Honeywell TB6980 Käyttöohje
Honeywell
Termostaatti
TB6980
Lue alta 📖 käyttöohje suomeksi merkille Honeywell TB6980 (6 sivua) kategoriassa Termostaatti. Tämä opas oli hyödyllinen 4 henkilölle ja sai 4.5 tähden keskimäärin 2 käyttäjältä
Sivu 1/6
TB6980/TB7980 62-0238 400-150-005-B 3/23/06 1/6
The TB6980/TB7980 digital thermostats provide proportional plus
integral individual space temperature control in zoned commercial
HVAC systems such as hydronic and pressure dependent VAV with
or without reheat. There are four different models:
Depending on the model, the thermostat can have up to three out-
puts that can be used for the following applications:
Floating or Modulating damper/valve actuator control
Damper/valve actuator control with duct reheat and auxiliary
heat (B models only)
Hydronic systems (room control, perimeter heating and cool-
ing)
Accessories
R841 family of electromechanical relays
T7770A3002 remote room sensor
50014156-002 remote room sensor
32004800-001 bare thermistor
50014157-001 duct temperature sensor
nRemove the thermostat from its base by unscrewing the cap-
tive screw and tilting the bottom of the thermostat up. The
screw cannot be completely removed.
oPass the wires through the center hole of the base and secure
the base to the wall or onto an electrical box.
pWire the thermostat. See section 2.2 for terminal designations
and section 3 for typical wiring diagrams.
qReinstall the thermostat onto its base and secure with the cap-
tive screw.
The designations of the terminals vary according to the particular
model of thermostat. Refer to the following table for the description
of each terminal.
• TB7980A (single output, modulating) • TB6980A (single output, floating)
• TB7980B (multiple output modulating) • TB6980B (multiple output, floating)
Configuration and status display
Heating mode
Temperature display
Output power display
Temperature
adjustment
button
Cooling mode
Override button
TERMINAL DESCRIPTION
1
2
24 VAC
COM Power supply
3
4
AN1
COM Output 1
TB7980 models
3
4
OPEN
CLOSED TB6980 models
5
6
T2/AN2
T2/COM Output 2 (TB6980B and TB7980B models)
7
8
T3
T3 Output 3 (TB6980B and TB7980B models)
9
10
COM
SENSOR
External sensor input. (For applications requiring
an external sensor, see section 4.2.)
9
11
COM
C-Over
Mode Changeover input (N.O. contact). See sec-
tion 5.4.2.
9
12
COM
NSB
Night Setback activation input (N.O. contact).
See section 5.5.
Note: To configure the terminals, see section 4.
TB6980/TB7980 62-0238 400-150-005-B 3/23/06 2/6
FIGURE 1: Damper control with electric reheat and auxiliary
baseboard heating.
FIGURE 3: Damper control with automatic changeover,
electric reheat 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 TB7980B
TB6980B
TB6980/TB7980 62-0238 400-150-005-B 3/23/06 3/6
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
setpoint + 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 0Cool 1 1°C (2°F) 0% 0 80
Can be set
between 35°C
(95°F) and
’’minimum
setpoint + 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% 4120
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 typea
(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
setpoint + 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 typea
(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
setpoint + 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% 4120
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).
nRemove the thermostat from its base and
set the SW2 switch to MENU.
oReinstall 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.
pTo modify the setting, use the up/down
arrows. Refer to the adjacent tables.
qPress Override to save the new setting and
go to the next item.
rRepeat steps 3 and 4 for remaining items.
sWhen 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
Tuotetiedot
| Merkki: | Honeywell |
| Kategoria: | Termostaatti |
| Malli: | TB6980 |
Tarvitsetko apua?
Jos tarvitset apua merkille Honeywell TB6980 esitä kysymys alla ja muut käyttäjät vastaavat sinulle
Termostaatti Honeywell Käyttöohjeet
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
18 Lokakuuta 2024
Termostaatti Käyttöohjeet
- Termostaatti Siemens
- Termostaatti EBERLE
- Termostaatti Danfoss
- Termostaatti Heatit
- Termostaatti Jung
- Termostaatti Ambiano
- Termostaatti Xavax
- Termostaatti Remeha
- Termostaatti Heatmiser
- Termostaatti GENERAL Life
- Termostaatti HomePilot
- Termostaatti Delta Dore
- Termostaatti Fenix
- Termostaatti H-Tronic
- Termostaatti Junkers
- Termostaatti Gewiss
- Termostaatti Ferroli
- Termostaatti Horstmann
- Termostaatti Landis Gyr
- Termostaatti Salus
- Termostaatti Vaillant
- Termostaatti Theben
- Termostaatti Amfra
- Termostaatti Grasslin
- Termostaatti ELKO
- Termostaatti Orbis
- Termostaatti Vemer
- Termostaatti Technoline
- Termostaatti Drayton Erie
- Termostaatti Nefit
- Termostaatti Fantini Cosmi
- Termostaatti Saunier Duval
- Termostaatti Tado
Viimeisimmät Termostaatti Käyttöohjeet
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024
26 Lokakuuta 2024