Saer BP 8C Threaded CENTRIFUGAL PUMP

Overview of the Saer BP 8C Threaded Centrifugal Pump

The Saer BP 8C Threaded centrifugal water pump stands out for its flexibility and functionality, making it an ideal choice for various uses. Whether you need to lift water from lakes, rivers, or tanks, or require a reliable solution for overhead irrigation systems, this pump is designed to meet your needs. Its construction ensures high performance in medium-to-low head applications, providing high flow rates relative to the head.

How does Saer BP 8C Threaded CENTRIFUGAL PUMP work?

This pump operates on a single-impeller principle, designed to handle medium-to-low heads while delivering elevated capacities. The single impeller efficiently transfers energy from the motor to the fluid, ensuring consistent flow rates and reliable performance. It’s perfect for surface flooding and spray irrigation systems and is capable of lifting water from various sources including lakes and rivers. The BP 8C model is engineered to achieve optimal flow rates, making it a versatile choice for numerous industrial applications.

Exclusive features and benefits of the Saer BP 8C Threaded CENTRIFUGAL PUMP

• Material Construction: The pump body and motor support are made from durable cast iron, ensuring longevity and robust operation. Depending on the model, the impeller is crafted from either cast iron or pressed brass, providing flexibility in various applications.
• Seal and Motor Protection: It features a graphite/ceramic mechanical seal and a fully enclosed motor with external ventilation. The rotor is mounted on maintenance-free ball bearings, reducing downtime and maintenance costs.
• Thermal Overload Protection: Available with a built-in thermal overload protection on request, this feature safeguards the pump against overheating, extending its lifespan.
• Versatile Voltage Options: The standard voltage options cater to both single-phase and three-phase power supplies, making it adaptable to different electrical setups.
• Performance Data: Capable of handling capacities up to 220 m³/h and heads up to 55 m, this pump is designed for efficiency and high performance.

Saer BP 8C Threaded CENTRIFUGAL PUMP Installation and usage

This pump can be mounted with the motor shaft either horizontally or vertically, ensuring flexibility in different setups. For vertical installations, ensure the motor is positioned above the pump body. Always prime the pump by filling it with water before starting, and verify the absence of air leaks in the suction pipe for optimal performance.

Here’s a quick guide for installation:

• Turn off power: Before any operation, ensure the power is turned off to prevent accidental start-ups.
• Connect terminals: Follow the schematics provided to connect the motor terminals, considering the number of phases in the feeder line.
• Verify rotation: For three-phase motors, ensure clockwise rotation from the fan motor side; if incorrect, invert two phases.
• Prime the pump: Fill the pump casing with water through the loading plug.
• Start and check: After starting, check for vibrations, abnormal noises, and stability in the delivery rate.

Saer BP 8C Threaded CENTRIFUGAL PUMP Components

• Pump Body and Motor Support: Made from cast iron for robustness.
• Impeller: Available in cast iron or pressed brass, depending on the specific model.
• Mechanical Seal: Graphite/ceramic for effective sealing and longevity.
• Motor: Totally enclosed with external ventilation, protected to IP 44 or IP 55 standards based on the model.

Important tips for buying Saer BP 8C Threaded CENTRIFUGAL PUMP

• Review performance data: Examine the performance data to ensure the pump meets your operational demands.
• Identify your needs: Determine the specific application requirements such as head and flow rate to choose the right model.
• Check compatibility: Ensure the specifications of Saer BP 8C Threaded CENTRIFUGAL PUMP is compatible with your existing systems and electrical supply.
• Consider the environment: Take into account the operating environment, including temperature and the nature of the liquid to be pumped.