uvc - ozone - heating - aeration 2013 - SIBO

UVC - OZONE - HEATING - AERATION
Retail prices excl. VAT
7 - 19
HEATING
OKU POOL SOLAR PANELS code 809
You know the problem: a swimming pool/pond without extra heating is only pleasantly warm for about 3 to 4 weeks during the summer
- a very short amount of time compared to the high investment and high maintenance a pool requires. An indoor pool even needs to be
heated the complete year, which, considering the conventional energy sources, costs a lot of money and is not very environmental
friendly. There is an other possibility! The heating of pools is the perfect application for the free and environmental friendly solar
energy. Because no high temperatures are needed, but relatively a large amount of water needs to be heated, it is very effective to
operate these installations at a high flow rate and on a relatively low temperature. OKU collectors are moulded in one peace and are
colored homogeneous black. The system can normally be used with the existing filter pump. Corrosion and pool water resistant. The
(pool)water is pumped directly through the collectors. OKU collectors are frost resistant and can hold human weight.
There are 3 easy connection variations:
1. with the filter pump over a automatic 3-way ball valve with thermostat.
2. with an own pump and thermostat in a circular flow.
3. with an own pump, thermostat and plumbing, disconnected from the filter system.
See table on the right for the recommended collector size in
% of the pool size for outdoor pools with covers or indoor
pools (beginning of may up to september). Temperature
increase 4 - 7°C in comparison with not heated pools. Without
a cover the collector size ought to be 50% bigger. The local
differences in hours of sun per day can in- or decrease the
collector size with 20%.
Pumps: recommended flow rate is 150 up to 250 liters per m²
collector surface per hour. The recommended capacity of the
pump can be easily calculated: the collector surface x 200
liters. The pressure loss can be determined by taking the
difference in height between the water level and collectors
and add 5 metre.
D ire c tio n o f in c lin a tio n
Angle of inclination E SE S SW W
90° 90 80 70 75 85
60° 80 65 55 60 70
45° 70 60 50 55 65
30° 60 55 45 50 55
15° 55 50 50 50 55
0° 50 50 50 50 50
Absorber area in % of Pool surface
Technical specifications
Very low pressure loss: ± 0,003 bar at 200 liters/hour per m².
Flow rate: 150 - 250 liters/hour per m².
Weight: app. 6 kg/m² - water volume 6 liters/m².
Max. press.: 4,5 bar. Operating press.: 1,2 bar at 40°C.
Output: up to app. 85% - capacity up to 0,85 Kwh/m².
Average output: 0,5 - 0,6 Kwh/m².
Temperature resistant from -50°C up to +115°C. type 1000 type 1001 type 1002
TYPE ARTNR. EURO SIZE (L x W) M² SIZE
Type 1000 with integrated collector tube Ø40mm and 2 connections Ø25mm SC600 122,00 1320mm x 820mm 1,08m²
Type 1001 with 4 connections Ø25mm SC602 122,00 1320mm x 820mm 1,05m²
Type 1002 with integrated collector tube Ø40mm on both small sides SC604 122,00 1320mm x 820mm 1,12m²
Thermostat DIGISOL SC610 287,00 - -
* 3-way ball valve with 230V servo-engine (* Ask for availability) SC612 446,00 - -
Connection hose 25x3 x70 mm with 2 Stainless Steel hoseclips SC614 4,15 - -
Connection hose 38x5 x60 mm with 2 Stainless Steel hoseclips SC616 4,65 - -
Air release valve for solar panel SC618 14,35 - -
February 2013