Honeywell T7000, 2080 User Manual
T7000
2080
HEAVY-DUTY RADIATOR THERMOSTAT
Application
A Radiator Thermostat is installed onto a Thermostatic Radiator Valve Body (TRV body). The combination of both, the
Thermostatic Radiator Valve (TRV), controls the room temperature by adjusting the flow of hot water through a radiator.
TRVs are installed in water-based heating systems on the
supply or, less commonly on the return connection of radiators.
Radiator thermostats of this type fulfill the European Standard
EN 215 when used with certified Honeywell TRV bodies.
Honeywell radiator thermostats with Honeywell (HW) M30 x 1.5
connection are suitable for all TRV body and radiator inserts
with M30 x 1.5 connection and 11.5 mm closing dimension.
Features
• Conforms with M30 x 1.5 connection to European standard EN 215
• Equipped with liquid sensor
• Memory-clip
• Easy to equip with range stoppers
Design
The radiator thermostat consists of:
• Handwheel with lid and socket
• Honeywell HW M30 x 1.5 connection and 11.5 mm closing
dimension
• Sensor with support cage
• Internal or remote sensor
• Liquid sensor
• Spindle assembly
• Connection nut
Materials
• Handwheel socket and lid made of plastic, white to RAL9016
• Socket made of black plastic
• Socket, support cage and spindle assembly made of plastic
• Sensor filled with liquid
• Connection nut made of nickel-plated brass
Specifications
Thermostat
connection
Setpoint range 0 - ❄ - 1..5 (with zero-position)
Temperature range 1...28°C (34...82°F)(with zero-position)
Closing dimension 11.5 mm HW type
NOTE: Zero-position is also thermostatically controlled -
when temperature falls the TRV may open.
M30 x 1.5 HW type
❄ - 1..5 (without zero-position)
❄ - 1..3 (without zero-position)
6...28°C (43...82°F)(without zero-position)
6...21°C (43...70°F)(without zero-position)
Function
Radiator thermostats of this type control the TRV body. The air
passing around the sensor of the radiator thermostat causes
the sensor to expand when the temperature rises. The
expanding sensor closes the TRV accordingly. When the room
temperature changes the TRV opens or closes proportionally.
Only the amount of water required to maintain the room temperature set on the radiator thermostat is allowed to flow through
the valve.
Honeywell y Subject to change EN0H-2004GE25 R0109
T7000 - 2080
Dimensions and Ordering Information
71 closed
78 open
ø 60
Fig. 1. 2080 with internal sensor Fig. 2. 2080 with remote sensor
NOTE: All dimensions in mm unless stated otherwise.
Table 1. Available versions and OS-Nos (OS=Ordering Specification)
Type EN215
certification
Zero-
position
Limited to
position 3
(’0’)
2080 with internal sensor
• M30 x 1.5 - white ❄ - 1..5 T7001
• • M30 x 1.5 - white ❄ - 1..3 T7001B3
• • M30 x 1.5 - white 0 - ❄ - 1..5 T7001W0
2080 with remote sensor
• M30 x 1.5 0.8 m white ❄- 1..5 T700108
• M30 x 1.5 2.0 m white ❄- 1..5 T700120
• M30 x 1.5 5.0 m white ❄ - 1..5 T700150
• M30 x 1.5 0.8 m white ❄ - 1..3 T700120B3
• • M30 x 1.5 0.8 m white 0 - ❄ - 1..5 T700108W0
• • M30 x 1.5 2.0 m white 0 - ❄ - 1..5 T700120W0
98
35
Connection Capillary
tube
length
71 closed
78 open
ø 60
Colour Cap OS-No.
EN215 Information
All radiator thermostats of this type with M30x1.5 connection in connection with certified Honeywell TRV bodies conform to the
European Standard EN215.
Table 2. Comparison of radiator thermostats of this type specs and EN 215 requirements
2080
without zero-position
Min. setpoint temperature 6°C (43°F) 6°C (43°F) 5...12°C (41...54°F)
Max. setpoint temperature 28°C (82°F) 28°C (82°F) ≤ 32°C (90°F)
Hysteresis 0.4K 0.5K ≤ 1.0K
Influence of differential pressure 0.3K 0.6K ≤ 1.0K
Influence of static pressure 0.5K 0.5K ≤ 1.0K
Influence of heating medium 0.8K 0.6K ≤ 1.5K
Response time 31 min 12 min ≤ 40 min
NOTE: All °C- and °F-values specified at ideal incident flow. This can differ from stated values depending on installation position
and air flow.
NOTE: Influence of differential pressure depends on TRV body used.
EN0H-2004GE25 R0109 2 Honeywell y Subject to change
2080 with remote sensor,
without zero-position
EN215
requirements
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