MC Series Sewage Pumps

The MC Series Sewage Pumps use robust cast-iron construction and a stainless-steel two-channel impeller to transfer sewage, wastewater, sludge-mixed water and liquids containing suspended solids or short fibres. Selected models handle flows up to 96 m³/h and solids up to 65 mm.

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Product Description

MC Series Sewage Pumps

The MC Series Sewage Pumps provide dependable submersible pumping for sewage, wastewater and sludge-mixed liquids containing suspended solids and short fibres.

Pedrollo manufactures the range from thick cast iron for strength, abrasion resistance and long operating life. Moreover, the two-channel impeller provides an efficient hydraulic passage for solids while maintaining useful flow and discharge head.

Two-Channel Design for Sewage Handling

The precision-cast two-channel impeller creates two defined hydraulic passages through the pump.

Consequently, wastewater can move through the casing efficiently while carrying compatible solids and short fibrous material. The design provides higher hydraulic efficiency than many open vortex arrangements.

However, the pump does not grind or cut waste. Therefore, long fibres, wipes, ropes, metal objects and oversized debris should remain outside the collection chamber.

Main Features and Benefits

  • Thick cast-iron pump casing
  • Precision-cast two-channel impeller
  • AISI 304 stainless-steel impeller
  • AISI 431 stainless-steel shaft
  • Flow rates up to 1,600 l/min
  • Maximum capacity up to 96 m³/h
  • Discharge heads up to 25 metres
  • Solids passage up to 65 mm
  • Maximum liquid temperature of 40°C
  • Maximum immersion depth of 10 metres
  • Two-pole submersible motor
  • IP68 ingress protection
  • Suitable for continuous service
  • MC 50 and MC 65 solids-passage options

Together, these features make the MC Series Sewage Pumps suitable for demanding civil, commercial and industrial wastewater systems.

MC Series Sewage Pump Performance

The complete MC 50–65 range delivers flows up to approximately 1,600 l/min, equivalent to 96 m³/h. Selected configurations also develop heads up to approximately 25 metres.

Meanwhile, the MC 45 range reaches approximately 750 l/min, or 45 m³/h, and heads up to 15 metres.

However, maximum flow and maximum head occur at different points on the hydraulic curve. Therefore, engineers must select the exact model according to the required duty point.

Solids Passage and Fibre Handling

MC 50 models handle compatible suspended solids up to approximately 50 mm. In comparison, MC 65 models provide solids passage up to approximately 65 mm.

The MC 45 range also provides passage for solids up to approximately 50 mm.

Consequently, the pumps can handle sewage and wastewater containing suspended material that could obstruct smaller drainage pumps. Nevertheless, the actual material must pass freely through the pipework, valves and discharge fittings.

Cast-Iron Construction and Stainless-Steel Impeller

Pedrollo manufactures the pump housing and motor casing from cast iron. Therefore, the unit provides mechanical strength for permanent submerged installations.

In addition, the precision-cast impeller uses AISI 304 stainless steel. The shaft uses AISI 431 stainless steel for mechanical strength and corrosion resistance.

As a result, the hydraulic assembly provides a balance of durability, abrasion resistance and reliable performance.

Submersible Motor and Operating Limits

The motor uses a two-pole design with an IP68 protection rating. Therefore, it suits continuous submerged operation when installers follow Pedrollo’s immersion and cooling requirements.

Published operating limits include:

  • Maximum liquid temperature: 40°C
  • Maximum operating depth: 10 metres
  • Minimum continuous-service immersion: 320 mm for MC 50
  • Minimum continuous-service immersion: 360 mm for MC 65
  • MC 45 draining level: Approximately 305 mm

However, the power cable must be suitable for the required installation depth.

Installation Options for MC Sewage Pumps

The pumps suit free-standing or fixed wastewater installations, depending on the selected model, discharge arrangement and accessories.

A permanent guided installation can simplify pump removal from deep sumps. Alternatively, a free-standing arrangement may suit temporary pumping or installations requiring easier repositioning.

Moreover, installers should use correctly sized discharge pipes and non-return valves. Excessive restrictions can reduce flow and increase the total system head.

Applications for MC Series Sewage Pumps

The MC Series Sewage Pumps may support:

  • Municipal and private sewers
  • Wastewater collection sumps
  • Activated-sludge transfer
  • Putrid-sludge pumping
  • Sludge-mixed water
  • Tunnels and excavations
  • Underground parking facilities
  • Canals and drainage systems
  • Industrial wastewater systems
  • Public and commercial facilities
  • Apartment-building sewage systems
  • Washing and service areas

Moreover, the robust construction supports installations where wastewater contains suspended solids and short fibres.

Choosing the Correct MC Sewage Pump

Correct selection depends on the required flow, total head, solids size, liquid composition and sump dimensions.

Engineers should also confirm the discharge connection, power supply, installation method, minimum immersion and required solids passage.

Therefore, specialists should select the MC Series Sewage Pumps from model-specific hydraulic data. Otherwise, an unsuitable configuration may clog, cycle excessively or fail to provide the required head.

Request UAE Pricing and Technical Support

Contact our pump specialists for specifications, technical selection and UAE pricing.

Please provide the required flow, total head, solids size, wastewater description, sump depth and electrical supply. Consequently, our team can recommend the correct MC Series Sewage Pumps configuration.

Heavy-Gauge Cast Iron Construction:

  • Superior Sturdiness: This pump is designed to withstand rigorous conditions, making it ideal for industrial and municipal applications.
  • Abrasion Resistance: With its heavy-gauge cast iron, the pump guarantees long-lasting performance and reliability. As a result, it ultimately reduces maintenance costs.

 

Double-Channel Impeller Design:

  • Enhanced Solids Handling: The advanced double-channel impeller effectively manages liquids containing short-fibered suspended solids. Consequently, this promotes smooth operation in tough situations.
  • Versatile Fluid Management: This submersible pump is suitable for various fluids, such as sewage, groundwater, and surface water. Thus, it increases its applicability across different sectors.
Flow rate up to 1600 l/min (96 m³/h)
Head up up to 25 m
Liquid temperature up to +40° C
Capable of processing suspended solids – up to Ø 50 mm for MC /50
– up to Ø 65 mm for MC /65
Maximum operating depth below water level up to 10 m (with an appropriately sized power cable)
Minimum immersion for continuous service – 320 mm for MC /50
– 360 mm for MC /65
Motor 2 poles
Ingress protection rating IP 68

This pump excels due to its robust build and versatile application range. Additionally, its double-channel impeller design reduces the risk of clogs, which in turn minimizes operational disruptions. Moreover, the high efficiency of this model ensures reliable performance, allowing for continuous operation without compromising effectiveness.

In conclusion, the Pedrollo – MC /50-70 Submersible Pump combines durability, versatility, and efficiency, making it an excellent choice for demanding pumping needs. Its construction and design elements not only ensure reliable performance but also cater to a wide array of applications. With its proven adaptability, this submersible pump is ready to meet any challenge in your fluid management operations. Ultimately, it provides peace of mind and effective solutions.

The versatility of the pump makes it perfect for numerous settings, including:

  • Apartment Blocks: Efficiently manage wastewater and sewage disposal.
  • Public Buildings: Ensure reliable operation for municipal needs, contributing to infrastructure maintenance.
  • Factories: Handle challenging industrial fluids effectively, enhancing productivity.
  • Tower Garages: Provide effective drainage solutions, preventing water accumulation.
  • Underground Car Parks: Manage groundwater and minimize flooding risks.
  • Cleaning Areas: Facilitate fluid removal during maintenance operations, ensuring cleanliness.