Caminetti Montegrappa Hydro Pellet Stoves

Caminetti Montegrappa hydro pellet stoves are designed to transfer a significant proportion of the energy produced by pellet combustion to water for a compatible central-heating system, while also releasing part of the heat directly into the installation room.

The range includes different outputs, sizes and finishes for radiator systems, underfloor heating, buffer tanks and other compatible hydronic installations.

Many Caminetti Montegrappa hydro stoves shown on Matteoda.it can be ordered. Please contact customer service to check delivery times, finishes, hydraulic accessories and configurations.

How does a hydro pellet stove work?

A hydro pellet stove automatically feeds pellets from its hopper and transfers heat through an integrated water heat exchanger.

The heated water can be used in correctly designed systems supplying:

• radiators;
• fan coils;
• underfloor heating;
• buffer tanks;
• domestic hot-water storage systems where supported;
• other compatible hydronic circuits.

Total output, water output and room output

When comparing hydro pellet stoves, always distinguish between:

• total certified output;
• output transferred to water;
• output released directly into the room.

Water output is one of the most important values when matching the appliance to the central-heating system.

Caminetti Montegrappa hydro pellet stove range

The official range includes models such as TUGA EP, BOLINA EP, SUONO, FOLIA, FENDOR, NOIR M, TILE M, BOMA M, ALPINA M, BITTA M, CUMA M, CUMA GLASS M, GASSA M, BOLLA M, MARRA M, CORAL, ISOLA and ATOLLO.

Different technical platforms offer different heat outputs, hydraulic components, environmental ratings and control systems.

Sealed hydro pellet stoves

Many Caminetti Montegrappa hydro pellet stoves use sealed combustion configurations with a dedicated combustion-air connection.

Suitability must always be checked against the installation requirements for the individual appliance.

Fan-assisted room heating

Selected hydro models also use fan-assisted room heating to distribute the proportion of heat not transferred to water.

TUGA EP

TUGA EP is a sealed and fan-assisted hydro pellet stove with painted-steel construction and a contemporary square design.

It carries an Italian 5-Star environmental rating. Official Conto Termico 3.0 documentation reports a nominal output of 15.9 kW and 93% efficiency.

MARRA M

MARRA M is available with the MW26 Wi-Fi EP hydro platform.

This configuration reaches 26.0 kW certified output, with up to 19.4 kW transferred to water.

Depending on configuration, integrated equipment includes a circulation pump, expansion vessel, safety valve, water-temperature sensors and electronic heating-system management.

SUONO and FOLIA

SUONO and FOLIA use a slim hydro platform designed to reduce appliance depth.

The AW22 EVO configuration reaches up to 21.8 kW certified output, including up to 17.1 kW to water.

High-output hydro pellet stoves

For higher heating loads the range includes larger-output appliances such as ATOLLO.

The AQ32S configuration reaches up to 31.5 kW certified output and up to 30 kW to water.

Products of this output should only be selected after correct heating-system sizing.

Integrated hydraulic components

Depending on model, the appliance may include:

• circulation pump;
• expansion vessel;
• safety valve;
• pressure sensor;
• flow and return temperature sensors;
• buffer-tank management;
• boiler management;
• primary/secondary circuit separation kits.

Buffer tanks

A buffer tank may be required or useful depending on the appliance and hydraulic system design.

Its capacity should be established as part of the complete heating-system design.

Domestic hot water

Selected hydro pellet stoves can form part of a system designed to produce domestic hot water.

This may require dedicated accessories, a storage cylinder or a specific hydraulic configuration and is not a standard feature of every model.

Hydro pellet stove or air-heating pellet stove?

An air-heating pellet stove transfers most of its useful heat directly to the rooms.

A hydro pellet stove transfers most of its useful output to a water circuit and therefore requires a compatible hydraulic installation.

Hydro pellet stove or hydro wood stove?

Pellet appliances use automatic fuel feeding and electronic control, while wood-burning hydro stoves require manual log loading.

Wi-Fi and electronic control

Selected Caminetti Montegrappa hydro stoves offer integrated or optional Wi-Fi together with advanced heating-system control.

Functions vary by model and may include time programming, water-temperature control, buffer-tank management and external thermostat control.

Environmental rating

The current range includes several Italian 5-Star hydro pellet stoves, while some earlier platforms carry different ratings.

Always verify the exact model and version.

Italian Conto Termico 3.0

Caminetti Montegrappa publishes updated Conto Termico 3.0 documentation for selected current hydro pellet appliances.

Actual eligibility depends on the complete installation and replacement conditions and is not automatic with appliance purchase.

Flue and chimney system

A hydro pellet stove still requires a correctly designed flue and chimney system.

Flue outlet size, chimney height, draught, bends, insulation and combustion-air requirements must all be evaluated.

How to choose a hydro pellet stove

Compare:

• water output;
• room output;
• minimum and maximum output;
• efficiency;
• appliance dimensions;
• hopper capacity;
• pellet consumption;
• integrated hydraulic components;
• buffer and hot-water management;
• Wi-Fi and control systems;
• environmental rating;
• chimney requirements.

Order Caminetti Montegrappa hydro pellet stoves from Matteoda.it

Matteoda.it offers a selection of Caminetti Montegrappa hydro pellet stoves, from compact models to higher-output appliances designed for more demanding heating systems.

Many models, outputs, finishes and accessories are supplied to order. Please contact Matteoda customer service to check delivery times and the most suitable hydraulic configuration.