Reliance Automatic Air Vent AVEN100005 1/2 in BSP

RS 庫存號: 794-8347品牌: Reliance Water Controls製造商零件號: AVEN100005
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技術文件

規格

Male Connection

1/2 in BSP

Body Material

Brass

Height

70mm

Maximum Working Pressure

10 bar

Male Thread Size

1/2in

Thread Standard

BSP

原產地

Italy

產品詳情

Automatic Air Vent

High quality automatic air vents for use in heating systems to vent air when commissioning a system. The device consists of a polypropylene float connected to a simple valve. When the build-up of air within the float chamber exceeds a certain level the float drops, opening the valve and releasing the air trapped within the chamber. As the air is released, water replaces it, and moves the float back into the up position, which closes the valve

Air Vents

Air vents automatically remove air and other incondensable gases from steam systems, reducing heat transfer and affecting steam temperature. They improve heat transfer, while saving energy, and maintain process performance where temperature is critical. Their use reduces corrosion and maintenance costs, promotes even heating and improves product quality.

146.40 MOP

146.43 MOP Each (不含稅)

Reliance Automatic Air Vent AVEN100005 1/2 in BSP

146.40 MOP

146.43 MOP Each (不含稅)

Reliance Automatic Air Vent AVEN100005 1/2 in BSP

暫時無法取得庫存資訊。

暫時無法取得庫存資訊。

技術文件

規格

Male Connection

1/2 in BSP

Body Material

Brass

Height

70mm

Maximum Working Pressure

10 bar

Male Thread Size

1/2in

Thread Standard

BSP

原產地

Italy

產品詳情

Automatic Air Vent

High quality automatic air vents for use in heating systems to vent air when commissioning a system. The device consists of a polypropylene float connected to a simple valve. When the build-up of air within the float chamber exceeds a certain level the float drops, opening the valve and releasing the air trapped within the chamber. As the air is released, water replaces it, and moves the float back into the up position, which closes the valve

Air Vents

Air vents automatically remove air and other incondensable gases from steam systems, reducing heat transfer and affecting steam temperature. They improve heat transfer, while saving energy, and maintain process performance where temperature is critical. Their use reduces corrosion and maintenance costs, promotes even heating and improves product quality.