SPP Pumps: The World’s First Company to Get FM Approved MSMO Pump

SPP Pumps, one of Kirloskar Brothers Limited’s group companies, has become the first company to offer FM approved MSMO model. This multistage, multi-outlet pump is specifically designed to provide reliable, efficient, and cost-effective fire protection for high-rise buildings. The pump with its FM certification, meets all the relevant national and international standards, ensuring compliance with fire safety regulations.

Key Features of MSMO Fire Pump

Multistage Design: The multistage design of the MSMO pump allows it to achieve high head pressures, making it ideal for use in tall buildings where water must be delivered to high floors.

Multiple Outlets: The pump features multiple outlets, allowing it to supply water to multiple sprinklers or hose connections simultaneously. This ensures that firefighters have the water flow they need to effectively battle the blazes.

Reliable Performance: It is built with high-quality materials and components to ensure reliable operation in the event of a fire. It is also fully tested and certified to meet all relevant national and international standards.

Efficient Operation: It is designed for energy efficiency, helping to reduce the operational costs.

Cost-Effective Solution: It is a cost-effective solution for fire protection in high-rise buildings. Its efficient operation and low maintenance requirements help to minimise the lifecycle cost.

KBL Contributes to the National Milestone With Canned Motor Pumps for Kakrapar Nuclear Plant

Kirloskar Brothers Limited is proud to be a part of this national achievement with the inauguration of Units 3 & 4 at Kakrapar Nuclear Power Plant in Gujarat. Our contribution to the project involved supplying Canned Motor Pumps (CMP) for moderator coolant applications, which are essential for ensuring the complete and efficient functionality of the plant at all times. KBL had earlier provided CMPs to Unit 1 and 2 as well. These pumps play a vital role in safe and reliable power generation.