🚀 Product Description
QS Horizontal double suction split case pump, the casing is axially split, which permits removal of the complete rotor without moving either piping or motor. Pumps generating high heads have double volutes to reduce radial forces. Replaceable wear ring protect the casing at the impeller running clearances. Vertical or horizontal, soft packing or mechanical seal, grease or oil lubrication bearing on request. It is also electric motor or diesel engine driven on request.
✨ 1. QS Split case Water pump Feature
✔Have QS and QSH two types. Viewed from motor, the direction of the QSH pump is anti-clockwise, that is the suction in the left, the discharge in the right. The rotating direction of the type QS pump is clockwise, that is the suction in the right, the discharge in the left.
✔Supply full set split-casing centrifugal pump, motor, coupling, the inlet diameter less than 200mm match the common base.
✔The pump is axial split casing construction.
🏢 Company Profile
We are a manufacturer and trading enterprise, which is mainly engaged in pump designing, manufacturing, selling and service. We develop the international trading business of mining equipment, slurry pumps, and water pumps according the wide customer resource, comprehensive technology and reasonable staffing.
Our main products include: slurry pump, desulfurization pump, gravel pump, mud pump, sewage pump, submersible pump, submersible sewage pump, impurity pump, large capacity split casing pump, high head multistage water pump, end suction pump, self priming pump, pump parts and ancillary equipment, which can satisfy different kinds of demands.
❓ Frequently Asked Questions
Q1: What is the main advantage of a split case pump design?
The main advantage is the axially split casing, which allows for easy removal of the complete rotor assembly for maintenance without disturbing the piping or the motor alignment.
Q2: Can the QS series pumps be customized for rotation direction?
Yes, while standard QS pumps rotate clockwise and QSH rotate anti-clockwise, the driver can be moved to the opposite edge to reverse the suction and discharge directions per user requirements.
Q3: What power sources can be used to drive these pumps?
These pumps can be driven by either electric motors or diesel engines, making them suitable for both industrial facilities and remote field operations like fire protection or irrigation.
Q4: Are these pumps suitable for high-head applications?
Yes, pumps designed for high heads feature double volutes to reduce radial forces, ensuring stability and longevity during high-pressure operation.
Q5: What materials are used to protect the pump casing?
Replaceable wear rings are used to protect the casing at the impeller running clearances, extending the overall service life of the main pump body.
Q6: Do you provide support for pump selection and installation?
Yes, we offer comprehensive services including solution design based on working conditions, pump selection, related equipment matching, and on-site installation and adjustment.
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