XBOXER XBC+ 10-65
Successor to the award-winning XBC range, XBC+ systems are packaged heat recovery units designed with innovation in mind. They are the easiest units to specify, install and maintain on the market.
XBC is Nuaire’s market-leading range of packaged heat recovery units. Units are extremely low depth and are designed to save energy, improve indoor air quality and provide the lowest possible noise breakout. An enhancement to the classic XBC range, XBC+ takes the award-winning features of the original range and improves on them. Units are simple to install, commission, control and maintain.
The combination of innovative design and flexible control options provides our customers with the best possible heat recovery solution.
Counterflow heat exchanger with efficiencies of up to 95%
XBC+ has the option for either counterflow or enthalpy heat exchangers options. Enthalpy units can be installed in any orientation for design and install flexibility
Adjustable Duct Options
Inlet positions can be changed at installation stage for complete install flexibility
Space Saving Solution
Lowest depth by duty on the market
Wide Range of Ancillaries
Including matched silencers, F7 filters and roof terminals
Integrated controls for quick and easy commissioning
Heat Exchanger options
XBC+ has the option for either counterflow or enthalpy heat exchangers options. Enthalpy units can be installed in any orientation for design and install flexibility.
XBC+ units are available with Ecosmart controls. Ecosmart enables systems to be accurately, but simply commissioned via an integrated speed control.
XBC+ units have the option of various control platforms:
- Ecosmart Classic – the UK’s leading energy-efficient plug-and-play solution. Provides 1-10V BMS interface, trickle and boost as standard.
- Ecosmart Connect – demand-based control expanded to provide network connectivity and advanced functionality.
- Ecosmart Adapt – project specific, Adapt can be tailored to utilise other control platforms such as Trend, Johnson’s or Siemens.