer it will take to raise the water temperature.

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