Alstom SCN804 D Measure Interface Module | Industrial PLC Measurement Interface 3BE700137B

 The Alstom SCN804 D Measure Interface Module is a specialized industrial control module designed for integration with PLC-based automation systems in power generation, process control, and industrial automation applications. Manufactured by Cegelec DEI under the Alstom brand, this measurement interface module serves as a critical bridge between field sensors and the control system, providing signal conditioning, isolation, and conversion functions that enable accurate and reliable process monitoring.

Alstom, a global leader in power generation and rail infrastructure, has a long history of producing reliable industrial control equipment through its various subsidiaries including Cegelec DEI. The SCN804 D module represents the robust, field-proven design philosophy that has made Alstom control systems a trusted choice for critical infrastructure applications where equipment failure is not an option.

Auto2mation is pleased to offer this used Alstom SCN804 D measure interface module, professionally inspected and ready for deployment in your automation system. As with all our industrial automation products, this module comes with our 30-day warranty and free worldwide shipping, ensuring that you receive quality equipment that meets your operational requirements.

Key Features & Specifications

The Alstom SCN804 D measure interface module is engineered to provide reliable signal interface functions in demanding industrial environments. Here are the key features and specifications that define this essential automation component:

• Cegelec DEI Manufacturing: Produced by Cegelec DEI, a respected name in industrial electronic systems and a subsidiary of the Alstom group, ensuring European engineering quality and adherence to rigorous manufacturing standards.
• Measurement Interface Function: The SCN804 D module provides measurement interface capabilities for PLC systems, handling signal conditioning, isolation, and conversion between field sensors and the control processor.
• Multiple Internal References: The module carries several internal reference numbers including 063015174, L0D426804, 3BE700137B, and 3BE700139B, providing comprehensive traceability within the Alstom and Cegelec parts management systems.
• Compact Module Design: At just 2.450 Kg, this lightweight module installs easily into standard PLC racks or mounting systems, minimizing the physical footprint in crowded control panels.
• CE Marked: The module bears the CE marking, confirming compliance with European safety, health, and environmental protection standards for products sold within the European Economic Area.
• Industrial-Grade Construction: Built to withstand the harsh conditions typical of industrial control applications including temperature extremes, electrical noise, vibration, and humidity.

Applications & Use Cases

The Alstom SCN804 D measure interface module is deployed across a diverse range of industrial automation applications where reliable signal interfacing between field devices and control systems is essential. Its robust design and proven reliability make it suitable for:

Power Generation Control Systems

Fossil fuel power plants, hydroelectric facilities, and nuclear power stations utilize Alstom control systems for turbine control, generator monitoring, boiler control, and auxiliary systems. The SCN804 D module provides the sensor interface functions necessary for monitoring temperature, pressure, flow, vibration, and other critical process parameters in these demanding environments.

Industrial Process Automation

Chemical processing plants, oil refineries, cement plants, and steel mills rely on PLC-based automation systems for process control and monitoring. Measurement interface modules like the SCN804 D connect field instruments to the control system, providing signal conditioning and isolation that ensures accurate measurements despite the electrical noise common in industrial environments.

Water Treatment and Distribution

Municipal water treatment plants, wastewater treatment facilities, and industrial water systems use measurement interface modules to connect flow meters, level sensors, pressure transmitters, and analytical instruments to the central control system. Reliable signal interfacing is essential for maintaining water quality and ensuring regulatory compliance.

Rail and Transportation Infrastructure

Alstom's rail division produces signaling, control, and power systems for railway networks worldwide. The SCN804 D module and similar components may be found in railway signaling systems, traction power control, and station automation equipment where reliable operation is essential for passenger safety.

Marine Automation Systems

Commercial vessels and offshore platforms use PLC-based automation systems for machinery monitoring, alarm management, and process control. The SCN804 D module's robust construction and reliable performance make it suitable for the challenging marine environment where temperature, humidity, and vibration extremes are common.

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• Honeywell MasterLogic 200 PLC - Programmable logic controller system
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Det-Tronics EQ3005PCNW Safety System Controller | Fire & Gas Protection

The Det-Tronics EQ3005PCNW Safety System Controller from the Eagle Quantum Premier product line represents a pinnacle of industrial fire and gas detection safety technology. Manufactured by Det-Tronics, a global leader in flame and gas detection systems now part of Carrier's esteemed fire safety portfolio, this sophisticated safety controller serves as the central intelligence hub for comprehensive fire and gas protection systems deployed in hazardous industrial environments worldwide. The EQ3005PCNW coordinates detector inputs, executes safety logic, and controls output devices to protect personnel, facilities, and critical assets from the devastating consequences of fire and gas releases.

At Auto2mation, we understand that safety system reliability is non-negotiable in industrial facilities handling flammable or toxic materials. A single safety system failure can result in catastrophic consequences, including loss of life, environmental damage, regulatory penalties, and business disruption costing millions of dollars. That is why we carefully source and rigorously verify every Det-Tronics safety controller we offer, ensuring our customers receive equipment that performs flawlessly when lives depend on it. Our technical team's deep familiarity with fire and gas safety standards enables us to provide informed guidance on system design, configuration, and compliance.

The Eagle Quantum Premier series has established itself as the safety system platform of choice for oil and gas production, petrochemical processing, offshore platforms, power generation, and marine applications where hazardous atmospheres present ever-present risks. The EQ3005PCNW controller integrates flame detection, gas detection, and safety shutdown functionality within a single, cohesive platform that simplifies system design, reduces installation complexity, and streamlines ongoing maintenance. Its extensive hazardous area certifications confirm suitability for deployment in the most challenging classified environments found throughout heavy industry.

Key Features & Capabilities

The Det-Tronics EQ3005PCNW Safety System Controller incorporates an impressive array of features designed to deliver uncompromising safety performance while simplifying system integration and operation. These capabilities distinguish the Eagle Quantum Premier platform as a leading solution for industrial fire and gas protection.

• Eagle Quantum Premier Architecture: Part of Det-Tronics' flagship safety system platform integrating flame detection, gas detection, manual call points, and safety shutdown logic within a unified controller
• 24 Vdc Operation: Powered by 24 Vdc with an acceptable input range of 18-30 Vdc at 12W maximum consumption, compatible with standard industrial safety system power supplies
• Extensive Hazardous Area Certifications: Certified II 3 G EEx nC IIC T4 with DEMKO 02 ATEX 133867U, suitable for Zone 2 hazardous environments containing flammable gases
• North American Compliance: Listed for Class I, Division 2, Groups A, B, C, and D (T4) and Class I, Zone 2, Group IIC (T4) applications per NEC and CEC requirements
• Wide Temperature Range: Operates reliably across ambient temperatures from -40°C to +85°C, accommodating extreme climate conditions from Arctic environments to desert heat
• EN 61779-4 Compliance: Meets European standard requirements for electrical apparatus for combustible gas detection and measurement controllers
• Documented Firmware Revision: Logic firmware fully documented with revision tracking for configuration management and safety system verification.

Applications & Use Cases

The Det-Tronics EQ3005PCNW Safety System Controller serves as the central intelligence for fire and gas protection systems across an extensive range of hazardous industrial environments. Its hazardous area certifications, wide temperature operating range, and proven reliability make it suitable for deployment in virtually any classified location where flammable gases or vapors may be present.

Oil and gas production facilities represent the primary application sector, with EQ3005PCNW controllers protecting onshore production sites, offshore platforms, pipeline compressor stations, and gas processing plants. These environments routinely handle hydrocarbons in quantities that create significant fire and explosion risks, making comprehensive detection and rapid response essential for safe operation. The controller's ability to coordinate inputs from multiple flame detectors, gas detectors, and manual call points ensures complete area coverage with appropriate safety response actions.

Petrochemical and chemical processing plants deploy these controllers to protect process units, storage areas, loading facilities, and utility systems where flammable materials are handled, stored, or processed. Power generation facilities use them for turbine protection, fuel handling systems, and transformer fire detection. Marine and offshore applications include platform protection, FPSO safety systems, LNG carrier cargo area monitoring, and port terminal safety systems. In all these applications, the controller's -40°C to +85°C temperature range ensures reliable operation across diverse climatic conditions.

Safety Standards & Compliance

The Det-Tronics EQ3005PCNW Safety System Controller carries comprehensive certifications that confirm its suitability for deployment in hazardous environments worldwide. Understanding these certifications helps safety engineers and system designers specify appropriate equipment for their specific application requirements.

The ATEX certification II 3 G EEx nC IIC T4 with DEMKO 02 ATEX 133867U confirms the equipment meets European Directive requirements for use in Zone 2 hazardous areas where explosive gas atmospheres are not likely to occur in normal operation but may exist for short periods. The nC protection concept provides spark and temperature protection for equipment containing normal ignition sources. The IIC gas group rating covers all gas groups (IIA, IIB, and IIC), providing maximum compatibility flexibility.

North American listings for Class I, Division 2, Groups A, B, C, and D (T4) and Class I, Zone 2, Group IIC (T4) satisfy NEC Article 500 and 505 installation requirements throughout the United States and Canada. The T4 temperature classification with a maximum surface temperature of 135°C provides safe operation in environments containing gases with auto-ignition temperatures above this threshold, covering the vast majority of industrial hydrocarbon applications.

Why Choose the Det-Tronics EQ3005PCNW

Selecting a safety system controller is one of the most consequential decisions in industrial facility design, as this component directly impacts the safety of personnel, the protection of capital assets, and regulatory compliance status. The Det-Tronics EQ3005PCNW offers compelling advantages that have made it the preferred choice for safety engineers across diverse industries worldwide.

Det-Tronics brings decades of specialized expertise in fire and gas detection technology that general-purpose automation vendors cannot match. This focused expertise manifests in product designs optimized for the unique requirements of safety applications, including fast response times, high availability architectures, comprehensive diagnostic capabilities, and documentation packages that facilitate safety system certification. The Eagle Quantum Premier platform represents the accumulated learning from thousands of installations protecting critical facilities across six continents.

The controller's compatibility with Det-Tronics' complete detector portfolio enables integrated safety system designs that leverage synergies between controller intelligence and detector performance. Flame detectors, catalytic gas sensors, infrared gas detectors, and ultrasonic gas leak detectors all interface seamlessly with the EQ3005PCNW, enabling customized detection strategies that address the specific hazards present in each protected area.

Related Safety & Automation Products

Auto2mation stocks a comprehensive range of industrial safety equipment, fire and gas detection systems, and process control components from leading manufacturers worldwide.

• Det-Tronics OPECLS2M18W1R Gas Detector - Infrared Hydrocarbon Detector Receiver
• Honeywell Safety Manager System Module - Industrial Safety and Fire Protection
• Bently Nevada 3500 Series Monitoring System - Machine Vibration Protection Rack
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Alcatel ATH 1300M Adixen Turbomolecular Vacuum Pump MABQ16DFAT | Precision Vacuum Technology

 The Alcatel ATH 1300M Adixen Turbomolecular Vacuum Pump, part number MABQ16DFAT and serial AHS1221, is a precision-engineered high-vacuum pumping solution from Alcatel's renowned Adixen vacuum technology division. Manufactured in France, this turbomolecular pump delivers reliable, oil-free vacuum performance for scientific instrumentation, semiconductor processing, analytical equipment, and industrial vacuum applications where achieving high and ultra-high vacuum conditions is critical to operational success.

Turbomolecular vacuum technology has revolutionized high-vacuum applications by providing clean, fast, and reliable pumping without the hydrocarbon contamination associated with traditional oil-sealed pumps. The ATH 1300M leverages Alcatel's decades of vacuum engineering expertise to deliver a pump that combines impressive pumping speed with the reliability and ease of maintenance that researchers and production engineers demand.

Auto2mation is pleased to offer this quality used Alcatel ATH 1300M turbomolecular pump to customers worldwide. Each unit undergoes careful inspection and testing before shipment, and all purchases are backed by our 30-day warranty and free worldwide shipping for complete peace of mind.

Key Features & Specifications

The Alcatel ATH 1300M turbomolecular pump incorporates advanced design features that have made the ATH series one of the most trusted names in high-vacuum technology. Here are the key characteristics that define this exceptional vacuum pump:

• 1300 L/s Pumping Speed: The ATH 1300M delivers a nominal pumping speed of approximately 1300 liters per second for nitrogen, providing rapid pump-down of vacuum chambers and excellent throughput for production applications.
• Clean Oil-Free Operation: The turbomolecular pumping mechanism operates without pumping fluids in the high-vacuum path, ensuring that the vacuum environment remains free of hydrocarbon contamination that could compromise sensitive processes or measurements.
• Compact French Design: Manufactured in France with precision European engineering, the ATH 1300M packs impressive pumping capacity into a compact, lightweight form factor that simplifies installation and reduces system footprint.
• Lightweight Construction: At 34.300 Kg, this pump is relatively lightweight for its pumping capacity, facilitating easier handling, installation, and maintenance compared to heavier alternative designs.
• Proven Reliability: The ATH series has accumulated decades of successful operation in research laboratories, semiconductor fabrication facilities, and analytical instrument installations worldwide, demonstrating exceptional reliability and long service life.
• Wide Application Versatility: Suitable for high vacuum and ultra-high vacuum applications across scientific research, materials processing, surface analysis, thin film deposition, and analytical instrumentation fields.

Applications & Use Cases

The Alcatel ATH 1300M turbomolecular pump serves a wide variety of high-vacuum applications across research, industrial, and analytical fields. Its oil-free pumping mechanism and high pumping speed make it particularly valuable for contamination-sensitive processes:

Mass Spectrometry Systems

Mass spectrometers used in environmental monitoring, pharmaceutical analysis, petrochemical testing, and materials characterization rely on turbomolecular pumps to create the high vacuum necessary for ion flight paths. The ATH 1300M's clean pumping ensures that background signals remain low, enabling detection of trace-level compounds with confidence.

Electron Microscopy

Scanning electron microscopes (SEM) and transmission electron microscopes (TEM) require high vacuum conditions to prevent electron scattering by gas molecules and to protect sensitive electron emitters from contamination. The ATH 1300M provides the clean, stable vacuum environment essential for high-resolution imaging and microanalysis.

Semiconductor Process Equipment

Although often complemented by larger pumps in high-throughput production tools, the ATH 1300M is well-suited for smaller semiconductor process chambers, research deposition systems, and analytical tools used in semiconductor process development and quality control applications.

Surface Science and Materials Research

Ultra-high vacuum surface analysis systems including X-ray photoelectron spectrometers (XPS), Auger electron spectrometers, and scanning probe microscopes require turbomolecular pumping to achieve the base pressures necessary for surface-sensitive measurements. The ATH 1300M provides the pumping speed and cleanliness these techniques demand.

Related Products

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• Alcatel ATH 1600M Adixen Turbomolecular Pump - Higher pumping speed 1600 L/s turbomolecular vacuum pump
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Alcatel Adixen ATH 1600M Turbomolecular Vacuum Pump AHS3371 | High-Performance Vacuum Technology

 The Alcatel Adixen ATH 1600M Turbomolecular Vacuum Pump, serial number AHS3371, is a high-performance vacuum pumping solution manufactured by Alcatel's Adixen division in France. This turbomolecular pump is engineered to deliver clean, high-speed vacuum pumping for scientific research, semiconductor manufacturing, analytical instrumentation, and industrial vacuum processing applications where achieving and maintaining ultra-high vacuum conditions is essential.

Turbomolecular pumps like the ATH 1600M represent the gold standard for high and ultra-high vacuum applications that require oil-free pumping, rapid pump-down times, and stable base pressures. The ATH 1600M achieves this through a high-speed turbine mechanism that captures gas molecules and directs them toward the pump exhaust, creating vacuum conditions without the contamination risks associated with oil-sealed pumping technologies.

Auto2mation is pleased to offer this professionally inspected Alcatel ATH 1600M turbomolecular pump, providing research institutions, semiconductor fabs, and industrial users with access to premium vacuum technology at exceptional value. Every unit is backed by our 30-day warranty and free worldwide shipping to ensure complete customer satisfaction.

Key Features & Specifications

The Alcatel Adixen ATH 1600M turbomolecular pump combines advanced turbomolecular pumping technology with the reliability and quality that Alcatel vacuum products are known for. Here are the essential features that define this high-performance vacuum pump:

• High Pumping Speed: The ATH 1600M designation indicates a nominal pumping speed of approximately 1600 liters per second for nitrogen, making this pump suitable for large vacuum chambers and high-gas-load applications that require rapid evacuation.
• Oil-Free High Vacuum: Unlike diffusion pumps or rotary vane pumps, turbomolecular pumps operate without pumping fluids in the vacuum path, eliminating the risk of hydrocarbon contamination that can compromise sensitive experiments or semiconductor processes.
• Compact Design: Despite its impressive pumping capacity, the ATH 1600M maintains a compact form factor that simplifies installation and reduces the space requirements in crowded laboratory or production environments.
• Safety Certified: The pump is certified to UL Std 61010A-1 and CSA C22.2 No.1010.1 standards, confirming compliance with North American safety requirements for laboratory and industrial electrical equipment.
• French Manufacturing: Manufactured in France by Alcatel's Adixen vacuum technology division, this pump represents European engineering quality with precision-machined turbine components and advanced bearing technology.
• Controller Compatibility: The ATH 1600M series is designed to work with Alcatel's dedicated turbomolecular pump controllers, providing comprehensive monitoring, protection, and operational optimization.

Applications & Use Cases

The Alcatel ATH 1600M turbomolecular pump is deployed across a diverse range of applications where high or ultra-high vacuum conditions are required. Its oil-free pumping mechanism and high pumping speed make it the technology of choice for contamination-sensitive processes:

Semiconductor Manufacturing

Integrated circuit fabrication facilities use turbomolecular pumps extensively in vacuum deposition systems, etch chambers, ion implanters, and inspection equipment. The oil-free pumping mechanism prevents hydrocarbon contamination that could destroy sensitive semiconductor devices, while the high pumping speed enables rapid chamber cycling for high-throughput production.

Scientific Research and Laboratory Applications

University research laboratories and national research facilities deploy turbomolecular pumps in mass spectrometers, electron microscopes, surface science analysis systems, and particle accelerator beam lines. The ability to achieve base pressures in the 10^-9 mbar range and below is essential for these demanding research applications.

Analytical Instrumentation

Environmental analysis laboratories, pharmaceutical quality control departments, and forensic science facilities use turbomolecular-pumped mass spectrometers and residual gas analyzers for trace-level chemical detection. The ATH 1600M provides the clean, stable vacuum environment that these sensitive instruments require for accurate measurements.

Thin Film Deposition and Surface Engineering

Optical coating facilities, decorative coating operations, and functional thin film manufacturers use turbomolecular pumps to maintain the process chamber vacuum during physical vapor deposition (PVD) and chemical vapor deposition (CVD) processes. The high pumping speed ensures rapid pump-down and maintains stable process pressure despite the gas loads introduced during deposition.

Space Simulation and Aerospace Testing

Aerospace manufacturers and testing facilities use turbomolecular pumps to create space-like vacuum conditions for thermal vacuum testing of spacecraft components, satellite qualification, and space environment simulation. The clean pumping mechanism is essential for testing optical components and thermal control surfaces that must operate in the space environment.

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ABB ACS800-704LC-2150-7 Drive Supply Unit 68648858 | 380-690V AC Input, 1796A Industrial Power Supply

The ABB ACS800-704LC-2150-7 Drive Supply Unit, catalog code 68648858, is a high-capacity power conversion module designed to provide regulated DC bus voltage for large-scale industrial drive systems. Manufactured by ABB Oy in Finland, this drive supply unit is a critical component of the ACS800 multi-drive family, converting three-phase AC line power into a stable DC bus that feeds multiple inverter modules for coordinated motor control in the most demanding process automation applications.

With an impressive input current rating of 1796 amps and the capability to deliver 2200 Adc on the DC bus, the ACS800-704LC-2150-7 is engineered for heavy-duty industrial installations where multiple high-power motors must be controlled simultaneously. This used unit from Auto2mation represents exceptional value for facilities expanding their automation capabilities or replacing legacy power supply modules in existing ACS800 installations.

Auto2mation specializes in sourcing, testing, and delivering premium industrial automation equipment to customers worldwide. When you purchase this ABB drive supply unit from us, you receive our comprehensive 30-day warranty, free global shipping, and access to our experienced technical support team for installation and commissioning assistance.

Key Features & Specifications

The ABB ACS800-704LC-2150-7 drive supply unit delivers the power, reliability, and integration features that system engineers demand for large-scale motor control applications. Here are the essential characteristics that define this industrial power supply module:

• High Current AC Input: Accepts 3-phase input voltage from 380 to 690 VAC (600V UL/CSA rated) at up to 1796 amps, providing the raw power capacity needed for large multi-drive installations.
• Regulated DC Output: Delivers stable DC bus voltage from 513 to 932 VDC (810V UL/CSA rated) at 2200 Adc, capable of supplying multiple inverter modules from a single power supply unit.
• IP00 Open Type Construction: Designed for installation within electrical enclosures or equipment rooms where environmental protection is provided by the facility. The open design maximizes heat dissipation and simplifies maintenance access.
• Active Front-End Technology: The integrated line active converter provides unity power factor operation and low harmonic distortion, eliminating the need for external harmonic filters in most installations.
• DSMB-03C Control Board: Includes the DSMB-03C control board (Revision F) for comprehensive monitoring, protection, and communication with the drive control system and external automation networks.
• Finnish Engineering Excellence: Manufactured by ABB Oy in Finland to the highest standards of industrial electronics quality, ensuring reliable operation in demanding marine and industrial environments.

Applications & Use Cases

The ABB ACS800-704LC-2150-7 drive supply unit is designed for deployment in the most power-intensive industrial automation systems where multiple large motors must be controlled from a common DC bus. Its primary applications span across several heavy industries:

Multi-Drive Industrial Systems

Large manufacturing complexes utilize common DC bus architectures where a single drive supply unit feeds multiple inverter modules. This approach reduces line-side harmonics, improves power factor, and enables energy sharing between motors in regenerative applications. The ACS800-704LC-2150-7 provides the central power conversion function for these sophisticated multi-drive configurations.

Marine and Offshore Power Systems

Electric propulsion systems, dynamic positioning vessels, and offshore drilling rigs require massive power conversion capacity to control propulsion motors, thrusters, and drilling equipment. The 1796A input capacity and robust Finnish construction make this drive supply unit an excellent choice for marine electric power systems where reliability is literally mission-critical.

Pulp, Paper and Board Mills

Paper machines, stock preparation systems, and finishing departments in pulp and paper mills utilize large multi-drive systems with dozens of coordinated motors. The ACS800 common DC bus architecture simplifies system design, reduces energy consumption through regenerative braking, and provides the precise speed control necessary for high-quality paper production.

Metal Processing and Mining

Rolling mills, mine hoists, conveyor systems, and crushers in the metals and mining industries demand high-power variable speed drives that can operate reliably in harsh environments with heavy dust, vibration, and temperature extremes. The IP00 construction allows custom enclosure designs tailored to these challenging conditions.

Oil, Gas and Petrochemical

Refineries, petrochemical plants, and pipeline pumping stations use large drive systems for process pumps, compressors, extruders, and fans. The ACS800-704LC-2150-7's high current capacity supports the large motors typical of these applications while the active front-end technology ensures compliance.

Related Products

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ABB Motors M2AA 112M with KSB Etaline-GN 40-160/402 GN11 | Industrial Pump Motor Assembly

 The ABB Motors M2AA 112M with KSB Etaline-GN 40-160/402 GN11 is a premium industrial pump and motor assembly that combines two world-class engineering brands into a single, ready-to-install fluid handling solution. This integrated unit pairs KSB's efficient Etaline-GN single-stage volute casing pump with ABB's reliable M2AA 112M three-phase induction motor, creating a powerful and dependable pump-motor combination for commercial and industrial process applications.

For facilities requiring reliable fluid transfer, circulating, or pressure boosting capabilities, this ABB-KSB pump motor assembly offers a compelling combination of hydraulic performance, energy efficiency, and long-term reliability. The Etaline-GN series is renowned for its excellent efficiency characteristics across the operating range, while the ABB M2AA motor delivers consistent, maintenance-free performance with IP55 protection and Class F insulation.

Auto2mation is pleased to offer this quality used pump and motor assembly, thoroughly inspected and ready for installation. As with all our industrial automation and marine technology products, this unit comes with our 30-day warranty and free worldwide shipping, ensuring that you receive equipment you can depend on at exceptional value.

Key Features & Specifications

This ABB-KSB pump motor assembly integrates the best features of both manufacturers into a single, convenient package. Here are the key specifications and features that make this unit an excellent choice for your fluid handling requirements:

• KSB Etaline-GN Volute Casing Pump: The Etaline-GN 40-160/402 GN11 is a single-stage volute casing pump designed for efficient fluid handling in HVAC, industrial process, and water supply applications. The Etaline series is recognized for its excellent hydraulic efficiency and robust construction.
• Versatile Performance Range: The pump delivers flow rates from 5.5 to 44.0 cubic meters per hour with head capabilities from 34.5 to 14.5 meters, covering a wide range of application requirements with a single unit.
• High-Speed Operation: Rated for 3500 RPM operation, this pump-motor combination delivers high hydraulic output from a compact footprint, making it ideal for installations where space is at a premium.
• ABB M2AA 112M Motor: The ABB M2AA series aluminum-frame motor provides reliable three-phase power with Class F insulation and IP55 enclosure protection, ensuring long service life in demanding industrial environments.
• IEC 60034-1 Compliance: The motor conforms to international IEC standards for rotating electrical machines, ensuring compatibility with global installation requirements and safety standards.
• Sealed Bearings: Equipped with 6206 2Z/C3 and 6205 2Z/C3 shielded bearings pre-lubricated for maintenance-free operation over extended service periods.

Applications & Use Cases

The ABB Motors M2AA 112M with KSB Etaline-GN pump assembly is suitable for a diverse range of fluid handling applications across commercial, industrial, and marine sectors. Its combination of hydraulic versatility and motor reliability makes it a trusted choice for:

HVAC Circulating and Transfer Systems

Commercial building heating, ventilation, and air conditioning systems utilize this pump type for circulating hot water, chilled water, and glycol solutions through heat exchangers, boilers, and cooling equipment. The Etaline-GN's efficient hydraulic design minimizes energy consumption during the thousands of operating hours typical of HVAC systems.

Industrial Process Water Systems

Manufacturing facilities require reliable water transfer, pressure boosting, and process fluid circulation for cooling, washing, and material transport. The wide flow and head range of this pump assembly covers most general industrial water service requirements, while the IP55 motor protection ensures reliable operation in typical industrial environments.

Marine Bilge and Ballast Systems

Commercial vessels rely on robust pump systems for bilge water removal, ballast transfer, and general service water duties. The combination of KSB's hydraulic expertise and ABB's motor quality provides the reliability that marine engineers demand for critical shipboard fluid handling applications.

Water Supply and Pressure Boosting

Municipal water distribution systems, building water supply systems, and irrigation installations utilize this pump type for clean water transfer and pressure boosting duties. The 3500 RPM motor speed provides excellent hydraulic performance from a compact unit size.

Food and Beverage Processing

Food processing facilities, breweries, and dairy operations require sanitary pump systems for product transfer, CIP (clean-in-place) systems, and ingredient handling. The Etaline-GN's smooth hydraulic passages and robust construction are well-suited to these hygienic application.

Related Products

Auto2mation offers a comprehensive range of industrial pumps, motors, and automation equipment. Consider these related products:

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• Siemens Micromaster 430 Inverter Drive - Cost-effective VFD for pump and fan speed control
• Hydac SK600 Piston Accumulator - Hydraulic accumulator for fluid power systems
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