The IBC GK-8K eco 32 kW This is a modern solid fuel boiler for operation with pellets or pressed wood briquettes. With energy efficiency class A+ and a space heating annual efficiency of 82%, it is ideally suited for single-family and multi-family homes with higher heating requirements.
The boiler meets the requirements of EU regulations 2015/1187 and 2015/1189 and is CE certified.
Highlights/Advantages
⭐ 32 kW nominal heat output – ideal for larger living spaces and renovation projects
⭐ Energy efficiency class A+ – high efficiency in continuous operation
⭐ Automatic heating mode – convenient setup
⭐ Very low auxiliary power consumption – only 0.050 kW at rated power
⭐ Tested emission values according to EU 2015/1189 – future-proof technology
Detailed description
Area of application & Target audience
The IBC GK-8K eco 32 kW is designed for use in residential buildings with medium to high heating demands. Typical applications include single-family homes with large living volumes, multi-family homes, or commercial buildings with pellet-based heating systems.
The manufacturer recommends operation with a hot water storage tank with a minimum capacity of 640 liter volume (20 liters × 32 kW).
Technology & equipment
The solid fuel boiler operates in automatic heating mode and is suitable for operation with Pressed wood in the form of pellets or briquettes designed as the preferred fuel.
At nominal heat output, the boiler achieves a Fuel efficiency of 86.7%.
At 30% partial load, the efficiency is 85.6%.
The electrical auxiliary power consumption is:
Efficiency & Environment
The IBC GK-8K eco 32 kW achieves:
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Energy efficiency class A+
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Energy Efficiency Index (EEI): 120
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Annual space heating efficiency: 82%
Emission values for the preferred fuel (pellets):
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Dust (PM): 14 mg/m³
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OGC: 3 mg/m³
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CO: 236 mg/m³
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NOx: 88 mg/m³
This means the device meets the requirements of the Ecodesign Regulation (EU) 2015/1189.
Standards & conformity
The boiler complies with the following guidelines:
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Low Voltage Directive 2006/95/EC
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EMC Directive 2004/108/EC
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Machinery Directive 2006/42/EC
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Ecodesign Directive 2009/125/EU
CE marking present.
Technical data
| feature | Value |
| Manufacturer | IBC Heating Technology |
| Model | GK-8K eco 32 kW |
| Product type | Solid fuel boiler |
| Nominal heat output | 32 kW |
| Energy efficiency class | A+ |
| Energy Efficiency Index (EEI) | 120 |
| Annual space heating efficiency | 82% |
| Efficiency at rated power | 86.7% |
| Efficiency at 30% load | 85.6% |
| Preferred fuel | Pellets/Pressed wood |
| Auxiliary power consumption (rated power) | 0.050 kW |
| Auxiliary power consumption (30%) | 0.038 kW |
| Standby power consumption | 0.003 kW |
| Heating mode | Automatically |
| Condensing boiler | No |
| Combined heat and power | No |
| Combination heater | No |
| PM emissions | 14 mg/m³ |
| OGC emission | 3 mg/m³ |
| CO emissions | 236 mg/m³ |
| NOx emissions | 88 mg/m³ |
Scope of delivery
Accesories & Recommendation
For optimal operation, the following are recommended:
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Buffer storage tank from 640 liters
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Safety group for solid fuel boilers
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Thermal safety device
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Exhaust systems for pellet boilers
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Pellet storage and conveying systems
Assembly & Safety instructions
Installation must be carried out exclusively by qualified personnel. Work on electrical components must be performed by a certified electrician.
The installation room and the anteroom must be equipped with a suitable CO₂ warning device.
FAQ
Which fuel is permitted?
The boiler is designed for pressed wood in the form of pellets or briquettes.
Is a buffer storage tank required?
Yes, a storage tank with a capacity of at least 640 liters is recommended.
What energy efficiency class does the device achieve?
A+.
Is the boiler a condensing boiler?
No.
What is the power consumption in standby mode?
0.003 kW.
Does the boiler meet the ecodesign requirements?
Yes, according to EU 2015/1187 and 2015/1189.
Conclusion
The IBC GK-8K eco 32 kW is a powerful, EU-compliant pellet boiler with high efficiency and tested emission values. A reliable solution for modern biomass heating systems in the higher output range.
