Feature

●Stainless Steel Material: The swimming pool heat exchanger is made of high grade anti corrosion stainless steel, anti rust and salt water resistance, durable.
●Application: The heat recovery pool heater is suitable for swimming pools, spas, hot tubs, solar, hydraulic heating, oil cooling, heat recovery, snow melting, etc.
●Maximum Heat Exchange: Specially designed built in flow limiter aims to minimize the pressure loss in the heating system and ensure maximum heat exchange.
●Space Save: Equipped with stainless steel fixed bracket, easy to install and use. Small and compact size, light weight. Minimum installation space is required.


Description

Item Type: Pool Heat Exchanger
Material: Stainless Steel
Weight: Approx. 2837g/100.07oz
Size: 34.2x15.7cm/13.46x6.18in
Specifications: 40KW
Note: Does not contain electricity
Side Thread: Female Thread 45mm/1.77in
Front and Rear Thread: Female Thread 32mm/1.26in
Maximum Operating Temperature: 230℉ (110℃)
Purpose: Suitable for all types of swimming pools, spas and hot pools and spas
Type of Heat Exchanger: MF 135
Application Scenario: swimming pool, hot spring, hot tub
Swimming Pool Area: 12000 Gallon, Temperature required to rise 1 ℉/h: 100098 btu/h; Temperature required to rise 2 ℉/h: 100098
Swimming Pool Area: 14000 Gallon, Temperature required to rise 1 ℉/h: 116781 btu/h; Temperature required to rise 2 ℉/h: 133464
Swimming Pool Area: 16000 Gallon, Temperature required to rise 1 ℉/h: 133464 btu/h

How to Use:
1. First, determine the temperature rise rate of the pool water. Generally, the temperature rise of the swimming pool that is open for a long time in summer is 1 ℉ per hour (1 ℉=0, 56 ℃), while the temperature rise of the swimming pool that is only used for a short time is 20 ℉ per hour; 2. Calculate the volume of the pool (in gallons: 1 cubic meter=264,2 gallons)
3. Check the following table, select the model of the heat exchanger according to the volume of the pool water and the required heating rate, and ensure that the output power of the boiler meets the requirements in the table;