(Advanced) BACnet Communications

COMMUNICATIONS

MAC ADDRESS: 1

BAUD RATE: 38400

MAX MASTER: 127

To set parameters for BACnet MS/TP EIA-485 communications, press:

1.Up/Down to move among entries.

2.Enter to select.

NOTE: The Max Master is the highest MAC address a device will attempt to locate when polling for master devices on the local network. To avoid possible communication issues with the network or a computer connected through a KMD- 5576 USB Communicator, the Max Master number should be the lowest number needed for that network.

(Advanced) Date/Time

DATE/TIME DATE: APRIL 11 2009 TIME: 1:43:59 PM UTC OFFSET: 300 DST ENABLE: TRUE DST AUTO: TRUE DST START:

>2ND SUN MAR 2:00 AM

To enter date and time information, press:

1.Up/Down to move among entries.

2.Enter to select.

3.Right/Left to move among value fields.

4.Up/Down to increment/decrement value.

For areas that observe Daylight Saving Time, select True/On for DST ENABLE.

If the FlexStat is used in a BACnet network with UTC (Coordinated Universal Time) synchronization (via broadcasting or addressing a single thermostat) set the UTC Offset value. The UTC Offset value is in minutes and corresponds to the distance of the local time zone to the zero degree meridian. In stand-alone operation or networks that do not have UTC broad- casts, setting this value is not necessary.

Sample Time Zones

Offset to Equal UTC

 

 

Alaska

9 hours = 540 minutes

USA/Canada Pacific

8 hours = 480 minutes

Standard Time

 

USA/Canada Mountain

7 hours = 420 minutes

Standard Time

 

USA/Canada Central

6 hours = 360 minutes

Standard Time

 

USA/Canada Eastern

5 hours = 300 minutes

Standard Time

 

Bolivia, Chile

4 hours = 240 minutes

Argentina, Uruguay

3 hours = 180 minutes

United Kingdom,

0 hours = 0 minutes

Portugal

 

Europe (most countries)

–1 hours = –60minutes

Egypt, Israel, Turkey

–2 hours = –120minutes

Kuwait, Saudi Arabia

–3 hours = –180minutes

United Arab Emirates

–4 hours = –240minutes

India, Sri Lanka

–5.5 hours = –330minutes

China, Mongolia

–8 hours = –480minutes

Korea, Japan

–9 hours = –540minutes

New Zealand

–12 hours = –720minutes

NOTE: The BACnet standard for this offset value is: “The time zones to the west of the zero degree meridian shall be positive values, and those to the east shall be negative values.” The value is in minutes, not hours.

BAC-10000 Series

7

Operation Guide, Rev. J

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KMC BAC-10000 manual Advanced BACnet Communications, Advanced Date/Time
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BAC-10000 specifications

The KMC BAC-10000 is a cutting-edge building automation controller designed to offer exceptional performance in monitoring and controlling HVAC systems, lighting, and various other building systems. This advanced controller is engineered to enhance energy efficiency, improve occupant comfort, and provide streamlined building management capabilities.

One of the main features of the KMC BAC-10000 is its versatility. It supports a wide variety of communication protocols, including BACnet, Modbus, and LonWorks. This multi-protocol capability allows for seamless integration with existing building systems, ensuring that users can easily incorporate the BAC-10000 into their building management setup without the need for additional hardware or extensive modification.

The controller is equipped with an intuitive user interface that simplifies the management of building systems. It includes a graphical display that provides real-time data, enabling operators to monitor system performance, adjust settings, and troubleshoot issues with ease. This user-friendly design promotes efficient operation and reduces the learning curve for new users.

In terms of technical specifications, the BAC-10000 boasts a powerful microprocessor and an extensive range of I/O points, allowing it to handle large and complex building automation tasks. With support for both digital and analog inputs and outputs, users can customize their setup to meet specific operational requirements.

Another standout feature of the KMC BAC-10000 is its advanced data logging capabilities. The controller can record historical data for various parameters, which can be crucial for performance analysis and optimization. This functionality enables facility managers to identify patterns, predict maintenance needs, and ultimately enhance the overall efficiency of their systems.

Security is also a priority with the BAC-10000, as it includes multiple layers of security protocols to protect against unauthorized access and tampering. This ensures that sensitive building management data remains safe and that users can operate the controller confidently.

In conclusion, the KMC BAC-10000 is a robust and flexible building automation controller that offers extensive features and technologies for effective building management. Its multi-protocol support, user-friendly interface, advanced data logging, and emphasis on security make it a top choice for modern building automation needs. By choosing the BAC-10000, facility managers can optimize energy usage, improve occupant comfort, and streamline operations within their buildings.
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