In order to meet the requirement for the market, series SX single-stage double suction centrifugal pumps, as new type of high-efficiency & energy-saving products, are designed and manufactured by Shijiazhuang Tech-macro Pump Industry Co.,Ltd. on the basis of absorbing and adopting advanced technique for the same products at home and abroad.
Centrifugal water pump for water cooling tower
Technological Characteristic:
The SX pumps are single stage, double suction pumps of the axially split type.
The pump casing is axially split with the suction and discharge branches located in the lower half.
This is to allow the complete pump rotor with bearings to be removed for maintenance without disturbing the main pipe work and valves.
Application:
Used for supplying and draining water in city, delivering water in factory, mine city as well as irrigation and drainage in countryside and so on. Also it can be used for setting up from yellow river with more sandiness if adapting special materials.
Performance parameters:
Sizes: DN 100 to 1200 mm
Capacities: Q 100 to 11000 m3/h
Heads: H 10 to 220m
Pressures: P up to 2.2 MPa
Type notation:
SX100-310A
SX: Split double-suction Pump
100: Diameter of Discharge (mm)
310: Diameter of Impeller (mm)
A (B, C): First Cutting (Second Cutting, Third Cutting) of Impeller
Split water pumps selection chart:
Split water pumps picture show:
Company Information
Our company has a product research and development center, mainly researches the performance, abrasion mechanism of centrifugal pump in different medium and working conditions . We rely on the CFD(Computational Fluid Dynamics ) and CAE (Computer Aided Engineering) to calculate and software research the application of pumps wear-resisting material and the development of new products.We can satisfy different needs of users and have received the praise from customers.
Our company owns advanced processing equipment and quality inspection equipment and implemention strict quality control system in productive process, to ensure the product quality reach 100%.