Product Description
Water Circulation Pump that we offer are made using high quality material to ensure it remains in compliance with the industrial quality standards. However, it is not only because of its high quality standards that the offered pump is highly demanded in the market. Higher efficiency in performance, low noise operations, excellent working capability even in the extreme conditions and many more features make our Water Circulation Pump a worthy buying solution to the pumping system. From smaller sized to medium one, every pump is made as per the requirements of our clients. This pump is highly appreciated because of the following reason
Features:
- Large sized water circulation pumps are pad mounted.
- Capacity of this pump ranges up to 1100 meter cube per hour.
- Has the capability to withstand even the extreme temperatures.
- Checked over different quality parameters.
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 |
Reliable Performance for Industrial ApplicationsDesigned for continuous operation in industrial settings, this centrifugal pump offers efficient water circulation for applications like HVAC systems, chilled water loops, and process water systems. Its monoblock, single-stage structure enhances dependability, while the single suction and closed impeller design ensure steady flow and minimal maintenance.
Durable Construction and Easy InstallationConstructed from cast iron and featuring heavy-duty ball bearings, the pump stands up to challenging industrial environments. The flanged connections and baseplate mounting simplify installation, and maintenance is straightforward due to the top centerline discharge and end suction nozzle location. The pump suits both new and retrofit projects.
Versatility and Safety AssuranceWith a power range up to 15 HP and fan-cooled IP55 motor protection, this pump is appropriate for wide-ranging industrial uses. Its mechanical seal and robust pressure rating (up to 10 bar) provide peace of mind for operators, while compatibility with 415V, 3-phase, 50 Hz setups ensures flexibility in deployment.
FAQs of Industrial Water Circulation Pump:
Q: How is the pump installed and connected to existing industrial systems?
A: The pump comes with a baseplate-mounted design and flanged inlet (65 mm) and outlet (50 mm) ports, making it compatible with standard industrial piping. The end suction and top centerline discharge orientation simplify alignment and connection, ensuring a hassle-free installation process.
Q: What types of fluids and temperatures can this pump handle safely?
A: The pump is primarily designed for industrial water, including HVAC chilled water, cooling towers, and process water. With its closed impeller and mechanical seal, it can handle liquids up to 90C and pressures up to 10 bar without compromising performance or safety.
Q: When should the mechanical seal or ball bearings be serviced or replaced?
A: Routine maintenance checks are recommended after every 3,000-5,000 hours of operation. The mechanical seal should be inspected for leaks or wear, and ball bearings should be monitored for signs of noise or overheating. Replacement intervals can vary depending on usage conditions and fluid properties.
Q: Where is this pump commonly used in industrial applications?
A: This centrifugal pump is widely utilized in manufacturing plants, commercial buildings, power stations, and water treatment facilities across India. Typical applications include circulating water in HVAC systems, providing process cooling, and handling chilled water or industrial process water.
Q: What is the process for starting and operating the pump?
A: Before starting, ensure all connections are secure and the pump is primed with water. Switch on the electric motor (415V, 3-phase, 50 Hz), and verify that the pump reaches its rated speed of 2900 RPM. Continually monitor for abnormal vibrations, pressure drops, or unusual noise during operation.
Q: How does the closed impeller and heavy-duty construction benefit the user?
A: The closed impeller design minimizes fluid leakage and enhances pumping efficiency, while heavy-duty ball bearings and cast iron construction guarantee longevity, reliability, and reduced downtime, even in continuous or demanding industrial environments.