Leo AMSm120/0.55 (three-phase) pump

Overview of Leo AMSm120/0.55 (three-phase) pump

The Leo AMSm120/0.55 is a durable and reliable three-phase centrifugal pump developed for a selection of commercial applications. With a power rating of 0.55 kW (around 0.75 horsepower), this pump is engineered to manage modest circulation rates and stress, making it suitable for jobs such as water flow, watering, and light-duty liquid transfer. Its three-phase layout improves performance by supplying smoother procedure and better performance contrasted to single-phase designs, which is helpful for constant, high-demand atmospheres.

Featuring a durable building with top notch products, the AMSm120/0.55 pump guarantees long-lasting integrity and very little maintenance. The pump is furnished with a closed impeller that boosts hydraulic performance and decreases power intake. In addition, its compact and flexible style permits simple installation in different setups, while the sophisticated electric motor technology sustains secure operation and energy performance. Generally, the Leo AMSm120/0.55 is a reliable selection for businesses and facilities looking for a reliable pump solution for medium-level applications.

You can check the specification of Leo AMSm120/0.55 (three-phase) pump on this page.

How does Leo AMSm120/0.55 (three-phase) pump work?

The Leo AMSm120/0.55 three-phase pump operates based on the principles of centrifugal force. When the pump is activated, the electric motor drives the impeller located inside the pump housing. The rotating impeller creates a high-speed flow of water or other fluids, generating centrifugal force that propels the fluid outward from the center of the impeller towards the pump’s discharge port. This action increases the fluid’s velocity and converts mechanical energy from the motor into hydraulic energy, resulting in the movement of fluid through the system.

The three-phase motor in the AMSm120/0.55 Leo Pumps provides consistent and efficient power, which translates into reliable pump performance. Three-phase electricity ensures that the motor runs smoothly with less vibration and better efficiency compared to single-phase motors. The fluid enters the pump through the inlet, is accelerated by the impeller, and then exits through the discharge, creating a continuous flow. Additionally, the pump’s design includes a volute casing that helps direct the flow of fluid and optimizes the conversion of velocity into pressure, ensuring effective and efficient fluid transfer for various applications.

Exclusive features and benefits of Leo AMSm120/0.55 (three-phase) pump

Here are the exclusive features and benefits of the Leo AMSm120/0.55 (three-phase) pump:

• AISI 304 stainless steel construction for durability.
• Can handle a maximum liquid temperature of +85℃.
• Designed to operate at altitudes of up to 1000m.
• Motor with copper winding.
• Includes a built-in thermal protector for single phase motor.
• Insulation class is F.
• Protection class of IPX4.
• Can handle a maximum ambient temperature of +40℃.

Leo AMSm120/0.55 (three-phase) pump installation and usage

Installation

1. Site Preparation: Ensure the pump is installed on a stable, flat surface to avoid vibrations and ensure proper operation.
2. Pipe Connections: Attach the inlet and outlet pipes to the pump’s flanges. Use gaskets and secure fittings to prevent leaks.
3. Electrical Wiring: Connect the three-phase power supply to the motor according to the electrical wiring diagram, ensuring correct phase sequence and connections.
4. Priming the Pump: Fill the pump casing with the fluid to remove any trapped air and ensure proper priming for efficient operation.
5. System Check: Inspect for any leaks and verify that all connections are secure before starting the pump.
6. Power Up: Turn on the pump and monitor for smooth operation and correct fluid flow. Adjust settings as needed for optimal performance.

Usage

1. Water Circulation: Ideal for circulating water in HVAC systems, cooling systems, and domestic water supply systems.
2. Irrigation Systems: Suitable for agricultural and landscape irrigation, providing consistent water flow for crops and gardens.
3. Fluid Transfer: Effective for transferring fluids in industrial processes, including water, mild chemicals, and other non-viscous liquids.
4. Hydraulic Systems: Used in hydraulic circuits for machinery and equipment, where controlled fluid flow is required.
5. General Pumping Needs: Versatile for various other general-purpose pumping applications where a reliable and efficient three-phase pump is needed.

Leo AMSm120/0.55 (three-phase) pump components

Here’s a breakdown of the Leo AMSm120/0.55 (three-phase) pump components:

• Motor: Provides the power to drive the impeller.
• Pump housing: Encloses the impeller and directs liquid flow.
• Impeller: Rotates to transfer kinetic energy to the liquid, causing flow.
• Shaft: Connects the motor to the impeller and transmits torque.
• Bearings: Support the shaft and enable smooth rotation.
• Seals: Prevent leakage between the housing and the shaft.
• Cooling system (if applicable): Dissipates heat for continuous duty or high-power applications.
• Control panel: Allows user control (start, stop, monitor) and may offer additional features like alarms or speed control.

Important tips for buying Leo AMSm120/0.55 (three-phase) pump

• Check Specifications: Ensure the pump’s flow rate and pressure match your application requirements.
• Verify Power Supply: Confirm that your facility has a compatible three-phase power supply for the motor.
• Consider Material Quality: Look for high-quality materials like cast iron or stainless steel for durability and corrosion resistance.
• Review Maintenance Needs: Check for ease of maintenance and availability of spare parts.

• Evaluate Efficiency: Choose a pump with a high-efficiency rating for cost-effective operation.
• Price: You can check Leo AMSm120/0.55 (three-phase) pump price on Famcocorp website

You can buy Leo AMSm120/0.55 (three-phase) pump online from Famcocorp.