Tracer SC (Catalogue)

Product Introduction
The Tracer SC system controller acts as the central coordinator for all individual equipment
devices on a Tracer building automation system (see p. 14). The Web-based interface of the Tracer
SC system controller provides an easy and convenient way for building operators to access their
building automation system. Access is available from any personal computer that meets system
requirements, even from remote locations.
The following list highlights the features and benefits of the Tracer SC system controller:
Features
User interface:
•Web-enabled
• Simpler to navigate to status and setting screens
• View the most frequently needed facility status information
from one page
• Automatic data collection on key unit and system parameters
• Enhanced data logging capabilities
• Easier to create complex graphics to better represent your
HVAC system
Open, scalable, flexible controls:
• Scalable system size to accommodate customers’ specific
needs (small steps can be taken to building up system size)
• Protocol-independent communications (BACnet, LonTalk)
• BACnet, LonTalk, or any combination on the same system
Achieve points toward Leadership in Energy and Environmental
Design (LEED) certification through:
• Site commissioning report
• Energy data collection measurement
• Optimizing energy performance
• Maintaining indoor air quality
Energy-saving programs:
• Fan pressure optimization—Controls pressure in ductwork
based on demand
• Ventilation reset—Conditions only the required amount of
outdoor air
• Chiller Plant Control (CPC)—Manages chiller adds and subtracts to meet
cooling loads
Pre-programmed system applications:
• Alarm and event log
• Variable Air Systems (VAS)
•Area
• Chiller Plant Control
•Scheduling
• Overrides
•Reporting
• Data logging
•Security
Faster installation and commissioning:
• Device discovery
• Preformatted object types
• Preconfiguration of controller data
Benefits
Provides access to system data from any PC in any location.
More users can access the HVAC system.
Increased usability and improved performance.
Accommodates future changes through flexible technology.
Lower operating costs through less energy use.
Minimize impact on environment and infrastructure.
Increase worker productivity through better air quality and
reduced absenteeism.
Make buildings run more efficiently.
Provide consistent comfort and improved indoor air quality.
Reduce/eliminate hot/cold complaints.
Gets your building up and running faster.
4 BAS-PRC031-EN, 14 Jan 2011