Wall-Mounted Air Purifier & Disinfection Machine

• Select a wall position that allows the unit’s air intake and outlet to operate without obstruction from adjacent walls, ceilings, or furniture. Refer to the included installation guide for minimum clearance distances on each side of the unit.
• The recommended mounting height for most room types is between 1.8m and 2.4m from floor level — high enough to distribute purified air across the room volume without directing the outlet airflow directly at occupants, and accessible enough for filter maintenance without specialist access equipment.
• Mark the wall fixing positions using the included mounting template or measurement guide. Verify that the fixing positions do not coincide with concealed electrical wiring, pipes, or structural elements before drilling.
• Use wall fixings appropriate for the wall construction material — solid masonry anchors for brick or block walls, toggle bolts or cavity fixings for plasterboard, and structural fixings into studs for timber-frame walls. The unit weight determines the fixing specification — refer to the installation guide for the required fixing rating.
• Route the power cable to the nearest mains socket or hardwired connection point. Secure the cable against the wall using appropriate cable clips to prevent it from hanging across the wall surface or creating a trip or catch hazard at lower heights.

• Offices and open-plan workspaces: continuous operation maintains air quality throughout working hours and overnight. Wall mounting keeps the unit clear of desk layouts and foot traffic while providing coverage across the full open-plan area.
• Medical clinics and treatment rooms: active disinfection reduces airborne biological contamination between patient visits. Wall mounting keeps the unit out of the clinical work zone and above the contact surfaces that require regular cleaning.
• Classrooms and educational spaces: continuous purification and disinfection in spaces with high and variable occupancy levels. The wall-mounted position keeps the unit away from pupils and out of the classroom layout.
• Reception areas and waiting rooms: the first point of contact for visitors in any commercial or healthcare environment. Continuous disinfection in waiting areas reduces the biological contamination load in spaces where unknown health status of visitors is a consistent consideration.
• Larger domestic living spaces: for open-plan living areas, kitchen-diners, or basement rooms where desktop and bedroom-scale purifiers provide insufficient coverage. Wall mounting in a domestic setting frees up surface space while providing whole-room air treatment.

• Power off the unit before performing any maintenance. Do not attempt to access the filter housing or internal components while the unit is powered.
• Clean the air intake grille monthly using a dry cloth or soft brush to remove surface dust accumulation. A blocked intake grille reduces airflow and places additional load on the fan motor.
• Replace the filter according to the manufacturer’s recommended schedule or when airflow noticeably decreases. In continuous-operation commercial environments, filters typically require more frequent replacement than in domestic settings with intermittent use.
• Clean the unit exterior with a dry or lightly damp cloth. Do not use cleaning sprays or solvents on the unit body, intake grille, or any component of the disinfection system.
• Inspect the wall fixings periodically — annually is recommended as a minimum — to confirm the mounting remains secure. Do not continue operating the unit if the wall mounting shows signs of movement or if the fixing integrity is in doubt.

Air purification and active disinfection address different aspects of indoor air quality and are more effective when combined than when used separately.

• Air purification (filtration): physically removes particles from the air that passes through the filter medium. Captures dust, allergens, smoke particles, and some biological material above the filter’s rated capture size. Does not inactivate biological material — a HEPA filter captures bacteria and larger virus clusters but does not destroy them.
• Active disinfection: treats the ambient air of the room to inactivate biological contaminants — bacteria and viruses — whether or not they pass through the unit’s intake. Works on the room air volume rather than only on the air drawn through the device. Methods include UV-C, plasma, photocatalysis, or ion-based disinfection depending on the unit specification.
• Combined operation: filtration removes particle load from the recirculated air while active disinfection addresses biological contamination in the broader room air volume. The two functions complement each other and produce more thorough air quality outcomes than either alone — particularly in higher-risk shared occupancy environments.