ZMB127KW Flue Booster Exhaust Gas Heat Exchanger
Boost Your Heating Efficiency & Reduce Costs
The ZMB127KW Flue Booster Exhaust Gas Heat Exchanger is designed to deliver exceptional heat recovery and efficiency for industrial facilities and commercial buildings. Providing up to 12.7kW of additional heat (43,000 BTU), this flue booster captures the heat that would otherwise be lost through the chimney and redirects it back into your workspace. With an airflow rate of 450m³/h, it easily connects to any 150mm flue system to enhance the performance of the ZM130, ZM135T, and ZM150 heaters.
Maximise Heat Recovery & Efficiency
With its in-line multi-pass stainless steel design, the ZMB127KW can recover up to 60% of the heat typically lost through the flue. This boosts the overall efficiency of your heating system to 90%, allowing you to heat larger areas without increasing fuel consumption. The captured heat is efficiently distributed back into your facility via the radial fan, making it a cost-effective solution that significantly reduces heating costs.
Versatile Heat Distribution for Multiple Areas
The intelligent design of the heat booster allows you to easily connect the blower channel to the booster outlet, making it possible to direct the heated air to adjacent rooms such as offices, reception areas, or other specific zones in industrial facilities. This makes it ideal for targeted heating, improving comfort in rooms separate from the main heating source.
Compact, Lightweight & Easy to Install
Weighing only 10.7kg, the ZMB127KW is compact and lightweight, making installation easy. Its new cabinet design ensures optimal airflow and efficiency, while the high-capacity heat exchanger guarantees improved heat recovery. Built in the EU and CE-approved, this flue booster is reliable, durable, and comes with full UK support.
The ZMB127KW is perfect for those looking to increase heating efficiency and reduce fuel consumption in industrial and commercial spaces, providing a simple yet highly effective way to enhance your heating system.