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Document Edition 4.2 Page 1 of 43

APPLICATION GUIDE

Delta Network Sensor / Thermostat: BACstat II

DNS-24, DNT-T103 & DNT-T221

Document Edition 4.2

Product Description

The BACstat II is a line of network room sensors/thermostats with a custom

LCD display and pushbutton interface. They can communicate directly on a

BACnet MS/TP network or Delta’s proprietary LINKnet network.

They are capable of displaying a wide-range of digital or analog values,

including setpoints, temperature, air flow, heating and cooling status, fan

speed, valve and damper position, and more. When connected on a BACnet

MS/TP network they function as independent BACnet sensors or thermostats.

When connected to a Controller on a LINKnet network they provide

programmable remote sensor and expanded I/O capabilities. BACstats that are

hardware revision 4 or greater can be flash loaded over the network, and have

termination resistors that are jumper selectable.

The DNS-24 models are network sensors they have multiple onboard sensor options including temperature

humidity, CO2 and motion, but do not have any outputs or internal control algorithms. The DNT-T103 has 1

extra input, 3 binary outputs and a number of built-in application control strategies. The DNT-T221 has 2

extra inputs, 2 analog and 1 binary output and built-in application control strategies. As a result, DNT

BACstats are capable of stand-alone control when directly connected on an MS/TP network.

Contents OTHER RELEVANT DOCUMENTS..................................................................................................2

IMPORTANT INFORMATION ..........................................................................................................2

SETUP &CONFIGURATION.............................................................................................................2

NETWORK COMMUNICATIONS ...........................................................................................................2

DEVICE CONFIGURATION (KEYPAD)..................................................................................................2

SERVICE TOOL MODE (KEYPAD) .......................................................................................................7

INPUT CALIBRATION..........................................................................................................................8

INPUT SCALE RANGES ......................................................................................................................8

SOFTWARE &PROGRAMMING......................................................................................................9

OBJECTS............................................................................................................................................9

PROGRAMMING ...............................................................................................................................12

CONTROL FUNCTIONS...................................................................................................................13

OVERVIEW ......................................................................................................................................13

SOFTWARE LOOP CONTROLLER .......................................................................................................15

SETPOINTS ......................................................................................................................................19

CONTROL DIAGRAM........................................................................................................................20

CONTROL APPLICATIONS (MUX,VAV, VVT, HPU, FCU, RAD,HUM)............................................21

OUTP UT FUNCTIONS &TYPES.........................................................................................................29

OWS FUNCTIONS..............................................................................................................................34

APPENDIX A: PROGRAMMING NOTES....................................................................................................31

APPENDIX B: LINKNET.........................................................................................................................32

DNS-24, DNT-T103 & DNT-T221 Application Guide

Page 2 of 43 Document Edition 4.2

Other Relevant Documents

Associated BACstat II Installation Guide (DNS-x24, DNT-T103 or DNT-221)

Delta Controls Wiring and Installation Guidelines

ORCAview Operator Guide

ORCAview Technical Reference Manual

Release Notes for relevant firmware and BACstat products

Important Information

This document has been updated to include features and capabilities of Release 4a firmware and

hardware for the BACstat II DNS-x24, DNT-T103 and the DNT-T221 products. Although BACstat

firmware is independent from ORCAview, DCU, and Application Controllers, certain BACstat

capabilities require support in the other products. The firmware for hardware revision 4 (or greater)

DNS-24, DNT-T103 and the DNT-T221 can be flash loaded over the network.

1. V3.22FIRMWARE&SOFTWARE OR HIGHER

When BACstats are used with ORCAview, DCU, and Application Controllers loaded with V3.22

firmware/software please be aware of the following issues.

For an MS/TP Network Connection:

A DSC is required

Local BACstat display handling and control strategies may be enabled

Data exchange may be done in GCL+ programming in any DCU or Application Controller

on the MS/TP network

Setup & Configuration

NETWORK COMMUNICATIONS

On an MS/TP network BACstats communicate at a default speed of 76,800 bps. Refer to the

Technical Reference Manual for further detail on configuring the MS/TP network or changing

baud rates. Also refer to the associated BACstat II Installation Guide for network installation

details.

Flash Programming

The BACstat II Release 4 product now offers flash loadable firmware across its network

connection. It is supported by Flashloader V3.33, and operates the same way as other Delta

controllers. Please ensure that all the databases have been backed up prior to upgrading the flash

firmware. Refer to the Flashloader V3.33 User's Guide for further details on using the

Flashloader to upgrade the firmware on the BACstat II Release 4 product.

DEVICE CONFIGURATION (KEYPAD)

To use ORCAviewOWS to configure BACstats refer to OWS Functions on page 34.

1. CONFIGURATIONMENUUSERACCESS

Access to the Configuration Menu is protected byan access code or PIN. You must enter the valid PIN

before access is granted, which works as follows:

First press the Up Arrow (▲), and then press the Down Arrow (▼) while still pressing the Up

Arrow, and hold themboth down for at least5 seconds.

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Document Edition 4.2 Page 3 of 43

When the textis displayed you are being prompted for the valid PIN or access code, a pre-

configured

4-digit code, which you must enter beforeyou can gain access to the Configuration Menu. The

buttons onthe leftside of the BACstat have a value of 0, while the buttons onthe rightside have a

value of 1. Press the proper buttonsequence to match the password.

The default PIN is 1011.The PIN access code, contained in AV31, can be changed through the

OWS when the BACstat is connected to an MS/TP network.

Once you have entered the valid 4-digit code you will gain access to the ConfigurationMenu, and

 will be displayed immediately to indicate you are now in Configuration mode. If you haven’t

entered a valid code(orif you do not press a button within about 10 seconds), the process willbe

aborted and you will be returned to normal display mode.

Ifat anytime after you have gained access to the Configuration Menu you do not press a button for

2 minutes, the BACstat will exit the Configuration Menu and return to normal display mode.

2. BUTTON&NAVIGATIONFUNCTIONS

The Button functions are as follows within the Configuration Menu:

Button

Description

Top Left

Represents a value of 0 when entering the PIN access code.

PREVIOUS: Enter the current setting (and go backward in the menu).

Top Right

Represents a value of 1 when entering the PIN access code.

NEXT: Enter the current setting (and go forward to the next item in the menu).

Bottom Left

(Down: ▼)

Represents a value of 0 when entering the PIN access code.

Rotates downward through menu items and options.

Decreases a numeric value with each button press.

Bottom Right

(Up: ▲)

Represents a value of 1 when entering the PIN access code.

Rotates upward through menu items and options.

Increases a numeric value with each button press.

Use the NEXT and PREVIOUS buttons to navigate through the menu options. Once you have navigated to

the desired item you wish to display or change, use the arrowbuttons to make anynecessary changes.

Once the changes are made or you wish to move on, press NEXT or PREVIOUS.

DNS-24, DNT-T103 & DNT-T221 Application Guide

Page 4 of 43 Document Edition 4.2

3. CONFIGURATIONMENU OPTIONS

The Configuration Menu is a list of items that you can navigate through to make changes for setup

purposes. The Configuration Menu items are as follows:

Menu Item

Description



Displayed momentarily to indicate you have successfully entered the Configuration

Menu.

[Application]

The Control Application (AV12). You may choose from any of the following

applications:

 This disables all control strategies and allows the outputs and control

icons to be controlled remotely from another device.

 This enables the VAV control strategy and allows you to configure the

outputs for your VAV application.

 This enables the VVT control strategy and allows you to configure the

outputs for your VVT application.

 This enables the HPU control strategy and allows you to configure the

outputs for your Heat Pump Unit application.

 This enables the FCU control strategy and allows you to configure the

outputs for your Fan Coil Unit application.

 This is no longer an option. Configure control for a Unit Heater using

the FCU application.

 This enables the Radiation control strategy and allows you to configure

the outputs for your Radiant Heating application.

 This enables the Humidity control strategy and allows you to configure

the outputs for your Humidity application.



Available when the Application = VAV. The air flow units setting (CFM or LPS)



Output 1 Configuration. This includes the output function and type (what it will

control and how) and other setup parameters as required (such as delays or limits).



Output 2 Configuration. This includes the output function and type (what it will

control and how) and other setup parameters as required (such as delays or limits).



Output 3 Configuration. This includes the output function and type (what it will

control and how) and other setup parameters as required (such as delays or limits).

[More]

Additional parameters to set, which are dependent on the Application and Output

Configuration, may include:

 Actuator Runtime in seconds (AV24)

 Air Flow Factor for VAV only (AV25)

 Minimum Air Flow for VAV and Damper Minimum for VVT (AV26)

 Maximum Air Flow for VAV and Damper Maximum for VVT (AV27)



The Temperature Units Setting (degrees C or F).

[Settings]

Additional control settings, which are particularly useful when an Application is

selected for local control, typically include:

 Day Setpoint (AV6)  Max. Day Setpoint (AV8)

 Day Differential (AV9)  CO Proportional Band (AV19)

 Min. Day Setpoint (AV7)  CO Reset Rate (AV20)

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Document Edition 4.2 Page 5 of 43

Menu Item

Description



The LCD Display Code Setting (AV15), a 4-digit value (ABCD) configures local

display and button handling as follows:

A Line 1 (Top Left –i.e., Outside Value): 1 to 4

1- Disabled

2- Value from AV5 (i.e., remote value such as OAT)

3- Value from AI2 (i.e., external sensor)

4- Value from AI3 (i.e., Humidity)

B Line 2 (Center –i.e., Inside Value): 1 to 4

1- Disabled

2- Temperature from AI1

3- Humidity from AI3

4- Alternates between Temperature (AI1) & Humidity (AI3)

5- Value from AI2 (i.e., external sensor)

6- Value from AV5 (i.e., remote value

7- Setpoint

8- Setpoint with adjust

9- User Setpoint with adjust (-3 to +3 degrees)

C Line 3 (Bottom –i.e., Setpoint Value): 1 to 5

1- Disabled

2- No Setpoint until an arrow button is pressed (adjustable)

3- Setpoint is always displayed (adjustable)

4- No Setpoint until an arrow button is pressed (not adjustable)

5- Setpoint is always displayed (not adjustable)

6- Temperature from AI1

7- Value from AI2

8- Humidity from AI3

9–CO2 from AI4

D House & Day/Night Mode Icons: 1 to 9

HOUSE OUTLINE ON/OFF TEXT MAN SUN/MOON

1 No No No No

2 No Flash No No

3 No Yes No No

4 No No No Yes

5 Yes No No No

6 Yes Yes No No

7 Yes Yes Yes No

8 Yes No Yes No

9 Yes No No Yes

NOTE: When connected to MS/TP, the Display Code may be set to any valid value –

making it unnecessary to write GCL+ programs for display and button handling.

Whenever an application is selected, a matching default Display Code is also set

automatically (typically 1237), but this can be set to something else if so desired.

DNS-24, DNT-T103 & DNT-T221 Application Guide

Page 6 of 43 Document Edition 4.2

Menu Item

Description



The Service Tool Mode access setting (AV32) has the following options:

0 Disables all access to Service Tool Mode

1 Provides limited access for VAV, or full access for other applications

2 Provides full access with advanced Air Balancer functions for VAV



Time Clock feature allows the ability for a signal from an external source to directly

control Alg Mode (AV13) via IP2. This feature is only available in non-VAV

algorithms. The Time Clock is enabled by setting the units of AI2 to “Day” or by

selecting  for the  option in the configuration menu.

IP2

Alg Mode

Occupancy

Short

Unoccupied

Open

Occupied

This feature works on edge changes and not constantly held. This means if a signal

changes Alg Mode to 0, a new value can be overwritten from key presses or direct

writes to Alg Mode (AV13).



The LINKnet Communications Setting (ONor OFF), to match the connection

method. The should be set to OFF when connecting to MS/TP. For use with

LINKnet, see Appendix B: LINKnet.



The DNA Setting (ONor OFF), for inheriting a derived address from system level

devices above the BACstat on the MS/TP network. This option is not available when

LINKnet is On.

Menu Item

Description



The device Address (1 to 99), which is used internally as the MAC Address. As the

BACstat can only be a Subnet device on MS/TP, this address is always mapped in as

the Subnet value. On MS/TP the complete BACnet address is in the form of

“OEM_Area_System_Subnet”



These options are only available when DNA and LINKnet are Off. When DNA is

On, these options are automatically inherited from the system level device above the

BACstat.

The System number (0 to 99) can only be set manually when on MS/TP and DNA is

turned OFF.



The Area number (0 to 99) can only be set manually when on MS/TP and DNA is

turned OFF.



The OEM number (0 to 3) can only be set manually when on MS/TP and DNA is

turned OFF.



The Network Speed (9.6 KB, 19.2 KB, 38.4 KB, or 76.8 KB). The default for

MS/TP is 76.8 KB.





The clear database feature (Yes or NO) resets the configuration settings to the

default (refer to page 9).

Note: The following are not cleared: Baud Rate, Device Address, DNA/LINKnet,

MaxMaster and Max Info Frame.



To exit the Configuration Menu (Yes or No). If you do not press a button within 1

minute the device will automatically exit and return to its normal display mode.

NOTE:AI2 (and AI3 for the DNT-T221) are not configured through the Configuration

Menu. These objects must be configured through the OWS (i.e., for Scale/Units) –except

when AI2 is used for VAV airflow. Refer to OWS Functions on page 34 for more

information.

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Document Edition 4.2 Page 7 of 43

SERVICE TOOL MODE (KEYPAD)

A new BACstat II Quick Reference Card for Service Tool Mode (product number REF-817) is

available for quick and easy reference, and for navigation of the Service Tool features. One is

shipped with the product, and additional copies can be ordered as necessary.

1. SERVICE TOOL MODE USERACCESS&NAVIGATION

Access to Service Tool Mode and its associated menu options is not protected by an access code or PIN.

However, user access must be enabled (via AV32 or the setting located in the ConfigurationMenu) and

the valid key sequence must be entered.

To enter Service Tool mode, first press the Down Arrow (▼) and then the Up Arrow (▲), and hold

them both down for at least 5 seconds (which is the opposite sequence to the Configuration menu).

There is no PIN or password.

Once youhave entered the valid user keysequence you will gain access to Service Tool Mode, and

SEr will be displayed immediately along with a main menu ofseveral options.

You may now use the up and down arrow buttons to navigate through the main menu options, and

the NEXT or PREVIOUS buttons to navigate the submenus and their associated options.

Once you have navigated to the desired item you wish to display or change, use the arrow buttons to

make any necessary changes. Once the changes are made or you wish to move on, press NEXT or

PREVIOUS.

Ifat any time you do not press abutton for 30 minutes, the BACstat will exit Service Tool Mode

and return to normal display mode. Anyoutputs commanded manually will remain in manual, and a

VAV box commanded to various Air Balancer modes (Minimum, Maximum, Close, Open, Zero

Calibration) will also remain as commanded. A subsequent user command (CtL) is required to put

the BACstatand associated outputs back under control (or Auto).

2. SERVICE TOOL MENUOPTIONS

Service Tool Mode contains two menus: the Main menu and an Air Balancer menu (which is only

available when the application is configured for VAV).

Air Balancer Menu Options

Item

Description



Displayed on line 2 of the LCD (center screen) to indicate you are at the Main menu of the

Service Tool Mode.

[Option]

Service Tool Mode has these following main menu options, which you rotate through using

the arrow keys. Press the NEXT or PREVIOUS buttons to select the option and navigate the

submenus.

 To calibrate Inputs AI1 to AI4 as compared to an external measuring device.

Navigate past the inputs you don’t wish or need to calibrate.

 To manually command AV1 to AV3 (0-100% for tri-state or PWM, and OFF or

ONfor binary outputs), associated with OP1 to OP3 respectively. This allows

for end-to-end commissioning of output devices. Navigate past the outputs you

do not need to command. [When outputs are defined as tri-state in the

Configuration menu, modifications can only be made to the primary output –

the other output cannot be modified.]

DNS-24, DNT-T103 & DNT-T221 Application Guide

Page 8 of 43 Document Edition 4.2

Air Balancer Menu Options

Item

Description

 To enter Air Balancing mode, which is only an option when VAV is selected

as the Application in the Configuration Menu.

 To exit Service Tool mode (Yes or No). At any time within the Service Tool

menus, if you do not press a button within 30 minutes the device will

automatically revert to its normal display mode (but retains manually

commanded outputs and stays in any forced VAV box mode: MIN, MAX,

CLOSED, OPEN).



Displayed on line 1 of the LCD (top left) to indicate you are in the Air Balancer Mode.

[Option]

Air Balancer Mode has these following menu options, which you rotate through using the

arrow keys. Press the NEXT or PREVIOUS buttons to select the option and navigate the

submenus.

 Displays the current Air Flow, use the arrow keys to navigate the submenus

and view the internal Air Flow Setpoint and the Air Flow Factor (with possible

adjustment).

 Displays the current Minimum Air Flow setting, use the arrow keys to navigate

the submenus to adjust the value and force the box to the minimum value.

 Displays the current Maximum Air Flow setting, use the arrow keys to

navigate the submenus to adjust the value, force the box to the maximum

value, and calibrate the display value to match a measured value.

Use the arrow keys to navigate the submenus and select options to force the

box fully closed, and then auto-calibrate for zero flow.

 Use the arrow keys to navigate the submenus and select options to force the

box fully open.

 Use the arrow keys to navigate the submenus and select options that put the

box back under control (releasing the box from forced modes: MIN, MAX,

CLOSED, OPEN, or ZERO Calibrate).

 To exit Service Tool mode (Yes or No). At any time within the Service Tool

menus, if you do not press a button within 30 minutes the device will

automatically revert to its normal temperature display mode (but retains

manually commanded outputs and stays in any forced VAV box mode: MIN,

MAX, CLOSED, OPEN, or ZERO Calibrate).

INPUT CALIBRATION

MS/TP CONNECTION

The inputs are typically calibrated in their associated local AI objects. These same calibration

fields are also mapped to variables (AV16 to 18) to allow other vendors in a multi-vendor

installation to calibrate the inputs. The inputs may also be calibrated right at the BACstat

using the Service Tool Menu.

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Document Edition 4.2 Page 9 of 43

INPUT SCALE RANGES

Local Input Scale Ranges are selected by setting the units, from the following available

options.

Input

Valid Units

Scale Description

Application Notes

AI1

C / F

Standard 10K Thermistor (in ºC or ºF)

Only available options for AI1.

AI2

C / F

Standard 10K Thermistor (in ºC or ºF)

Available whenever the VAV

application is not enabled.

0-5 or 0-10v input signal (depending on

jumper) converted to a 0-100% value

Available whenever the VAV

application is not enabled.

CFM / LPS

Air Flow (in CFM or LPS) using a 0-1”

DP Sensor (Kavlico or Setra)

Fixed whenever the VAV

application is enabled.

AI3

C / F

Standard 10K Thermistor (in ºC or ºF)

Available whenever the HUM

application is not enabled.

0-5 or 0-10v input signal (depending on

jumper) converted to a 0-100% value

Available whenever the HUM

application is not enabled.

%RH

Built-in Custom Humidity Sensor

(optional)

Fixed whenever the HUM

application is enabled.

AI4

ppm

Built-in 0-2000ppm CO2 Sensor

Only available on DNS-24 models

BI5

On/off

Built-in motion sensor

Only available on DNS-24 models

Unless inputs are multiplexed, many of the input units and associated scale ranges are automatically

set when a built-in application is selected. Also refer to page 35 for configuring AI2 and AI3.

MS/TP CONNECTION

Only those units and associated scale ranges resident locally in the BACstat may be used.

Software & Programming

OBJECTS

The following is a list of predefined objects that reside in the BACstat II products that cannot be

created or deleted. When connected to an MS/TP network, these objects are readily accessible

over the network.

Object

Name

Description

Default Value

DEV<address>

BACstat<address> *

Device Object

N/A

AI1

Temperature

Input 1 (10K Thermistor Value)

N/A

AI2

Input 2 *

Input 2 (Available Input)

N/A

AI3

Humidity

Input 3 (Humidity on DNT-H103 DNT-H121)

N/A

Input 3 *

Input 3 (Extra Input on DNT-T103 DNT-T221)

N/A

AI4

CO2

Input 4 (CO2 on DNS-C24, DNS-CH24, DNS-

CHM24)

N/A

BI5

Motion

Input5 (Motion on DNS-M24, DNS-CHM24)

N/A

AV1

Output 1 *

Output 1 (0 –100%, Name Changes)

N/A

AV2

Output 2 *

Output 2 (0 –100%, Name Changes)

N/A

AV3

Output 3 *

Output 3 (0 –100%, Name Changes)

N/A

AV4 

KeyPress

KeyPress Value

N/A

AV5 

External *

External Object Value (i.e., OAT)

Used for User Setpoint Adjust when display code

‘B’ is set to 9

N/A

DNS-24, DNT-T103 & DNT-T221 Application Guide

Page 10 of 43 Document Edition 4.2

AV6 

Day Setpoint

Room Setpoint

ºC = 21; ºF = 71; % = 30

AV7 

Day Minimum

Minimum Adjustable Day Setpoint

ºC = 18; ºF = 65; % = 20

AV8 

Day Maximum

Maximum Adjustable Day Setpoint

ºC = 25; ºF = 77; % = 55

AV9 

Day Differential

Room Setpoint Differential

ºC = ±0.5; ºF = ±1, % = ±2.5

AV10 

Night Heat Setpoint

Night Setpoint for Heating (or Humidity)

ºC = 16; ºF = 60; % = 30

AV11 

Night Cool Setpoint

Night Setpoint for Cooling

ºC = 30; ºF = 86; % = 30

AV12

Application

Control Application (Name Changes)

None

AV13 

Alg Mode

Algorithm Mode

0 (OFF or Night)

AV14

Controller Status

Status of Internal Control Loop

N/A

AV15

Display Code

Local Display & Button Handling

1237

AV16

AI1 Calibration

Input 1 Calibration (Temperature)

0.0

AV17

AI2 Calibration

Input 2 Calibration (MUXed IP)

0.0

AV18

AI3 Calibration

Input 3 Calibration (Humidity)

0.0

AV19

Proportional Band

Control Loop Tuning Parameter

ºC = 1; ºF = 2; % = 10

AV20

Reset Rate

Control Loop Tuning Parameter

1.0

AV21

Output 1 Config

Output 1 Configuration Variable

As per Application Setup

AV22

Output 2 Config

Output 2 Configuration Variable

As per Application Setup

AV23

Output 3 Config

Output 3 Configuration Variable

As per Application Setup

AV24

Setup 1

Setup Variable 1 (Name Changes)

As required

AV25

Setup 2

Setup Variable 2 (Name Changes)

As required

AV26

Setup 3

Setup Variable 3 (Name Changes)

As required

AV27

Setup 4

Setup Variable 4 (Name Changes)

As required

AV28

Setup 5

Setup Variable 5 (Name Changes)

As required

AV29

Setup 6

Setup Variable 6 (Name Changes)

As required

AV30

Baud Rate

Network Baud Rate

AV31

PIN (4-Bit Configuration Access Code)

1011

AV32

Service Tool Mode

Service Tool Access Disable/Enable (0-2)

1 (or 2 when AV12 = VAV)

AV33 

Box Mode

Heating & Cooling Modes for VAV/VVT

0 (Cooling)

AV34

System Stats

System Statistics

N/A

AV35

System Log

System Event Log

N/A

AV36

AI4 Calibration

Input 4 Calibration (CO2)

0.0

AV38

Motion Latch

Configures the latch time for BI5

60 seconds

* Names are user settable (to a maximum of 32 characters), and only on outputs when they are controlled remotely (i.e.,

MUXed).

These are the typical objects that may be commanded on the fly by a user or from GCL++, and also include the Outputs

(AV1-3) when they are MUXed. Never command the Configuration Variables (AV12, AV21-13) on the fly.

Device Object Commissioned Flag

Unlike DACs BACstats do not have individual commissioned flags for each I/O object. BACstats

have a single commissioned flag property in the device object which can be used during system

commissioning to indicate if the device has been commissioned.

Inputs

Humidity (AI3)

On BACstats with the on board humidity sensor option (H), the humidity sensor shows up as analog

input 3. When configured as a LINKnet device with display code 1111 input scaling is done in the

parent controller (see Appendix B LINKnet). Download the humidity scale range AIC from the DNS-

24 product page on the support site.

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