The VLT FlexConcept is available for centralized or decentralized application in dry, wet and/or aseptic critical areas. It is designed to lower the costs of ownership of drives and motors by reducing the cost associated with stocking, storing and maintaining spare parts and by reducing the overall number of package variations that might be used in a plant by up to 70%.
“Modern high volume manufacturing processes demand maximum efficiency, flexibility and reliability from their drive systems, to minimize downtime and manufacturing costs,” says Tom Momberger, Product Manager, Danfoss VLT Drives. “The VLT FlexConcept utilizes a one motor, one enclosure size concept that limits the number of variants required. With fewer variants, the VLT FlexConcept simplifies project planning, installation, commissioning and maintenance, particularly in conveyor applications. In short, it is an optimized solution resulting in a lower cost of ownership.”
The VLT FlexConcept consists of the VLT OneGearDrive, the VLT Decentral Drive FCD 302 and/or the VLT AutomationDrive FC 302. The OneGearDrive features a smooth, crevice-free design with no place for food contamination to hide. Additionally, each component features a durable coating that withstands even the harshest cleaning chemicals and washdown processes. All enclosures are designed to IP66/67 and IP69K, and satisfy DIN 1672-2 Hygienic Design standards.
The VLT FlexConcept supports AC or PM motors for simple or dynamic applications, and can operate open- or closed loop. The system’s consistent parameter structure and operation reduces training needs and simplifies set-up and operation across applications. The system provides up to 90 percent energy efficient operation, reducing Total Cost of Ownership (TCO) by up to 25 percent when compared with conventional systems.
The system architecture of the VLT FlexConcept allows users to meet the demands of system development for new applications, or as the basis for a retrofit solution. This flexibility eliminates dependence on multiple suppliers, while maximizing system efficiency and control flexibility.
