SUNPEAK
USA
Inc.
Sun energy is transferred through the outer glass tube and is
absorbed by the heat pipe,
which has aluminum fins that help transfer the heat to
the heat pipe. A small amount of fluid in the heat
pipe transmits the heat to the copper head of the vacuum tube and
the heat is transferred through the copper, then through the
manifold case to the heat transfer fluid (propylene glycol).
The vacuum tubes are designed to slide into the manifold and
are independent of each other so if you loose a vacuum or a tube
breaks the other tubes continue to work.
Our glass thickness is one of the thickest in the industry
and therefore allows a longer lifespan and safer handling
characteristics. Each
evacuated tube consists of two glass tubes made from extremely
strong borosilicate glass one inside the other. The outer tube is
transparent, allowing light rays to pass through with minimal
reflection. The inner tube is coated with a special selective
coating, which features excellent solar radiation absorption and
minimal reflection properties. The ends of the two tubes are fused
together and the air contained within the space is pumped out or
evacuated (your coffee thermos container theory).
This vacuum, which allows molecules to move extremely fast
also provides insulate properties.
Once the evacuated tube absorbs radiation from the sun, it
then converts that energy to heat.
The inside of the tube may be as hot as 150 degrees Celsius
or 302 degrees Fahrenheit where the outside is cool to the touch.
This insulate property allows the vacuum tube to perform well
even in cold weather when other types of solar products {flat plate
collector (see frequently asked questions #17) } perform poorly
because of heat loss.
You can pick up the glass tube at operating temperature and not feel
the extreme heat of the heat pipe.
Use
caution when doing this because the copper end will be extremely hot
and will burn.
Higher Efficiency:
The absorbance rate is increased by 14% with remittance reduction of
30-40%.
Higher Heat conduction:
Operating conditions were tested to temperatures up to 270°C and as
low as -30°C outside air temperature with viable operation.
Higher Stable Vacuum:
Our unique technology plus a thicker glass tube, keeps the vacuum
stable, which guarantees a longer life of the tube hence the
10 year limited warranty.

The above picture of the vacuum tube shows the tip is silver this
indicator lets you know that the tube has a vacuum.
In order to maintain the vacuum between the two glass layers,
a barium getter is used. During the manufacturing process of the
evacuated tube, this getter (see following picture) is exposed to
high temperatures which causes the bottom of the evacuated tube to
be coated with a pure layer of barium (silver coating). This barium
layer actively absorbs any CO, CO2,
N2, O2,
H2O and H2
out-gassed from the evacuated tube during storage and operation,
thus maintaining the vacuum. The barium layer also provides a clear
visual indicator of the vacuum status. If the silver colored barium
layer turns white the vacuum is lost.
You should replace the tube as soon as possible after you
notice this condition.
Note: The unit will continue to operate but at a decreased
performance level.
Replacement tubes can be purchased from this web site or calling
SUNPEAK
USA
Inc.
@ 540-325-0750 or
sales@sunpeakusa.com

Sunpeak
58-COP
Series


Technical data:

| Model No. | Sunpeak 58-COP | Tubes | |
| No.
of Tubes |
18, 24, 30 |
Hail resistance |
≥25mm |
|
Disassembly |
yes | Diameter of tube |
58 |
|
Technology |
Vacuum Heat Pipe |
Glass quality |
Borosilicate |
| Total
Length (m) |
1.65 / 2.00 / 2.45 |
Thickness (mm) |
|
| Total
Width (m) |
1.9 |
Vacuum degree
(Pa) |
3x10ˉ3 |
| Gross
Absorption Area (m²) |
3.14/3.80 /
4.66 |
Absorption
rate |
≥0.94 |
|
Aperture Area (m²) |
2.52/3.36 / 4.20 |
Reflective
emission |
<0.06 |
|
Surface absorber (m²) |
2.18/2.42 / 3.03 |
Material
coating is made of: |
SS-C/CU |
|
Reflector |
Non | ||
|
Operation Pressure (bar) |
8 bar or
(116 psi) |
||
| Entry
Connector size |
½’’ male/ copper tube |
||
|
Diameter of condenser(mm) |
24 | ||
|
Manifold Material |
Anodized Aluminum 2mm |
||
|
Material Heat pipe and Manifold Head are made of: |
TU1 Copper |
||
|
Insulation of manifold |
Polyurethane |
||
| Slot for thermal sensor | yes | ||
| Cold
Resistance |
-30 degrees
Celsius |
||
|
Liquid capacity |
1.4 / 1.8 / 2.2 |
||
| Total
weight (kg) |
39 / 47 / 65 |
||
| Min.
flow (l/m) |
120 | ||
|
Typical flow (l/m) |
150 | ||
| Max.
flow (l/m) |
600 | ||
|
Stagnation temperature (°c) |
300 degrees Celsius |
||
| EN
12975 (Solar Key Mark ) |
in process |
||
| Date |
Oct-15 |
||
|
Efficiency (n0 in %, k1 in W/m²K, k2in
W/m²/K²) ; |
n0= 0.77, k1 = 1.47, k2=
0.0051 |

|
Solar
Water Tank Product Line |
|
5 year warranty (white or steel colored tank with
dual coils)
|
|
Product model
|
250L
24 tube collector |
300L
30 tube collector |
500L
48 tube collector |
|
Installation mode |
Plumber/Dealer |
Plumber/Dealer |
Plumber/Dealer |
|
Related volume
US gallons rounded |
250liter
65 us gallons |
300liter
80 us gallon |
500liter
120 us gallons |
|
Rated pressure of directional safety drainage valve |
8 bar/116 psi |
8 bar/ 116 psi |
8 bar/116 psi |
|
Max. water supply pressure |
6 bar/ 87 psi |
6 bar/ 87 psi |
6 bar/ 87 psi |
|
Setting pressure of temp./pressure valve |
8 bar/ 116 psi |
8 bar/116 psi |
8 bar/116 psi |
|
No of heat exchanger |
dual |
dual |
dual |
|
diameter of heat exchanger |
10mm |
10mm |
12.7mm |
|
total length (M) |
15/20 |
20/28 |
20/30 |
|
maximum pressure of heat exchanger coil: |
20 bar/290 psi |
20 bar/290 psi |
20 bar/290 psi |
|
Installation size of water pipe |
1/2" (3/4") |
1/2" (3/4") |
3/4" (1") |
|
Insulation thickness |
50mm/2 inch |
50mm/2 inch |
50mm/2 inch |
|
Insulation material |
polyurethane |
polyurethane |
polyurethane |
|
Inner tank material |
SS304 2B 1.2 |
SS304 2B 1.2 |
SS304 2B 1.5 |
|
diameter of inner tank |
485mm |
485mm |
635mm |
|
diameter of outer tank |
590mm |
590mm |
740mm |
|
Overall tank
dimension
|
590x1130mm
23x 44 inches |
590x1340mm
23x 53 inches |
740x1680mm
29x 66 inches |


3. Electronic Pump Station
Wilo Star-RS ClassicStar
![]() |
Glandless circulation pump with screwed connection, RSL version with rapid ventilation connection. Pre-selectable speed stages to adjust the capacity. - For use with hot-water heating systems of all kinds. - Suitable for any installation position with horizontal shaft: terminal box in the 3-6-9-12 o’clock position Three pre-selectable speed stages for load adjustment. (The higher speeds allow pumping to the top of a multi story house) |
![]() |
Technical Data:
Equipment |
| Materials |
Delivery |
| - Pump housing: Grey cast iron (GN-GJL200) |
Pump |
| - Impeller: Plastic (PP-40% GF) |
Seals |
| - Shaft: Stainless steel (Cr) |
Installation
and operating instructions |
|
-
Bearing:
Metal-impregnated carbon |
Pump with Plastic Installation Case,

4. Electronic Controller SR868C6

Type:SR868C6
This proven digital Intelligent System Controller is designed for
split system pressurized solar hot water heating systems with heat
dissipaters.
Main technical data:
1.
Dimension: 210mm×145mm×48mm
2.
Power consumption: <3W
3.
Temperature measuring accuracy: +/- 2˚C
4.
Temperature range of measurement: 0~150
5.
Maximum power of controlled circulation pump: possible to control 4
pumps,
≤600W
6.
Power of auxiliary
electrical booster ≤2000W (standard allocation),≤3000W
7.
5 inputs:Pt-1000 for
collector, sensor temperature ≤500˚C ( silicon cable ≤280˚C),
NTC10K,B=3950 for tank, sensor temperature ≤135˚C, ( PVC cable
≤105˚C)
8.
Outputs: 5 outputs, one for
electrical booster, 4 for circulation pumps or
3-way electromagnetic valve.
9.
Ambient temperature range:
-10 ~ 50˚C
10.
Water protection grade: IP40.
Main functions
1. Clock display
2. Temperature difference on/off
3. Maximum tank temperature
4. Frost protection
5. Temperature controlled hot water circulation pump
6. Time controlled hot water circulation pump
7. Temperature controlled auxiliary heating during three time
sections
8. Protection functions
a. Memory protection
b. Anti-bacteria protection
9. Changed between “˚C/ OF”
5. Heat Dissipater (radiator safety feature)
The heat dissipater is specifically designed by Sunpeak for use
with SUNPEAK
USA
Inc. installations that are sized for optimal seasonal output
(especially summer). The heat dissipater can remove the excessive
heat produced during summer periods, or periods of extended non-use.
This protects systems from overheating and tripping the
overheat/overpressure relief valve and expelling propylene glycol.
It can be located in the attic or on the interior/exterior of the
house (caution should be used for placement as the dissipater
generates heat/ follow your local codes and regulations.)
Most
china products are made with BSP connections, which is the (
|
1. |
>2.3kW heat dissipation capacity* (This is almost twice the heat dissipation capacity compared to our closest competitor for the same price.) |
|
2. |
Suitable for glycol systems. |
|
3. |
Anodized aluminum fins and outer casing allow for excellent corrosion resistance. |
|
4. |
Silver brazed TU-1 (highest quality)
copper piping with 1/2"M NTP inlet and outlet (NTP is
the |
|
5. |
Easy mounting on interior/exterior wall or in roof space. |
|
6. |
Minimal drop in pressure |
|
7. |
May be used as a simple space heating panel. |
|
8. |
Attractive design with Stainless shell cover. |
|
* Based on 80oC / 176oF water temp, 40oC / 104oF ambient, no forced air flow. |
|

© 2010 SUNPEAK USA

5 year solar collector (manifold) warranty
10 year vacuum tube performance warranty
15 year heat pipe performance (copper pipe inside the vacuum tube) warranty
