Dimension of Solar Collector L*W*T: 2000mm*1000mm*80mm
Copper Riser Tubes Spec. & Qty(mm): Ф8/10 * δ0.6 * 1886 , 8 pcs copper
Copper Header Tubes Spec. & Qty(mm): Ф22 * δ0.6 * 1118 2pcs copper
Cover material: Low iron textured tempered glass

Dimension of Solar Collector L*W*T: 2000mm*1000mm*80mm
Copper Riser Tubes Spec. & Qty(mm): Ф8/10 * δ0.6 * 1886 , 8 pcs copper
Copper Header Tubes Spec. & Qty(mm): Ф22 * δ0.6 * 1118 2pcs copper
Cover material: Low iron textured tempered glass

Dimension of Solar Collector L*W*T: 2000mm*1000mm*80mm
Copper Riser Tubes Spec. & Qty(mm): Ф8/10 * δ0.6 * 1886 , 8 pcs copper
Copper Header Tubes Spec. & Qty(mm): Ф22 * δ0.6 * 1118 2pcs copper
Cover material: Low iron textured tempered glass

The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank. When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatical

The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank. When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatical

The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank. When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatical

The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank. When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatical

The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank. When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatical

The warmer water rises into the storage tank while cooler water in the bottom of the tank flows down to the bottom of the tubes to repeat the cycle. This thermosiphon process occurs throughout the day, gradually heating up the water in the tank. When hot water is used it drains from the bottom of the tank. The tank is slowly refilled with cold water, either manual via opening a cold water filling tap, or automatical