Used KASHIYAMA KMB301T #9286581 for sale

KASHIYAMA KMB301T
Manufacturer
KASHIYAMA
Model
KMB301T
ID: 9286581
Mechanical pumps.
KASHIYAMA KMB301T is a Positive Displacement (PD) Gear Pump that has been designed to provide reliable pumping performance and high-efficiency for power plants, petrochemical plants, and other industrial processes. The pump is a multi-stage type that is made of metallic materials, making it highly resistant to corrosion and highly durable. Small-tube diameters can be used for to ensure a smooth flow and more accurate control of flow rate. The pump features a single, robust rotor and impeller design to ensure a continuous, uninterrupted flow. This pump is ideal for applications demanding high pressure and flow rate. KMB301T pump has a wide temperature range, which covers both liquids and general engineering fluids with viscosity ratings up to 800 CPS. It has an adjustable pressure-balancing device that enables easy setting of the required pressure control range. This device is usually employed when the inlet pressure and temperature are variable. The adjustable bypass valve ensures efficient pumping of high-viscosity liquids. KASHIYAMA KMB301T features adjustable packing glands to ensure leak proof performance of the pump. It also includes self-regulating mechanical seals for extended seal life and dependability in high-pressure applications. It is equipped with a temperature compensator to effectively regulate the speed and flow rate at varied temperatures without major wear and tear to the pump. The overall design of KMB301T makes it highly reliable and consistent in its performance at varying pressures and temperatures. It is also resistant to corrosion and offers superior acoustic performance. The pump is designed to meet many international standards, and is fireproof-certified to BS 5256 (Class I). KASHIYAMA KMB301T also has a double-balanced design with adjustable axial spacing to ensure excellent performance. With its precision-cast and machined parts, KMB301T ensures utmost pump reliability and efficient performance for a wide variety of applications.
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