Pressurized Heat Pipe Solar Collector（Pressurized Solar Collector）
— Direct-flow Header: High quality red copper
— Manifold Shell: High-quality black/ gray aluminum alloy 2mm
— High-density compression-moulded rockwool 50mm
— Bracket: Aluminum Alloy 1.8mm
— Specification: 10-30tubes
Description
The heat pipe solar collector is pressurized and can withstand 6 bar pressure, so it can be connected to the boiler water tank to provide heat energy for the boiler.
It uses heat exchange technology, so even if the vacuum tube is broken, the water in the collector will not be lost.
Direct-flow Header：High quality red copper Φ35*1.0mm, inlet & outlet Φ22mm
Manifold Shell ：High-quality black/ gray aluminum alloy 2mm
Insulation ：High-density compression-moulded rockwool 50mm
Heat-pipe Tube ：Three-target coated vacuum tube, Φ14 condensor copper heat pipe, Aluminium fin, silicon tube seal
Mounting Frame ：Black/ gray aluminum alloy 1.8mm, universal bracket suitable for roof or exterior wall installation
Accessories ：Thermal paste,copper connectors,Stainless fasteners,Heat-resisting rubber seal,adjustable tube holder
Test Pressure ：11.0 Bar
Collector Tilt Angle ：20°~90°(Vertical/ horizontal shift: -5°/-5°)
Hail Resistance ：≥ Φ25 mm (Tilt angle≥ 40°)
Anti-freezing ：(-) 40 ℃
Pressurized Heat Pipe Solar Collector Working Principle:
The solar vacuum tube absorbs heat and conducts it to the heat pipe, so that the heat-conducting medium in the heat pipe evaporates to the condenser head. The condenser head is inserted into the direct-flow header to exchange heat with it and heat the water or other media in the direct-flow header.
Specialty
The pressurized solar collector is expensive, but has high heat collection efficiency.
After the system is installed and tested, it will require almost no maintenance in the future, and the maintenance cost is low.
