general catalogue 2014
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general catalogue 2014
Product catalog summary
Overview: The OSIP General Catalogue 2014 showcases the company's dedication to producing high-quality, innovative products developed entirely in Italy. It highlights OSIP's extensive experience, market knowledge, and commitment to continuous research in new technologies and materials.
Key Sections:
- Totally Italian Choice: OSIP emphasizes its Italian heritage, which is reflected in the unique value and quality of its products.
- Research and Development: The company is committed to ongoing research and development, focusing on technological innovations, production processes, and environmental preservation.
- Product Range: The catalogue features a wide range of products including self-priming pumps, centrifugal pumps, submersible pumps, and pressure booster sets, each designed to meet specific market needs and applications.
- Specifications: Detailed specifications are provided for each product type, including maximum suction depth, operating temperatures, and suggested applications.
Product Highlights:
- Self-Priming Electropumps: These pumps can lift clear water mixed with air, with a maximum suction depth of approximately 9 meters, suitable for domestic use and small irrigation systems.
- Centrifugal Pumps: Available in various models, designed for different flow rates and pressures.
- Submersible Pumps: Offered in plastic, stainless steel, and cast iron, suitable for various applications including drainage and special applications.
- Pressure Booster Sets: Designed to enhance water pressure in domestic and industrial settings.
Specifications:
The document describes self-priming electropumps capable of lifting clear water even if mixed with air. The maximum suction depth is approximately 9 meters, varying with altitude and temperature. Designed for domestic use, small irrigation tasks, and general water distribution, they can be paired with a pressure tank or an electronic flow switch for automatic operation. Maximum operating temperatures are 35°C for water and 40°C for the environment.
The document describes self-priming electropumps capable of lifting clear water even if mixed with air. The maximum suction depth is approximately 9 meters, varying with altitude and temperature. Designed for domestic use, small irrigation tasks, and general water distribution, they can be paired with a pressure tank or an electronic flow switch for automatic operation. Maximum operating temperatures are 35°C for water and 40°C for the environment.
Construction Features:
The pump body is made from materials such as polypropylene, stainless steel, or cast iron, depending on the model. The motor support is typically aluminum, and the impeller is made from Noryl® or brass. Mechanical seals are composed of alumina and carbon graphite. The insulation class is F, and the protection class is IP44.
The pump body is made from materials such as polypropylene, stainless steel, or cast iron, depending on the model. The motor support is typically aluminum, and the impeller is made from Noryl® or brass. Mechanical seals are composed of alumina and carbon graphite. The insulation class is F, and the protection class is IP44.
Models and Performance:
Several models are detailed, including RIVA, IDRA, JET, and B-JET series, each with specific performance metrics such as power (Hp, Kw), flow rates (l/min, m³/h), and dimensions. Performance graphs and tables illustrate flow rates and head measurements.
Several models are detailed, including RIVA, IDRA, JET, and B-JET series, each with specific performance metrics such as power (Hp, Kw), flow rates (l/min, m³/h), and dimensions. Performance graphs and tables illustrate flow rates and head measurements.
Recommended Usage:
The pumps are suitable for domestic applications, small-scale irrigation, and general water distribution. They are often used with pressure tanks or electronic flow switches for automated operation.
The pumps are suitable for domestic applications, small-scale irrigation, and general water distribution. They are often used with pressure tanks or electronic flow switches for automated operation.
Additional Information:
The document also mentions self-priming deep well electropumps, which can lift water from wells with a minimum diameter of 4 inches. The ideal maximum suction depth for these pumps ranges from 15 to 30 meters, depending on the ejector used.
The document also mentions self-priming deep well electropumps, which can lift water from wells with a minimum diameter of 4 inches. The ideal maximum suction depth for these pumps ranges from 15 to 30 meters, depending on the ejector used.
Specifications:
1. Type: Self-priming electropumps, peripheral electropumps, and centrifugal electropumps.
2. Maximum Suction Depth: Self-priming pumps can reach 15-20 meters with P20 ejectors and 20-30 meters with P30 ejectors. Peripheral and centrifugal pumps have a maximum suction depth of approximately 8 meters.
3. Maximum Operating Temperatures: 35 °C for water and 40 °C for the environment.
1. Type: Self-priming electropumps, peripheral electropumps, and centrifugal electropumps.
2. Maximum Suction Depth: Self-priming pumps can reach 15-20 meters with P20 ejectors and 20-30 meters with P30 ejectors. Peripheral and centrifugal pumps have a maximum suction depth of approximately 8 meters.
3. Maximum Operating Temperatures: 35 °C for water and 40 °C for the environment.
Construction Features:
1. Materials: Pump bodies are made of cast iron, motor supports are made of aluminum or cast iron, and impellers are made of Noryl or brass.
2. Mechanical Seals: Made of ceramic steatite and carbon graphite.
3. Protection and Insulation: Protection class IP44 and insulation class F.
1. Materials: Pump bodies are made of cast iron, motor supports are made of aluminum or cast iron, and impellers are made of Noryl or brass.
2. Mechanical Seals: Made of ceramic steatite and carbon graphite.
3. Protection and Insulation: Protection class IP44 and insulation class F.
Suggested Applications:
1. Self-Priming Pumps: Suitable for small irrigations such as gardens and vegetable gardens. Typically used with a pressure tank for automatic operation.
2. Peripheral Pumps: Ideal for domestic use, small irrigations, and water distribution. Can be equipped with a pressure tank or electronic flow switch for automatic use.
3. Centrifugal Pumps: Suitable for high flow applications such as rain irrigation and industrial or agricultural use.
1. Self-Priming Pumps: Suitable for small irrigations such as gardens and vegetable gardens. Typically used with a pressure tank for automatic operation.
2. Peripheral Pumps: Ideal for domestic use, small irrigations, and water distribution. Can be equipped with a pressure tank or electronic flow switch for automatic use.
3. Centrifugal Pumps: Suitable for high flow applications such as rain irrigation and industrial or agricultural use.
Performance Data:
1. Flow Rates: Vary depending on the pump model and ejector type, with specific flow rates provided for each model.
2. Power Consumption: Detailed power specifications are provided for each pump model, including horsepower, kilowatts, and amperage.
1. Flow Rates: Vary depending on the pump model and ejector type, with specific flow rates provided for each model.
2. Power Consumption: Detailed power specifications are provided for each pump model, including horsepower, kilowatts, and amperage.
Recommendations:
1. Ensure the pump is used within the specified temperature and suction depth limits.
2. Pair pumps with appropriate accessories like pressure tanks or electronic flow switches for optimal performance.
3. Consider altitude and temperature variations when determining the maximum suction depth.
1. Ensure the pump is used within the specified temperature and suction depth limits.
2. Pair pumps with appropriate accessories like pressure tanks or electronic flow switches for optimal performance.
3. Consider altitude and temperature variations when determining the maximum suction depth.
Construction Features: The document details various types of centrifugal pumps, including single impeller, twin impeller, and multistage centrifugal pumps. Each type is designed for specific applications, offering high water flow and varying head levels. The pumps are constructed with materials such as cast iron, aluminum, and Noryl, with mechanical seals made from ceramic steatite and carbon graphite.
Specifications: The pumps have an insulation class of F and a protection class of IP44. The maximum suction depth varies between 7 to 8 meters, depending on the pump type. Operating temperatures are specified at 35°C for water and 40°C for the environment.
Applications: These pumps are suitable for domestic, industrial, and agricultural sectors. They are ideal for irrigation, water distribution, and pressure boosting. The multistage pumps are noted for their low power consumption and are often used with pressure tanks or electronic flow switches for automatic operation.
Performance Data: The document includes detailed performance charts and tables for different pump models, indicating flow rates in liters per minute and cubic meters per hour, as well as power consumption in kilowatts.
Key Models: Models such as ZM 330, ZM 440, ZP 100, ZP 150, ZF 150, ZF 200, ZH 100, ZH 150, MC 75, and MC 105 are highlighted, with specific dimensions, weights, and performance metrics provided for each.
Overview: The document provides detailed specifications and applications for multistage centrifugal pumps, highlighting their construction, performance, and recommended uses. These pumps are designed for high water flow and head levels with low power consumption, making them reliable, silent, and practical for various applications.
Specifications: The pumps are constructed with AISI 304 stainless steel bodies and impellers, ensuring durability and efficiency. They have a maximum suction depth of approximately 7 meters (23 feet), which may vary with altitude and temperature. The maximum operating temperatures are 35°C (95°F) for water and 40°C (104°F) for the environment.
Applications: These pumps are ideal for pressure boosting in domestic and industrial settings, garden irrigation, and fire-fighting systems. They are often used in automatic booster systems, equipped with pressure tanks or electronic flow switches for automated operation.
Construction Features: The pump body is made from AISI 304 stainless steel, with motor support in aluminum. The impellers are also made from AISI 304 stainless steel, and the mechanical seals are composed of ceramic steatite and metalized carbon. The insulation class is F, and the protection class is IP44.
Performance Data: The document includes performance charts and tables detailing flow rates, head levels, and power consumption for various pump models, such as MC 130, MCX 80, and MC 250. These models vary in dimensions, weight, and electrical specifications, catering to different operational needs.
Key Models: The document lists several pump models, including MC 130, MCX 80, and MC 250, each with specific dimensions, weight, and performance characteristics. These models are suitable for different applications based on their flow rate and head capabilities.
Overview: The document provides technical specifications and applications for various models of submersible electric pumps, suitable for wastewater and chemically neutral liquids with suspended solids. These pumps are versatile and reliable, designed for domestic and general drainage applications.
Specifications:
- Maximum Operating Temperature: 35°C (95°F)
- Maximum Immersion Depth: 5 meters (16 ft)
- Insulation Class: F
- Protection Class: IP68
Construction Features:
- Pump Body: Stainless Steel AISI 304
- Motor Support: Stainless Steel AISI 304
- Impeller: Noryl or Stainless Steel AISI 304 depending on the model
- Mechanical Seals: Silicon carbide or high-resistance lip seals
Models and Performance:
- TURBO 50: Power: 0.40 Hp, Flow Rate: up to 5.00 l/sec
- AX 800: Power: 0.80 Hp, Flow Rate: up to 3.50 l/sec
- AX 1000: Power: 1.10 Hp, Flow Rate: up to 4.00 l/sec
- MX 800: Power: 0.80 Hp, Flow Rate: up to 3.00 l/sec
- MX 1000: Power: 1.10 Hp, Flow Rate: up to 3.50 l/sec
- MX 1500: Power: 1.50 Hp, Flow Rate: up to 4.50 l/sec
Applications:
- Wastewater pumping
- General water drainage
- Water pumping from wells and tanks
- Rainwater recycling
- Automatic garden watering systems
- Swimming pool drainage
- Domestic fountains and waterfalls
Key Features:
- High reliability and versatility
- Suitable for a wide range of applications
- Designed for both clean and dirty water
Pump Models and Specifications
The document provides detailed specifications for various pump models including EXTREMA, PLAY, RIVA, IDRA, JET, and AQUA series. Each model is described with parameters such as flow rate (Q l/min and Q m3/h), head (H/m), dimensions (DNA, DNM, A, B, C), and weight (kg/lbs).
The document provides detailed specifications for various pump models including EXTREMA, PLAY, RIVA, IDRA, JET, and AQUA series. Each model is described with parameters such as flow rate (Q l/min and Q m3/h), head (H/m), dimensions (DNA, DNM, A, B, C), and weight (kg/lbs).
Performance Data
Performance charts are included, showing flow rates and corresponding head values for different models. These charts help in understanding the efficiency and capacity of each pump model under various conditions.
Performance charts are included, showing flow rates and corresponding head values for different models. These charts help in understanding the efficiency and capacity of each pump model under various conditions.
Automatic Pressure Booster Sets
The document describes automatic pressure booster sets equipped with stainless steel multistage pumps and new generation inverters. These systems are designed for high efficiency and energy savings, automatically adjusting pump usage based on demand.
The document describes automatic pressure booster sets equipped with stainless steel multistage pumps and new generation inverters. These systems are designed for high efficiency and energy savings, automatically adjusting pump usage based on demand.
Electronic Booster Sets
Details on electronic booster sets, including models like RIVA Tec, IDRA Tec, JET Tec, and AQUA Tec, are provided. These sets are characterized by their ability to control pump operation electronically, ensuring optimal performance and energy efficiency.
Details on electronic booster sets, including models like RIVA Tec, IDRA Tec, JET Tec, and AQUA Tec, are provided. These sets are characterized by their ability to control pump operation electronically, ensuring optimal performance and energy efficiency.
24 Volt Electropumps
Information on 24V DC submersible electropumps is included, highlighting their use in situations where network electrical supply is unavailable. These pumps are suitable for both clean and dirty water applications.
Information on 24V DC submersible electropumps is included, highlighting their use in situations where network electrical supply is unavailable. These pumps are suitable for both clean and dirty water applications.
Accessories
The document lists various domestic accessories such as pressure gauges, inverters, pressure tanks, float switches, and filter cartridges. These accessories are essential for the installation and operation of the pump systems.
The document lists various domestic accessories such as pressure gauges, inverters, pressure tanks, float switches, and filter cartridges. These accessories are essential for the installation and operation of the pump systems.
Drainage Electropumps
Submersible electric pumps for drainage applications are described, emphasizing their reliability and versatility for a wide range of uses.
Submersible electric pumps for drainage applications are described, emphasizing their reliability and versatility for a wide range of uses.
Specifications:
The document details specifications for various models of submersible electric pumps, including XRS, XVS, and TECNO series. These pumps are designed for handling clean and chemically neutral water, as well as wastewater with suspended solids. The maximum immersion depth for most models is 5 meters (16 ft), except for TECNO 5-8, which can be submerged up to 10 meters (33 ft). The maximum operating temperature for all models is 35°C (95°F).
The document details specifications for various models of submersible electric pumps, including XRS, XVS, and TECNO series. These pumps are designed for handling clean and chemically neutral water, as well as wastewater with suspended solids. The maximum immersion depth for most models is 5 meters (16 ft), except for TECNO 5-8, which can be submerged up to 10 meters (33 ft). The maximum operating temperature for all models is 35°C (95°F).
Construction Features:
The pumps are constructed with a cast iron pump body and motor support, stainless steel motor shaft (AISI 420), and stainless steel impeller (AISI 304). They feature mechanical seals made of silicon carbide and alumina, with an insulation class of F and protection class of IP68.
The pumps are constructed with a cast iron pump body and motor support, stainless steel motor shaft (AISI 420), and stainless steel impeller (AISI 304). They feature mechanical seals made of silicon carbide and alumina, with an insulation class of F and protection class of IP68.
Suggested Applications:
The pumps are versatile and suitable for various applications, including drainage of excavations and flooded areas, emptying of wells, and disposal of residential and industrial wastewater. They are also recommended for garden irrigation and liquid transfer.
The pumps are versatile and suitable for various applications, including drainage of excavations and flooded areas, emptying of wells, and disposal of residential and industrial wastewater. They are also recommended for garden irrigation and liquid transfer.
Performance Data:
The document includes performance charts and tables for different pump models, indicating flow rates in liters per minute (l/min) and cubic meters per hour (m³/h), as well as corresponding head heights in meters (H/m). Power specifications are provided in horsepower (Hp) and kilowatts (Kw), with electrical requirements for 230V and 400V systems.
The document includes performance charts and tables for different pump models, indicating flow rates in liters per minute (l/min) and cubic meters per hour (m³/h), as well as corresponding head heights in meters (H/m). Power specifications are provided in horsepower (Hp) and kilowatts (Kw), with electrical requirements for 230V and 400V systems.
Model Specifics:
Each pump model, such as XRS 500, XVS 700, and TECNO 1, has specific dimensions, weight, and performance characteristics detailed in the document. These include measurements for various components and the minimum submersible level required for operation.
Each pump model, such as XRS 500, XVS 700, and TECNO 1, has specific dimensions, weight, and performance characteristics detailed in the document. These include measurements for various components and the minimum submersible level required for operation.
Specifications:
The document outlines specifications for various pump models, including HYDRA, ENERGY, and MASTER series. Key parameters include maximum immersion depth, operating temperature, power ratings, and flow rates. The maximum immersion depth for most models is 10 meters, with a maximum operating temperature of 35°C (95°F).
The document outlines specifications for various pump models, including HYDRA, ENERGY, and MASTER series. Key parameters include maximum immersion depth, operating temperature, power ratings, and flow rates. The maximum immersion depth for most models is 10 meters, with a maximum operating temperature of 35°C (95°F).
Procedures:
The document provides suggested applications for each pump series. The HYDRA series is recommended for drainage, fountains, and garden irrigation. The ENERGY series is suitable for drainage of excavations and waste water disposal. The MASTER series is designed for lifting wastewater containing solids that need to be ground.
The document provides suggested applications for each pump series. The HYDRA series is recommended for drainage, fountains, and garden irrigation. The ENERGY series is suitable for drainage of excavations and waste water disposal. The MASTER series is designed for lifting wastewater containing solids that need to be ground.
Construction Features:
All pump models feature a cast iron pump body and motor support, stainless steel motor shaft, and silicon carbide mechanical seals. The insulation class is F, and the protection class is IP68, indicating high resistance to dust and water.
All pump models feature a cast iron pump body and motor support, stainless steel motor shaft, and silicon carbide mechanical seals. The insulation class is F, and the protection class is IP68, indicating high resistance to dust and water.
Performance Data:
Performance charts are provided for each pump model, detailing flow rates in liters per minute (l/min) and cubic meters per hour (m³/h) against head in meters (H/m). These charts help in selecting the appropriate pump model based on specific application requirements.
Performance charts are provided for each pump model, detailing flow rates in liters per minute (l/min) and cubic meters per hour (m³/h) against head in meters (H/m). These charts help in selecting the appropriate pump model based on specific application requirements.
Recommendations:
Each pump series has specific recommended applications, emphasizing the importance of selecting the right pump for the intended use to ensure optimal performance and longevity.
Each pump series has specific recommended applications, emphasizing the importance of selecting the right pump for the intended use to ensure optimal performance and longevity.
Specifications:
- Maximum immersion depth: 10 meters (33 ft).
- Maximum operating temperature: 35 °C (95 °F) for water.
- Maximum immersion depth: 10 meters (33 ft).
- Maximum operating temperature: 35 °C (95 °F) for water.
Suggested Applications:
- Suitable for pumping wastewater containing solid, fibrous, or filamentous materials that require grinding.
- Also recommended for pumping clear water, liquids with solid and short-fiber bodies, sewage, and sludge.
- Suitable for pumping wastewater containing solid, fibrous, or filamentous materials that require grinding.
- Also recommended for pumping clear water, liquids with solid and short-fiber bodies, sewage, and sludge.
Pump Models and Performance:
- Various models such as MASTER 4, MASTER 5, HM 65, HM 80, QM 80, QM 100, and QV 80 are detailed with their respective horsepower (Hp), kilowatt (Kw), and current ratings for different voltages.
- Performance charts provide flow rates (Q) in liters per minute (l/min) and cubic meters per hour (m3/h) against head (H) in meters.
- Various models such as MASTER 4, MASTER 5, HM 65, HM 80, QM 80, QM 100, and QV 80 are detailed with their respective horsepower (Hp), kilowatt (Kw), and current ratings for different voltages.
- Performance charts provide flow rates (Q) in liters per minute (l/min) and cubic meters per hour (m3/h) against head (H) in meters.
Construction Features:
- Pump body and motor support are made of cast iron.
- Motor shaft is constructed from stainless steel AISI 420.
- Impeller is made of cast iron.
- Mechanical seals are composed of silicon carbide and ceramic/graphite.
- Insulation class is F, and protection class is IP68.
- Pump body and motor support are made of cast iron.
- Motor shaft is constructed from stainless steel AISI 420.
- Impeller is made of cast iron.
- Mechanical seals are composed of silicon carbide and ceramic/graphite.
- Insulation class is F, and protection class is IP68.
Additional Notes:
- The document includes detailed diagrams and tables illustrating the dimensions and weights of various pump models.
- Foot support is not included in the standard package and must be considered separately.
- The document includes detailed diagrams and tables illustrating the dimensions and weights of various pump models.
- Foot support is not included in the standard package and must be considered separately.
Specifications:
The document provides detailed specifications for various models of submersible pumps, including dimensions, materials, and performance metrics. Key specifications include the use of cast iron and stainless steel for construction, silicon carbide and ceramic/graphite for mechanical seals, and insulation and protection classes of F and IP68 respectively.
The document provides detailed specifications for various models of submersible pumps, including dimensions, materials, and performance metrics. Key specifications include the use of cast iron and stainless steel for construction, silicon carbide and ceramic/graphite for mechanical seals, and insulation and protection classes of F and IP68 respectively.
Procedures:
The document outlines the recommended applications for the pumps, such as pumping water with high solid content, sewage, and liquids with high gas concentrations. It specifies a maximum immersion depth of 10 meters and a maximum operating temperature of 35°C.
The document outlines the recommended applications for the pumps, such as pumping water with high solid content, sewage, and liquids with high gas concentrations. It specifies a maximum immersion depth of 10 meters and a maximum operating temperature of 35°C.
Standards:
The pumps are designed according to NEMA standards, ensuring compatibility and reliability in various installations. The document also mentions pressure ratings and temperature ranges for different components, such as valves and coupling devices.
The pumps are designed according to NEMA standards, ensuring compatibility and reliability in various installations. The document also mentions pressure ratings and temperature ranges for different components, such as valves and coupling devices.
Recommendations:
Suggested applications include water plants, pressurizing systems, and irrigation plants. The document emphasizes the suitability of these pumps for both residential and industrial use, in continuous or intermittent operation.
Suggested applications include water plants, pressurizing systems, and irrigation plants. The document emphasizes the suitability of these pumps for both residential and industrial use, in continuous or intermittent operation.
Key Data from Tables and Graphs:
The tables provide detailed dimensions and weights for different pump models, as well as performance data such as flow rates (Q) and head (H) at various power levels. Graphs illustrate the relationship between flow rate and head, helping to visualize pump performance across different models.
The tables provide detailed dimensions and weights for different pump models, as well as performance data such as flow rates (Q) and head (H) at various power levels. Graphs illustrate the relationship between flow rate and head, helping to visualize pump performance across different models.
Critical Information:
The document highlights the importance of selecting the appropriate pump model based on specific application requirements, such as pressure and flow rate needs. It also notes the inclusion of easily removable non-return check valves in all pump types, enhancing maintenance and operational efficiency.
The document highlights the importance of selecting the appropriate pump model based on specific application requirements, such as pressure and flow rate needs. It also notes the inclusion of easily removable non-return check valves in all pump types, enhancing maintenance and operational efficiency.
Overview: This document provides technical specifications and details for various models of electric submersible pumps, specifically designed for whirlpool baths. The pumps are made from thermoplastic materials and are characterized by high flow rates.
Specifications:
- Manometric Head: 45 to 300 meters.
- Flow Rate: 300 to 1100 liters per minute.
- Operating Temperatures: Maximum 35°C for water and 40°C for the environment.
Construction Features:
- Pump Body: Made of Polypropylene (PP30VF).
- Motor Support: Made of Polypropylene/Ryton or Aluminium.
- Impeller: Made of Noryl®.
- Mechanical Seals: Composed of alumina and carbon graphite.
- Insulation Class: F.
- Protection Class: IPX5.
Models and Performance:
- DOGE Series: Includes models 500, 700, and 800 with varying power and flow rates.
- EVOLUX Series: Includes models 700, 1000, 1200, 1500, and 2000, each with specific power ratings and flow capacities.
- VENUS Series: Includes models 500, 700, 1000, 1200, 1500, 2000, and 3000, designed for different flow rates and head heights.
Applications: These pumps are specifically designed for use in whirlpool baths, providing high flow rates suitable for hydromassage applications.
Specifications:
The document provides detailed specifications for various models of industrial electropumps, including VENUS 3000, ZV 35, ZV 90, ZV 100, ZVM 90, ZS 65, and ZS 75. Key specifications include insulation class F, protection class IPX5, and various power ratings (HP, KW, and current in A) for different voltage and frequency settings (230V, 50Hz, and 60Hz).
The document provides detailed specifications for various models of industrial electropumps, including VENUS 3000, ZV 35, ZV 90, ZV 100, ZVM 90, ZS 65, and ZS 75. Key specifications include insulation class F, protection class IPX5, and various power ratings (HP, KW, and current in A) for different voltage and frequency settings (230V, 50Hz, and 60Hz).
Technical Data:
Each pump model is described with technical data such as maximum temperature (60°C/140°F), revolutions per minute (r.p.m.), and specific dimensions for installation. The document also includes performance graphs showing flow rates in liters per minute (l/min) and cubic meters per hour (m³/h) against head in meters (H/m).
Each pump model is described with technical data such as maximum temperature (60°C/140°F), revolutions per minute (r.p.m.), and specific dimensions for installation. The document also includes performance graphs showing flow rates in liters per minute (l/min) and cubic meters per hour (m³/h) against head in meters (H/m).
Construction Features:
The construction features of the pumps are detailed, highlighting materials used for various components such as the pump body, motor shaft, and impeller. Common materials include stainless steel (AISI 420), polypropilene, and PBT. The motor casing is typically made of aluminum or nylon, and the pumps are described as closed, with some models having external ventilation.
The construction features of the pumps are detailed, highlighting materials used for various components such as the pump body, motor shaft, and impeller. Common materials include stainless steel (AISI 420), polypropilene, and PBT. The motor casing is typically made of aluminum or nylon, and the pumps are described as closed, with some models having external ventilation.
Applications:
The pumps are designed for circulating liquid coolants and lubricating mixtures in machine tools. They are suitable for handling synthetic coolants and lubricants containing solvents that can be detrimental to standard mechanical seals. The document emphasizes the suitability of these pumps for applications requiring high flow and low to medium pressure.
The pumps are designed for circulating liquid coolants and lubricating mixtures in machine tools. They are suitable for handling synthetic coolants and lubricants containing solvents that can be detrimental to standard mechanical seals. The document emphasizes the suitability of these pumps for applications requiring high flow and low to medium pressure.
Accessories:
The document lists various accessories for whirlpool systems, including fittings (90° and 45°), pneumatic switches with cables, antivibration kits, and "TEE" fittings. Dimensions for these accessories are provided in both internal diameter (ID) and external diameter (ED).
The document lists various accessories for whirlpool systems, including fittings (90° and 45°), pneumatic switches with cables, antivibration kits, and "TEE" fittings. Dimensions for these accessories are provided in both internal diameter (ID) and external diameter (ED).
Overview: The document provides detailed technical specifications and descriptions of various models of industrial electric pumps designed for circulating liquid coolants and lubricating mixtures in machine tools. These pumps are particularly suitable for synthetic coolants and lubricants containing solvents that can damage standard mechanical seals.
Specifications: The pumps are designed for high flow and low pressure applications. They are constructed with materials such as stainless steel and G AI Si 9 alloy for components like the stem, impeller, and pump body. The motor shaft is made of AISI 420 stainless steel, and the motor casing is made of aluminum. The pumps are externally ventilated and painted with black electrophoretic paint.
Technical Data: The document lists various models such as ZS 80, ZS 100, ZS 120, ZS 125, ZS 180, ZS 200, and ZS 220, each with specific technical data including power ratings (HP and KW), current ratings (A-230V-3 and A-400V-3), and maximum temperature (60 °C / 140 °F). The rotational speed is consistent at 2800 or 3400 rpm depending on the model.
Performance Charts: The document includes performance charts illustrating flow rates in liters per second, cubic meters per hour, and gallons per minute (both Imperial and US). These charts help in understanding the pump's capacity and efficiency across different models and frequencies (50Hz and 60Hz).
Construction Features: The pumps are designed with robust construction features to handle the demands of industrial applications. The use of high-quality materials ensures durability and resistance to the solvents present in synthetic coolants and lubricants.
Overview: The document provides detailed specifications and descriptions of various industrial electropumps, highlighting their construction features, technical data, and specific applications. The pumps are designed to combine the advantages of vertically-submerged and horizontal axis types, offering high pressure with low power consumption, making them suitable for specific industrial applications.
Construction Features: The electropumps are constructed using materials such as stainless steel, brass, and cast iron. Key components include the stem, impeller, pump body, motor shaft, motor casing, and screws, all made from durable materials to ensure longevity and performance. The motor is closed and externally ventilated, with a black electrophoretic paint finish for protection.
Technical Specifications: The document lists various models such as PS 60, PS 100, PS 300, PS 600, and AS 50, each with specific technical data including power ratings (HP, KW), voltage requirements, maximum temperature, and rotational speed (r.p.m.). These specifications are crucial for selecting the appropriate pump for specific industrial needs.
Applications: These pumps are particularly suited for situations requiring limited flow with high output pressure, such as in machine tools and plastic processing machines. They are also effective in systems where refrigerants aid in swarf removal. The AS 50 model is noted for its self-priming capability, handling up to 70% air, and operating effectively even with leaks by reversing its rotation.
Performance Charts: The document includes performance charts illustrating flow rates and pressure outputs in various units (liters per second, cubic meters per hour, gallons per minute), providing a visual representation of the pump capabilities under different conditions.
Technical Specifications
1. General Description: The document describes a series of industrial electric pumps designed for circulating liquid coolants and lubricants in machine tools, glass, and plastics processing machines. These pumps are suitable for applications requiring high flow and low pressure.
1. General Description: The document describes a series of industrial electric pumps designed for circulating liquid coolants and lubricants in machine tools, glass, and plastics processing machines. These pumps are suitable for applications requiring high flow and low pressure.
2. Material Compatibility: The pumps are particularly suitable for synthetic liquid coolants and lubricants containing solvents that can damage standard mechanical seals. They can handle fluids with small impurities, but it is recommended to use filters and maintain cleanliness for long-term operation.
3. Technical Data:
- Type: Various models including AS 50, ZC 75, ZC 100, ZC 125, ZC 130, ZA 180, ZA 200, ZA 220.
- Power: Ranges from 0.4 kW to 1.5 kW depending on the model.
- Voltage: Operates on 230V-3 and 400V-3.
- RPM: 2800 to 3400 depending on the frequency (50Hz or 60Hz).
- Temperature: Maximum operating temperature is 60°C (140°F) for most models.
- Type: Various models including AS 50, ZC 75, ZC 100, ZC 125, ZC 130, ZA 180, ZA 200, ZA 220.
- Power: Ranges from 0.4 kW to 1.5 kW depending on the model.
- Voltage: Operates on 230V-3 and 400V-3.
- RPM: 2800 to 3400 depending on the frequency (50Hz or 60Hz).
- Temperature: Maximum operating temperature is 60°C (140°F) for most models.
4. Construction Features:
- Materials: Stainless steel and G AI Si alloys are used for stems, impellers, and pump bodies.
- Motor Casing: Made of aluminum, closed externally ventilated.
- Paint: Black electrophoretic coating for corrosion resistance.
- Screws: Made of stainless steel.
- Materials: Stainless steel and G AI Si alloys are used for stems, impellers, and pump bodies.
- Motor Casing: Made of aluminum, closed externally ventilated.
- Paint: Black electrophoretic coating for corrosion resistance.
- Screws: Made of stainless steel.
5. Performance Graphs: The document includes performance graphs showing flow rates in liters per second, cubic meters per hour, and gallons per minute for different models and frequencies.
Overview: The document provides technical specifications and descriptions of various industrial electropumps, focusing on their construction, materials, and applications. The pumps are designed for specific industrial and sanitary uses, with emphasis on their resistance to corrosion and ability to handle specific liquid types.
Specifications: The document details several models of electropumps, including ZA, PB, LB, PBC, and PBI series. Each model is described with its technical data such as horsepower (HP), kilowatt (KW), amperage (A), revolutions per minute (r.p.m.), and maximum temperature (°T max). The materials used for different components like the impeller, pump body, motor shaft, and motor casing are specified, highlighting the use of stainless steel, brass, and aluminum.
Construction Features: The pumps are constructed with materials that prevent corrosion, such as brass and stainless steel, making them suitable for handling synthetic coolants and lubricants that may contain solvents harmful to standard seal materials. The motor casing is typically made of aluminum, and the pumps are designed to be closed and externally ventilated.
Applications: The pumps are suitable for circulating refrigerants and lubricants in machine tools and systems requiring high liquid flow at modest pressure. The brass-made peripheral pumps are particularly noted for their high-pressure development with low power consumption, making them ideal for industrial and sanitary applications. The self-priming pumps in the LB series can lift water from depths up to 9 meters, even with a high air content, and are suitable for oil with specific viscosity limits.
Performance Data: The document includes performance graphs and tables illustrating the flow rates and pressure capabilities of the pumps in various units such as liters per second (l/sec), cubic meters per hour (m³/h), and gallons per minute (gpm). These graphs help in understanding the operational efficiency and suitability of each pump model for different applications.
Construction Features: The motor is closed and externally ventilated, painted with black electrophoretic coating. Screws are made of stainless steel.
Technical Data: The PBI 40 model operates at both 50 Hz and 60 Hz frequencies with a power output of 0.3 HP (0.25 kW) and a maximum temperature of 60°C (140°F). The PBI 50 model has a power output of 0.7 HP (0.58 kW) at 50 Hz and 0.75 HP (0.65 kW) at 60 Hz, with similar temperature limits.
Description: The pumps are made entirely of brass to prevent corrosion and blockage, making them suitable for industrial and sanitary applications. They are designed to develop high pressure with limited power consumption.
Materials: The impeller and pump body are made of Brass 58, the motor shaft is stainless steel AISI 420, and the motor casing is aluminum type Mec 63.
Additional Information: The manufacturer reserves the right to modify products without notice. Contact details for Camin S.r.l. are provided for further inquiries.
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Catalog excerpts
your product made in italy GENERAL CATALOGUE
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...your product made Una scelta tutta italiana Una scelta tutta italiana La vasta esperienza, l’approfondita conoscenza del mercato, la propensione alla ricerca continua di metodologie d’avanguardia, costituiscono lo straordinario know-how di Osip; un patrimonio tutto Italiano che l’Azienda ogni giorno trasferisce ai suoi prodotti, conferendo un valore aggiunto reale, tangibile, non imitabile. Totally Italian Choice A wide experience joined to a deep market knowledge and the aptitude for research of new state-of-the-art methodologies form OSIP’s know how: a totally Italian worth transferred every...
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Un choix tout Italien Un choix tout Italien Une immense expérience, la profonde connaissance du marché, la propension à la recherche continue des méthodologies d’avant-garde, représentent un extraordinaire Savoir-faire de Osip, une richesse toute Italienne que notre compagnie transfère à ses produits, pour l’attribution d’ une valeur en plus tangible, réel, non imitable. ...your product made in Italy.
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...your product made Una qualità tutta italiana Una qualità tutta italiana Osip si impegna da sempre in un attivo programma di ricerca e sviluppo ad ampio raggio, concentrando la sua attenzione sulle innovazioni tecnologiche e dei processi produttivi, come pure sui nuovi materiali, sulle analisi di mercato, sui problemi ambientali e su ogni singolo argomento che possa fornire motivo di crescita per l’azienda e per il prodotto. Totally Italian quality Totally Italian Quality OSIP’s commitment is directed towards continuous research and developing of new technologies and production processing,...
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Una sfida tutta Italiana Una sfida tutta Italiana La messa a punto dei processi e della produzione, totalmente sviluppati in Italia, è l’impegno e la sfida lanciata da Osip per soddisfare le specifiche più severe e le applicazioni più diverse, nel mercato mondiale. A totally Italian challenge A totally Italian challenge The new set up of production processing, totally developed in Italy, is our challenge to satisfy the most severe specifications and different application worldwide. Un défit tout italien Un défit tout italien La mise au point des processus et de la production, totalement développé...
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Domestico Domestic - Domestique JET. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16-17 ZH. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34-35 B-JET. . . . . . . . . . . . . . . . . . . . . . . . . . . . 18-19 Multistage MC 75 - 105. . . . . . . . . . . . . . . . . . . . . . 36-37 Deep wells DWS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20-21 MC 130 N. . . . . . . . . . . . . . . . . . . . . . . . 38-39
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Domestico Domestic - Domestique Plastic submersible SPM. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50-51 SPA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50-51 Pressure booster sets RIVAPRESS. . . . . . . . . . . . . . . . . . . . . . . . 63 IDRAPRESS . . . . . . . . . . . . . . . . . . . . . . . 63 Stainless steel submersible TURBO. . . . . . . . . . . . . . . . . . . . . . . . . . 52-53 AX. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52-53 Cast iron submersible SG. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56-57 Multistage...
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Domestico Domestic - Domestique Electronic booster sets MCN-G. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 MCX-G . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67 Domestic accessories MCV-G. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 Drenaggio Drainage Drainage Drainage accessories Threaded ball check valve . . . . . . . 122 Flanged ball check valve . . . . . . . . 123 Fast coupling device “A” . . . . . . . . . 124 Fast coupling device “B” . . . . . . . . . 125
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6” floating impellers submersible pump ends Idromassaggio Whirlpool - Hydromassage Whirlpool electric pumps DOGE . . . . . . . . . . . . . . . . . . . . . . . . 144-145 Whirlpool accessories Whirlpool accessories. . . . . . . . . . . . 156
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Industriale Industrial - industrielle Industrial electric pumps
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Elettropompe uso domestico Electropumps for domestic use Électropompes usage domestique ...your product made in Italy.
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Domestico - Domestic - Domestique Elettropompe autoadescanti Self-priming electropumps Électropompes auto-amorçantes RIVA TIPO: Elettropompa autoadescante. Questo termine indica la capacità di pompare acqua pulita anche miscelata ad aria. TYPE: Self-priming electropump. This term means the capability to lift clear water even if mixed with air. TYPOLOGIE: Électropompe auto-amorçante. Cette définition indique la capacité d’aspiration de l’eau claire même en présence de bulles d’air. PROFONDITÀ MAX DI ASPIRAZIONE: La profondità massima di aspirazione è di 9 metri circa (valore variabile a seconda...
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Pump model Pump model Pump model Pump model
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Domestico - Domestic - Domestique Elettropompe autoadescanti Self-priming electropumps Électropompes auto-amorçantes IDRA TIPO: Elettropompa autoadescante. Questo termine indica la capacità di pompare acqua pulita anche miscelata ad aria. TYPE: Self-priming electropump. This term means the capability to lift clear water even if mixed with air. TYPOLOGIE: Électropompe auto-amorçante. Cette définition indique la capacité d’aspiration de l’eau claire même en présence de bulles d’air. PROFONDITÀ MAX DI ASPIRAZIONE: La profondità massima di aspirazione è di 9 metri circa (valore variabile a seconda...
Open the catalog to page 14
Pump model Pump model Pump model Pump model
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Domestico - Domestic - Domestique Elettropompe autoadescanti Self-priming electropumps Électropompes auto-amorçantes JET TIPO: Elettropompa autoadescante. Questo termine indica la capacità di pompare acqua pulita anche miscelata ad aria. TYPE: Self-priming electropump. This term means the capability to lift clear water even if mixed with air. TYPOLOGIE: Électropompe auto-amorçante. Cette définition indique la capacité d’aspiration de l’eau claire même en présence de bulles d’air. PROFONDITÀ MAX DI ASPIRAZIONE: La profondità massima di aspirazione è di 9 metri circa (valore variabile a seconda...
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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.