Product Description
"SHP SERIES : -SELF PRIMING MULTISTAGE PUMPAPPLICATION : - Irrigation - Sprinkler installations water works / fire fighting mining Fuel pumping Handling volatile liquid - wash down applications Hydraulic press / circuits Transfer & circulation hot & cold water Boiler feed pumps - Condensate pumpsFEATURES : - Vertically split suction, intermediate and discharge casingsclamped together by external tie bolt and sealed with gaskets Grease lubricated Antifriction Bearings designed to meet therequirements mounted on one or both side. Pump uses soft graphite lubricated asbestos. Special design ofstuffing boxes with mechanical seals are available The suction and discharge nozzles are top vertical. The flanges are oval flange around flange as required by the design The round flanges when provided correspond to international standards The direction of rotation is clockwise as viewed from the driving end For suction more then 4 mlc the capacity reduces pump must be filledwith liquid before they are started for the first time.
FAQs of Horizontal Centrifugal Self priming Multistage pump:
Q: What are the main applications of the Horizontal Centrifugal Self-Priming Multistage Pump?
A: The pump is designed for applications such as fire suppression, cryogenic operations, maritime use, submersible pumping, metering, and sewage handling.
Q: What industries can benefit from this pump?
A: Industries such as automobile, water supply, air pump systems, water and oil wells, boating, food processing, cosmetics, paper printing, and more can use this pump.
Q: What type of power source does this pump utilize?
A: The Horizontal Centrifugal Self-Priming Multistage Pump is powered by electricity.
Q: What material is the pump constructed from?
A: The pump is made from high-quality stainless steel.
Q: What pressure range can the pump handle?
A: This pump is capable of handling high-pressure operations effectively.
Q: What is the structure of this pump?
A: The pump features a multistage design, which enables enhanced performance in various demanding applications.
Q: What operational theory does this pump follow?
A: The pump operates based on centrifugal theory, which is ideal for efficient fluid movement and pumping processes.