High-Efficiency 300L Solar Keymark Certified Heat Pipe Collector

• Customization: Available
• After-sales Service: 10 Years
• Warranty: 5 Years
• Model NO.: SPA58/1800-30
• Certification: ISO, Solar Keymark
• Concentrating: Yes
• Working Temperature Range: High Temperature
• Type: Pressurized
• Application: Water Heater, Solar Thermal
• Pipe Material: Glass
• Trade Mark: Sunpower or OEM
• Testing Pressure: 6 Bar
• Certificate: SRCC, Solar Keymark, Watermark
• Capacity: 100-300L
• Material: Aluminum Alloy
• Heat Pipe: 0.8mm Thickness Copper
• Insulation: Rock Wool
• Tube Size: 58/1800
• Tube Quantity: 24
• Operating Pressure: 9 Bar
• Transport Package: Standard Export Package
• Specification: Solar Keymark & En12975 Certified
• Trademark: sunpower
• Origin: China
• HS Code: 8419191000
• Production Capacity: 1700 Sets/ Day

Product Description

Specification:
Manifold Casing Material 2.0mm thickness /Aluminum
Frame Material 1.2mm thickness stainless steel or 2.0mm Aluminum alloy
Header Pipe Material 1.2mm thickness /Copper
Insulation Polyurethane /Rockwool
Rubber Seals and Rings UV stabilized high temperature silicone rubber
Optimal installation angle 30-70 Vertical, 0 Horizontal
Operating Pressure 6bar-12bar
Pressure Drop 7bar 3.3L/min for 20 tube manifold
Optimal flow rate 0.1L/min/tube-0.026G/min/tube
 ...................................................................................................................................................................
 
Feature
1. High pressure storage tank(Testing pressure=9 bar), using SUS304-2B, 1.2mm-2.0mm.
2. Less heat loss as compared to the non pressure model, Heat Preservation: 72-90hours
3. Highly efficient heat pipe technology, Anti-freezing in cold winter, whole system can work well in -35
4. No water introduced into vacuum tube, no water out if tube broken
5. Max. Pressure bearing: 1.2MPa
6. Can be used all year round in the cold climate. Hail resistance: 25mm / 35mm
 
Solar Collector Operation
Step 1: The absorber coating on the inner glass tube absorbs sunlight and converts it into heat.
Step 2: Steam forms inside heat pipe which transfers heat rapidly up to the manifold.
Step 3: A pump circulates water or heat transfer fluid through the header pipe, carrying heat back to the
storage tank. Gradually throughout the day the tank is heated up.