Used OSAKA TG203VW #293773171 for sale

OSAKA TG203VW is a submersible three-phase, cast-iron motor-equipped pump designed to be used in a wide range of agricultural and industrial applications. Made by OSAKA, a leading manufacturer of pumps, it is capable of withstanding high pressure and is suitable for pumping liquids such as water, oil, and other low-viscosity fluids. TG203VW is powered by a three-phase, cast-iron motor that is designed to provide reliable cooling, extended life, and excellent insulation. It has an input power of 7.5 kW, a rated voltage of 400 V, and a maximum operating speed of 1440 rpm. The motor is capable of delivering high performance, and its efficiency rating is up to 80%. The high power output makes this pump suitable for use in a variety of situations. OSAKA TG203VW has an output flow rate of up to 88 l/min, and a maximum outlet pressure of 43 m. The pump head is adjustable, allowing you to set the deliverable pressure to suit your specific application. The pump is fitted with a safety valve for added protection against dangerous pressures or blockages. TG203VW is equipped with an Anti-vortex shield that prevents the formation of troublesome air bubbles during operation. This shield improves performance and ensures reliable operation. The pump also has a pressure-sensitive Gauge Control to alert you to sudden changes in pressure. OSAKA TG203VW is constructed with top-grade materials, and the housing and components are made of robust cast iron. The impeller and housing are designed to maximize efficiency and minimize wear. The pump is installed with a special Flylead that facilitates quick and convenient installation. Apart from its durability and longevity, TG203VW has several other benefits as well. Its powerful motor and output flow rate make it suitable for a wide range of tasks, and its adjustable head allows you to customize it to fit your specific needs. The inclusion of a safety valve and a Gauge Control ensure safe and reliable operation. Finally, its Anti-vortex shield inhibits airbubble formation, further enhancing the performance of the pump.