Circulation Pump 25/60 130mm for Central Heating Systems - 3 Speed (1 Pack) Product Description KPS25-6-130 Domestic Circulating Pump for Central Heating Systems 60/130 - 6m Head. B-rated. Comes complete with Gaskets Efficient Circulation The KPS25-6-130 Domestic Circulating Pump is a reliable and energy-efficient solution for central heating and air conditioning systems. With a B-rating for efficiency, this pump ensures optimal water circulation in both pressurized closed circuits and open systems. Customisable Flow for Efficient Comfort Its 6-meter head and three-speed settings provide flexibility to meet various heating demands, making it an excellent choice for residential applications. Smart Heating with Simple Installation Designed for durability and ease of installation, the KPS25-6-130 helps maintain consistent temperature control while reducing energy consumption. Features and Benefits Energy Efficiency: B-rated Specifications: 25/60 130mm, 6m Head Functionality: For water circulation in pressurized closed circuit or open circulation systems Application: Ideal for domestic heating and air conditioning setup Speed Settings: Equipped with 3 speed settings Dimensions Of The Circulation Pump The drawing includes the key external dimensions of the unit, which are clearly marked as: Height: 125mm Depth: 125mm Length: 129mm The overall design suggests it's a compact, electrically powered pump typically used in central heating or water circulation systems. Rubber Washers included Includes two flat rubber washers, used for the circulating pump. These components are designed to create a watertight seal between the pump and its pipe connections, helping to prevent leaks. They are usually placed inside union nuts during pump installation or maintenance. Meets Various Demands With a robust 6-meter head and three-speed settings, it offers versatility to meet various heating and air conditioning demands in residential and commercial settings alike. Efficient Design Its energy-efficient design, boasting a B-rating, ensures optimal performance while maintaining low energy consumption.