60KW Swimming Pool Heat Exchanger Spa Thermostat Heater Circulation Heating Equipment

Features:

1. Cyclic Heating: It is heated by water and conducted by hot water, transforming cold water into hot water using thermal energy and heating cold water. Suitable for simultaneous use with solar panels (solar panels not included).
2. Built-in Flow Limiter: This pool heat exchanger has a built-in flow limiter specifically designed to ensure maximum heat exchange.
3. Purpose: The thermostat-controlled heating equipment is designed to minimize pressure loss in the heating system and save energy.
4. Compact: It is small and compact, requiring minimal installation space. Lightweight and equipped with a fixed bracket, it is convenient for installation and use.
5. Corrosion Resistance: This heat exchanger is made of high-quality, corrosion-resistant stainless steel, which is robust and has a long service life.

Specifications:

Item Type: Pool Heat Exchanger
Material: Stainless Steel
Gross Weight: 3800g / 134.0 oz
Product Size: Approx. 48.5 x 15.7 cm / 19.1 x 6.2 inches
Specification: 60kW
Side Thread: Approx. 45mm / 1.8 inch female thread
Back Temperature: Approx. 32mm / 1.3 inch female thread (110℃)
Application: Applicable to all types of swimming pools, spas, and hot tubs
Applicable Scene: Swimming pool, hot spring, hot bath
Heat Exchanger Model: MF 200
18,000-gallon pool: Temperature required to raise 1°F/H Boiler required: 150,147 BTU/Hour; Temperature required to raise 1°F/H Boiler required: 166,830 BTU/Hour
20,000-gallon pool: Temperature required to raise 1°F/H Boiler required: 166,830 BTU/Hour; Temperature required to raise 1°F/H Boiler required: 166,830 BTU/Hour
22,000-gallon track: Temperature required to raise 1°F/H Boiler required: 183,513 BTU/Hour; Temperature required to raise 1°F/H Boiler required: 166,830 BTU/Hour

How to Use:

1. First, determine the rate of temperature rise of the pool water. Generally, the temperature rise of a pool open for extended periods in summer is 1°F per hour (1°F is equal to 0.56°C), while the temperature rise of a pool used only for a short time is 20°F per hour; 2. Calculate the volume of the pool (in gallons: 1 cubic meter is equal to 2642 gallons); 3. Check the following table, select the heat exchanger model based on the pool water volume and the required heating rate, and ensure that the boiler's output power meets the requirements in the table; 4. Calculate the heat loss rate to ensure the boiler's output power is greater than the heat loss rate calculated using the following formula: Heat loss rate (BTU/hour) = 23328 Multiply the swimming pool area (square meters) by the required pool water temperature (°C) and subtract the lowest average outside temperature (°C) during use. Note: The pool water temperature should generally be 26°C.

Package List:

4 x Accessories
1 x Heater
1 x Instruction Manual

Note:

Excludes electricity