Used DIETZ H8C0KG #124622 for sale

DIETZ H8C0KG is a self-priming centrifugal pump designed and manufactured by DIETZ Engineering that combines maximum performance with a low installation and operational cost. It is suitable for handling clear water with a maximum liquid temperature of 95°C and is a highly efficient pump that can run with or without frequency controllers. The construction of H8C0KG is in accordance with the highest quality standards that guarantee a reliable and durable performance. The external design of DIETZ H8C0KG pump is made of cast iron and steel. The pump has an impeller and a volute casing, which are the two major components of the centrifugal pump. The impeller is a highly efficient, single-vane radial type with a hard alloy base that allows for a smooth operation. The volute casing provides an optimized throat area at the inlet of the pump to increase the efficiency of operation and reduce turbulence. H8C0KG pump has a single stage design which ensures maximum efficiency while also offering quiet operation. The pump offers a convenient prime adjustment that allows you to optimize delivery and pressure levels. Additionally, its plug-and-play design, adjustable start-up, and dry-running safety features make it a reliable and cost efficient pump. The continuous delivery range of the pump is up to 2200 liters per minute or 33.4 cubic meters per hour. DIETZ H8C0KG pump is designed for easy installation and maintenance. Both horizontal and vertical installation is possible, and the equipment can be adjusted to various mounting positions including free-standing, wall mounting, flange mounting and more. Additionally, the pump is equipped with flexible joints to prevent leaks, and rubber gaskets for a tight seal. For maintenance purposes, the pump has a robust bearing system and wear rings, which help ensure prolonged service life and reduced maintenance costs. Overall, H8C0KG is a reliable and efficient self-priming centrifugal pump with a robust design and low installation and operational cost. Its' advanced design and performance features make it suitable for low-pressure, high-pressure, and intermediate-pressure pumping applications.