Efficiency Range Fresh air pure and simple

“saving energy, saving money”

Introducing the NEW Xpelair Xcell EC High Efficiency range. The Xcell EC high efficiency range of energy recovery ventilation units builds on the success of Xpelair’s customised solutions, incorporating energy efficient technologies and modern control strategies within a standard range of four models. With new energy efficiency regulations 2010, ERP 2013/15 and continuing demands to reduce energy usage, Xcell delivers, for both today and into the future. Xcell reduces heating & cooling requirements by up to 94% compared to conventional fan only ventilation systems, ensuring minimal energy wastage....

The new Xpelair Xcell Xcell’s Energy Efficiency Pedigree Xpelair’s new Xcell range of energy recovery units offers the highest efficiency ventilation solution. Incorporating market leading technologies, Xcell has been designed with today’s energy costs in mind, minimising wastage and using the latest demand controlled ventilation system to ensure optimum indoor air quality, whilst minimising energy consumption and reducing associated losses when compared to extract ventilation systems. The energy saving technologies incorporated into each Xcell unit are: Aluminium Counterflow heat exchanger Xcell...

The new Xpelair Xcell Xcell’s Energy Efficiency Pedigree Demand Controlled Ventilation (DCV) DCV is a ventilation control strategy that provides just the right amount of outside fresh air needed by the occupants. Active control of the ventilation system provides the opportunity to control indoor air quality. Using in built temperature sensors, when energy recovery is not beneficial, the automatic damper operates to bypass the heat exchanger cell, to limit over/under temperature. The figure below shows the ventilation savings potential (area in gold) for a typical application where DCV replaces...

Efficiency With high efficiency EC long life motors reducing running costs as well as an aluminium counterflow energy recovery cell with efficiencies of up to 94%, the new Xcell range extends the Xpelair Carbonlite family even further. Carbonlite Control Package Each unit comes with a, BMS compatible, demand based ventilation control which can be customised with a range of sensors to suit specific application requirements, ensuring maximum flexibility whilst optimising IAQ with minimal energy usage. Quiet Running Manufactured from high quality 25mm double skinned panels, thermally and acoustically...

The new Xpelair Xcell Compact Energy Recovery Units Key Features Compact design. Counterflow recuperator giving up to 94% energy recovery – Eurovent certified. Ultra efficient EC motors with backward curved impellers for increased efficiency and reduced running costs. Xcell 700 Product Reference: 92771AA Designed to operate at airflows up to 700 m3/hr BMS compatible, integrated demand control ventilation. Xcell 1200 Product Reference : 92772AA Designed to operate at airflows up to 1200 m3/hr A comprehensive range of control sensors to suit application. Xcell 1500 Product Reference: 92773AA Designed...

The new Xpelair Xcell Xpelair Xcell 700 Performance Selection Technical data Heat Recovered Wet/Dry kW 1.40/1.30 0.30/0.30 4.70/4.20 0.90/0.90 Energy Recovery Performance Graph

The new Xpelair Xcell Xcell 700 Technical Data In-duct Return noise In-duct Supply noise Case breakout noise levels dB(A) are free field sound pressure levels at the specified distances assuming a hemispherical propagation at reference level of 2×10-5 Pa In-duct noise levels dB are sound power levels at reference level of 10-12 W BYPASS DAMPER CONTROL ENCLOSURE UNIT ISOLATOR SWITCH

The new Xpelair Xcell Xcell 1200 Performance Selection Technical data Heat Recovered Wet/Dry kW 5.14/4.63 1.03/1.03 9.0/8.0 1.78/1.78 Energy Recovery Performance Graph Supply 240V 50Hz

The new Xpelair Xcell Xcell 1200 Technical Data In-duct Return noise In-duct Supply noise Case breakout noise levels dB(A) are free field sound pressure levels at the specified distances assuming a hemispherical propagation at reference level of 2×10-5 Pa In-duct noise levels dB are sound power levels at reference level of 10-12 W BYPASS DAMPER CONTROL ENCLOSURE UNIT ISOLATOR SWITCH

The new Xpelair Xcell Xcell 1500 Performance Selection Technical data Heat Recovered Wet/Dry kW 2.43/2.27 0.50/0.50 10.93/9.78 2.17/2.17 Energy Recovery Performance Graph Supply 240V 50Hz

The new Xpelair Xcell Xcell 1500 Technical Data In-duct Return noise In-duct Supply noise Case breakout noise levels dB(A) are free field sound pressure levels at the specified distances assuming a hemispherical propagation at reference level of 2×10-5 Pa In-duct noise levels dB are sound power levels at reference level of 10-12 W CONTROL ENCLOSURE UNIT ISOLATOR SWITCH

The new Xpelair Xcell Xcell 2000 Performance Selection Technical data Heat Recovered Wet/Dry kW 3.12/2.90 0.64/0.64 15.62/13.94 3.10/3.10 Energy Recovery Performance Graph Supply 240V 50Hz

The new Xpelair Xcell Xcell 2000 Technical Data In-duct Return noise In-duct Supply noise Case breakout noise levels dB(A) are free field sound pressure levels at the specified distances assuming a hemispherical propagation at reference level of 2×10-5 Pa In-duct noise levels dB are sound power levels at reference level of 10-12 W CONTROL ENCLOSURE UNIT ISOLATOR SWITCH

The new Xpelair Xcell Units for External Mounting All Xcell units for external mounting are factory fitted with a pitched weather protection roof, two channel base rails, control enclosure for full protection, intake louvre and exhaust cowl. Product Reference Xcell 700WP External Unit Xcell 1200WP External Unit Xcell 1500WP External unit Xcell 2000WP External Unit Intake Louvre (ITL) UNIT Please contact our sales office for options not listed. 17

The new Xpelair Xcell Integral Control Specification Frost Protection Frost protection is standard. If conditions arise that could lead to the heat exchanger freezing the unit will start an anti-frost cycle. The supply air volume will be reduced to prevent frost from forming. Automatic 100% bypass The bypass section is controlled by interrogating the current operating conditions, and automatically opening or closing the integral damper. This ensures the air supplied to the space is as close as possible to the required control temperature. Speed Control The individual speed control seen on the...