If your application requires stand-alone monitoring and control, or operation in a network—whether a small local network or a large high-performance LAN such as Ethernet—SAGE^MAX is the perfect solution. By combining multitasking, real-time operating systems with high-performance microcomputer technology, SAGE^MAX is designed to satisfy today's complex communication, monitoring, and control demands. These area controllers are the ultimate in high speed, multi-user, intelligent building control and information systems.

Built on the success of previous American Auto-Matrix^® (AAM) systems, SAGE^MAX allows multiple operators to interact with each area controller. These sophisticated area controllers can support numerous user interfaces such as advanced color graphics hosts like Auto-Pilot^TM, simple video terminals, or easy-to-use menu selections. SAGE^MAX's internal menu systems can be presented in many different languages, are easily adapted to new ones, and can provide password protection for a list of known users to prevent unauthorized access.

 

	UL listed 916, Enclosed Energy Management Equipment
	UL recognized 873,Temperature Indicating, and Regulating Equipment
	Complies with FCC rules Part 15, Class B Computing Device
	Supports up to 512 direct digital controllers
	Compatible with American Auto-Matrix family of products
	PHP and PUP support
	Multiple protocol
	Object-oriented database, programming, and communications
	Multitasking and multiuser capabilities
	Rich control programming language with floating-point, real-time control, and extensive report generation features
	Flexible control programming through object-oriented internetworking
	Reliable high-speed communications over twisted-pair (EIA-485) and/or Ethernet
	Compact, rugged enclosure; lightweight aluminum cover and steel base with conduit knockouts

The SAGE^MAX is a communications-intensive field panel offering powerful programming capabilities. This product is ideal for stand-alone control and monitoring applications, or it can be used in a small network, several small networks or a large, high-performance local area network such as Ethernet.

By configuring the SAGE^MAX properly, AAM controller points connected to the SAGE^MAX can be displayed on the BACnet network as AAM BACnet points. Conversely, the SAGE^MAX can receive BACnet points from the BACnet network and utilize that information in its programs. A device residing on a BACnet network may act as a client, server or both a client and a server.