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TB6980/TB7980                                                                                                                                                                                  62-0238     400-150-005-B           3/23/06             3/6

4. Configuration

4.1 Configuration Menus

 (See following pages for explanations)

TB7980A model

Application 

(section 4.2)

Default mode & 

Output 1 type 

(section 4.3.1)

NSB value 

(section 5.5)

Output 1 

min. opening 

(section 4.3.2)

Maximum 

setpoint 

(section 4.6)

Minimum 

setpoint 

(section 4.6)

0 Internal sensor

0 Cool / 0-10V

1 1°C (2°F)

0 0%

Can be set 

between 35°C 

(95°F) and 

’’minimum 

se 1’’

Default value 

is 35°C (95°F)

Can be set 

between 10°C 

(50°F) and 

’’maximum 

setpoint - 1’’

Default value 

is 10°C (50°F)

1 Room

1 Heat / 0-10 V

2 2°C (4°F)

1 10%

2 Return

2 Cool / 2-10 V

3 3°C (6°F)

2 20%

3 Supply

3 Heat / 2-10 V

4 4°C (8°F)

3 30%

4 Auto changeover

5 5°C (10°F)

4 40%

5 Limited cooling

6 6°C (12°F)

5 50%

7 7°C (14°F)
8 8°C (16°F)
9 9°C (18°F)

TB6980A model

Application 

(section 4.2)

Default mode 

(section 4.3.1)

NSB value 

(section 5.5)

Output 1 

min. opening 

(section 4.3.2)

Output 1 

opening time 

(section 4.3.3)

Maximum 

setpoint 

(section 4.6)

Minimum 

setpoint 

(section 4.6)

0 Internal sensor

0 Cool

1 1°C (2°F)

0 0%

0 80

Can be set 

between 35°C 

(95°F) and 

’’minimum 

se 1’’

Default value 

is 35°C (95°F)

Can be set 

between 10°C 

(50°F) and 

’’maximum 

setpoint - 1’’

Default value 

is 10°C (50°F)

1 Room

1 Heat

2 2°C (4°F)

1 10%

1 90

2 Return

3 3°C (6°F)

2 20%

2

100

3 Supply

4 4°C (8°F)

3 30%

3 110

4 Auto changeover

5 5°C (10°F)

4 40%

4

120

5 Limited cooling

6 6°C (12°F)

5 50%

5 130

7 7°C (14°F)

6 140

8 8°C (16°F)

7 150

9 9°C (18°F)

8 160

TB7980B model

Application 

(section 4.2)

Default mode & 

Output 1 type 

(section 4.3.1)

Output 2 type

a

 

(section 4.4)

Output 3 type 

(section 4.5)

Output 3 

activation 

(section 4.5)

NSB value 

(section 5.5)

Output 1 

min. opening 

(section 4.3.2)

Maximum 

setpoint 

(section 4.6)

Minimum 

setpoint 

(section 4.6)

0 Internal sensor

0 Cool / 0-10V

0 Not used

0 Not used

0 100%

1 1°C  (2°F)

0 0%

Can be set 

between 35°C 

(95°F) and 

’’minimum 

se 1’’

Default value 

is 35°C (95°F)

Can be set 

between 10°C 

(50°F) and 

’’maximum 

setpoint - 1’’

Default value 

is 10°C (50°F)

1 Room

1 Heat / 0-10 V

1 SSR 24 VAC

1 SSR 24 VAC

1 10%

2 2°C (4°F)

1 10%

2 Return

2 Cool / 2-10 V

2 N.C. Valve

2 N.C. Valve

2 20%

3 3°C (6°F)

2 20%

3 Supply

3 Heat / 2-10 V

3 N.O. Valve

3 N.O. Valve

3 30%

4 4°C (8°F)

3 30%

4 Auto changeover

4 Mech. relay

4 Mech. relay

4 40%

5 5°C (10°F)

4 40%

5 Limited cooling

5 SSR 3-32 V

5 Contact

5 50%

6 6°C (12°F)

5 50%

6 SCR 0-10 V

6 60%

7 7°C (14°F)

7 Act. 0-10 V

7 70%

8 8°C (16°F)

8 Act. / 2-10 V

8 80%

9 9°C (18°F)

9 90%

a.

If Output 2 type is set to 0-4, set the SW6 switch to Triac. If the output type is set to 5-8, set the switch to Analog (see section 4.7).

TB6980B model

Application 

(section 4.2)

Default mode 

(section 4.3.1)

Output 2 type

a

 

(section 4.4)

Output 3 type 

(section 4.5)

Output 3 

activation 

(section 4.5)

NSB value 

(section 5.5)

Output 1 

min. opening 

(section 4.3.2)

Output 1 

opening time 

(section 4.3.3)

Maximum 

setpoint 

(section 4.6)

Minimum 

setpoint 

(section 4.6)

0 Internal sensor

0 Cool

0 Not used

0 Not used

0 100%

1 1°C  (2°F)

0 0%

0 80

Can be set 

between 

35°C (95°F) 

and ’’min 

se 1’’

Default 

value is 

35°C (95°F)

Can be set 

between 

10°C (50°F) 

and ’’max 

setpoint - 1’’

Default 

value is 

10°C (50°F)

1 Room

1 Heat

1 SSR 24 VAC

1 SSR 24 VAC

1 10%

2 2°C (4°F)

1 10%

1 90

2 Return

2 N.C. Valve

2 N.C. Valve

2 20%

3 3°C (6°F)

2 20%

2

100

3 Supply

3 N.O. Valve

3 N.O. Valve

3 30%

4 4°C (8°F)

3 30%

3 110

4 Auto changeover

4 Mech. relay

4 Mech. relay

4 40%

5 5°C (10°F)

4 40%

4

120

5 Limited cooling

5 SSR 3-32 V

5 Contact

5 50%

6 6°C (12°F)

5 50%

5 130

6 SCR 0-10 V

6 60%

7 7°C (14°F)

6 140

7 Act. 0-10 V

7 70%

8 8°C (16°F)

7 150

8 Act. / 2-10 V

8 80%

9 9°C (18°F)

8 160

9 90%

a.

If Output 2 type is set to 0-4, set the SW6 switch to Triac. If the output type is set to 5-8, set the switch to Analog (see section 4.7).

n

Remove the thermostat from its base and 
set the SW2 switch to MENU.

o

Reinstall the thermostat. The thermostat is 
now in configuration mode. The first digit 
flashes to indicate that the first item of the 
menu can now be modified.

p

To modify the setting, use the up/down 
arrows. Refer to the adjacent tables.

q

Press Override to save the new setting and 
go to the next item.

r

Repeat steps 3 and 4 for remaining items.

s

When the configuration is done, set the 
SW2 switch back to NORMAL.

NOTE

: Factory settings are inside the shaded cells.

ABBREVIATIONS

NSB

 - Night setback (number of degrees

the thermostat will be set back upon

receiving a setback signal)

SSR

 - Solid state relay (used with fast

cycling electric heaters, SSR's are a quiet

alternative to electromechanical relays.

They're typically included with electric

duct reheat equipment)

SCR

 - Silicon controlled rectifier (similar

to an SSR, SCR's are also quiet and

capable of switching very high current. If

used, they're usually included with the

equipment)

N.C.

 - Normally closed

N.O.

 - Normally open

Summary of Contents for ZONEPRO TB6980

Page 1: ...ure the base to the wall or onto an electrical box p Wire the thermostat See section 2 2 for terminal designations and section 3 for typical wiring diagrams q Reinstall the thermostat onto its base and secure with the cap tive screw 2 2 Terminal Designations The designations of the terminals vary according to the particular model of thermostat Refer to the following table for the description of ea...

Page 2: ...and central cooling FIGURE 5 Changeover and NSB inputs sharing the same 24 Vac transformer FIGURE 6 Changeover and NSB inputs using different 24 Vac transformers FIGURE 4 Temperature control of fresh air supply FIGURE 2 Damper control with electric reheat and auxiliary hot water heating CAUTION Do not connect common to ground CAUTION Do not connect common to ground TB7980B TB6980B TB7980B TB7980B ...

Page 3: ...2 V 5 Contact 5 50 6 6 C 12 F 5 50 6 SCR 0 10 V 6 60 7 7 C 14 F 7 Act 0 10 V 7 70 8 8 C 16 F 8 Act 2 10 V 8 80 9 9 C 18 F 9 90 a If Output 2 type is set to 0 4 set the SW6 switch to Triac If the output type is set to 5 8 set the switch to Analog see section 4 7 TB6980B model Application section 4 2 Default mode section 4 3 1 Output 2 typea section 4 4 Output 3 type section 4 5 Output 3 activation ...

Page 4: ...cted set the switch to Analog see section 4 7 Menu setting Description 0 Internal sensor To control the ambient temperature using the internal built in sensor 1 Room To control the ambient temperature using the 50014156 002 temperature sensor the internal sensor is not used 2 Air return To control the temperature at the air return using the 50014157 001 temperature sensor the internal sensor is no...

Page 5: ... once on one of the buttons The setpoint appears for 5 seconds and is indicated by the display During the setpoint display press one of the buttons to change it Note The temperature setpoint is automatically increased or decreased by 1 C 2 F when the controller switches to heating mode or to cooling mode respectively For example if the setpoint is at 25 C in heating mode it will become 26 C in coo...

Page 6: ...tandard 2 in x 4 in electrical box double gang NEMA standard electrical box with mounting plate 7 WARRANTY Honeywell warrants this product excluding battery to be free from defects in the workmanship or materials under normal use and service for a period of two 2 years from the date of purchase by the consumer If at any time during the warranty period the product is determined to be defective or m...

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