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GENERAL CATALOGUE 60Hz
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GENERAL CATALOGUE 60Hz
Product catalog summary
Installation Types
Fixed installations for submersible mixers with adjustable lifting devices are discussed, highlighting the versatility in installation types across different languages.
Fixed installations for submersible mixers with adjustable lifting devices are discussed, highlighting the versatility in installation types across different languages.
Product Range
The product range includes various models with power ratings from 0.5 kW to 350 kW, available in multiple pole configurations (2-10 poles) and compatible with both 50Hz and 60Hz frequencies.
The product range includes various models with power ratings from 0.5 kW to 350 kW, available in multiple pole configurations (2-10 poles) and compatible with both 50Hz and 60Hz frequencies.
Technical Features
High-efficiency motors (IE3 class) are used, featuring over-dimensioned, life-lubricated ball bearings, and a closed-circuit cooling jacket. The design ensures high hydraulic efficiency and low power consumption.
High-efficiency motors (IE3 class) are used, featuring over-dimensioned, life-lubricated ball bearings, and a closed-circuit cooling jacket. The design ensures high hydraulic efficiency and low power consumption.
Construction Details
The pumps are robust and compact, with watertight electric motors. They feature dynamically balanced shafts, over-dimensioned bearings, and a dual-seal system for optimal insulation between the motor and the pumped liquid.
The pumps are robust and compact, with watertight electric motors. They feature dynamically balanced shafts, over-dimensioned bearings, and a dual-seal system for optimal insulation between the motor and the pumped liquid.
Materials
Main components are made from cast iron (EN-GJL-250) and spheroidal cast iron (GS400). Stainless steel (AISI 431/Duplex) is used for shafts, and silicon carbide is used for mechanical seals.
Main components are made from cast iron (EN-GJL-250) and spheroidal cast iron (GS400). Stainless steel (AISI 431/Duplex) is used for shafts, and silicon carbide is used for mechanical seals.
Applications
Submersible pumps are primarily used for pumping clear or slightly dirty water, suitable for draining rainwater and groundwater containing mud. They are ideal for construction sites, collection tanks, and ponds.
Submersible pumps are primarily used for pumping clear or slightly dirty water, suitable for draining rainwater and groundwater containing mud. They are ideal for construction sites, collection tanks, and ponds.
Technical Data Sheets
Technical data sheets are available on the manufacturer's website for further details.
Technical data sheets are available on the manufacturer's website for further details.
Specifications
The document details specifications for submersible electric pumps designed for drainage. These pumps operate at 60Hz and are available in both single-phase (1ph 230V) and three-phase (3ph 460V) power supplies. The pumps have a free passage of 6mm and a discharge diameter of DN 40. The weight varies from 31 kg to 352 kg depending on the model.
The document details specifications for submersible electric pumps designed for drainage. These pumps operate at 60Hz and are available in both single-phase (1ph 230V) and three-phase (3ph 460V) power supplies. The pumps have a free passage of 6mm and a discharge diameter of DN 40. The weight varies from 31 kg to 352 kg depending on the model.
Motor Details
The motors are asynchronous three-phase squirrel cage types with an insulation class of H (180°C). They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a maximum voltage unbalance of 5% between phases. The motors have a protection degree of IP68.
The motors are asynchronous three-phase squirrel cage types with an insulation class of H (180°C). They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a maximum voltage unbalance of 5% between phases. The motors have a protection degree of IP68.
Materials and Construction
The pumps are constructed from cast iron (EN-GJL-250) and feature over-dimensioned shafts and ball bearings that are life-lubricated and maintenance-free. The pumps include an oil chamber that lubricates and cools the seals, emulsifying any water infiltrations.
The pumps are constructed from cast iron (EN-GJL-250) and feature over-dimensioned shafts and ball bearings that are life-lubricated and maintenance-free. The pumps include an oil chamber that lubricates and cools the seals, emulsifying any water infiltrations.
Sealing and Impellers
The pumps have two types of seals for insulation between the motor and the pumped liquid: an upper ceramic/graphite seal and a lower mechanical silicon carbide seal. The impellers are designed for high hydraulic efficiency and low power consumption, with large inter-blade passages and specially designed blades to prevent the capture of filamentous materials.
The pumps have two types of seals for insulation between the motor and the pumped liquid: an upper ceramic/graphite seal and a lower mechanical silicon carbide seal. The impellers are designed for high hydraulic efficiency and low power consumption, with large inter-blade passages and specially designed blades to prevent the capture of filamentous materials.
ATEX Certification
Some models are available with ATEX certification, indicating suitability for use in potentially explosive atmospheres.
Some models are available with ATEX certification, indicating suitability for use in potentially explosive atmospheres.
Performance Data
The document includes performance curves showing the relationship between flow rate (Q) and head (H) in various units (liters per second, cubic meters per hour, gallons per minute). The curves illustrate the capacity and head capabilities of different pump models.
The document includes performance curves showing the relationship between flow rate (Q) and head (H) in various units (liters per second, cubic meters per hour, gallons per minute). The curves illustrate the capacity and head capabilities of different pump models.
Additional Features
Some models are available with a cooling jacket for enhanced performance. The document also mentions the availability of dry pit installation options.
Some models are available with a cooling jacket for enhanced performance. The document also mentions the availability of dry pit installation options.
Specifications
The document describes submersible electric vortex pumps designed for pumping sewage and dirty water with suspended solids. The pumps feature robust and compact construction with electric motors housed in a watertight compartment. They are connected to impellers via short shafts with an oil chamber separating the hydraulic and motor sections. The materials used include cast iron for the motor housing and impeller, stainless steel for the shaft, and silicon carbide for mechanical seals.
The document describes submersible electric vortex pumps designed for pumping sewage and dirty water with suspended solids. The pumps feature robust and compact construction with electric motors housed in a watertight compartment. They are connected to impellers via short shafts with an oil chamber separating the hydraulic and motor sections. The materials used include cast iron for the motor housing and impeller, stainless steel for the shaft, and silicon carbide for mechanical seals.
Procedures
The pumps are suitable for continuous or intermittent operation, with a maximum of 15 starts per hour and a voltage tolerance of +/- 5%. They are designed to handle very dirty water or water with suspended filaments, making them ideal for emptying septic tanks and collecting used water.
The pumps are suitable for continuous or intermittent operation, with a maximum of 15 starts per hour and a voltage tolerance of +/- 5%. They are designed to handle very dirty water or water with suspended filaments, making them ideal for emptying septic tanks and collecting used water.
Standards and Recommendations
The pumps are built to ensure high hydraulic efficiency and low energy consumption. They feature large free passages, a minimum number of blades, and specially designed blade profiles to prevent clogging by filamentous materials. The motor is an asynchronous three-phase squirrel cage type with insulation class H (180°C) and protection class IP68.
The pumps are built to ensure high hydraulic efficiency and low energy consumption. They feature large free passages, a minimum number of blades, and specially designed blade profiles to prevent clogging by filamentous materials. The motor is an asynchronous three-phase squirrel cage type with insulation class H (180°C) and protection class IP68.
Materials
- Motor housing: Cast iron EN-GJL-250
- Impeller: Spheroidal Cast-iron EN-GJL-250+Ni
- Electric cable: Neoprene H07RN/F
- Shaft: Stainless Steel AISI431 / Duplex
- O-rings and lip seal: Nitrile
- Bolts: A4 - AISI316 class
- Mechanical seal: Silicon Carbide / Silicon Carbide
- Motor housing: Cast iron EN-GJL-250
- Impeller: Spheroidal Cast-iron EN-GJL-250+Ni
- Electric cable: Neoprene H07RN/F
- Shaft: Stainless Steel AISI431 / Duplex
- O-rings and lip seal: Nitrile
- Bolts: A4 - AISI316 class
- Mechanical seal: Silicon Carbide / Silicon Carbide
Key Data from Tables and Graphs
The document includes technical data sheets available on the manufacturer's website. It provides details on power supply options, RPM, free passage dimensions, discharge sizes, and maximum weights for different pump models. The performance graphs illustrate the relationship between flow rate (Q) and head (H) for various models, indicating their capacity and efficiency under different operating conditions.
The document includes technical data sheets available on the manufacturer's website. It provides details on power supply options, RPM, free passage dimensions, discharge sizes, and maximum weights for different pump models. The performance graphs illustrate the relationship between flow rate (Q) and head (H) for various models, indicating their capacity and efficiency under different operating conditions.
Specifications
The document outlines the specifications for submersible electric pumps with multi-channel impellers and cutting devices. Key materials include AISI 431 stainless steel for shafts, nitrile for O-rings and seals, and AISI316 for screws. The mechanical seal is made of silicon carbide.
The document outlines the specifications for submersible electric pumps with multi-channel impellers and cutting devices. Key materials include AISI 431 stainless steel for shafts, nitrile for O-rings and seals, and AISI316 for screws. The mechanical seal is made of silicon carbide.
Motor Details
The pumps are equipped with asynchronous three-phase squirrel cage motors, with an insulation class of H (180°C) and a protection degree of IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage unbalance tolerance of 5%.
The pumps are equipped with asynchronous three-phase squirrel cage motors, with an insulation class of H (180°C) and a protection degree of IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage unbalance tolerance of 5%.
Construction Features
The pumps are robust and compact, with watertight electric motors housed in separate compartments. They feature over-dimensioned shafts and ball bearings that are maintenance-free. An oil chamber lubricates and cools the seals, ensuring perfect insulation between the motor and the pumped liquid.
The pumps are robust and compact, with watertight electric motors housed in separate compartments. They feature over-dimensioned shafts and ball bearings that are maintenance-free. An oil chamber lubricates and cools the seals, ensuring perfect insulation between the motor and the pumped liquid.
Applications
These pumps are primarily used for pumping screened waste water, drainage of flooded areas, and handling non-corrosive dirty waters with solid bodies in suspension. They are suitable for emptying sewage pits and collecting used water.
These pumps are primarily used for pumping screened waste water, drainage of flooded areas, and handling non-corrosive dirty waters with solid bodies in suspension. They are suitable for emptying sewage pits and collecting used water.
Performance Data
The document provides detailed performance data, including rated power, current, and starting current for various models. The pumps operate at 60Hz with a power supply of 3ph 460/796V. They have a free passage of 60mm and discharge diameters of DN 100 or DN 150, with maximum weights ranging from 190 to 255 kg.
The document provides detailed performance data, including rated power, current, and starting current for various models. The pumps operate at 60Hz with a power supply of 3ph 460/796V. They have a free passage of 60mm and discharge diameters of DN 100 or DN 150, with maximum weights ranging from 190 to 255 kg.
Additional Features
ATEX versions are available for environments requiring explosion-proof equipment. The pumps are also available with cooling jackets for enhanced performance.
ATEX versions are available for environments requiring explosion-proof equipment. The pumps are also available with cooling jackets for enhanced performance.
Graphical Data
The document includes performance curves and dimensional data, illustrating the relationship between flow rate (Q) and head (H) in various units, such as meters, feet, and gallons per minute.
The document includes performance curves and dimensional data, illustrating the relationship between flow rate (Q) and head (H) in various units, such as meters, feet, and gallons per minute.
Specifications
The document outlines the materials and components used in the construction of submersible electric pumps. Key materials include cast iron EN-GJL-250 for the motor housing and impeller, stainless steel AISI 431 for the shaft, and neoprene H07RN/F for the electric cable. The mechanical seal is made of silicon carbide, and bolts are A4 - AISI316 class.
The document outlines the materials and components used in the construction of submersible electric pumps. Key materials include cast iron EN-GJL-250 for the motor housing and impeller, stainless steel AISI 431 for the shaft, and neoprene H07RN/F for the electric cable. The mechanical seal is made of silicon carbide, and bolts are A4 - AISI316 class.
Applications
These submersible pumps are primarily used for pumping wastewater containing suspended solids. They are particularly suitable for pre-filtered sewage and use in flood-prone areas to handle sludge-laden media.
These submersible pumps are primarily used for pumping wastewater containing suspended solids. They are particularly suitable for pre-filtered sewage and use in flood-prone areas to handle sludge-laden media.
Design Features
The pumps are robust and compact, featuring a waterproof motor and an impeller separated from the motor by an oil chamber. The design ensures high hydraulic efficiency and low energy consumption, with large inter-blade passages and specially designed blades to prevent clogging by filamentous materials.
The pumps are robust and compact, featuring a waterproof motor and an impeller separated from the motor by an oil chamber. The design ensures high hydraulic efficiency and low energy consumption, with large inter-blade passages and specially designed blades to prevent clogging by filamentous materials.
Motor and Seals
The pumps are equipped with an asynchronous three-phase squirrel cage motor, insulation class H (180°C), and protection degree IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour. The motor can handle a maximum voltage unbalance of 5% between phases. The pump features two mechanical seals for perfect insulation between the motor and the pumped liquid: an upper ceramic/graphite seal and a lower silicon carbide seal.
The pumps are equipped with an asynchronous three-phase squirrel cage motor, insulation class H (180°C), and protection degree IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour. The motor can handle a maximum voltage unbalance of 5% between phases. The pump features two mechanical seals for perfect insulation between the motor and the pumped liquid: an upper ceramic/graphite seal and a lower silicon carbide seal.
Performance Data
The document provides detailed performance data, including power supply requirements (3-phase 460V 60Hz), RPM, free passage dimensions, discharge sizes, and maximum weights for various models. It also includes performance curves showing flow rates and head heights.
The document provides detailed performance data, including power supply requirements (3-phase 460V 60Hz), RPM, free passage dimensions, discharge sizes, and maximum weights for various models. It also includes performance curves showing flow rates and head heights.
Additional Information
Technical data sheets are available on the manufacturer's website for further details.
Technical data sheets are available on the manufacturer's website for further details.
Specifications
The document details specifications for submersible electric pumps made from Cast Iron EN-GJL-250. These pumps are available with a cooling jacket and are designed for a power supply of 3-phase 460/796V at 60Hz with an RPM of 1758. The pumps have varying free passage and discharge dimensions, with a maximum weight ranging from 850 to 1500 kg. The motors are asynchronous three-phase squirrel cage type with insulation class H (180°C) and protection degree IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage unbalance tolerance of 5%.
The document details specifications for submersible electric pumps made from Cast Iron EN-GJL-250. These pumps are available with a cooling jacket and are designed for a power supply of 3-phase 460/796V at 60Hz with an RPM of 1758. The pumps have varying free passage and discharge dimensions, with a maximum weight ranging from 850 to 1500 kg. The motors are asynchronous three-phase squirrel cage type with insulation class H (180°C) and protection degree IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage unbalance tolerance of 5%.
Motor and Mechanical Details
The motors are equipped with over-dimensioned, life-lubricated ball bearings that require no maintenance. The pumps feature an oil chamber that lubricates and cools the seals, with two mechanical seals ensuring perfect insulation between the motor and the pumped liquid. The upper seal is made of ceramic/graphite, while the lower seal is silicon carbide. The impellers are designed for high hydraulic efficiency and low power consumption, with special blade designs to prevent clogging by filamentous materials.
The motors are equipped with over-dimensioned, life-lubricated ball bearings that require no maintenance. The pumps feature an oil chamber that lubricates and cools the seals, with two mechanical seals ensuring perfect insulation between the motor and the pumped liquid. The upper seal is made of ceramic/graphite, while the lower seal is silicon carbide. The impellers are designed for high hydraulic efficiency and low power consumption, with special blade designs to prevent clogging by filamentous materials.
Applications and Materials
These submersible pumps are primarily used for pumping filtered wastewater, including emptying septic tanks and collecting used water. They are robust and compact, with electric motors housed in a separate compartment connected by short shafts to the impellers. The main materials used include Cast Iron EN-GJL-250 for the casing and impeller, stainless steel AISI 431 for the shaft, and silicon carbide for the mechanical seals. The pumps also use neoprene H07RN/F for electrical cables and nitrile for O-rings and seals.
These submersible pumps are primarily used for pumping filtered wastewater, including emptying septic tanks and collecting used water. They are robust and compact, with electric motors housed in a separate compartment connected by short shafts to the impellers. The main materials used include Cast Iron EN-GJL-250 for the casing and impeller, stainless steel AISI 431 for the shaft, and silicon carbide for the mechanical seals. The pumps also use neoprene H07RN/F for electrical cables and nitrile for O-rings and seals.
Performance and Capacity
The document includes performance curves showing the relationship between flow rate (Q) and head (H) for different models, indicating the capacity and efficiency of the pumps under various conditions.
The document includes performance curves showing the relationship between flow rate (Q) and head (H) for different models, indicating the capacity and efficiency of the pumps under various conditions.
Specifications
The document provides detailed specifications for various motor models, including their power, current, and ATEX compliance. The motors are available with a cooling jacket option and are designed for both continuous and intermittent operation. They feature over-dimensioned ball bearings, IP68 protection, and are suitable for environments with a maximum voltage imbalance of 5% between phases.
The document provides detailed specifications for various motor models, including their power, current, and ATEX compliance. The motors are available with a cooling jacket option and are designed for both continuous and intermittent operation. They feature over-dimensioned ball bearings, IP68 protection, and are suitable for environments with a maximum voltage imbalance of 5% between phases.
Procedures
The motors are designed for dry pit installation and are equipped with a grinder system made of stainless steel AISI 420. They have a dual sealing system to ensure perfect insulation between the electric motor and the pumped liquid, with mechanical seals made of ceramic/graphite and silicon carbide.
The motors are designed for dry pit installation and are equipped with a grinder system made of stainless steel AISI 420. They have a dual sealing system to ensure perfect insulation between the electric motor and the pumped liquid, with mechanical seals made of ceramic/graphite and silicon carbide.
Standards and Norms
The motors adhere to insulation class H (180°C) and are protected to IP68 standards. They are engineered to handle up to 15 starts per hour, with regular intervals, ensuring reliability and efficiency.
The motors adhere to insulation class H (180°C) and are protected to IP68 standards. They are engineered to handle up to 15 starts per hour, with regular intervals, ensuring reliability and efficiency.
Recommendations
These submersible electric pumps with a grinder are recommended for pumping water containing fibrous materials, such as paper fibers or textiles, making them ideal for service station wastewater management.
These submersible electric pumps with a grinder are recommended for pumping water containing fibrous materials, such as paper fibers or textiles, making them ideal for service station wastewater management.
Key Data from Tables and Graphs
The document includes performance curves and capacity data for various models, indicating flow rates and head heights. The materials used for construction include cast iron EN-GJL-250, ensuring durability and robustness.
The document includes performance curves and capacity data for various models, indicating flow rates and head heights. The materials used for construction include cast iron EN-GJL-250, ensuring durability and robustness.
Specifications
The document describes submersible electric pumps with grinders, highlighting their robust and compact construction. These pumps feature electric motors housed in a separate compartment, connected via short shafts to impellers, with an oil chamber between the hydraulic part and the motor.
The document describes submersible electric pumps with grinders, highlighting their robust and compact construction. These pumps feature electric motors housed in a separate compartment, connected via short shafts to impellers, with an oil chamber between the hydraulic part and the motor.
Materials
- Main Castings: Cast Iron EN-GJL-250
- Impeller: Cast Iron EN-GJS-400
- Electric Cable: Neoprene H07RN/F
- Shaft: Stainless Steel AISI 431 / Duplex
- O-rings and Lip Seal: Nitrile
- Bolts: A4 - AISI316 class
- Mechanical Seal: Silicon Carbide / Silicon Carbide
Applications
These pumps are primarily used for pumping water containing filamentous materials, paper, or textiles, particularly for waste water clearance from service stations, housing communities, and camping sites.
These pumps are primarily used for pumping water containing filamentous materials, paper, or textiles, particularly for waste water clearance from service stations, housing communities, and camping sites.
Construction Details
The pumps are designed with watertight electric motors in a sealed compartment, connected by short shafts to impellers located in the pump casing, separated by an oil chamber.
The pumps are designed with watertight electric motors in a sealed compartment, connected by short shafts to impellers located in the pump casing, separated by an oil chamber.
Technical Data
The document includes various technical specifications such as power supply options (1ph 230V 60Hz and 3ph 460V 60Hz), RPM, free passage, discharge size, and maximum weight. It also provides motor curve codes, nominal power, current, and starting current details.
The document includes various technical specifications such as power supply options (1ph 230V 60Hz and 3ph 460V 60Hz), RPM, free passage, discharge size, and maximum weight. It also provides motor curve codes, nominal power, current, and starting current details.
Performance Charts
The document contains performance charts illustrating the capacity and head of the pumps at different flow rates, with specific emphasis on the minimum submersible level required for operation.
The document contains performance charts illustrating the capacity and head of the pumps at different flow rates, with specific emphasis on the minimum submersible level required for operation.
Additional Information
The pumps are supplied with a control panel including a capacitor and disjunctour. ATEX versions are available for certain models, indicating suitability for explosive atmospheres.
The pumps are supplied with a control panel including a capacitor and disjunctour. ATEX versions are available for certain models, indicating suitability for explosive atmospheres.
Specifications
The document details submersible electric pumps designed for manure treatment in the zootechnical field. These pumps are robust and compact, featuring motors housed in watertight compartments. They are connected to impellers via short shafts, with an oil chamber separating the hydraulic and motor sections. The pumps are constructed from cast iron (EN-GJL-250) with stainless steel impellers (AISI 420) and shafts (AISI 431). The electric cable is made of Neoprene H07RN/F, and the mechanical seals are silicon carbide.
The document details submersible electric pumps designed for manure treatment in the zootechnical field. These pumps are robust and compact, featuring motors housed in watertight compartments. They are connected to impellers via short shafts, with an oil chamber separating the hydraulic and motor sections. The pumps are constructed from cast iron (EN-GJL-250) with stainless steel impellers (AISI 420) and shafts (AISI 431). The electric cable is made of Neoprene H07RN/F, and the mechanical seals are silicon carbide.
Procedures
The pumps are designed for continuous or intermittent operation, with a maximum of 15 starts per hour. They are suitable for pumping water and mud from agricultural drainages. The motors are asynchronous three-phase squirrel cage type, with an insulation class of H (180°C) and protection degree IP68.
The pumps are designed for continuous or intermittent operation, with a maximum of 15 starts per hour. They are suitable for pumping water and mud from agricultural drainages. The motors are asynchronous three-phase squirrel cage type, with an insulation class of H (180°C) and protection degree IP68.
Standards and Recommendations
The pumps are equipped with over-dimensioned ball bearings that are maintenance-free and life-lubricated. The oil chamber lubricates and cools the seals, emulsifying any water infiltrations. The pumps have two types of seals for perfect insulation between the motor and the pumped liquid: an upper lip seal (NBR) and a lower mechanical seal (silicon carbide).
The pumps are equipped with over-dimensioned ball bearings that are maintenance-free and life-lubricated. The oil chamber lubricates and cools the seals, emulsifying any water infiltrations. The pumps have two types of seals for perfect insulation between the motor and the pumped liquid: an upper lip seal (NBR) and a lower mechanical seal (silicon carbide).
Key Features
- Available with a cooling jacket.
- ATEX version available.
- Designed for a maximum voltage unbalance of 5% between phases.
- Available with a cooling jacket.
- ATEX version available.
- Designed for a maximum voltage unbalance of 5% between phases.
Applications
Primarily used for pumping water and sludge from agricultural effluents.
Primarily used for pumping water and sludge from agricultural effluents.
Materials
- Main castings: Cast Iron EN-GJL-250
- Impeller: Stainless Steel AISI 420
- Shaft: Stainless Steel AISI 431
- O-rings and seals: Nitrile
- Bolts: A4 - AISI316 class
- Mechanical seal: Silicon Carbide/Silicon Carbide
- Main castings: Cast Iron EN-GJL-250
- Impeller: Stainless Steel AISI 420
- Shaft: Stainless Steel AISI 431
- O-rings and seals: Nitrile
- Bolts: A4 - AISI316 class
- Mechanical seal: Silicon Carbide/Silicon Carbide
Technical Data
Detailed technical data sheets are available on the manufacturer's website.
Detailed technical data sheets are available on the manufacturer's website.
Specifications
The document details submersible electric pumps designed for manure treatment in the zootechnical field. These pumps are constructed from cast iron (EN-GJL-250) and are available in both single-phase and three-phase models. The pumps are equipped with a control panel, capacitor, and disjunctour. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage imbalance tolerance of 5%.
The document details submersible electric pumps designed for manure treatment in the zootechnical field. These pumps are constructed from cast iron (EN-GJL-250) and are available in both single-phase and three-phase models. The pumps are equipped with a control panel, capacitor, and disjunctour. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage imbalance tolerance of 5%.
Materials and Construction
The pumps feature over-dimensioned shafts and ball bearings, ensuring durability and maintenance-free operation. The motor is an asynchronous three-phase squirrel cage type with insulation class H (180°C) and protection degree IP68. The pumps have dual sealing systems for effective isolation between the motor and the pumped liquid, with upper lip seals and lower mechanical seals made of Silicon Carbide and Viton.
The pumps feature over-dimensioned shafts and ball bearings, ensuring durability and maintenance-free operation. The motor is an asynchronous three-phase squirrel cage type with insulation class H (180°C) and protection degree IP68. The pumps have dual sealing systems for effective isolation between the motor and the pumped liquid, with upper lip seals and lower mechanical seals made of Silicon Carbide and Viton.
Performance and Efficiency
The impellers are designed for high hydraulic efficiency and low power consumption. A protective screen prevents clogging of hydraulic parts during operation. The pumps are suitable for handling aggressive and corrosive liquids, particularly in chemical industry applications.
The impellers are designed for high hydraulic efficiency and low power consumption. A protective screen prevents clogging of hydraulic parts during operation. The pumps are suitable for handling aggressive and corrosive liquids, particularly in chemical industry applications.
Applications
Submersible pumps made from stainless steel AISI 316 are used for draining aggressive and corrosive liquids, especially wastewaters from chemical installations. They are robust, compact, and feature a watertight motor compartment with an oil chamber separating the hydraulic and motor sections.
Submersible pumps made from stainless steel AISI 316 are used for draining aggressive and corrosive liquids, especially wastewaters from chemical installations. They are robust, compact, and feature a watertight motor compartment with an oil chamber separating the hydraulic and motor sections.
Key Features
- Robust construction with stainless steel components.
- High efficiency and low energy consumption.
- Maintenance-free operation with life-lubricated bearings.
- Dual sealing systems for enhanced durability.
- Suitable for aggressive and corrosive environments.
- Robust construction with stainless steel components.
- High efficiency and low energy consumption.
- Maintenance-free operation with life-lubricated bearings.
- Dual sealing systems for enhanced durability.
- Suitable for aggressive and corrosive environments.
Technical Data
Detailed technical data sheets are available on the manufacturer's website.
Detailed technical data sheets are available on the manufacturer's website.
Specifications
The document provides detailed specifications for submersible pumps made of stainless steel AISI 316L. These pumps are designed for aggressive and corrosive liquids, particularly in chemical industries. The power supply options include 1-phase 230V and 3-phase 460V/796V at 60Hz, with various motor configurations and ATEX versions available.
The document provides detailed specifications for submersible pumps made of stainless steel AISI 316L. These pumps are designed for aggressive and corrosive liquids, particularly in chemical industries. The power supply options include 1-phase 230V and 3-phase 460V/796V at 60Hz, with various motor configurations and ATEX versions available.
Dimensions and Weight
The pumps have a discharge diameter of DN 40 to DN 65, with free passage ranging from 6mm to 10mm. The maximum weight varies from 48 kg to 375 kg depending on the model.
The pumps have a discharge diameter of DN 40 to DN 65, with free passage ranging from 6mm to 10mm. The maximum weight varies from 48 kg to 375 kg depending on the model.
Motor Specifications
The document lists multiple motor configurations with different power outputs (P2), nominal currents (I), and starting currents (Is). ATEX versions are available for all models.
The document lists multiple motor configurations with different power outputs (P2), nominal currents (I), and starting currents (Is). ATEX versions are available for all models.
Materials
The pumps are constructed with stainless steel AISI 316L for the motor housing, impeller, and shaft. Other materials include Neoprene H07RN/F for electric cables, Viton for O-rings and seals, and silicon carbide for mechanical seals.
The pumps are constructed with stainless steel AISI 316L for the motor housing, impeller, and shaft. Other materials include Neoprene H07RN/F for electric cables, Viton for O-rings and seals, and silicon carbide for mechanical seals.
Applications
These pumps are suitable for pumping aggressive and corrosive liquids, especially for wastewater from chemical installations. They feature robust construction with watertight motors and an oil chamber separating the hydraulic and motor sections.
These pumps are suitable for pumping aggressive and corrosive liquids, especially for wastewater from chemical installations. They feature robust construction with watertight motors and an oil chamber separating the hydraulic and motor sections.
Installation
The pumps can be installed with an ANSI coupling foot system, suitable for DN 50, DN 65, and DN 80 connections.
The pumps can be installed with an ANSI coupling foot system, suitable for DN 50, DN 65, and DN 80 connections.
Performance Data
The document includes performance curves showing flow rates (Q) and head (H) in various units, indicating the capacity and efficiency of the pumps under different conditions.
The document includes performance curves showing flow rates (Q) and head (H) in various units, indicating the capacity and efficiency of the pumps under different conditions.
Additional Information
Technical data sheets are available on the manufacturer's website for further details.
Technical data sheets are available on the manufacturer's website for further details.
Specifications
The document details submersible multichannel pumps made of high-efficiency stainless steel AISI 316. These pumps are designed for various applications, primarily for pumping domestic effluents containing solids and fibrous materials, process water, and sludge. The pumps feature a self-cleaning blade profile to ensure high hydraulic efficiency and low energy consumption.
The document details submersible multichannel pumps made of high-efficiency stainless steel AISI 316. These pumps are designed for various applications, primarily for pumping domestic effluents containing solids and fibrous materials, process water, and sludge. The pumps feature a self-cleaning blade profile to ensure high hydraulic efficiency and low energy consumption.
Materials
The main components are constructed from stainless steel AISI 316, with impellers made from AISI 316L. The electric cable is Neoprene H07RN/F, and the mechanical seals are made from Silicon Carbide and Viton. Bolts are classified as A4 class - AISI 316.
The main components are constructed from stainless steel AISI 316, with impellers made from AISI 316L. The electric cable is Neoprene H07RN/F, and the mechanical seals are made from Silicon Carbide and Viton. Bolts are classified as A4 class - AISI 316.
Motor Specifications
The pumps are equipped with asynchronous three-phase squirrel cage motors, with an insulation class of H (180°C). They are designed for continuous or intermittent operation with a maximum voltage unbalance of 5% between phases. The motors are dry and cooled by the surrounding liquid, with a protection degree of IP68.
The pumps are equipped with asynchronous three-phase squirrel cage motors, with an insulation class of H (180°C). They are designed for continuous or intermittent operation with a maximum voltage unbalance of 5% between phases. The motors are dry and cooled by the surrounding liquid, with a protection degree of IP68.
Performance Data
The document includes performance curves and data for various models, indicating flow rates (Q) in liters per second and cubic meters per hour, and head (H) in meters and feet. The pumps are available in ATEX versions, suitable for hazardous environments.
The document includes performance curves and data for various models, indicating flow rates (Q) in liters per second and cubic meters per hour, and head (H) in meters and feet. The pumps are available in ATEX versions, suitable for hazardous environments.
Construction Features
The pumps have robust and compact construction with watertight electric motors housed in a separate compartment. They are connected to the impellers via short shafts, with an oil chamber interposed between the hydraulic and motor sections to lubricate and cool the seals.
The pumps have robust and compact construction with watertight electric motors housed in a separate compartment. They are connected to the impellers via short shafts, with an oil chamber interposed between the hydraulic and motor sections to lubricate and cool the seals.
Applications
These pumps are versatile and can be used in various settings, including wastewater treatment, industrial processes, and general water management systems.
These pumps are versatile and can be used in various settings, including wastewater treatment, industrial processes, and general water management systems.
OverviewThe document provides technical specifications and details for high-efficiency submersible multichannel pumps made from stainless steel AISI 316. These pumps are designed for various applications, including wastewater and process water handling, and are characterized by their robust and compact construction.
Specifications
- Material: The pumps are constructed using stainless steel AISI 316/316L for the motor housing, impeller, and shaft. Other components include Viton for O-rings and seals, and silicon carbide for mechanical seals.
- Power Supply: The pumps operate on a 3-phase 460/796V-60Hz power supply.
- Motor: Various models are available with different power ratings, ranging from 1.6 kW to 33.4 kW, with corresponding current ratings and starting currents.
- Performance: The pumps offer different flow rates and head capacities, suitable for handling solids and fibrous materials.
Design Features
- Robust Construction: The pumps feature a compact design with a separate motor compartment, connected by short shafts and an oil chamber separating the hydraulic and motor sections.
- High Efficiency: The multichannel impeller design ensures high performance and self-cleaning capabilities.
ApplicationsThese pumps are suitable for a wide range of applications, including civil and industrial sludge, wastewater collection, and process water handling.
ATEX CertificationSome models are available with ATEX certification, indicating suitability for use in potentially explosive atmospheres.
Technical DataDetailed technical data sheets are available on the manufacturer's website, providing further information on dimensions, performance curves, and specific model details.
Specifications
The document provides technical specifications for submersible electric pumps made from stainless steel AISI 316. These pumps are designed for handling aggressive and corrosive liquids, particularly in chemical industry applications. The pumps operate at a power supply of 3-phase 460/796V-60Hz with various models having different RPMs and discharge sizes.
The document provides technical specifications for submersible electric pumps made from stainless steel AISI 316. These pumps are designed for handling aggressive and corrosive liquids, particularly in chemical industry applications. The pumps operate at a power supply of 3-phase 460/796V-60Hz with various models having different RPMs and discharge sizes.
Materials
The main components are constructed from stainless steel AISI 316 and 316L, with mechanical seals made from silicon carbide and Viton O-rings. The electric cable is made from Neoprene H07RN/F.
The main components are constructed from stainless steel AISI 316 and 316L, with mechanical seals made from silicon carbide and Viton O-rings. The electric cable is made from Neoprene H07RN/F.
Motor and Construction
The pumps feature an asynchronous three-phase squirrel cage motor with an insulation class of H(180°C) and protection degree IP68. The motor is designed for continuous or intermittent operation with a maximum of 15 starts per hour. The construction includes dynamically balanced shafts, over-dimensioned ball bearings, and an oil chamber for lubrication and cooling.
The pumps feature an asynchronous three-phase squirrel cage motor with an insulation class of H(180°C) and protection degree IP68. The motor is designed for continuous or intermittent operation with a maximum of 15 starts per hour. The construction includes dynamically balanced shafts, over-dimensioned ball bearings, and an oil chamber for lubrication and cooling.
Performance and Features
The pumps are designed for high hydraulic efficiency and low power consumption. They have large inter-blade passages and specially designed impellers to prevent clogging by filamentous materials. The pumps are robust and compact, with watertight electric motors housed separately from the hydraulic components.
The pumps are designed for high hydraulic efficiency and low power consumption. They have large inter-blade passages and specially designed impellers to prevent clogging by filamentous materials. The pumps are robust and compact, with watertight electric motors housed separately from the hydraulic components.
ATEX Version
An ATEX version is available for certain models, indicating suitability for explosive atmospheres.
An ATEX version is available for certain models, indicating suitability for explosive atmospheres.
Applications
These pumps are suitable for pumping aggressive and corrosive liquids, particularly for draining waste waters from chemical installations.
These pumps are suitable for pumping aggressive and corrosive liquids, particularly for draining waste waters from chemical installations.
Additional Information
Technical data sheets are available on the manufacturer's website.
Technical data sheets are available on the manufacturer's website.
Technical Specifications
The document provides detailed specifications for various pump models, including power supply requirements, rotational speed (R.P.M.), free passage dimensions, discharge size, and maximum weight. The pumps are designed to operate at 60Hz with a three-phase power supply of 460/796V. The materials used include stainless steel AISI316L, ensuring durability and resistance to corrosion.
The document provides detailed specifications for various pump models, including power supply requirements, rotational speed (R.P.M.), free passage dimensions, discharge size, and maximum weight. The pumps are designed to operate at 60Hz with a three-phase power supply of 460/796V. The materials used include stainless steel AISI316L, ensuring durability and resistance to corrosion.
Motor and Mechanical Features
The pumps are equipped with asynchronous three-phase squirrel cage motors, with an insulation class of H (180°C). They are designed for both continuous and intermittent operation, with a maximum of 15 starts per hour. The motors have a protection degree of IP68 and are capable of handling a maximum voltage unbalance of 5% between phases. The ball bearings are over-dimensioned, life-lubricated, and maintenance-free.
The pumps are equipped with asynchronous three-phase squirrel cage motors, with an insulation class of H (180°C). They are designed for both continuous and intermittent operation, with a maximum of 15 starts per hour. The motors have a protection degree of IP68 and are capable of handling a maximum voltage unbalance of 5% between phases. The ball bearings are over-dimensioned, life-lubricated, and maintenance-free.
Sealing and Impeller Design
The pumps feature two types of mechanical seals for effective insulation between the motor and the pumped liquid. The upper seal is made of ceramic and graphite, while the lower seal is composed of silicon carbide and Viton. The impellers are designed for high hydraulic efficiency and low power consumption, with large inter-blade passages and a special blade design to prevent clogging by filamentous materials.
The pumps feature two types of mechanical seals for effective insulation between the motor and the pumped liquid. The upper seal is made of ceramic and graphite, while the lower seal is composed of silicon carbide and Viton. The impellers are designed for high hydraulic efficiency and low power consumption, with large inter-blade passages and a special blade design to prevent clogging by filamentous materials.
ATEX Certification
Several models are available with ATEX certification, indicating suitability for use in potentially explosive atmospheres.
Several models are available with ATEX certification, indicating suitability for use in potentially explosive atmospheres.
Performance Charts
The document includes performance charts illustrating the relationship between flow rate (Q) and head (H) for different pump models. These charts help in selecting the appropriate pump based on specific operational requirements.
The document includes performance charts illustrating the relationship between flow rate (Q) and head (H) for different pump models. These charts help in selecting the appropriate pump based on specific operational requirements.
Specifications
The document describes submersible electric pumps with grinders made from stainless steel AISI 316. These pumps are designed for handling aggressive and corrosive liquids, particularly from chemical installations. The pumps feature robust and compact construction with watertight electric motors housed separately from the hydraulic components.
The document describes submersible electric pumps with grinders made from stainless steel AISI 316. These pumps are designed for handling aggressive and corrosive liquids, particularly from chemical installations. The pumps feature robust and compact construction with watertight electric motors housed separately from the hydraulic components.
Materials
The main materials used include stainless steel AISI 316L for the motor housing, impeller, and shaft, neoprene H07RN/F for the electric cable, Viton for O-rings and lip seals, and silicon carbide for mechanical seals. Bolts are made from A4 class stainless steel.
The main materials used include stainless steel AISI 316L for the motor housing, impeller, and shaft, neoprene H07RN/F for the electric cable, Viton for O-rings and lip seals, and silicon carbide for mechanical seals. Bolts are made from A4 class stainless steel.
Motor Specifications
The pumps are equipped with asynchronous three-phase squirrel cage motors with H class insulation (180°C). They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a maximum voltage imbalance of 5% between phases. The motors have an IP68 protection rating and are cooled by the surrounding liquid.
The pumps are equipped with asynchronous three-phase squirrel cage motors with H class insulation (180°C). They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a maximum voltage imbalance of 5% between phases. The motors have an IP68 protection rating and are cooled by the surrounding liquid.
Sealing Systems
The pumps feature two sealing systems to ensure perfect isolation between the electric motor and the pumped liquid. The upper seal is mechanical, made from graphite/ceramic, while the lower seal is mechanical, made from silicon carbide and Viton.
The pumps feature two sealing systems to ensure perfect isolation between the electric motor and the pumped liquid. The upper seal is mechanical, made from graphite/ceramic, while the lower seal is mechanical, made from silicon carbide and Viton.
Applications
These pumps are primarily used for the lifting of aggressive and corrosive liquids, especially for draining waste waters from chemical industries.
These pumps are primarily used for the lifting of aggressive and corrosive liquids, especially for draining waste waters from chemical industries.
Performance Data
The document includes performance curves and technical data for various models, indicating power supply requirements, RPM, free passage, discharge size, and maximum weight. The pumps are available in different power ratings and configurations, with some models offering ATEX certification for explosive environments.
The document includes performance curves and technical data for various models, indicating power supply requirements, RPM, free passage, discharge size, and maximum weight. The pumps are available in different power ratings and configurations, with some models offering ATEX certification for explosive environments.
Additional Features
The pumps are supplied with a control panel that includes a capacitor and disjunctour. They are designed to provide high hydraulic efficiency and low energy consumption.
The pumps are supplied with a control panel that includes a capacitor and disjunctour. They are designed to provide high hydraulic efficiency and low energy consumption.
Specifications
The document outlines specifications for submersible electric pumps made from marine bronze. These pumps are designed for various applications, including the handling of saltwater and wastewater from marine, chemical, and petrochemical sectors. Key specifications include:
The document outlines specifications for submersible electric pumps made from marine bronze. These pumps are designed for various applications, including the handling of saltwater and wastewater from marine, chemical, and petrochemical sectors. Key specifications include:
- Power supply options: 1ph 230V 60Hz and 3ph 460V 60Hz.
- R.P.M. ranging from 3278 to 3342.
- Free passage of 6-7 mm and discharge size of DN 40.
- Maximum weight varies from 48 to 78 kg.
- ATEX versions are available for all models.
Motor Details
The motors are asynchronous three-phase squirrel cage types with insulation class H (180°C) and protection degree IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage unbalance tolerance of 5%. The motors are cooled by the surrounding liquid.
The motors are asynchronous three-phase squirrel cage types with insulation class H (180°C) and protection degree IP68. They are designed for continuous or intermittent operation with a maximum of 15 starts per hour and a voltage unbalance tolerance of 5%. The motors are cooled by the surrounding liquid.
Construction and Materials
The pumps feature robust and compact construction with watertight electric motors. They are connected to impellers via short shafts, with an oil chamber separating the hydraulic side from the electric motor. Key materials include:
The pumps feature robust and compact construction with watertight electric motors. They are connected to impellers via short shafts, with an oil chamber separating the hydraulic side from the electric motor. Key materials include:
- Motor housing: Marine Bronze.
- Impeller: Stainless Steel AISI 316L/Bronze.
- Electric cable: Neoprene H07RN/F.
- Shaft: Stainless Steel AISI 316L/Duplex.
- Seals: Nitrile O-rings and Silicon Carbide mechanical seals.
Performance and Efficiency
The impellers are designed for high hydraulic efficiency and low power consumption. They feature large inter-blade and diffuser passages, a minimal number of blades, and specially designed water-cutter blades to prevent clogging by filamentous materials.
The impellers are designed for high hydraulic efficiency and low power consumption. They feature large inter-blade and diffuser passages, a minimal number of blades, and specially designed water-cutter blades to prevent clogging by filamentous materials.
Applications
These pumps are suitable for the disposal of wastewater from marine, alimentary, chemical, and petrochemical sectors. They are particularly effective in environments requiring robust and reliable pumping solutions.
These pumps are suitable for the disposal of wastewater from marine, alimentary, chemical, and petrochemical sectors. They are particularly effective in environments requiring robust and reliable pumping solutions.
OverviewThis document provides technical specifications and details for submersible electric pumps made from marine bronze, available in 2/4 pole configurations. These pumps are designed for various applications, including the handling of waste waters from marine, chemical, and petrochemical sectors.
Specifications
- Materials: The main components are made from marine bronze, with impellers crafted from stainless steel AISI 316L. The electric cable is Neoprene H07RN/F, and the shaft is stainless steel AISI 316L/Duplex. O-rings and seals are made from nitrile, and bolts are A4 class - AISI 316. Mechanical seals are silicon carbide.
- Power Supply: Options include 1-phase 230V 60Hz and 3-phase 460V 60Hz configurations.
- Performance: The pumps offer various flow rates and head capacities, with specific models providing different power outputs and current ratings.
- ATEX Certification: Some models are available with ATEX certification, indicating suitability for explosive atmospheres.
ApplicationsThese pumps are primarily used for the disposal of waste waters from marine environments, as well as chemical and petrochemical industries. They are robustly constructed with watertight electric motors housed separately from the hydraulic components.
Construction FeaturesThe pumps are designed with a compact and robust structure, featuring a watertight motor compartment. They are connected to the impellers via short shafts, with an oil chamber separating the hydraulic and motor sections to ensure durability and efficiency.
Dimensions and WeightThe document provides detailed dimensions and weight specifications for various models, ensuring users can select the appropriate pump for their specific needs.
Graphical DataThe document includes performance curves and charts illustrating the flow rate (Q) versus head (H) for different models, aiding in the selection process based on specific operational requirements.
Specifications
Submersible mixers are designed for the homogenization of heavy sludge and liquids containing solid particles, sediment removal, and ice prevention. They feature robust construction with watertight electric motors housed in a sealed compartment. The motors are connected to impellers via short shafts, with an oil chamber separating the hydraulic and motor sections.
Submersible mixers are designed for the homogenization of heavy sludge and liquids containing solid particles, sediment removal, and ice prevention. They feature robust construction with watertight electric motors housed in a sealed compartment. The motors are connected to impellers via short shafts, with an oil chamber separating the hydraulic and motor sections.
Materials
- Motor Housing: EN-GJL-250 (GM Series), AISI 316-316L (XM Series)
- Propeller: AISI 316-316L
- Electric Cable: Neoprene H07RN\F
- Shaft: AISI420/431-316L-Duplex
- O-rings: Nitrile (GM Series), Viton (XM Series)
- Bolts: A4 - AISI316 class
- Mechanical Seal: Silicon Carbide/Carbide (GM Series), Silicon Carbide/Carbide/Viton (XM Series)
- Motor Housing: EN-GJL-250 (GM Series), AISI 316-316L (XM Series)
- Propeller: AISI 316-316L
- Electric Cable: Neoprene H07RN\F
- Shaft: AISI420/431-316L-Duplex
- O-rings: Nitrile (GM Series), Viton (XM Series)
- Bolts: A4 - AISI316 class
- Mechanical Seal: Silicon Carbide/Carbide (GM Series), Silicon Carbide/Carbide/Viton (XM Series)
ApplicationsThese mixers are used in various applications including sludge homogenization, sediment removal, and ice prevention in industrial and environmental settings.
Construction DetailsThe mixers are constructed with stainless steel shafts (AISI 431), asynchronous three-phase motors with four poles, and insulation class H (180°C). The upper seal is made of ceramic/graphite, while the lower seal is silicon carbide/silicon carbide. The housing is made of cast iron EN-GJL-250, and the propeller is stainless steel AISI316L.
Performance DataPerformance data is obtained in accordance with ISO21630:2007 standards. The document includes detailed specifications for various models, including absorbed power, propeller diameter, thrust, weight, motor type, rotation speed, rated power, and current.
Key Models and Specifications- GM17A471E1-4V2KA0: 1.1 kW, 176 mm propeller, 144 N thrust
- GM18B471E1-4V2KA0: 2.2 kW, 191 mm propeller, 300 N thrust
- GM30A609E1-4T6KA0: 2.7 kW, 300 mm propeller, 360 N thrust
- XM17A472E1-6V2LA4: 1.1 kW, 176 mm propeller, 144 N thrust
- XM18B471E1-6V2LA4: 2.2 kW, 191 mm propeller, 300 N thrust
- GM18B471E1-4V2KA0: 2.2 kW, 191 mm propeller, 300 N thrust
- GM30A609E1-4T6KA0: 2.7 kW, 300 mm propeller, 360 N thrust
- XM17A472E1-6V2LA4: 1.1 kW, 176 mm propeller, 144 N thrust
- XM18B471E1-6V2LA4: 2.2 kW, 191 mm propeller, 300 N thrust
Installation and DimensionsThe document provides detailed dimensions and installation guidelines, including minimum submersible levels and lifting system specifications made from galvanized steel (AISI304/316).
Specifications
1. Shafts are made from Duplex stainless steel.
2. Motors are asynchronous, three-phase with 4, 6, or 8 poles, and have an insulation class of H (180°C).
3. Upper seals are made of ceramic/graphite.
4. Lower seals are made of silicon carbide.
5. Housing is constructed from Cast Iron EN-GJL-250.
6. Propellers are made from stainless steel AISI316 or AISI316L.
1. Shafts are made from Duplex stainless steel.
2. Motors are asynchronous, three-phase with 4, 6, or 8 poles, and have an insulation class of H (180°C).
3. Upper seals are made of ceramic/graphite.
4. Lower seals are made of silicon carbide.
5. Housing is constructed from Cast Iron EN-GJL-250.
6. Propellers are made from stainless steel AISI316 or AISI316L.
Materials
- Shafts: Duplex stainless steel.
- Motors: Asynchronous, three-phase, 4 to 8 poles.
- Upper Seal: Ceramic/graphite.
- Lower Seal: Silicon carbide.
- Housing: Cast Iron EN-GJL-250.
- Propeller: Stainless steel AISI316 or AISI316L.
- Shafts: Duplex stainless steel.
- Motors: Asynchronous, three-phase, 4 to 8 poles.
- Upper Seal: Ceramic/graphite.
- Lower Seal: Silicon carbide.
- Housing: Cast Iron EN-GJL-250.
- Propeller: Stainless steel AISI316 or AISI316L.
Submersible MixersThese mixers are designed for submersible applications with various models available, each with specific power, thrust, and weight characteristics. The mixers are constructed to withstand submersion and are made from durable materials like cast iron and stainless steel.
Key Parameters- Maximum weight capacity: 150Kg.
- Minimum submersible level is specified in multiple languages.
- Dimensions and specifications are provided for different models, including GM19, GM30, GM37, and GM40, with varying propeller diameters and motor specifications.
- Minimum submersible level is specified in multiple languages.
- Dimensions and specifications are provided for different models, including GM19, GM30, GM37, and GM40, with varying propeller diameters and motor specifications.
RecommendationsEnsure proper installation and maintenance of seals and motors to maintain efficiency and longevity. Use appropriate materials for specific environmental conditions to prevent corrosion and wear.
Specifications
1. Shafts are made from Duplex stainless steel or AISI 316L stainless steel, depending on the model.
2. Motors are asynchronous, three-phase with varying poles (4, 8, 10, or 12), and have an insulation class of H (180°C).
3. Upper seals are made of ceramic/graphite, while lower seals are silicon carbide/silicon carbide, with some models including Viton.
4. Housing is constructed from Cast Iron EN-GJL-250 or AISI316L stainless steel.
5. Propellers are made from AISI316 stainless steel.
6. Some models include a jet ring made from AISI 304 stainless steel.
1. Shafts are made from Duplex stainless steel or AISI 316L stainless steel, depending on the model.
2. Motors are asynchronous, three-phase with varying poles (4, 8, 10, or 12), and have an insulation class of H (180°C).
3. Upper seals are made of ceramic/graphite, while lower seals are silicon carbide/silicon carbide, with some models including Viton.
4. Housing is constructed from Cast Iron EN-GJL-250 or AISI316L stainless steel.
5. Propellers are made from AISI316 stainless steel.
6. Some models include a jet ring made from AISI 304 stainless steel.
ProceduresEach submersible mixer is identified by a code and includes specifications such as absorbed power, propeller diameter, thrust, weight, motor power, and current. These parameters are crucial for selecting the appropriate mixer for specific applications.
MaterialsThe materials used in the construction of the mixers include cast iron, galvanized steel, and various grades of stainless steel, ensuring durability and resistance to corrosion.
RecommendationsEnsure that the minimum submersible level is maintained to prevent damage to the equipment. Proper installation and maintenance are essential for optimal performance and longevity of the mixers.
Key Data from Tables1. Mixer models are listed with their respective codes, power ratings, and physical dimensions.
2. Performance metrics such as thrust and RPM are provided for each model, aiding in the selection process based on operational needs.
2. Performance metrics such as thrust and RPM are provided for each model, aiding in the selection process based on operational needs.
Specifications
1. Shafts are made from stainless steel AISI 316L or Duplex, ensuring durability and resistance to corrosion.
2. The motor is an asynchronous three-phase with 4, 6, or 8 poles, featuring an insulation class of H (180°C), suitable for high-temperature environments.
3. Upper seals are composed of ceramic/graphite, providing effective sealing and protection.
4. Lower seals utilize silicon carbide/silicon carbide/viton, offering robust sealing capabilities.
5. The housing and propeller are constructed from stainless steel AISI316L, ensuring strength and longevity.
1. Shafts are made from stainless steel AISI 316L or Duplex, ensuring durability and resistance to corrosion.
2. The motor is an asynchronous three-phase with 4, 6, or 8 poles, featuring an insulation class of H (180°C), suitable for high-temperature environments.
3. Upper seals are composed of ceramic/graphite, providing effective sealing and protection.
4. Lower seals utilize silicon carbide/silicon carbide/viton, offering robust sealing capabilities.
5. The housing and propeller are constructed from stainless steel AISI316L, ensuring strength and longevity.
Materials
- The primary material used is stainless steel AISI316L, known for its excellent corrosion resistance and mechanical properties.
- Guide rails and lifting systems are made from galvanized steel AISI304/316, providing additional structural support.
- The primary material used is stainless steel AISI316L, known for its excellent corrosion resistance and mechanical properties.
- Guide rails and lifting systems are made from galvanized steel AISI304/316, providing additional structural support.
Performance Parameters
- The mixers operate at 60Hz with various power ratings and propeller diameters, tailored to specific application needs.
- Models such as XM18, XM19, XM30, and XM37 offer different thrust and weight specifications, catering to diverse operational requirements.
- The mixers operate at 60Hz with various power ratings and propeller diameters, tailored to specific application needs.
- Models such as XM18, XM19, XM30, and XM37 offer different thrust and weight specifications, catering to diverse operational requirements.
Recommendations
- Ensure the minimum submersible level is maintained for optimal performance and longevity of the equipment.
- Regular maintenance and inspection of seals and motor components are advised to prevent wear and ensure efficient operation.
- Ensure the minimum submersible level is maintained for optimal performance and longevity of the equipment.
- Regular maintenance and inspection of seals and motor components are advised to prevent wear and ensure efficient operation.
Key Data from Tables
- The tables provide detailed specifications for different mixer models, including absorbed power, propeller diameter, thrust, weight, motor power, and current ratings.
- These specifications help in selecting the appropriate mixer model based on the specific needs of the application.
- The tables provide detailed specifications for different mixer models, including absorbed power, propeller diameter, thrust, weight, motor power, and current ratings.
- These specifications help in selecting the appropriate mixer model based on the specific needs of the application.
Specifications
1. Shafts are made from Duplex stainless steel.
2. The motor is an asynchronous three-phase with 8, 10, or 12 poles, and an insulation class of H (180°C).
3. The upper seal is composed of ceramic and graphite.
4. The lower seal consists of silicon carbide and viton.
5. The housing is made from stainless steel AISI316.
6. The propeller is also made from stainless steel AISI316.
7. Some models include a jet ring made from stainless steel AISI316.
1. Shafts are made from Duplex stainless steel.
2. The motor is an asynchronous three-phase with 8, 10, or 12 poles, and an insulation class of H (180°C).
3. The upper seal is composed of ceramic and graphite.
4. The lower seal consists of silicon carbide and viton.
5. The housing is made from stainless steel AISI316.
6. The propeller is also made from stainless steel AISI316.
7. Some models include a jet ring made from stainless steel AISI316.
MaterialsAll components, including the submersible mixer, guide rail, and lifting system, are primarily constructed from stainless steel AISI316 or galvanized steel AISI304/316.
Performance Data1. Various models are available with different power ratings, propeller diameters, thrust capacities, and motor specifications.
2. Example models include:
- XM40B813E1-6T6LA5: 3.2 kW power, 400 mm propeller diameter, 500 N thrust.
- XM60B1216E1-6T1LA5: 7.8 kW power, 600 mm propeller diameter, 1250 N thrust.
- XM60B1016E2-6C1LA5: 13 kW power, 600 mm propeller diameter, 2200 N thrust.
2. Example models include:
- XM40B813E1-6T6LA5: 3.2 kW power, 400 mm propeller diameter, 500 N thrust.
- XM60B1216E1-6T1LA5: 7.8 kW power, 600 mm propeller diameter, 1250 N thrust.
- XM60B1016E2-6C1LA5: 13 kW power, 600 mm propeller diameter, 2200 N thrust.
Dimensions and Installation1. The document provides detailed dimensions for installation and minimum submersible levels.
2. The mixers are designed to be submersible with specific minimum water levels required for operation.
2. The mixers are designed to be submersible with specific minimum water levels required for operation.
Specifications
1. Shafts are made from stainless steel AISI 431.
2. The motor is an asynchronous three-phase with 4 poles and insulation class H (180°C).
3. Upper seal is made of ceramic/graphite, while the lower seal is silicon carbide/silicon carbide.
4. Housing is constructed from Cast Iron EN-GJL-250.
5. Propeller is made from high-efficiency polyurethane.
1. Shafts are made from stainless steel AISI 431.
2. The motor is an asynchronous three-phase with 4 poles and insulation class H (180°C).
3. Upper seal is made of ceramic/graphite, while the lower seal is silicon carbide/silicon carbide.
4. Housing is constructed from Cast Iron EN-GJL-250.
5. Propeller is made from high-efficiency polyurethane.
MaterialsComponents are primarily made from stainless steel, galvanized steel, and cast iron, ensuring durability and resistance to corrosion.
Installation ComponentsVarious installation components are available for different tank configurations, including wall-mounted and tank edge installations. These components are designed for easy removal and maintenance.
Aeration SystemsThe document describes three aeration systems: OSSI-MIX, Arial Jet, and OSSI JET. Each system is designed for long service life and easy maintenance. The OSSI-MIX system allows for fine-tuning of the impeller, while the Arial Jet uses the Venturi effect for aeration. The OSSI JET system includes a submersible pump and ejectors for efficient oxygenation.
Performance Parameters1. OSSI-MIX: Oxygen transfer rate (SOTR) ranges from 11-135 KgO2/h with a 6m hydraulic load.
2. Arial Jet: Suitable for rectangular or circular tanks with a power range of 30-55 W/m³ and SOTR of 1-70 KgO2/h.
3. Ossi Jet: Designed for efficient oxygenation with specific power and SOTR parameters.
2. Arial Jet: Suitable for rectangular or circular tanks with a power range of 30-55 W/m³ and SOTR of 1-70 KgO2/h.
3. Ossi Jet: Designed for efficient oxygenation with specific power and SOTR parameters.
OverviewThe document provides technical specifications and operational guidelines for various aeration systems, focusing on the OSSI-MIX system and its components. It includes details on power requirements, oxygen transfer rates, and installation procedures for different tank configurations.
SpecificationsThe document outlines the power requirements for aeration systems in rectangular or circular tanks, with specific power ranges and solid content considerations. The Standard Oxygen Transfer Rate (SOTR) is provided for different systems, indicating the efficiency of oxygen transfer under specified conditions.
ProceduresInstallation and operational procedures for the OSSI-MIX system are detailed, emphasizing its ease of maintenance and long service life. The system's components, such as the impeller and motor, are designed for durability and easy replacement.
Norms and StandardsThe document references the UNI EN 12255-15:2004 standard for obtaining SOTR values, ensuring compliance with industry norms for aeration efficiency.
RecommendationsThe correct dimensioning of aeration systems is crucial and depends on factors such as oxygen demand, sludge characteristics, process type, and tank size. The document recommends specific power installations for different tank geometries and solid content levels.
Key ComponentsThe OSSI-MIX system features a pressurized submersible aerator with a dry motor and oil chamber, designed for easy installation and maintenance. The system includes components like an oxygen probe, control unit, blower, and flexible air supply hose.
ApplicationsThe Ossi jet systems are primarily used for oxygenation, CO2 neutralization, sludge recycling, ozonization, and foam reduction in tanks.
Performance Curves and DiagramsThe document includes performance curves and diagrams illustrating the efficiency of different aeration systems under various hydraulic head conditions. These visual aids help in understanding the operational capabilities and limitations of the systems.
Specifications
The document outlines the specifications for the Arial Jet, a submersible aeration unit used in various liquid treatment processes. It includes details on materials such as EN-GJL-250 for the electric pump and AISI 304 for the outlet and suction pipes. The unit operates at 60Hz and is available in different configurations based on power and dimensions.
The document outlines the specifications for the Arial Jet, a submersible aeration unit used in various liquid treatment processes. It includes details on materials such as EN-GJL-250 for the electric pump and AISI 304 for the outlet and suction pipes. The unit operates at 60Hz and is available in different configurations based on power and dimensions.
ProceduresThe Arial Jet operates by creating a vacuum to suction air at atmospheric pressure, which is then mixed with the liquid through a radial diffuser. This process is facilitated by a specially designed radial impeller with double suction, ensuring efficient aeration and homogenization of liquids.
ApplicationsThe unit is suitable for aerating and homogenizing industrial, civil, or livestock waste. It is also effective in processes such as equalization, stabilization, deodorization, neutralization, and flotation of oils, fats, or suspensions.
Performance DataThe document provides performance data for various models, including power supply, rotational speed, suction, rated power, and current. For example, the AJ100G413E160PA model operates at 1741 rpm with a rated power of 16 kW.
Control Panels and AccessoriesControl panels are available for managing the operation of the Arial Jet units. These panels include instruments like voltmeters, ammeters, and hour counters for each pump, along with alarm systems for monitoring and safety.
Key RecommendationsIt is recommended to connect the float-switch directly to the alarm device to ensure signal transmission even during power failures. The document also advises on the use of specific relays for starting the alarm system.
OverviewThe document provides technical specifications and guidelines for a submerged float switch and an active barrier with intrinsic safety, both designed for use in potentially explosive environments. It includes details on their applications, technical characteristics, and installation requirements.
Submerged Float Switch
- Applications: Used for regulating diesel oil, water-hydrocarbon mixtures, motor oils, and machine oils.
- ATEX Certification: Suitable for explosive environments with gases, vapors, or mists. Parameters include group and category II 1G, protection EEx ia, ignition group IIC, temperature class T6, and protection level IP 68.
- Technical Characteristics: Features a single-piece polyethylene body, internal weight for balance, and a self-cleaning electric contact commutator. It is filled with non-hygroscopic polyurethane to eliminate air and seal the unit.
- Installation Note: Must be connected to an intrinsic safety power circuit.
Active Barrier
- Applications: Provides galvanic decoupling of unprotected contacts or logic levels from hazardous areas, with relay output towards safe areas.
- Technical Characteristics: ATEX certified, suitable for zones 0-1-2, with power supply 115-230 Vac 50-60 Hz. Features galvanic insulation and LED signals for easy connection.
- Installation: Ready for DIN rail mounting, eliminates typical ZENER barrier issues.
Research and DevelopmentThe document highlights the company's well-organized R&D office, equipped with sophisticated IT systems and connected with research projects from various universities.
Technical AppendixIncludes a graph and explanation on head losses in pipes for clean water, providing a usage example for calculating total head loss in a PVC pipe system.
Specifications and StandardsThis document outlines the performance and specifications of pumps in accordance with UNI ISO 9906 standards. It includes performance curves obtained with clean water at 20°C, highlighting the importance of selecting the correct working point for optimal pump efficiency and longevity.
Performance and EfficiencyThe document emphasizes the significance of the best efficiency point (marked as "X"), where the pump operates most efficiently. It warns against operating too close to the closure point, which can cause excessive vibrations and potential shaft breakage, and against operating near the bottom right of the curve, which risks cavitation and motor overheating.
Technical DataTechnical specifications include details on materials, impeller diameter, hydraulic efficiency, and power requirements. The document provides a comprehensive technical data sheet with information on power supply, insulation class, nominal speed, and motor efficiency.
Material and Surface TreatmentsThe document compares the hardness of different materials, indicating that hardness is directly related to abrasion resistance. It describes surface treatments like metalization (TSM) and ceramic treatment (TSC) that enhance resistance to abrasives and chemicals, thereby reducing maintenance costs.
Construction and ApplicationMaterials used in construction include grey cast iron, stainless steel, and marine bronze, each selected for specific parts of the pump to optimize performance and durability. The document also details the application of these materials in standard constructions.
Additional FeaturesAdditional features include thermal protection, humidity probes, and cooling jackets, which are essential for maintaining pump performance and preventing damage under various operational conditions.
Technical Specifications
1. Contact Interruption Time: Less than 1 ms.
2. Switching Cycles: 10,000 cycles.
3. Dimensions: Diameter: 9.4 mm to 9.7 mm, Overall Height: 4.7 mm to 7.6 mm, Length of Insulation Cap: 16 mm to 18 mm.
1. Contact Interruption Time: Less than 1 ms.
2. Switching Cycles: 10,000 cycles.
3. Dimensions: Diameter: 9.4 mm to 9.7 mm, Overall Height: 4.7 mm to 7.6 mm, Length of Insulation Cap: 16 mm to 18 mm.
ATEX Electric Pumps Nameplate Information
- Manufactured in AISI 304 or AISI 316, fixed with special nails, engraved to prevent data wear.
- Includes a second adhesive nameplate in KPS for control panel attachment.
- Key data includes: ATEX product series, pump type, max delivery, number of phases, rated voltage, frequency, rated power, operation duty, standard, rated motor current, capacitor rating, protection mode, max head, serial number, certificate number, weight, rotation speed, power factor, max liquid temperature, and insulation class.
- Manufactured in AISI 304 or AISI 316, fixed with special nails, engraved to prevent data wear.
- Includes a second adhesive nameplate in KPS for control panel attachment.
- Key data includes: ATEX product series, pump type, max delivery, number of phases, rated voltage, frequency, rated power, operation duty, standard, rated motor current, capacitor rating, protection mode, max head, serial number, certificate number, weight, rotation speed, power factor, max liquid temperature, and insulation class.
Testing and Certifications
- Performance test certificate dated 29/10/2014, compliant with UNI EN ISO 9906 2B.
- Instruments used: PROMAG 30F for capacity, CERABAR S PMC 731 for head, MICROVIP 3 for power.
- Test results: Positive, including dielectric strength and insulation resistance measurements.
- Pneumatic tightness test at 1.5 bar.
- Performance data: Various flow rates (m3/h) and corresponding head (m) and power (kW) values.
- Performance test certificate dated 29/10/2014, compliant with UNI EN ISO 9906 2B.
- Instruments used: PROMAG 30F for capacity, CERABAR S PMC 731 for head, MICROVIP 3 for power.
- Test results: Positive, including dielectric strength and insulation resistance measurements.
- Pneumatic tightness test at 1.5 bar.
- Performance data: Various flow rates (m3/h) and corresponding head (m) and power (kW) values.
Additional Information
- The manufacturer reserves the right to modify technical features without prior notice.
- The manufacturer reserves the right to modify technical features without prior notice.
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Catalog excerpts
La nostra società è specializzata nella progettazione e costruzione di elettropompe sommergibili (da kW 0,5 a kW 350) in Ghisa grigia, in Bronzo marino ed Acciaio inossidabile. Siamo in grado di eseguire prodotti speciali su specifica di materiali del cliente. Operiamo secondo la normativa ISO 9001 / ISO 14001 riservando la massima attenzione e cura al prodotto (i motori elettrici sono tutti in classe d'efficienza IE3 e, fino a 50 kW sono certificati secondo le attuali norme antideflagranti ATEX. Forniamo inoltre miscelatori sommersi e sistemi di aerazione, strumenti elettronici di misura ed...
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1985 - 1990 Nasce nel 1985 il primo catalogo/listino Faggiolati con pompe da HP 0.50 fino ad HP 7.5. Nel 1988 si completa la prima gamma di elettropompe sommergibili fino a 30 kW, con carcassa motore provvista di “alette” di raffreddamento The first Faggiolati catalogue/price list came out in 1985, with pumps from 0.50 HP to 7.5 HP. 1988 saw the completion of the first range of submersible pumps up to 30kW, with motor body equipped with cooling "wings" Le premier catalogue/liste Faggiolati contenant des pompes de HP 0.50 à HP 7.5 voit le jour en 1985. La première gamme d'électropompes submersibles...
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1999 - 2002 Dal 1999 si sviluppa la “seconda generazione” di elettropompe con un'architettura costruttiva innovativa in grado di garantire la massima intercambiabilità di componenti ottimizzati dal punto di vista funzionale e tecnologico. Le nuove carcasse sono state dotate delle esclusive “piramidi” che ormai caratterizzano il design delle macchine Faggiolati. Since 1999, we have been developing the "second generation" of pumps with innovative construction, able to guarantee maximum interchangeability of optimised components, functionally and technologically speaking. The new bodies are equipped...
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Solve & Save PERCHÈ SCEGLIERE LA NUOVA GENERAZIONE “SOLVE & SAVE” Con le idrauliche di ultima evoluzione e l'ampia scelta di materiali a disposizione, le elettropompe Faggiolati vanno incontro alle esigenze di ”risoluzione” dei più differenti problemi applicativi. Grazie ai motori IE3, idonei alla gestione tramite inverter, oltre all'efficacia e all'affidabilità delle macchine, Faggiolati consente il “risparmio” sui costi di gestione. WHY CHOOSING THE NEW "SOLVE & SAVE" GENERATION With the latest in hydraulics and the vast choice of available materials, Faggiolati pumps reach “the solution" of...
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Elettropompe sommergibili Drenaggio . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Vortice. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 Monocanale . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 Multicanale "alto rendimento" . . . . . . . . . . . . . . . . . . 84 Kut-All . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106 A canali . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112 Con sistema triturante. . . . . . . . . . . . . . . . . . . . . . . . 168 Settore zootecnico . . . . ....
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Metodo di identificazione e denominazione - Identification and denomination method Methode d’identification et de denomination - Identifikations- und Bezeichnungsmethode Metodo de identificacion y denominacion - Metodo de identificagao e denominagao Serie - Series Serie - Serie Serie - Serie Sigla base elettropompa - Electric pump initial base Sigle de base pompe - Basisdaten Sigla base bomba - Sigla base bomba electrica Nr. poli - Poles nr. - Poles Polzahl - Polos - N° polos Nr. pale girante Nr. of blades Numero d’aubes Schaufelzahl Nr. palas girantes N° pas giratorias Tipo di materiale - Material...
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Costruzione - Construction Construction - Ausfuhrung Construccion - Construgao Diametro bocca - Outlet diameter (mm) Diam. refoulement - Freier Kugeldurchg. (mm) Diametro impulsion - Diametro boca (mm) Passaggio libero - Free passage (mm) Passage libre - Freier Kugeldurchg. (mm) Paso libre - Passagem livre (mm) Varianti protezione del motore - Variants of motor protections Variantes protection du moteur - Motorschutzarten Variantes proteccion del motor - Variantes protecgao do motor Protezione termica statore - Stator's thermal sensors Protection thermique stator - Thermoschutz Wicklung 1 Proteccion...
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TIPI DI IDRAULICA - HYDRAULIC TYPES TYPE D'HYDRAULIQUE - LAUFRADFORMEN TIPOS DE BOMBAS HIDRAULICAS - TIPOS DE HIDRAULICA A CANALI WITH CHANNELS A CANAUX MEHRKANALRAD A CANALES A CANAIS BICANALE APERTA OPEN DOUBLE CHANNEL DOUBLE CANAL OUVERT OFFENE ZWEIKANALIG DOBLE CANAL ABIERTO DUPLO CANALABERTO
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Alto Rendlmento High Performance Monocanale Single Channel La gamma dei prodotti prevede diversi modelli, in una moplteplicita di versioni, da 0,5 kW a 350 kW, 2-4-6-8-10 poli (50Hz e 60 Hz). The product range includes different models in several versions, from 0,5 kW to 350 kW, 2-4-6-810 poles (50Hz and 60 Hz). Das Produktangebot sieht verschiedene Modelle und mehrere Versionen vor, von 0,5 kW bis 350 kW, 2-4-6-8-10 Pole (50 Hz und 60 Hz).
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60Hz Solve & Save new generation pumps Motori alto rendimento classe d'efficienza IE3. High efficiency motors class IE3. Moteurs à haut rendement classe IE3. Hochleistungsmotoren der Klasse IE3. Motores alta eficiencia clase IE3. Motor alta eficiência classe IE3. Alberi rettificati nelle sedi dei cuscinetti e della tenuta. Shafts grided down in ball bearings and mechanical seals seats. Les arbres rectifiés dans les sièges des roulements et de la garniture mécanique. Lagerung und Abdichtung durch überdimensionierte Wälzlager bzw. Ejes rectificado en la base de los cojinetes y base de la mecánica....
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DRAINAGE 1 Alberi rettificati nelle sedi dei cuscinetti e della tenuta, 2 sovradimensionati rispetto ai parametri standard di utilizzo, equilibrati dinamicamente. Motore Asincrono trifase a gabbia di scoiattolo, classe d’isolamento H(180°C). A secco, raffreddato dal liquido circostante. Grado di protezione IP68. Il motore, è progettato per lavoro continuo o intermittente, con un numero non superiore di 15 avviamenti per ora regolarmente distanziati e con un massimo squilibrio di tensione tra le fasi del 5%. Cuscinetti sovradimensionati, radiali a sfere lubrificati a vita esenti da manutenzione....
Open the catalog to page 14All FAGGIOLATI PUMPS catalogs and technical brochures
SUBMERSIBLE MIXERS78 Pages
AERATION80 Pages
DEPLIANT PRODUCT RANGE8 Pages
GR12 MIXERS6 Pages
DEPLIANT KUT-ALL6 Pages
DEPLIANT SOLVE & SAVE12 Pages
GENERAL CATALOGUE528 Pages
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