Page 1
HM 80
UNIVERSAL MIXING VALVE CONTROLLER
PRODUCT DATA
FEATURES
• Direct control of mixing valve actuators for individual
room temperature control
• The HM 80 is communicating with the Chronotherm
CM67RFMV, (CM67z) to keep the room temperature
constant, time program, holiday function
• Manual or automatic control
• Simple binding operation to reduce installation time
and costs
• Pump control, after running time adjustable 0..99 min.
• External Flow Sensor connectable NTC 20KΩ, 25°C
not linear (type T7414C1012)
• Maintenance run for pump and mixing valve
• Boiler feedback heat on demand with
CM67RFMV,CM67z
• Heating / Cooling operation
• RF communication check
GENERAL
The wireless Universal Mixing valve Controller is used for
heating/cooling zoning control. The HM 80 controls the mixing
valve depending on the room temperature and room setpoint
by using fuzzy control logic to keep the room temperature
precisely constant. It can be done with and without the flow
sensor T7414C1012 (optional)
The pump can be controlled directly with the HM 80 relay
output 230V~.
SPECIFICATIONS
ELECTRICAL
Electrical voltage supply : 230V ~ , 50Hz, max. 6A
Pump relay : 3A, cos φ 0,7, without potential
free relay contact
Mixing valve relay : 3A, cos φ 0,7, without potential
free relay contact
RF Communication
Frequency : 868,3 MHz Receiver
Receiver class : 2
RF communication range : 30m in a residential building
environment
RF communication : short, high rate transmission to
Technology minimize air time and avoid
collisions
ENVIRONMENTAL and STANDARDS
Storage temperature : -20 … +70 ºC
Operating temperature : 0 … +50 ºC
Dimensions (HxWxD) : 161,5 x121x 46 mm
Humidity : max. 5 … 90 %
Material : Socket: PA-GF 25-FR
Cover : PC-FR VO certificated
IP class : IP54
Options : Flow sensor NTC 20KΩ
connectable
Compatible products : CM67RFMV, CM67z
Approval : CE
EN0H0550GE51 R0905
Page 2
Page 3
HM 80
Application EXAMPLES
Application A
Mixing Valve Application for UFH without boiler feedback
Mixing Valve Application for UFH without boiler feedback
Mixing Valve Application for UFH without boiler feedback
CM67RFMV with parameter
CM67RFMV with parameter
CM67RFMV with parameter
settings
settings
settings
Pump after running time 0…99 min
Pump after running time 0…99 min
Pump after running time 0…99 min
Actuator running time 0…240 s
Actuator running time 0…240 s
Actuator running time 0…240 s
Min flow temperature setpoint 0…50°C
Min flow temperature setpoint 0…50°C
Min flow temperature setpoint 0…50°C
Max flow temperature setpoint 0…99°C
Max flow temperature setpoint 0…99°C
Max flow temperature setpoint 0…99°C
The HM80 controls the mixing valve depending on the room temperature
The HM80 controls the mixing valve depending on the room temperature
The HM80 controls the mixing valve depending on the room temperature
setpoint and communicates with the CM67RFMV. In addition the controller
setpoint and communicates with the CM67RFMV. In addition the controller
setpoint and communicates with the CM67RFMV. In addition the controller
has a relay output for pump control and connection for the flow sensor.
has a relay output for pump control and connection for the flow sensor.
has a relay output for pump control and connection for the flow sensor.
Without using the flow sensor the mixing valve position is adjusted in accordance with
Without using the flow sensor the mixing valve position is adjusted in accordance with
Without using the flow sensor the mixing valve position is adjusted in accordance with
the room setpoint temperature and the actual room temperature.
the room setpoint temperature and the actual room temperature.
the room setpoint temperature and the actual room temperature.
If the flow sensor is used the mixing valve position is adjusted in accordance with the
If the flow sensor is used the mixing valve position is adjusted in accordance with the
If the flow sensor is used the mixing valve position is adjusted in accordance with the
calculated flow temperature setpoint and the measured flow temperature. The flow
calculated flow temperature setpoint and the measured flow temperature. The flow
calculated flow temperature setpoint and the measured flow temperature. The flow
temperature setpoint is calculated from the room temperature setpoint and the actual
temperature setpoint is calculated from the room temperature setpoint and the actual
temperature setpoint is calculated from the room temperature setpoint and the actual
room temperature deviation.
room temperature deviation.
room temperature deviation.
CM67RFMV
CM67RFMV
CM67RFMV
Application B
Mixing Valve Application for UFH with boiler feedback
Mixing Valve Application for UFH with boiler feedback
CM67RFMV
CM67RFMV with parameter
CM67RFMV with parameter
settings
settings
Pump after running time 0…99 min
Pump after running time 0…99 min
Actuator running time 0…240 s
Actuator running time 0…240 s
Min flow temperature setpoint 0…50°C
Min flow temperature setpoint 0…50°C
Max flow temperature set point 0…99°C
Max flow temperature set point 0…99°C
CM67RFMV
HC60NG
HC60NG
R6660D
R6660D
Boiler feedback
Boiler feedback
Flow temperature sensor
Flow temperature sensor
Flow temperature sensor
Flow temperature sensor
7414C1012 (optional)
T
7414C1012 (optional)
T
7414C1012 (optional)
T
7414C1012 (optional)
T
HM80
HM80
HM80
HM80
M
M
M
M
Boiler
Boiler
Boiler
Boiler
Flow temperature sensor
Flow temperature sensor
T7414C1012 (optional)
T7414C1012 (optional)
HM80
HM80
M
M
Boiler
Boiler
Pump
Pump
Pump
Pump
Mixing Valve
Mixing Valve
Mixing Valve
Mixing Valve
Pump
Pump
Mixing Valve
Mixing Valve
EN0H0550GE51 R0905
Page 4
HM 80
n
n
Application C
Mixing Valve Application for UFH and Radiator Control HR80
Mixing Valve Application for UFH and Radiator Control HR80
without boiler feedback
without boiler feedback
Default parameters are:
Default parameters are:
Default parameters are:
Pump after running time 15 min
Pump after running time 15 min
Pump after running time 15 min
Actuator running time 150 s
Actuator running time 150 s
Actuator running time 150 s
Min flow temperature setpoint 15°C
Min flow temperature setpoint 15°C
Min flow temperature setpoint 15°C
Max flow temperature setpoint 55°C
Max flow temperature setpoint 55°C
Max flow temperature setpoint 55°C
Flow temperature
Flow temperature
Flow temperature
sensor T7414C1012
sensor T7414C1012
sensor T7414C1012
(optional)
(optional)
(optional)
HM80
HM80
HM80
Boiler
Boiler
Boiler
M
M
MMM
Pump
Pump
Pump
Mixing Valve
Mixing Valve
Mixing Valve
Pump
Pump
Pump
CM67z without programmi
CM67z without programmi
Parameters , only default
CM67z
CM67z
CM67z
1
1
1
e
e
e
n
n
n
o
o
o
Z
Z
Z
ly
ly
ly
n
n
n
O
O
O
Zone 2
Zone 2
HR80
HR80
HR80
HR80
Zone 2
Zone 2
Zone 2
Zone 2
Parameters , only default
parameters are used
parameters are used
EN0H0550GE51 R0905
Page 5
HM 80
Application D
Automation and Control Solutions
Honeywell GmbH
Boeblinger Strasse 17
D-71101 Schoenaich
Phone: (49) 7031 63701
Fax: (49) 7031 637493
http://europe.hbc.honeywell.com
Subject to change without notice. Printed in Germany Manufacturing location certified to
Mixing Valve Applications for UFH and Radiator Control HR80
Mixing Valve Applications for UFH and Radiator Control HR80
with boiler feedback
with boiler feedback
Flow temperature
Flow temperature
sensor T7414C1012
sensor T7414C1012
(optional)
(optional)
HM80
HM80
Default parameters are
Default parameters are
Pump after running time 15 min
Pump after running time 15 min
Actuator running time 150 s
Actuator running time 150 s
Min flow temperature setpoint 15°C
Min flow temperature setpoint 15°C
Max flow temperature setpoint 55°C
Max flow temperature setpoint 55°C
Boiler feedback
Boiler feedback
HC60NG
HC60NG
R6660D
R6660D
Boiler
Boiler
M
MMM
Pump
Pump
Mixing Valve
Mixing Valve
Pump
Pump
O
O
n
n
o
o
Z
Z
y
y
l
l
n
n
1
1
e
e
HR80
HR80
HR80
HR80
CM67z
CM67z
Zone 2
Zone 2
Zone 2
Zone 2
CM67z without programming
CM67z without programming
Parameters , only default
Parameters , only default
parameters are used
parameters are used
EN0H0550GE51 R0905
Loading...