HYDRAULIC MODULES (code M2 ENERGY)
Hydraulic modules with different characteristics depending on the models. They can be direct or with two and three-way mixing valves with high efficiency circulator.
According to the models, the Modules are designed for the insertion of an energy cost allocator.

HYDRAULIC MODULES | CODE | DESCRIPTION |
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M2 Energy - DN20 | 202518-P6-20 | Direct hydraulic module DN20 |
Module designed for the insertion of a two-way energy cost allocator. Wilo Para 15/6 SC built-in high efficiency circulator. EPP insulation box. |
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M2 MIX3 Energy DN20 | 202518-M3-P6-20-M51-05 | Mixed hydraulic module DN20 |
2-way hydraulic module with three-way mixing valve. Prepared for the insertion of an energy cost allocator. Wilo Para 15/6 SC built-in high efficiency circulator. EPP insulation box. Servo motor for mixing valve with 0-10V/2-10V control signal. 5 Nm, 2min. 24V AC, 24V DC power supply. |
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M2 Energy DN 25 | 203518-P8-20 | Direct hydraulic module DN25 |
Module designed for the insertion of a two-way energy cost allocator. Wilo Para 25/8 SC built-in high efficiency circulator. EPP insulation box. |
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M2 MIX3 Energy DN25 | 203518-M3-P8-20-M51-05 | Mixed hydraulic module DN25 |
2-way hydraulic module with three-way mixing valve. Prepared for the insertion of an energy cost allocator. Wilo Para 25/8 SC built-in high efficiency circulator. EPP insulation box. Servo motor for mixing valve with 0-10V/2-10V control signal. 5 Nm, 2min. 24V AC, 24V DC power supply. |
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M2 DN32 | 20555R-PA1-8 | Direct hydraulic module DN32 |
Module designed for the insertion of a two-way energy cost allocator. Wilo Para 30/1-8 built-in high efficiency circulator. EPP insulation box. |
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M2 MIX3 DN32 | 20555R-M3-PA1-8-M51-05 | Mixed hydraulic module DN32 |
2-way hydraulic module with three-way mixing valve. Prepared for the insertion of an energy cost allocator. Wilo Para30/1-8 built-in high efficiency circulator. EPP insulation box. Servo motor for mixing valve with 0-10V/2-10V control signal. 5 Nm, 2min. 24V AC, 24V DC power supply. |

MOTORIZED ZONE VALVES
Full conduit sphere zone valves. Two-way motorized with servo control (230 Volt or 24 Volt AC). Relay and auxiliary micro for clean contact. Nozzle connections. Max operating pressure 16 bar. Max differential pressure 10 bar. Max operating temperature 110 ° C.
ZONE VALVES | CODE | DESCRIPTION |
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Motorized 2-way 1/2" zone valve | 82342AD0553 | Sphere zone valve - Full conduit - Two-way - Motorized with servo control (230 Volt). |
Motorized 2-way 3/4" zone valve | 82342AE0553 | Sphere zone valve - Full conduit - Two-way - Motorized with servo control (230 Volt). |
Motorized 2-way 1" zone valve | 82342AF0553 | Sphere zone valve - Full conduit - Two-way - Motorized with servo control (230 Volt). |
Motorized 2-way 1" 1/4" zone valve | 82342AG0553 | Sphere zone valve - Full conduit - Two-way - Motorized with servo control (230 Volt). |
Motorized 2-way 1/2" zone valve | 82342AD0554 | Sphere zone valve - Full conduit- Two-way - Motorized with servo control (24 Volt). |
Motorized 2-way 3/4" zone valve | 82342AE0554 | Sphere zone valve - Full conduit - Two-way - Motorized with servo control (24 Volt). |
Motorized 2-way 1" zone valve | 82342AF0554 | Sphere zone valve - Full conduit - Two-way - Motorized with servo control (24 Volt). |
Motorized 2-way 1" 1/4" zone valve | 82342AG0554 | Sphere zone valve - Full conduit - Two-way - Motorized with servo control (24 Volt). |
MOTORIZABLE 3-WAY MIXING VALVES
Motorizable 3-way rotary mixing valves.
Female connections.
PN10, max 110 °C.

MIXING VALVES | CODE | DESCRIPTION |
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Motorizable 3-way mixing valve: 1/2" F Kvs 2,5 | 021055-2.5 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 1/2" F Kvs 4,0 | 021055-4.0 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 3/4" F Kvs 4,0 | 031055-4.0 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 3/4" F Kvs 6,3 | 031055-6.3 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 3/4" F Kvs 10,0 | 031055-10 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 1" F Kvs10,0 | 041055-10 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 1" F Kvs 16,0 | 041055-16 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 1" 1/4 F Kvs 16,0 | 051055-16 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |
Motorizable 3-way mixing valve: 1" 1/2 F Kvs 25,0 | 061055-25 | Motorizable 3-way rotary mixing valve. Female connections. PN10, max 110 °C. |

SERVO MOTOR (code M51-05)
Proportional servo motor 0-10V/2-10V. 5 Nm, 2 min.
Power supply: 24V AC, 24V DC
REGULATION DAMPER (code MG/1)
Circular regulation damper with single blade to be mounted on plenum or circular duct.
Motorizable damper.
Diameters from 80 to 600 mm.


SERVO MOTOR FOR REGULATION DAMPER (code LM24A)
Servo motor for regulation damper.
3-point on/off control AC/DC 24 V or AC 230V.
Torque 5 Nm.
SERVO MOTOR | CODE | DESCRIPTION |
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Servo motor for regulation damper - ON/OFF 3 punti 24 V | LM24A | 3-point on/off control. AC/DC 24 V. Torque 5 Nm. |
Servo motor for regulation damper - ON/OFF 3 PUNTI 230 V | LM230A | 3-point on/off control. AC 230 V. Torque 5 Nm. |
MOTORIZEABLE REGULATION DAMPER FOR RECTANGULAR AIR VENTS CARRIER (code STAC1)
Motorized regulation damper with opposite movement blades in extruded aluminum. Synchronization gears in plastic material.
Leverage for manual control included.
Different sizes available starting from 210×300 mm.


ELECTROTHERMIC ACTUATOR
230 V AC 50/60 Hz thermoelectric actuator for controlling the single circuit with display for the operating status (on/off).
Easy mounting thanks to the quick coupling system via adapter (included).
These actuators installed on the individual collector circuits allow the management of each zone/ring, using the appropriate electronic controls.
It is therefore possible to manage centralized systems made with a single collector, such as systems with autonomous zones, controlled by the relative thermostats.