The logical choice for swimming pool and industrial water processing systems.
Heliocol Unique Features
Over-Molding Injection Technology
One of a kind injection process connects 156 (5mm) riser tubes to the manifold header, creating a single polymer panel with no leaks.
Cylindric Shape
All parts are rounded, with no sharp angles, in order to avoid stress concentration or the risk of bursting at high pressure.
Fins
Provide added strength to the unit while preventing differential thermal expansion and distortion of the system.
Speciality Formulated Polymer Material
As tested in authorised laboratories, a unique polymer formula stabilises against sustained ultraviolet radiation, extreme weather and aging.
Spacer Bars
Prevent warping of the panel over time, as well as prevents abrasion of the riser tubes due to thermal expansion of the panel.
Modular Structure
Enables fast and firm connection between panels, creating any size absorption area over any type of roof imaginable.
Parts & Fittings
Every component of a Heliocol System is manufactured from the same polypropolene material used to produce a Heliocol collector. Unlike other solar pool heating systems, Heliocol doesn’t require metal clamps or rubber hoses, that will deteriorate eventualy with use or need tightening / adjustment each year, as part of its installation. Heliocol components require zero maintenace as the all-Polymer parts, create a simple connection between panels and standard plumbing pipes.
Heliocol Panel Fittings
Heliocol PPC Set Consists Of
Dimensions & Design Parameters
Chemical Resistance
The polymer, polypropylene material is highly durable against:
- Corrosion & lime scaling.
- Chlorine, Bromine, Iodine, HCL and other swimming pool chemicals / disinfectants.
- Salts & Sea Water.
Potable Water & Food Stuffs Contact Certification
Polypropylene is certified for use with potable water, as specified in the US standard NSF-61, German standard DVGW-W270, and for foodstuffs contact as specifies in the Swiss standard KsV-817041 and the British Standard SI2000-3162.
F.S.E.C. Performance Rating & Daily Output
Heliocol Mechanical Stability
Heliocol Collector Efficiency Equation
Heliocol Collector Efficiency Graph & Equations. (tested by F.S.E.C. according to ASHRAE Standaard 96-1989)
η = 0.828 – 18.52 (Ti – Ta) / I
Units of (Ti – Ta) / I are [m2 °C / Watt]
η = 0.828 – 3.26 (Ti – Ta)
Units of (Ti – Ta) / I are [hr – ft2 °F / BTU]
Standards & Certifications
