MCZ Clio Hydro 16 Kw Pellet Thermo Stove Various Colors

Technical Features

Model

• Clio Hydro 16 S2 EASY
• Product code: 7122030

Technical data

• Energy efficiency class (A++/G scale): A++

• Seasonal space heating energy efficiency (ηs): 89 %

• Dimensions (W x H x D): 50.2 x 112.1 x 55 cm

• Total weight: 195.00 kg

Thermal performance

• Nominal thermal power: 16.1 kW

• Minimum thermal power: 4.9 kW

• Nominal useful power to water: 12.9 kW

• Minimum useful power to water: 3.4 kW

• Maximum efficiency: 93.7%

• Efficiency at idle: 96.7%

Consumption and autonomy

• Minimum hourly consumption: 1.10 kg/h

• Maximum hourly consumption: 3.60 kg/h

• Battery life at idle: 24 hours

• Maximum battery life: 7 hours

• Tank capacity: 40 lt / 26 kg

Heatable volume

• With a requirement of 20 W/m³: 805 m³

• With a requirement of 35 W/m³: 460 m³

• With a requirement of 55 W/m³: 293 m³

Smoke exhaust

• Smoke outlet diameter: 80 mm

• Smoke temperature: 139 °C

• Smoke mass flow rate: 9.8 g/s

General Features

Pellet stove with front ventilation, economical, sealed structure

Pellet stove with front ventilation.

Cast iron top with steel sides in Dark, Bordeaux, Silver, White.

Available in two power variants, 16 kW, ideal for apartments or houses up to 140 square meters, and 24 kW, designed for large spaces over 200 square meters.

It is part of the MCZ “Easy” line, a complete range with basic finishes and electronics at the right price.

Cleaning autonomy

In this product, the capacity of the ash drawer has been increased to almost 5 liters and that of the ash compartment to more than 8 liters, which corresponds to approximately one week of stove operation.

A stove that is almost a boiler: all the heat your system needs

This is a hydronic heater that heats not only the air in the room, but also the water in the heating system. It's ideal whether you have regular radiators or underfloor heating. This heater's optimal efficiency allows you to heat the entire house in just a few minutes. Over 90% of the heater's power is transferred to the heating system's water.