ASI Controls offers both BACnet-IP and BACnet-MS/TP interface options for OEM equipment control applications. ASI Controls new ASIC/2-8540-BAC supervisory controller combines a fully programmable controller with BACnet-MS/TP connectivity. ASI control systems and individual controllers can also integrate into existing BACnet networks with a BACnet front end by means of a BACport BACnet/IP interface portal.

The JASIC Open Systems line is powered by the Tridium NiagaraAX Framework™, which provides interoperability options with support for industry standard open protocols including BACnet™-IP, BACnet-MS/TP, LON™, Modbus, oBIX™, and others, enabling control solutions combining ASI Controls legendary performance and BACnet connectivity with Niagara Framework open interoperability. JASIC interoperability options open the door to cost-effective upgrades and retrofits of open control systems, and integrates legacy ASI systems into new BACnet environments.

ASI Controls provides multiple networking and interoperability options through its support for Niagara Framework, BACnet, Modbus RTU, and the OPC protocol. ASI Controls family of networking-related products includes the JASIC-700 High-Performance Open System Controller with Web Server, JASIC-600 Open System Controller with Web Server, JASIC Web Supervisor BACnet System Front End, WebLink BAS Appliance embedded application server, ASI Orion Server DDC system status monitor, EtherLink/3 serial-to-Ethernet router, BACport BACnet/IP interface portal, and DAK color touch-screen operator panels. For networks of single-controller sites such as small box retail locations the direct Ethernet functionality of ASIC/3-9540 provides very cost-effective Ethernet networking options.

ASI WebLink, an OPC-client, provides web-enabled custom front ends on ASI Controls systems with ODBC query capability to interact with other ODBC-compliant databases. WebLink Enterprise Edition is able to host multiple sites in a single instance, with Netcasting functionality providing an automated means to update multiple networked controllers by copying the configuration from a single master controller.

The DAK2000 series color touchscreen operator panels offer either 640x480 or 800x600 resolution full-color display with support for JPG, GIF and BMP graphics. ASI resellers can leverage the ASI library of animated 3D graphic images to provide easily navigable, intuitive DDC system front ends in a secure panel environment without relying on a computer. The DAK2000 offers an Ethernet port for remote configuration over a network, so you can remotely update the user interface without having to visit the site.

	EtherLink/3 Serial-to-Ethernet Router		DAK Full Color Touch-screen Operator Panels		ASI WebLink Graphical User Interface		micro-SINC USB System Interface
	JASIC Open Connectivity		JASIC-700 Open Controller and Web Server		JASIC-600 Open Controller and Web Server		JASIC Web Supervisor BACnet System Workstation UI
	BACport BACnet-IP Interface		ASI Orion System Status Monitor		WebLink BAS Appliance Server

For convenient one stop ordering, ASI Controls also stocks a range of accessories and peripheral devices. Temperature, relative humidity and pressure sensors are intended to work with ASI controllers. We also offer connectivity accessories including pre-initialized modems, sensor cables, interposing relay modules, molex wiring harnesses, resistor kits, and fuses.

NiagaraAX, Niagara Framework, and JACE are registered trademarks of Tridium Corporation.   BACnet is a registered trademark of ASHRAE.   LON and LONworks are registered trademarks of Echelon Corporation.   oBIX is a trademark of OASIS.   All other trademarks and copyrights are the property of their respective owners

Life Safety Disclaimer ASI Controls products are not intended for or suitable for use, and shall not be used, as components in life support devices or systems, air quality devices or systems, or any aviation, nuclear or other application that protects, supports, or sustains life, where the failure of such component to perform can reasonably be expected to result in significant bodily injury, cause the failure of, or affect the safety or effectiveness of such device, system or application.