The IMI Hydronic Engineering KTM 512 is a genuine pressure-compensated control valve, part number 52762891, engineered for precise flow regulation in demanding HVAC applications. This DN125, PN25 flanged valve, constructed from durable ductile iron (EN-GJS-400-18-LT), ensures stable control and energy efficiency. Designed without test nipples, it adheres to EN 558-1 series 1 (face-to-face 400 mm) and EN 1092-2 PN25 flange standards, offering reliable performance within a temperature range of -10 to +120 °C. With a Kvs value of 250 m³/h, it provides optimal flow characteristics.
IMI, an acronym for Imperial Metal Industries, has a long history rooted in industrial manufacturing. While specific founding details for its agricultural relevance are not widely publicized, the company has historically been involved in various engineering sectors. Its origins can be traced back to the late 19th century in the United Kingdom, evolving over time into a diverse engineering group.
The brand is recognized for its broad range of industrial components, which find applications across numerous sectors, including agricultural machinery. While not a primary manufacturer of agricultural equipment itself, IMI's expertise in fluid control, pneumatic systems, and specialized valves means its components are often integrated into the systems of other machinery manufacturers. This includes parts for hydraulic and pneumatic circuits, essential for the operation of modern farm equipment.
At Partao, the IMI catalog includes essential maintenance and operational components. Top categories for IMI parts are Air Filters, Battery Chargers, Control Modules, Diagnostic Tools, and Expansion Tanks. Over 484 genuine IMI spare parts are available at Partao.
Components from this manufacturer are often selected for their reliability in demanding industrial and agricultural environments. Their integration into various machinery types means that operators often rely on IMI parts for system maintenance and repair. The brand's focus on precision engineering ensures that its components meet the functional requirements of the equipment they support, contributing to the overall performance and longevity of agricultural machinery.
