Square D Variable Speed Drives
Its evolutionary design meets your requirements to manage and monitor your building's HVAC and pumping functions.The Altivar 61 drive reduces energy costs by adjusting motor speed to the required flow of fluids. It will also lower installation costs by eliminating throttling values, dampers or inlet guide vanes typically used to control the flow of fluids. In addition, building occupant comfort is maximized with accurate flow control.
E-Flex AC drives are packaged, adjustable speed drive solutions for commercial and industrial pump and fan applications. The E-Flex drive is the perfect solution for large HVAC systems where flexibility, functionality, structural integrity, ease of use, and reliability are concerns for the user.
Square D product details, like standard options and HVAC control interfacing, allow users to stay focused on their business and not ours. E-Flex AC drives utilize Altivar�® 61 drive technology in a unique packaged power converter ("flex-drive") design that extends the specification ratings beyond a standard Altivar 61 drive. E-Flex drives are compatible with Altivar�® 61 communication cards, I/O extension cards and operator interface options.
The M-Flexâ?¢ enclosed drive featuring either the Altivar�® 61 or Altivar 71 drives within a Type 1 general purpose or Type 12/12K drip/dust proof enclosure in integrated or barriered designs. It offers a platform of standard, engineered and special features to meet the varied needs of commercial, industrial and municipal process applications where high functionality of features is required. M-Flex enclosed drive controllers are low voltage products available in the following ratings:
Integrated enclosures can be wall or floor mounted, depending on size. They provide a circuit breaker disconnect and enough room for power peripherals, including isolation and bypass contactors, all within the same enclosure.
Barriered enclosures separate power and control circuits, such as bypass, from drive control. The separate compartments allow for maximum flexibility if servicing a drive in bypass operation.