CENTERLINE 2500 engine control centers save up to 90% on development, commissioning and installation delays.
Rockwell Automation's new CENTERLINE 2500 intelligent motor control centers increase performance, from design to operation, installation, commissioning and safety.
By combining smaller footprint, complete type testing and lower total cost of ownership, Rockwell Automation's CENTERLINE 2500 Engine Control Center (MCC) provides responses to customer requirements and growing global demand for Ready-to-use engine control solutions that are efficient in terms of space, energy consumption and costs.
Fully assembled with an installed, preconfigured and factory-validated EtherNet / IP network infrastructure, the CENTERLINE 2500 MCC can also take advantage of the company's international production facilities and FasTrak delivery program. Thus, users have a fully operational engine control center, much faster to install and operate. In addition to programming and network infrastructure, the user interface can also be preconfigured, so that the system is fully operational in the workshop as soon as it is delivered. With this pre-configuration and prerequisite program, a potential gain of 90% is available to users on development, commissioning and installation delays.
On the operating side, the CENTERLINE MCCs equipped with the IntelliCENTER software integrate much more easily with PLCs, including Allen-Bradley's ControlLogix and CompactLogix programmable automation controllers. The IntelliCENTER integration wizard helps reduce programming delays by exporting information about configured devices from the IntelliCENTER EtherNet / IP MCC directly to the PLC programming environment, the Studio 5000 software.
Such an architecture can then exploit the advanced system communication functions of the Rockwell Automation Integrated Architecture. It provides a single site-wide platform solution and can address the strategic challenges of the marketplace, including productivity, innovation, globalization and sustainable development through unparalleled access To contextual information that can be exploited on assets. It also allows even more efficient operation of the motors.
In addition to being easy to set up and use, the CENTERLINE 2500 MCC can help lower total cost of ownership by improving energy management through speed control and intelligent use of energy. The IntelliCENTER engine control centers can be delivered preconfigured with FactoryTalk EnergyMetrix software for real-time monitoring of energy consumption models up to equipment level and a correlation of energy consumption with operating data. This approach allows performance monitoring of equipment to provide users with the ability to manage power consumption at point of use.
The issue of safety is addressed through the use of a sophisticated arc containment design. The CENTERLINE MCC with ArcShield confines an arc in the area where it occurs. They prevent its propagation through the cabinet and therefore possible damage to other equipment. This improves the protection of the personnel by ensuring the bow confinement on the front, back and sides of the cabinet, in the unlikely event of the occurrence of an electric arc.
Rockwell Automation's new CENTERLINE 2500 intelligent motor control centers increase performance, from design to operation, installation, commissioning and safety.
By combining smaller footprint, complete type testing and lower total cost of ownership, Rockwell Automation's CENTERLINE 2500 Engine Control Center (MCC) provides responses to customer requirements and growing global demand for Ready-to-use engine control solutions that are efficient in terms of space, energy consumption and costs.
Fully assembled with an installed, preconfigured and factory-validated EtherNet / IP network infrastructure, the CENTERLINE 2500 MCC can also take advantage of the company's international production facilities and FasTrak delivery program. Thus, users have a fully operational engine control center, much faster to install and operate. In addition to programming and network infrastructure, the user interface can also be preconfigured, so that the system is fully operational in the workshop as soon as it is delivered. With this pre-configuration and prerequisite program, a potential gain of 90% is available to users on development, commissioning and installation delays.
On the operating side, the CENTERLINE MCCs equipped with the IntelliCENTER software integrate much more easily with PLCs, including Allen-Bradley's ControlLogix and CompactLogix programmable automation controllers. The IntelliCENTER integration wizard helps reduce programming delays by exporting information about configured devices from the IntelliCENTER EtherNet / IP MCC directly to the PLC programming environment, the Studio 5000 software.
Such an architecture can then exploit the advanced system communication functions of the Rockwell Automation Integrated Architecture. It provides a single site-wide platform solution and can address the strategic challenges of the marketplace, including productivity, innovation, globalization and sustainable development through unparalleled access To contextual information that can be exploited on assets. It also allows even more efficient operation of the motors.
In addition to being easy to set up and use, the CENTERLINE 2500 MCC can help lower total cost of ownership by improving energy management through speed control and intelligent use of energy. The IntelliCENTER engine control centers can be delivered preconfigured with FactoryTalk EnergyMetrix software for real-time monitoring of energy consumption models up to equipment level and a correlation of energy consumption with operating data. This approach allows performance monitoring of equipment to provide users with the ability to manage power consumption at point of use.
The issue of safety is addressed through the use of a sophisticated arc containment design. The CENTERLINE MCC with ArcShield confines an arc in the area where it occurs. They prevent its propagation through the cabinet and therefore possible damage to other equipment. This improves the protection of the personnel by ensuring the bow confinement on the front, back and sides of the cabinet, in the unlikely event of the occurrence of an electric arc.