ABB 7BA44-5700-5629 Firepump Motors - 150HP, 1785RPM

High-power performance is delivered by the 150HP, 1785RPM, 3PH, 60Hz configuration, enabling robust fire-pump operation under demanding duty cycles. This translates into reliable flow and rapid response when a fire event triggers the pump, helping meet stringent safety standards and minimize downtime. The design suits large facilities, including hospitals and data centers, where uptime, precise control, and energy efficiency are non-negotiable. Immediate availability is a core feature: the model is stocked at multiple warehouses with a 0 day lead time and a 1 piece minimum order. This reduces procurement risk, shortens project timelines, and improves maintenance planning by eliminating long supplier queues. For project managers, it means you can align commissioning windows with regulatory inspections and tenant occupancy without sacrificing reliability. Physical footprint and mounting compatibility reinforce installation efficiency: a 444TS frame, 48 in length, 52.5 in height, and 42 in width, with a total weight of 1804 lb, provide a sturdy, installation-friendly solution. The substantial rotor inertia supports smooth starting and reduced electrical stress on ASDs or soft-start systems, while strict dimensional data helps engineering teams plan mounting pads and clearances. Origin and supply-chain resilience enhance project credibility: manufactured in the United States and stocked across US and international warehouses, the motor supports local procurement, faster resupply, and traceable quality. With active product sales status and transparent lead times, purchasing teams gain confidence in delivery schedules, warranty coverage, and post-install service across mission-critical applications. Warranty and service terms emphasize accountability: products under warranty must be returned, and the ABB service network provides guidance on RMA procedures. This framework minimizes downtime by accelerating fault resolution and replacement logistics, delivering dependable total cost of ownership. In practice, operators gain predictable maintenance cycles, clearer budget planning, and a trusted partner for safety-critical motor needs.