Specifications include, but are not limited to: Main vivarium floor will receive a Web-Based supervisory Controller. A controls enclosure with controller will be installed at each Air Valve. The new control system will control the Hot Water Valve and SCR Heating and monitor the Discharge Air Temperature, Space Temperature Sensor (existing mounted in the exhaust), and Air Flow Switch status. The new controller will have a 2-conductor wire running from each controller to the Phoenix Spyder to utilize as an "Air Flow Request". The Air Valves with multiple zones and coils will utilize a single larger controller to control and monitor the same points. The existing Phoenix Lab Controls will control the room pressurization and the controls contractor will control the temperature control. The new control system will interface with the existing Phoenix JACEs to pull data to represent on the graphics. A detailed breakdown is listed below. I.P. Building Level Controller (Building Level Controller) Provided and Installed by Controls Vendor. (2) Install Web-Based BACnet Controller (I for each floor) Include BACnet device licensing for included devices. Integrate to existing Phoenix JACE to share BACnet data. Creation of new Alarms Creation of new Trend logs Integrate into existing telephone alert system. 3D Floor Plan Graphics (32) Single Air Valve, Single Zone Controllers. Install Controller Enclosure. Install Programmable Unitary Controller. If Compatible, Utilize existing temperature sensors currently being monitored by the Phoenix Spyder. If not compatible, install the following temperature sensors (1) Zone Temperature Sensor mounted in the exhaust duct. (I) Discharge Air Temperature Sensor Install New SCR Discharge Air Temperature Sensor (none exist) Take control of Hot Water Valve Control Utilize existing actuators and wiring Run wiring to SCR Command Control SCR Heating Command Install Relay to monitor air-flow status Run 2 Conductor wire to Phoenix Spyder Controller Tune PID Loop for very accurate and tight-controlling temperature control. Create programming to utilize the SCR Heat to function either as a Backup heat source or supplemental heat source. Create new Alarms. Create new Trend logs. Create 3D Floor Plan and Equipment Graphics.