Product Description
Technical Specifications:
Capacity | Up To 1100 m3/hr |
Temperature | 350 deg C |
TDH Head | Up To 150 Mtr |
Speed (at 60 Hz) | 1150 / 1750 / 3500 rpm |
Speed (at 50 Hz) | 960 / 1450 / 2900 rpm |
Pump Sizes | DN 25 mm TO 250 mm |
Versatile ApplicationsThis centrifugal pump caters seamlessly to water supply, industrial, HVAC, and irrigation requirements. Its ability to handle a range of temperatures up to 80C makes it suitable for hot and cold water systems alike. With a sturdy powder-coated or painted finish, it is exceptionally durable, even when exposed to demanding industrial atmospheres.
Efficient Performance and ControlDesigned for semi-automatic operation, the pump offers efficient performance with flexible options in impeller and sealing types. The air-cooled, horizontal floor-mount installation ensures simple integration into existing setups. The semi-automatic control panel provides operational convenience and bolsters safety, supported by reliable IP55/IP65 class protection.
FAQs of Semi Automatic Horizontal Centrifugal End Suction Pump:
Q: How does the Semi Automatic Horizontal Centrifugal End Suction Pump operate and what are its main features?
A: This pump operates using a robust electric motor and a coupled flexible shaft. Its heavy-duty ball bearings, closed or semi-open impeller, and base-mounted, horizontal orientation ensure durability and efficient liquid transfer, while a semi-automatic control panel allows for easy operational management.
Q: What types of environments and applications is this pump suitable for?
A: The pump is ideal for water supply, industrial processing, irrigation, and HVAC systems, owing to its capacity to handle flow rates up to 800 m/hr, heads up to 45 meters, and temperatures up to 80C. Its powder-coated or painted finish and protection class IP55/IP65 make it suitable for challenging installation sites.
Q: When and where is manual priming required on this pump?
A: Manual priming is required before initial start-up or after the system has been drained, ensuring the pump chamber is filled with liquid to prevent dry running and guarantee optimal performance. Typically, this is performed at installation or after scheduled maintenance.
Q: What processes are used for sealing and cooling in the pump?
A: The pump uses either gland packed or mechanical seals to prevent leakage, providing robust sealing for demanding environments. Its air-cooled design ensures effective temperature regulation, maintaining operational stability and prolonging the lifespan of critical components.
Q: How does the horizontal floor-mounted design benefit installation and maintenance?
A: A horizontal, floor-mounted design provides stability and simplifies both installation and maintenance procedures. It allows straightforward access to the pumps main components, enabling quick inspection, repair, or replacement whenever needed.
Q: What are the primary benefits of using a pump with IP55/IP65 protection and low noise operation?
A: The IP55/IP65 protection class shields the pump against dust and water ingress, extending its operational life and minimizing downtime. Low noise operation benefits both workplace safety and comfort, creating a more favorable industrial environment.