TEIKOKU 400 TVD‑AM water pump delivers extraordinary performance with a massive flow capacity of 1,200 m³/h and a robust discharge head of 20 m, making it ideal for large-scale industrial, municipal, and marine applications. Engineered for tasks such as water supply schemes, HVAC circulation in industrial plants, flood control, desalination input, and cooling tower service, this high-capacity centrifugal pump ensures efficient fluid transport in high-demand operations.
Constructed with rugged materials—typically thick-walled cast steel or ductile iron—the 400 TVD‑AM features a precision-machined impeller and volute casing that optimize hydraulic efficiency and reduce energy loss even at peak flow. The multistage or large-single-stage impeller facilitates stable discharge pressure under heavy duty cycles, while its dynamic balancing minimizes vibration and noise—enhancing pump reliability, extending seal and bearing life, and ensuring quiet performance in critical environments.
Designed for seamless system integration, the pump includes standardized large-diameter inlet and outlet flanges, enabling direct connection to high-flow systems. Its heavy-duty baseplate and rigid shaft support ensure alignment stability under mechanical stress, while flexible coupling options—electric motor, diesel engine, or turbine drive—aid deployment in diverse power configurations, including remote or emergency backup setups.
Maintenance is simplified through service-friendly features. The 400 TVD‑AM provides front-access inspection covers and removable pump casing sections, allowing technicians to reach internal components like impellers, seals, and bearings without full system disassembly. This modular access reduces downtime, facilitates quick part swaps, and lowers life-cycle service costs.
For engineering teams managing city-wide pumping infrastructure or industrial process water demands, the TEIKOKU 400 TVD‑AM water pump delivers unmatched capacity, sturdy construction, and easy servicing in a large-format package. It offers reliable flow performance, energy-efficient operation, and resilience under continuous high-load conditions—making it a trusted asset for mission-critical fluid management systems.