Overview: SODECA specializes in producing
industrial fans, ventilation systems, and smoke extractors for sectors like shipbuilding, offshore, chemical industry, mining, and public works. The company adheres to ATEX 94/9/CE standards for explosive atmospheres and offers heavy-duty fans for industrial applications.
Quality and Standards: SODECA's products are certified by BUREAU VERITAS and comply with ISO 9001:2008. The company emphasizes high-quality manufacturing processes and environmental responsibility, aligning with the Ecodesign ErP Directive and KYOTO goals for reducing greenhouse gas emissions.
Product Features: SODECA offers a range of standard and custom products, including fans with NEMA efficiency motors and U.L./C.S.A. motors. Their fans for explosive atmospheres comply with EN-14986 standards, ensuring safety and preventing ignition through specific design features like copper inlets and protective caps.
ATEX Compliance: Fans are designed for various ATEX zones, classified based on the probability of explosive atmospheres. The document details zone definitions, equipment categories, and explosion group classifications, ensuring that SODECA's products meet stringent safety requirements.
Technical Specifications: The document includes detailed technical data on flammable gases and solids, outlining explosion-related values such as LEL, MIE, and ignition temperatures. It also provides guidelines for selecting equipment based on zone and category requirements.
Regulations and Directives: SODECA's products comply with multiple directives, including the Machinery Directive, Low Voltage Directive, EMC Directive, and Construction Products Directive. The company also adheres to safety standards like EN ISO 12100 and ISO 13857 for machinery safety.
Commitment to Innovation: SODECA is committed to developing new ventilation trends that preserve the environment and enhance energy efficiency. Their "Efficient Work" fans are equipped with high-tech motors for greater energy savings.
Specifications and Standards: The document references several standards for non-electrical equipment in explosive atmospheres, such as EN 13463-1 and EN 1127-1, which outline basic requirements and methodologies for explosion prevention and protection. It also details compliance with EN 61373 for shock and vibration tests in railway applications and various GOST standards for mechanical stability and vibration resistance.
Industrial Applications: SODECA specializes in designing and manufacturing fans for industrial applications, emphasizing adaptability to project specifications and manufacturing flexibility. The company invests in developing innovative solutions through collaboration with engineering departments, universities, and technological centers.
Impact and Vibration Requirements: The document includes tables showing impact and vibration requirements for equipment in A-Class vehicles, with SODECA fans meeting the most restrictive standards. It provides data on acceleration, duration, and stress maps for fans under impact and vibration tests, confirming their compliance with EN and GOST standards.
Marine and Offshore Applications: SODECA extractors are recognized for their quality in naval and offshore applications, with certifications from international marine classification bodies such as ABS, BV, and DNV. The document lists various fan models designed for these environments.
Fan Models and Technical Characteristics: The document provides detailed technical specifications for various fan models, including speed, power, airflow, sound pressure level, and weight. It highlights features such as robust steel impellers, direct drive motors, and anti-corrosive finishes. Some models are designed for high temperatures and have ATEX certification for explosive atmospheres.
Conclusion: SODECA fans are designed to meet stringent standards for safety and performance in potentially explosive and demanding industrial environments. The company's commitment to innovation and compliance with international standards ensures their products are suitable for a wide range of applications.
Technical Specifications: The document provides detailed specifications for various models of CMRS-X and CASB-X belt-driven
centrifugal fans. Each model is characterized by its speed (r/min), maximum admissible current (A), installed power (kW), maximum airflow (m3/h), maximum pressure (mm H2O), and approximate weight (Kg). The fans are equipped with IE3 efficiency motors, class F insulation, and are designed to operate at temperatures between -20°C and 150°C. Special features include anti-corrosive finishes and options for ATEX certification and stainless steel construction.
Model Characteristics: The CMRS-X models range from 800 to 1600, with varying specifications for speed, power, and airflow. The CASB-X models also offer a range of specifications, with additional options for higher pressure and airflow capacities. Both series are designed to transport clean air or air with minimal particles.
Efficiency and Performance: The document includes efficiency data for each model, indicating the best efficiency point (BEP) characteristics. Efficiency categories are specified as static (S) or total (T), with efficiency percentages and grades provided for each model. The document also outlines the specific ratio (SR) and variable speed drive (VSD) options.
Dimensions and Construction: Dimensions for each model are provided in millimeters, detailing the size and configuration of the fan components. The construction includes steel sheet casing and backward-curved steel impellers, with a focus on robust build quality and dedicated motor support arrangements.
Order and Customization Options: Order codes are provided for each model, indicating impeller size and motor power. Customization options include special windings for different electrical supplies, fans designed for higher temperature air transport, and motors with IE2 efficiency.
Characteristic Curves: Characteristic curves are included for airflow (Q) in m3/h, m3/s, and cfm, and static pressure (Pe) in mmH2O, Pa, and inwg. These curves provide a visual representation of the performance capabilities of each fan model.
Specifications: High-quality bearings are equipped with grease suitable for high temperatures. The bearing support includes grease cups, and external grease cups are located in the fan casing. The airflow direction is from the motor to the impeller.
Motor: Motors with IE2 efficiency are used for capacities equal to or over 0.75kW and below 7.5kW, excluding single-phase, 2-speed, and 8-pole motors. IE3 efficiency is applied for motors 7.5kW and larger, with the same exceptions. Motors have Class F insulation and IP55 protection. They operate on single-phase 230V-50Hz and three-phase 50Hz, 230/400V up to 4kW, and 400/690V over 4kW. The working temperature range is -25ºC to +150ºC.
Finish: The finish is anticorrosive with heat-resistant paint.
Optional Features: On request, airflow direction can be reversed from impeller to motor, and impellers can be 100% reversible. Special windings for different electrical supplies and ATEX certification (category 2) are available. IE2 and IE3 efficiency motors can be assembled on any unit.
Order Code: The order code includes the model, impeller diameter in cm, number of motor poles, and motor power.
Technical Characteristics: Fans are designed to withstand extreme conditions in ovens and dryers. They feature large diameter long-cased
axial fans with direct drive motors (HGT) or external motors (HGTX). The impellers are made from cast aluminum with adjustable slope angles. The casing is made of sheet steel. HGT models have a short casing as standard, with an optional long casing equipped with an inspection hatch. HGTX models come with a long casing and inspection hatch as standard.
Motor Specifications: IE3 efficiency is standard for motors 7.5kW and larger, with exceptions for single-phase, 2-speed, and 8-pole motors. IE2 efficiency applies to motors equal to or over 0.75kW and below 7.5kW. Motors have Class F insulation and IP55 protection. They operate on three-phase 50Hz, 230/400V up to 4kW, and 400/690V over 4kW. The working temperature range is -25ºC to +50ºC for HGT and -25ºC to +120ºC for HGTX.
Finish: The finish is anti-corrosive with polyester resin, polymerized at 190°C after phosphate-free pre-treatment.
Optional Features: On request, airflow direction can be reversed, impellers can be 100% reversible, and special windings for different electrical supplies are available. ATEX certification (category 2) and two-speed motors are also options. Long-casing fans with inspection hatches are available for HGT models.
Order Code: The order code includes the model, impeller diameter in cm, number of motor poles, number of blades, and angle of inclination of the blades.
Technical Data: The document provides detailed technical data for various models, including speed, maximum current, installed power, maximum airflow, sound pressure level, and approximate weight. Models are categorized by impeller diameter, motor type, and blade configuration.
Overview: The document provides detailed technical specifications and characteristics of various ATEX-certified fans, including mobile long-cased axial fans (HTM/ATEX), cased axial fans with external motors (HPX/ATEX), plastic anticorrosive centrifugal fans (CPV/ATEX), and centrifugal medium-pressure fans made from cast aluminium (CMA/ATEX). These fans are designed to operate in explosive atmospheres and comply with specific safety standards.
Specifications: HTM/ATEX Fans: These are mobile long-cased axial fans with ATEX certification, suitable for explosive atmospheres. They feature a sheet steel casing, cast aluminium impeller, and are equipped with explosion-proof motors. The fans operate at temperatures between -20ºC and +40ºC. HPX/ATEX Fans: These are cased axial fans with external motors, designed for explosive environments. They have a sheet steel casing, cast aluminium impellers, and a sealed transmission unit. The fans can handle air temperatures up to +120ºC. CPV/ATEX Fans: These are plastic anticorrosive centrifugal fans made from ATEX anti-static plastic. They are equipped with explosion-proof or flame-resistant motors and can transport air at temperatures between -20ºC and +80ºC. CMA/ATEX Fans: These are centrifugal medium-pressure fans made from cast aluminium, suitable for explosive atmospheres. They feature a rust retardant finish and can operate with air temperatures up to +80ºC.
Technical Characteristics: Each fan model is specified with details such as speed (r/min), maximum admissible current (A), installed power (kW), maximum airflow (m3/h), sound pressure level (dB(A)), and approximate weight (Kg). Acoustic features are provided, detailing sound power levels across various frequency bands.
Standards and Certifications: Fans comply with standards such as EN-14986:2007 and UNE-EN ISO 12499:2010. ATEX certifications include Ex e, Ex d, Ex tc, and Ex tb, indicating explosion-proof and flame-resistant capabilities. Notified authority for certification is L.O.M with specific identification numbers for each fan type.
Additional Features: Fans are available with optional features such as built-in motors with PTC, special windings for different electrical supplies, and two-speed motors. Rust retardant finishes are applied using ATEX paint, free of ferrous components.
Dimensions and Order Codes: Detailed dimensions are provided for each fan model, along with order codes that specify impeller size, motor pole number, and motor power.
Overview: This document provides technical specifications and characteristics of various centrifugal medium-pressure fans with ATEX certification, designed for use in explosive atmospheres. It includes detailed measurements, acoustic features, and technical characteristics of different fan models.
Specifications: The document lists dimensions and specifications for multiple fan models, including CMA and CMP series. Key parameters include dimensions (A, B, C, etc.), sound levels in dB(A), airflow rates in m3/h, and static pressure in mmH2O. The fans are designed to operate in specific environmental conditions, with maximum air temperatures ranging from -20ºC to +80ºC.
Acoustic Features: Sound power levels are provided in dB(A) across various frequency bands. Measurements are taken at a distance equivalent to twice the fan's span plus the turbine's diameter, with a minimum of 1.5 meters.
Technical Characteristics: The document details the speed, maximum current, installed power, maximum airflow, sound pressure level, and approximate weight for each fan model. It also specifies the type of motor and its power rating, with options for three-phase motors and various ATEX certifications (Ex-e, Ex-d, Ex-tc, Ex-tb).
Construction and Materials: Fans are constructed with steel sheet casings and impellers made from galvanized steel or aluminum. They feature spark-proof inlet rings and are finished with rust-retardant ATEX paint. Some models are available in stainless steel for specific applications.
Applications: The fans are suitable for use in explosive atmospheres, marine environments, and chemical or aggressive settings. They are designed to meet various international standards and certifications, including ATEX and UNE-60601-2013 for natural gas boiler rooms.
Accessories and Options: The document mentions available accessories and customization options, such as built-in motors with PTC, special windings, and different construction materials for specific categories.
Overview: The document provides detailed technical specifications and characteristics of various models of centrifugal and axial fans with ATEX certification, designed for use in explosive atmospheres. It includes information on dimensions, acoustic features, technical characteristics, and order codes.
Specifications: The document lists multiple models of fans, each with specific dimensions, power ratings, airflow capacities, and sound pressure levels. The fans are made from materials like cast aluminum and are designed to be explosion-proof and flame-resistant, adhering to ATEX standards.
Acoustic Features: Sound power levels are provided in dB(A) across different frequency bands. Measurements are taken in free field conditions at specified distances, ensuring compliance with noise regulations.
Technical Characteristics: Each fan model is detailed with its speed, maximum current, installed power, maximum airflow, sound pressure level, and approximate weight. The document specifies the operating conditions and electrical requirements for each model.
Order Codes: The document explains the order code system, which includes information about the impeller size, motor type, and ATEX marking. This helps in identifying the specific fan configuration required for different applications.
Construction and Materials: Fans are constructed with rust-retardant finishes and ATEX paint, ensuring durability and safety in hazardous environments. The document also mentions optional features like built-in motors with PTC and special windings for different electrical supplies.
Applications: These fans are suitable for use in environments with explosive gases or dust, providing safe and efficient ventilation solutions. The document highlights the importance of adhering to ATEX standards for safety and compliance.
Overview: This document provides technical specifications and features for electrical starter panels, star/triangle configurations, and protection systems for fans with three-phase motors. It includes detailed information on models, current regulation, and accessories for various fan types.
Specifications: Electrical starter panels are designed for fans with three-phase 400V Dahlander motors, featuring star/triangle configurations and protection systems. Power supply requirements are 3x400V+N. Models are specified with current regulation for both high and low speeds, ranging from 1.6-2.5A to 28-40A.
Features: Switch for selecting speed (1-0-2), Low-Off-High. Display of condition via luminous pilot lights. Incorporates adjustable thermal relay for motor protection. Fully cabled with a metal plate for surface assembly, IP-65 protection.
Accessories: Aluminium and plastic backdraught louvres designed to open through excess pressure and close when on standby, with maximum recommended speeds of 18m/sec and 12m/sec respectively. Protection guards for inlet and outlet of axial and centrifugal fans, compliant with UNE-EN ISO 12499:2010 standards. Coupling flanges for axial and centrifugal fans to aid installation on ducts.
Models and Measurements: Detailed tables provide measurements for various models, including dimensions and applicable series for each accessory. Models are categorized by their application to specific fan series, such as HTP, HBA, HCT, HPX, and others.
Key Data from Tables: Current regulation for thermal relays is specified for each model, with distinct values for high and low speeds. Measurements for coupling flanges and protection guards are provided, detailing dimensions and applicable models.
Recommendations: Ensure compatibility of accessories with specific fan models and series. Adhere to maximum recommended speeds for backdraught louvres to ensure optimal performance.
Overview: The document provides detailed information on various sensors and accessories used in ventilation systems, highlighting their specifications, functionalities, and applications. It also includes contact information for Sodeca's global offices.
Main Sections: Sensors and Their Functions: The document describes different types of sensors such as motion detectors, tobacco smoke detectors, air quality detectors, temperature sensors, and humidity sensors. These sensors automatically activate the ventilation system based on specific environmental conditions, contributing to energy savings by operating only when necessary. Specifications of Sensors: Detailed specifications for each sensor type are provided, including power supply, output, maximum current, adjustments, installation height, and working temperature. For example, the SI-TEMP+HUMEDAD sensor operates at 24V ac with an output of 0-10V dc, suitable for temperatures between +10ºC and +40ºC. Accessories: The document lists various accessories such as pressure transmission units, timers, and power supplies, detailing their specifications and applications in maintaining constant pressure and regulating ventilation systems. Product Index: An alphabetical index of fan and accessory references is included, providing quick access to specific product information. Company Information: Contact details for Sodeca's offices in Europe, America, and other regions are provided, along with information about their production plant and headquarters in Spain.
Key Takeaways: The document emphasizes the importance of using intelligent sensors and accessories to optimize ventilation systems, ensuring energy efficiency and effective environmental control. It also highlights Sodeca's global presence and expertise in providing tailored ventilation solutions.
CJPF CJPF/ATEX
SV/FILTER/EC SV/HEPA/EC
CO2 CONTROL KITS
CAP-CO2/EC
PF/EC PF PF/ATEX
HATCH/HP
AIR CURTAINS
EC TECHNOLOGY SOLUTIONS
FANS FOR OVENS
INDOOR AIR TREATMENT SOLUTIONS
THT/WALL
THT/WALL-F
LOW PRESSURE FANS
INDUSTRIAL FANS
SOLUTIONS IN SMOKE EXHAUST
PRESSURISATION CONTROL SYSTEMS
