AAON Orion BACnet General Controller Quick start guide

BACnet®General Controller
Technical Guide

AAON, Inc.
2425 South Yukon Ave.
Tulsa, OK 74107-2728
www.aaon.com
Factory Technical Support Phone: [phone]
Controls Support Phone: [phone]
Copyright January 2020 AAON
AAON Part Number: G042460, Rev. 01E
AAON®is registered trademark of AAON, Inc., Tulsa, OK.
Windows®10 is a registered trademark of Microsoft Corporation.
BACnet®is a registered trademark of ASHRAE Inc., Atlanta, GA.
AAON®assumes no responsibility for errors or omissions in
this document. This document is subject to change without notice.
All rights reserved throughout the world.
www.aaon.com

TABLE OF CONTENTS
3BACnet®General Controller Technical Guide
GENERAL INFORMATION...................................................................................... 4
Overview.................................................................................................................................................. 4
Features .................................................................................................................................................. 4
Environmental Requirements .................................................................................................................. 4
Mounting.................................................................................................................................................. 4
Power Supply .......................................................................................................................................... 4
Dimensions.............................................................................................................................................. 5
INSTALLATION & WIRING..................................................................................... 6
Important Wiring Considerations ............................................................................................................. 6
Wiring ...................................................................................................................................................... 7
INPUTS / OUTPUTS............................................................................................... 8
LCD DISPLAY SCREENS........................................................................................ 9
TROUBLESHOOTING........................................................................................... 14
LED Diagnostics .................................................................................................................................... 14
LED Locations ....................................................................................................................................... 15
APPENDIX A - BACnet®Points ............................................................................ 16

OVERVIEW
4BACnet®General Controller Technical Guide
Overview
The BACnet®General Controller (BGC) is an Input/Output module
that has BACnet® MS/TP communication capability. The BGC has
no internal logic, but allows a BACnet®front end to read its inputs
and to command its outputs. The BGC has (8) analog inputs, (8)
wet contact binary inputs, (8) relay outputs and (4) analog outputs.
Features
The BGC Controller:
• Operates as a stand-alone controller connecting to a
BACnet®Bus
• Contains a 2 x 8 LCD character display and 4 buttons
that allow for status display and BACnet®conguration
settings
NOTE: The BGC contains no user-serviceable parts.
ContactqualiedtechnicalpersonnelifyourBGC
is not operating correctly.
General Information
Power Supply
The BGC requires an 18-30 VAC power connection with a minimum
rating of 15 VA.
WARNING: Observe polarity! All boards must be wired
GND-to-GND and 24 VAC-to-VAC. Failure
to observe polarity could result in damage to
the board.
Environmental Requirements
The BGC needs to be installed in an environment that can maintain
a temperature range between -30°F and 150°F and not exceed 95%
RH levels (non-condensing).
Mounting
The BGC is housed in a plastic enclosure. It is designed to be
mounted by using the 3 mounting holes in the enclosure base. It is
important to mount the module in a location that is free from extreme
high or low temperatures, moisture, dust, and dirt. Be careful not to
damage the electronic components when mounting the module. See
Figure 1, page 5 for Controller dimensions (in inches).

OVERVIEW
5BACnet®General Controller Technical Guide
Figure 1: BACnet®General Controller Dimensions (In Inches)
Dimensions

WIRING
6BACnet®General Controller Technical Guide
Important Wiring Considerations
Important Wiring Considerations
Please read carefully and apply the following information when wir-
ing the BGC. The BGC requires the following electrical connections:
1. 18 gauge minimum wire unless otherwise noted.
2. 24 VAC power connection with an appropriate VA rating.
3. All 24 VAC wiring must be connected so that all ground
wires remain common. Failure to follow this procedure can
result in damage to the module and connected devices.
4. All wiring is to be in accordance with local and
nationalelectricalcodesandspecications.
5. Check all wiring leads at the terminal block for tightness.
Be sure that wire strands do not stick out and touch
adjacentterminals.Conrmthatalltransducersrequiredfor
your system are mounted in the appropriate location and
wired into the correct terminals.
WARNING: Observe polarity! All boards must be wired
GND-to-GND and 24 VAC-to-VAC. Failure
to observe polarity could result in damage
to the board.
POWER LED Operations
WhentheBGCisrstpoweredup,thePOWERLED(SeeFigure
5, page 15 for location) should light up and stay on continuously.
If it does not light up, check to be sure that you have 24 VAC con-
nected to the controller, that the wiring connections are tight, and that
they are wired for the correct polarity. The 24 VAC power must be
connected so that all ground wires remain common. If after making
allthesechecks,thePOWERLEDdoesnotlightup,pleasecontact
AAON Controls Technical Support for assistance.

WIRING
7BACnet®General Controller Technical Guide
BGC Wiring
Figure 2: BGC Wiring Diagram
Inputs and Outputs Wiring
See Figure 2 below for wiring.

INPUTS & OUTPUTS
8BACnet®General Controller Technical Guide
Inputs and Outputs
Analog Inputs (Hard-Wired)
Theanaloginputscanbeconguredfor10Kohm,TypeIIItherm-
istor sensors or for user-scaled 0-5 VDC, 0-10 VDC, or 4-20 mA
inputs. Orion communicating temperature sensors, communicating
combination temperature/humidity sensors, or communicating CO2
sensors can also be used as analog inputs. These communicating
sensors require the use of pre-terminated Orion E-BUS modular
cables. See the next section for details.
Theinitialcongurationoftheanaloginputsisaccomplishedusing
points AV:5 through AV:12. AV:5 is associated with analog input
#1, AV:6 with analog input #2, etc. For each point (AV:5 through
AV:12),abitvaluecanbeenteredtocongurethatinputforthetype
of sensor or signal that will be used on that input. See the BACnet®
Parameters Table for the available options.
The jumpers next to each input must be set to match the selected
congurationforthatinput.
Once the Analog Input types have been selected, any of those inputs
conguredfor0-5VDC,0-10VDC,or4-20mAsignalscanbescaled
using points AV:13 through AV:20 to set the maximum scaled value
and points AV:21 through AV:28 to set the minimum scaled value
for each input.
Analog Inputs Using Communicating
Sensors
Inadditiontohard-wiredinputs,dierenttypesofE-BUScommuni-
cating sensors may be used as analog inputs with the BGC Controller.
If multiple communicating sensors are used, it may require the use of
anE-BUSAdapterBoardor an E-BUSAdapter Hub in order to
provideadditional E-BUS connection ports. An E-BUS cable is
required to connect either device to the BGC as well as to connect
the sensors to these devices.
ThefollowingOrionE-BUScommunicatingsensorsareavailable
to use with the BGC:
• ASM01819 - Space Temperature Sensor with
Digital Display
• ASM01820 - Combination Space Temperature/
Humidity Sensor with Digital Display
• ASM02221 - Combination Space Temperature/
Humidity Sensor without Digital Display
• ASM01836 - Combination Outdoor Air Temperature/
Humidity Sensor
• ASM01840 - Combination Return Air Temperature/
Humidity Sensor
• ASM01829 - Wall Mount CO2Sensor
• ASM01831 - Duct Mount CO2Sensor
The temperature value of a communicating sensor will be displayed
on the appropriate analog input (AI:2 through AI:9). If a combina-
tion temperature/humidity sensor is used, the humidity value of that
sensor will be displayed on the corresponding analog input (AI:10
through AI:17).
A communicating CO2 sensor value will be displayed on the ap-
propriate analog input (AI:2 through AI:9).
The Communicating Sensor Technical Guides can be downloaded
from www.aaon.com/controlsmanuals under Sensors.
NOTE: The communicating space sensor (temperature only
with display or combination temperature/humidity
with display) is the only communicating sensor that
can be used on multiple analog input addresses. If
multiple space sensors are used, they can be addressed
as address 1 through 8 via the display on the sensors.
Then, using points AV:29 through AV:36, those
sensors can be addressed accordingly on the BGC.
All other communicating sensors can only be used
once per BGC, and can be left at address 1 on the
appropriate point, AV:29 through AV:36.
Binary Inputs
The(8)wetcontact(24VAC)binaryinputscanbereadasOpen(O)
or Closed (On) using points BI:1 through BI:8. See the Appendix
A: BACnet®Parameters Table forthecongurationoptions.
Analog Outputs
The (4) analog outputs can be commanded to a voltage value be-
tween 0.0 VDC to 10.0 VDC using points AV:1 through AV:4. See
Appendix A: BACnet®Parameters Table for the selection options.
Relay Outputs
The(8)relayoutputscanbecommandedOnorOusingpointsBV:1
through BV:8. See Appendix A: BACnet®Parameters Table for
the selection options.

LCD DISPLAY SCREENS
9
BACnet®General Controller Technical Guide
LCD Display & Navigation & Editing Keys
LCD Display Screen & Navigation &
Editing Keys
TheBGCallowsyoutomakecongurationchanges,viewstatus,
change setpoints, create force modes, and perform diagnostics using
the keypad next to the LCD display. See Figure 3, below and refer
to Table 1 forNavigationKeyfunctions.Thekeysalsohaveediting
functions. Refer to Table 2forEditingfunctions.
Figure 3: LCD Display and Navigation Keys
Table 1: Navigation Key Functions
NAVIGATION
KEY
KEY FUNCTION
MENU Use the MENU key to return to a Main Menu
Screen.
UP
Use this key to move through Main Menu
Screens and adjust Settings.
DOWN
Use this key to move through Main Menu
Screens and adjust Settings.
ENTER
Use the Enter key to move through screens
within Main Menu categories.
Table 2: Editing Key Functions
EDITING
KEY
FUNCTION
UP
or
DOWN
Use the UP or DOWN key to enter editing
mode on a user-adjustable screen. Edit
Mode is indicated by the underscore
appearing on the screen.
NOTE: Entering Edit Mode will also adjust
the value up one (UP key) or down one
(DOWN key), so you may have to readjust
the value.
ENTER
Use the ENTER key to move through the
digits in the screen when editing a numeric
value. An extended press of the ENTER key
saves your edits no matter the location of
the editing cursor within the digits.
Press the ENTER key to save a non-
numeric value - such as Hi Speed Network.
MENU The MENU key cancels editing when in
Edit Mode. The screen you were editing will
return to its original value and the under-
score will disappear.
A second press of the MENU key will
return you to the Main Menu.

LCD DISPLAY SCREENS
10 BACnet®General Controller Technical Guide
ANALOG
INPUTS
ANALOG 1
0.0
ANALOG 2
0.0
ANALOG 3
0.0
ANALOG 4
0.0
ANALOG 5
0.0
ANALOG 6
0.0
ANALOG 7
0.0
ANALOG 8
0.0
Main Screens Map
SETTINGS
MAC ADDR
0-254
DEVICE ID
0-30000
BAUD RATE
9600-76800
BINARY
INPUTS
BINARY 1
IN/ACTIVE
BINARY 2
IN/ACTIVE
BINARY 3
IN/ACTIVE
BINARY 4
IN/ACTIVE
BINARY 5
IN/ACTIVE
BINARY 6
IN/ACTIVE
BINARY 7
IN/ACTIVE
BINARY 8
IN/ACTIVE
ANALOG
OUTPUT
ANALOG 1
X.X VDC
ANALOG 2
X.X VDC
ANALOG 3
X.X VDC
RELAYS
RELAY 1
IN/ACTIVE
RELAY 2
IN/ACTIVE
RELAY 3
IN/ACTIVE
RELAY 4
IN/ACTIVE
RELAY 5
IN/ACTIVE
RELAY 6
IN/ACTIVE
RELAY 7
IN/ACTIVE
RELAY 8
IN/ACTIVE
BGC Unit
Ver X.XX
Figure 4: BGC Main Screens Map
ID START
0-30000
ANALOG 4
X.X VDC

LCD DISPLAY SCREENS
11
BACnet®General Controller Technical Guide
BGC Main Screens
BGC Main Screens
Refer to the following map when navigating through the LCD Main
Screens.Therstscreenisaninitializationscreen.Toscrollthrough
the rest of the screens, press the <DOWN ARROW> button.
BGC UNIT
Ver X.XX
RELAYS
BINARY
INPUTS
ANALOG
OUTPUTS
Press to go to the ANALOG OUTPUT Screen.
Press to scroll through RELAY Screens.
Press to go to the RELAYS Screen.
ANALOG
INPUTS
Press to scroll through ANALOG INPUT Screens.
Press to go to SETTINGS Screen.
SETTINGS
Press to scroll through SETTINGS Screens.
Press to go to the BINARY INPUTS Screen.
Press to scroll through the ANALOG OUTPUT Screens.
Press to go to the ANALOG INPUTS Screen.
Press to scroll through the BINARY INPUT Screens.

LCD DISPLAY SCREENS
12 BACnet®General Controller Technical Guide
RELAYS Status Screens
RefertothefollowingmapwhennavigatingthroughtheRELAY
StatusScreens.FromtheRELAYSScreen,press<ENTER> to scroll
through the screens.
RELAYS
Status Screens
RELAYS 1-8
ACTIVE or
INACTIVE
RELAYS 1-8
The 8 Relay Screens display the status of each relay -
either ACTIVE or INACTIVE
ANALOG
OUTPUT
ANALOG OUTPUT Status Screens
Refer to the following map when navigating through the Analog
OutputStatusScreens.FromtheANALOGOUTPUTScreen,press
<ENTER> to scroll through the screens.
ANALOG 1-4
X.X VDC
ANALOG OUTPUTS 1-4
The 4 Analog Output screens display the current voltage of
each Analog Output.
BINARY INPUT Status Screens
RefertothefollowingmapwhennavigatingthroughtheBINARY
INPUTStatusScreens.FromtheBINARYINPUTSScreen,press
<ENTER> to scroll through the screens.
BINARY
INPUTS
BINARY #1-#8
ACTIVE or
INACTIVE
BINARY INPUTS #1-#8
The 8 Binary Input Screens display the status of each
Binary Input - either ACTIVE or INACTIVE
ANALOG
INPUTS
ANALOG INPUT Status Screens
Refer to the following map when navigating through the Analog
InputStatusScreens.FromtheANALOGINPUTSScreen,press
<ENTER> to scroll through the screens.
ANALOG 1-8
X.X
ANALOG INPUTS 1-8
The 8 Analog Input screens display the current value of each
Analog Input.

LCD DISPLAY SCREENS
13
BACnet®General Controller Technical Guide
Settings Screens
MAC ADDR
0-254
DEVICE ID
0-30,000
BACnet®- CURRENT MAC ADDRESS
Valid range is 0 to 254. Default is 0.
BAC BAUD
38400
BACnet®- CURRENT BAUD RATE
9600, 19200, 38400, 57600, 76800. Default is 38400.
SETTINGS Screens
Refer to the following map when navigating through the SET-
TINGS Screens. From the SETTINGS Screen, press <ENTER> to
scroll through the screens and change setpoints. Use the <UP> and
<DOWN> arrow keys to change your selections.
SETTINGS
ID START
0-30,000
BACnet®- CURRENT ID Start
Range is 0-30,000 in increments of 1000. Default is 15,000.
BACnet®- CURRENT DEVICE ID
The actual Device ID is the ID Start # plus whatever is added or
subtracted from this screen. Range is 0-30,000 in increments of 1.

TROUBLESHOOTING
14 BACnet®General Controller Technical Guide
LED Diagnostics & Troubleshooting
BGC LEDs
TheBGCisequippedwithLEDsthatcanbeusedtoverifyoperation
andperformtroubleshooting.ThereareLEDsforcommunication,
operation modes, and diagnostic codes. The BGC Controller has 25
LEDs—9usedforoperation&status,8usedforrelays,and8used
for binary inputs. See Figure 5, page 15 for the LED locations.
TheLEDs associated with these inputs andoutputsallowyouto
seewhatisactivewithoutusingavoltmeter.TheLEDsandtheir
uses are as follows:
Operation LEDs - Factory Troubleshooting
POWER-ThisgreenLEDwilllightuptoindicatethat24VAC
power has been applied to the controller.
APP HB-ThisgreenLEDwilllightupandblinkcontinuouslyto
indicate the application software is working properly.
OS HB-ThisgreenLEDwilllightupandblinkcontinuouslyto
indicate the operating system is working properly.
WDOG-ThisgreenLEDwilllightupandstaylittoindicatethe
operating system is working properly.
Diagnostic LEDs
STATUS 1-ThisredLEDisadiagnosticblinkcodeLED.Ifthe
softwareisrunning,thisLEDshouldblinkatarateof1blinkevery
10 seconds.
STATUS 2-ThisredLEDisadiagnosticblinkcodeLED.Under
normaloperation,itshouldnotbeblinking.IftheLEDisblinking
non-stopalongwithStatus2LED,thecontrollerisresettingfac-
tory defaults.
Communication LEDs
EBUS-ThisyellowLEDwillblinktosignalE-BUScommunica-
tions.
BACNET -ThisyellowLEDwilllightupandblinkcontinuously
to indicate BACnet communications.
Relay LEDs
RLY1 - RLY8-ThesegreenLEDswilllightupwhentherelaysare
enabled and will stay lit as long as they are active.
Binary Input LEDs
BIN1 - BIN8 -ThesegreenLEDswilllightupwheneachcontact
is closed.
POWER LED Operation
WhentheBGCisrstpoweredup,thePOWERLEDshouldlight
up and stay on continuously. If it does not light up, check to be sure
that you have 24 VAC connected to the controller, that the wiring
connections are tight, and that they are wired for the correct polar-
ity. The 24 VAC power must be connected so that all ground wires
remaincommon.Ifaftermakingallthesechecks,thePOWERLED
does not light up, please contact AAON Controls Technical Support
for assistance.

TROUBLESHOOTING
15
BACnet®General Controller Technical Guide
Figure 5: BGC LED Locations and Descriptions
LED Locations

APPENDIX A - BACnet®Points
16 BACnet®General Controller Technical Guide
BGC BACnet®Points
BACnet®Properties for the BGC
PARAMETER OBJECT DESCRIPTION LIMITS
Application
Software
Version
AI: 1 Current version of the
software in the unit.
Analog Input
#1
AI:2 Analog Input #1
Value
Analog Input
#2
AI: 3 Analog Input #2
Value
Analog Input
#3
AI: 4 Analog Input #3
Value
Analog Input
#4
AI: 5 Analog Input #4
Value
Analog Input
#5
AI:6 Analog Input #5
Value
Analog Input
#6
AI:7 Analog Input #6
Value
Analog Input
#7
AI:8 Analog Input #7
Value
Analog Input
#8
AI:9 Analog Input #8
Value
Humidity
Input #1
AI:10 Digital Humidity
Sensor #1 Reading
Requires
Associated Digital
Temperature
on AI:2
Humidity
Input #2
AI:11 Digital Humidity
Sensor #2 Reading
Requires
Associated Digital
Temperature
on AI:3
Humidity
Input #3
AI:12 Digital Humidity
Sensor #3 Reading
Requires
Associated Digital
Temperature
on AI:4
Humidity
Input #4
AI:13 Digital Humidity
Sensor #4 Reading
Requires
Associated Digital
Temperature
on AI:5
Humidity
Input #5
AI:14 Digital Humidity
Sensor #5 Reading
Requires
Associated Digital
Temperature
on AI:6
Humidity
Input #6
AI:15 Digital Humidity
Sensor #6 Reading
Requires
Associated Digital
Temperature
on AI:7
Humidity
Input #7
AI:16 Digital Humidity
Sensor #7 Reading
Requires
Associated Digital
Temperature
on AI:8
Humidity
Input #8
AI:17 Digital Humidity
Sensor #8 Reading
Requires
Associated Digital
Temperature
on AI:9
BACnet®Properties for the BGC
PARAMETER OBJECT DESCRIPTION LIMITS
Binary Input
#1
BI: 1 Binary Input #1
Open/Close Status
0=O 1 = On
Binary Input
#2
BI: 2 Binary Input #2
Open/Close Status
0=O 1 = On
Binary Input
#3
BI: 3 Binary Input #3
Open/Close Status
0=O 1 = On
Binary Input
#4
BI: 4 Binary Input #4
Open/Close Status
0=O 1 = On
Binary Input
#5
BI: 5 Binary Input #5
Open/Close Status
0=O 1 = On
Binary Input
#6
BI: 6 Binary Input #6
Open/Close Status
0=O 1 = On
Binary Input
#7
BI: 7 Binary Input #7
Open/Close Status
0=O 1 = On
Binary Input
#8
BI: 8 Binary Input #8
Open/Close Status
0=O 1 = On
Relay #1 BV: 1 Relay#1On/O
Command
0=O 1 = On
Relay #2 BV: 2 Relay#2On/O
Command
0=O 1 = On
Relay #3 BV: 3 Relay#3On/O
Command
0=O 1 = On
Relay #4 BV: 4 Relay#4On/O
Command
0=O 1 = On
Relay #5 BV: 5 Relay#5On/O
Command
0=O 1 = On
Relay #6 BV: 6 Relay#6On/O
Command
0=O 1 = On
Relay #7 BV: 7 Relay#7On/O
Command
0=O 1 = On
Relay #8 BV: 8 Relay#8On/O
Command
0=O 1 = On
Analog Output
#1
AV: 1 Analog Output #1 Volt-
age Command
0 vdc 10 vdc
Analog Output
#2
AV: 2 Analog Output #2 Volt-
age Command
0 vdc 10 vdc
Analog Output
#3
AV: 3 Analog Output #3 Volt-
age Command
0 vdc 10 vdc
Analog Output
#4
AV: 4 Analog Output #4 Volt-
age Command
0 vdc 10 vdc
BACnet®Properties for the BGC
PARAMETER OBJECT DESCRIPTION LIMITS
Analog Input
#1 Type
AV: 5 Analog Input #1 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#2 Type
AV: 6 Analog Input #2 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#3 Type
AV: 7 Analog Input #3 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#4 Type
AV: 8 Analog Input #4 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#5 Type
AV: 9 Analog Input #5 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#6 Type
AV: 10 Analog Input #6 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#7 Type
AV: 11 Analog Input #7 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#8 Type
AV: 12 Analog Input #8 Type
Conguration
SeeEnumerated
values this page.
Maximum
Scaling #1
AV: 13 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #2
AV: 14 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #3
AV: 15 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #4
AV: 16 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #5
AV: 17 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #6
AV: 18 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #7
AV: 19 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #8
AV: 20 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Minimum
Scaling #1
AV: 21 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #2
AV: 22 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #3
AV: 23 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #4
AV: 24 Minimum Scaling for
User-Scaled
Conguration
-3000 3000

APPENDIX A - BACnet®Points
17BACnet®General Controller Technical Guide
BACnet®Properties for the BGC
PARAMETER OBJECT DESCRIPTION LIMITS
Analog Input
#1 Type
AV: 5 Analog Input #1 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#2 Type
AV: 6 Analog Input #2 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#3 Type
AV: 7 Analog Input #3 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#4 Type
AV: 8 Analog Input #4 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#5 Type
AV: 9 Analog Input #5 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#6 Type
AV: 10 Analog Input #6 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#7 Type
AV: 11 Analog Input #7 Type
Conguration
SeeEnumerated
values this page.
Analog Input
#8 Type
AV: 12 Analog Input #8 Type
Conguration
SeeEnumerated
values this page.
Maximum
Scaling #1
AV: 13 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #2
AV: 14 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #3
AV: 15 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #4
AV: 16 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #5
AV: 17 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #6
AV: 18 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #7
AV: 19 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Maximum
Scaling #8
AV: 20 Maximum Scaling for
UserScaled
Conguration
-3000 3000
Minimum
Scaling #1
AV: 21 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #2
AV: 22 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #3
AV: 23 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #4
AV: 24 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
BACnet®Properties for the BGC
PARAMETER OBJECT DESCRIPTION LIMITS
Minimum
Scaling #5
AV: 25 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #6
AV: 26 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #7
AV: 27 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Minimum
Scaling #8
AV: 28 Minimum Scaling for
User-Scaled
Conguration
-3000 3000
Sensor # AV: 29 Analog Input #1
Communicating
Sensor #
1 8
Sensor # AV: 30 Analog Input #2
Communicating
Sensor #
1 8
Sensor # AV: 31 Analog Input #3
Communicating
Sensor #
1 8
Sensor # AV: 32 Analog Input #4
Communicating
Sensor #
1 8
Sensor # AV: 33 Analog Input #5
Communicating
Sensor #
1 8
Sensor # AV: 34 Analog Input #6
Communicating
Sensor #
1 8
Sensor # AV: 35 Analog Input #7
Communicating
Sensor #
1 8
Sensor # AV: 36 Analog Input #8
Communicating
Sensor #
1 8
BGC BACnet®Points
BGC BACnet® Property Identier
BACNETPropertyIdentier :
AnalogInputTypeCongurationBits ::=ENUMERATED{
NotUsed (0),
Thermistor Temp (Fahrenheit) (1),
Thermistor Temp (Celsius) (2),
4-20maUserScaled (3),
0-5vdcor0-10vdcUserScaled* (4),
Communicating Digital Space Sensor (5),
Communicating Carbon Dioxide Sensor (6),
Communicating Outdoor Temp Sensor (7),
Communicating Return Temp Sensor (8)
*Setjumperfor0-5VDCor0-10VDCoperation.

2425 So. Yukon Ave • Tulsa, OK • 74107-2728
Ph: [phone] • Fax: [phone]
AAON®Part No.: G042460 Rev. 01E
Printed in the USA • © January 2020 AAON • All Rights Reserved
AAON Factory Technical Support: 918-382-6450
techsuppor[email protected]
AAON Controls Support: 866-918-1100
Monday through Friday, 7:00 AM to 5:00 PM
central standard time
NOTE: Before calling Technical Support, please have the
model and serial number of the unit available.
PARTS: For replacement parts please contact your local
AAON Representative.
BGC Controller Technical Guide
G042460 · Rev. 01E · 200109