Product Features and Specifications
Noise levels
| Units |
Sound pressure levels at each fan speed (dB) |
| Array Ceiling AC2 |
29.4, 31.2, 42.6, 48.2, 56.4 |
| Array Recess AR1 |
24.5, 25.9, 32.9, 44.4, 50.5 |
| Array Recess AR2 |
26.1, 27.2, 36.3, 47.0, 54.1 |
| Array Recess AR1 UVC |
42.9 |
| Array Wall AW1 |
27.6, 32.6, 37.6, 43.6, 56.1 |
| Array Stand AS1 |
28.1, 34.0, 37.8, 44.1, 57.1 |
| Array Wall AW2 |
27.4, 32.5, 37.4, 43.9, 58.2 |
| Array Stand AS2 |
28.2, 33.6, 38.7, 45.0, 57.9 |
Array product dimensions/weight
| Units |
Product Dimensions (L x W x H) (in) |
Weight (lbs.) |
| Array Ceiling AC2 |
49 x 12.7 x 14.3 |
47 |
| Array Recess AR1 |
23.4 x 23.4 x 12.4 |
40.3 |
| Array Recess AR2 |
47.3 x 23.6 x 12.4 |
76.1 |
| Array Recess AR1 UVC |
47.2 x 23.3 x 11 |
62.6 |
| Array Wall AW1 |
20.9 x 9.7 x 19.6 |
20 |
| Array Stand AS1 |
20.9 x 10.2 x 22.8 |
25 |
| Array Wall AW2 |
34.7 x 9.4 x 19.7 |
35 |
| Array Stand AS2 |
34.7 x 10.6 x 22.8 |
40 |
| Array Lookout Wall-Mount |
6.73 x 2.99 x 5.59 |
1.86 |
| Array Lookout Floor Stand |
6.89 x 3.03 x 5.59 |
1.17 |
| Array Signal |
4.2 x 4.2 x 1.7 |
0.88 |
CADR Ratings
| Units |
Max Air Flow (CFM) |
| Array Ceiling AC2 |
715 |
| Array Recess AR1 |
300 |
| Array Recess AR2 |
600 |
| Array Recess AR1 UVC |
120 |
| Array Wall AW1 |
240 |
| Array Stand AS1 |
240 |
| Array Wall AW2 |
400 |
| Array Stand AS2 |
400 |
How do I know if my IAQ is good or bad?
-
The colour displayed on your Array unit (except AR1 UVC) will inform you of
your IAQ. See below for additional details
What does the colour changing light (AQI Light) on Array units (except UV)
represent?
-
It represents a band of the air quality standard. Blue (Clean) is above 80%, Yellow (Fair) is 50%-80%, and Red (Poor) is below 50%.
What is RESET?
-
RESET is a third-party air quality standard. According to RESET, it’s a set of
standards and assessment tools & services focused on data quality and data
transparency with the purpose of helping built environments become healthier
and more sustainable. To learn more about RESET, see this link:
https://reset.build/
Does installing the Array system get your facility RESET certified?
-
No. Our units may be used to help achieve a RESET certification, but getting
your building RESET accredited is a process that your building takes part in
with RESET directly.
How do I override EnviroSmart+ Technology?
-
To turn off EnviroSmart+, simply place the unit into manual mode by clicking the
fan speed button. This can be done on the machine or with Array Viewpoint.
How can I tell if the sensors are working?
- All units: Log into Array Viewpoint to see live readings
- Array Wall/Stand units: See Lookout display on the unit
Do sensors need calibration or other maintenance and how much time should it
take my air purifier to calibrate?
-
The sensors are calibrated at manufacturing, meaning there’s no need for user
calibration. For maintenance, keep products clean and dust free. The machine
will light up with a green light for the first 60 seconds during calibration.
How do I see current sensor readings?
-
All units: Open your Array Viewpoint account to see current readings on
dashboard
-
Array Wall/Stand Units: Use the Lookout screen on the units to see current
readings
- Array Lookout: View readings displayed
What is the air index and how is it calculated? (Display is aggregating all
connected units)
-
The air index is a number represented as a percentage to tell you the current
IAQ where 100% is considered the best air quality. It’s calculated by
measuring total PM2.5, TVOC, and CO2 levels in the air.
How do you adjust fan speed?
-
When in auto mode, all air purifiers (except AR1 UVC) will automatically
adjust fan speed based on air quality. In manual mode, you may choose which
speed to set the machine at by pressing the manual mode button until your
desired speed is displayed. This can be done on the machine directly or on
Array Viewpoint.
How do I go back to auto mode?
-
On the machine, press the auto button. Alternatively, you can open Array
Viewpoint and place the unit into auto mode.
What is the difference between auto mode and quiet mode?
-
Auto Mode: Allows the machine to adjust fan speed automatically based on
sensor information.
-
Quiet Mode: Adjusts fan speed automatically but reduces the scale, so fan does
not go beyond speed 3.
What is Energy Star and what are the requirements for a product to be certified?
-
ENERGY STAR® is the government-backed symbol for energy efficiency. Energy Star requirements for air purifiers are as follows from energystar.gov: To certify for Energy Star, the Rated Smoke CADR divided by the operating power consumption measured during the smoke particle removal test (equal to Smoke CADR / Watt) shall be greater than or equal to the Minimum Smoke CADR/Watt Requirement.
Will the units measure carbon monoxide?
-
No, there are no sensors in any Array units that can measure carbon monoxide.
What sensors are in Array products and what are their specifications
(EnviroSmart+)?
-
Monitoring and comfort sensors
-
Motion
-
The motion sensor is used to detect the presence of a person within
the immediate area of the unit. It detects relative movement between
zones, and we communicate that data to determine whether a room is
occupied or not. The more movement detected, the more likely a room is
occupied.
-
Sound
-
The audio sensor converts sound into electrical signals, which then
communicates whether a room is occupied or not.
-
Light
-
The light sensor gives an analog signal based on the brightness of the
room. We use the amount of light present in the room to determine the
brightness of the AQI light.
-
Pressure
- Air always flows from high pressure to low pressure. Facilities want to maintain a slightly positive pressure relative to outdoor air pressure to help assure outdoor pollutants don’t enter the building. Facilities managers find this useful for balancing HVAC system
-
The pressure sensor translates the air pressure of the space into an
electrical signal to monitor comfort and ensure optimal functionality
of the rest of the sensor suite.
-
RESET Air Class B IAQ Sensors
-
PM2.5 / PM10
- PM10 – Particulate matter at 10 micrometers in size
- Outdoor sources include engine exhaust, dust, wildfires/waste burning, industrial sources, pollen and fragments of bacteria. Indoor; 3D printers, business machines, cooking appliances.
- The increase of outdoor PM10 concentration significantly affects the increase of indoor PM10
-
TVOC - Total volatile organic compounds
- Volatile organic compounds (VOCs) are emitted as gases from certain solids or liquids. VOCs include a variety of chemicals, some of which may have short- and long-term adverse health effects. Sources include cleaning agents, air fresheners, pesticides. Off-gassing from new furniture, construction materials.
-
The VOC/TVOC sensor is used to determine the relative air quality
around the sensor. It gives off an electrical signal proportional to
the amount of volatile organic compounds in the air. This signal is
used to determine the machine’s fan speed.
-
Temp
-
Temperature and relative humidity are shown to impact the airborne transmission of human pathogens. Higher temperature with lower humidity levels allows particulate to stay suspended longer, potentially increasing airborne infection.
- The most basic indication of indoor air quality is its temperature: you immediately sense if it’s ‘too hot’ or ‘too cold’. And it immediately affects your sense of well-being.
-
The Temperature sensor is used to align with the RESET air index
requirements. This is monitored because temperature effects the
function of the other sensors.
-
RH - Relative Humidity
- Relative humidity is the amount of water vapour in the air. Humidity levels impact sense of well-being, can have an impact on the transmission of airborne pathogens, as well as the built environment.
-
The relative humidity sensor is used to align with the RESET air index
requirements. This is monitored because relative humidity effects the
function of the other sensors
-
CO2 - Carbon Dioxide
- Carbon dioxide is a colourless, odourless gas produced in indoor environments by people breathing. High levels of CO2 can be an indication of poor HVAC performance. Further, CO2 monitoring may be used to assess the risk of indoor airborne respiratory disease transmission.
-
The Carbon Dioxide sensor is used to determine room occupancy, as well
as align with the RESET air index requirements.
Can I upgrade my Gen 1 or Gen 2 AeraMax Pro products to include sensors?
- No, the Array sensors are only integrated into the Array units.
General product onboarding
- Please see your product’s manual
Energy Usage & Power
What are the power requirements and how much energy do the units consume?
| Unit |
Electrical Connection |
Power requirements (V/Hz/A) |
Power consumption (Watts) |
| Array Ceiling AC2 |
Plug |
AC120V/60Hz/1.2A |
11, 13, 24, 26, 120 |
| Array Recess AR1 |
Hardwire |
AC120V/60Hz/0.8A |
7, 8, 13, 24, 62 |
| Array Recess AR2 |
Hardwire |
AC120V/60Hz/1.5A |
9, 12, 23, 45, 120 |
| Array Recess AR1 UVC |
Hardwire |
AC120V/60Hz/0.6A |
77 |
| Array Wall AW1 |
Hardwire |
AC120V/60Hz/0.9A |
6, 9, 13, 24, 96 |
| Array Stand AS1 |
Plug |
AC120V/60Hz/0.9A |
6, 9, 13, 24, 96 |
| Array Wall AW2 |
Hardwire |
AC120V/60Hz/1.5A |
10, 14, 23, 41, 152 |
| Array Stand AS2 |
Plug |
AC120V/60Hz/1.5A |
10, 14, 23, 41, 152 |
| Array Lookout Wall-Mount |
Hardwire |
AC120V/60Hz |
Pending Final Testing |
| Array Lookout Floor Stand |
Plug |
AC120V/60Hz |
Pending Final Testing |
| Array Signal |
Plug |
AC120V/60Hz |
Pending Final Testing |
Assuming the unit will run for 12 hours per day, 365 days a year (actual run-time
will vary), on an average of the 3rd speed (only 1 speed for AR1 UVC), the
estimated annual power consumption for each unit is as follows:
-
AC2 average estimated annual power consumption is 105.12 kWh. Using a
$0.16 cost per kWh, the estimated annual cost for power, per unit, is
$16.82
-
AR1 average estimated annual power consumption is 52.56 kWh. Using a
$0.16 cost per kWh, the estimated annual cost for power, per unit, is
$8.41
-
AR2 average estimated annual power consumption is 96.36 kWh. Using a
$0.16 cost per kWh, the estimated annual cost for power, per unit, is
$15.42
-
AR1 UVC average estimated annual power consumption is 306.6 kWh. Using a
$0.16 cost per kWh, the estimated annual cost for power, per unit, is
$49.06
-
AW1/AS1 average estimated annual power consumption is 56.94 kWh. Using a
$0.16 cost per kWh, the estimated annual cost for power, per unit, is
$9.12
-
AW2/AS2 average estimated annual power consumption is 100.74 kWh. Using a
$0.16 cost per kWh, the estimated annual cost for power, per unit, is
$16.12
Calculation: Watts / 1000 (to convert to kWh) x 12 (12 hours per day) x 365 (365
days) x 0.16 (USA national average cost per kWh) = Estimated annual cost for power
per unit per year
*Actual cost of power consumption will vary based on usage and actual cost per
kWh.
*Also, the units are “intelligent” in that they use sensors to self-regulate their
settings based on the room’s occupancy and condition (excluding AR1 UVC). This
helps optimize air cleaning performance and energy efficiency.
What is the LTE frequency (hertz) for the Array units?
- Our LTE connection will run from 700 MHz to 2.2GHz
Equivalent Air Changes per Hour
What is the ACH Rating?
-
ACH stands for “Air Changes per Hour” and is one of the least understood ratings
on air purifiers. The ACH rating indicates how many times per hour an air
purifying device can exchange the air within a room. For example, an ACH rating
of 5x means that the full air volume is exchanged five times every hour.
-
All air purifiers display a Cubic Feet per Minute (CFM) number under the
specifications. If you multiply the CFM by 60 (minutes per hour) and divide by 8
feet (average ceiling height). Then divide that total by the ACH rating, you’ll
end up with the maximum square footage number for the air purifier.
-
Air changes per hour, or air change rate, abbreviated ACH or ACPH, is a measure
of the air volume added to or removed from a space (normally a room or house)
divided by the volume of the space. If the air in the space is either uniform or
perfectly mixed, air changes per hour is a measure of how many times the air
within a defined space is replaced.
-
To estimate the coverage needed, divide the hourly air delivery rate of the unit
by the total cubic feet of the room. The CDC recommends 5 air changes per hour.
Is my HVAC system enough to purify the air?
-
Generally, HVAC does not run continuously in all spaces. HVAC systems stop
when the room reaches thermostat temperature, since they’re designed to be
efficient at heating/cooling. Only 10-20% of fresh air makes it into the
building, while 80-90% is recirculated air. Additionally, a standard MERV-13
filter found in HVAC systems provide insufficient capture rates: 50% effective
at .3 microns (according to ASHRAE) vs Fellowes’ H13 True HEPA filters which
capture at least 99.95% of particles as small as 0.1 microns. CDC, ASHRAE, and
the White House all recommend adding a HEPA air purifier where HVAC is unable
to meet air quality needs.
Connectivity & Viewpoint Dashboard
Why does the system use LTE? Isn’t Wi-Fi easier?
-
It uses LTE because it doesn’t require any system specific information. Unlike
Wi-Fi, all that’s required is product information, it is faster and doesn’t
require internal system IT permissions.
How often is data updated on Array Viewpoint?
How do I connect my unit to the internet?
-
The units upon startup are designed to automatically connect to a cellular LTE
connection if possible.
If I unplug any of the units, including Array Signal, will the units
automatically connect to Array Viewpoint once they’re plugged back in?
-
If you have previously connected a unit to the Viewpoint dashboard, it will
automatically connect with the same settings once plugged back in.
Array Viewpoint Tutorials
Product Specific Questions
Is there a concern of hinge overextension on an Array Recess unit if the door is
released without anyone holding on?
-
No, even if the Recess door is released without anyone holding on, there
shouldn’t be a concern of overextending the hinges.
Array Signal:
What is the total coverage of a single Array Signal?
-
Total coverage of an Array Signal is heavily determined by a building’s
airflow as well as the presence of physical barriers. For example, a space
with adequate airflow (4-6 ACH) can be measured by one Array Signal (up to
5,382 sq ft) as long as it’s placed in the “breathing zone” (above 3’ and
below 6’) and not obstructed with any physical barriers. Note: If your
building is seeking a RESET certification, click here for specific
requirements regarding sensor placement and monitoring requirements.
Where does Array Signal collect air from?
-
It draws air from one side on top.
How do you clean an Array Signal?
- If there is dust accumulating, try wiping it off with a damp cloth, or you can vacuum out dust.
Optimal Placement
-
To ensure the best signal strength, we strongly recommend that you avoid installing Array Signal on or near the following: large metal objects, electrical equipment, sources of extreme moisture, metal stud framing, and corners.
How long is the sensor life in a Signal?
- Our current main sensors (PM, CO2, TVOC) have 10 or more years of life. The others (Motion, Light, Sound, Temp, RH, Pressure) have 9 or more years of life.
Array Lookout:
How often does the data update on Array Lookout?
- Data is updated every 5 minutes
Does the Array Lookout have sensors in it?
-
No, the data displayed on the Lookout is an aggregate of the air purifiers
connected to it.
Will the data displayed on an Array Lookout be for all units in a facility
or only the unit/units in the same room?
-
Customizable based on setup, but usually will display data within the same
room and/or Array units assigned to an Area by the Viewpoint
administrator.
Can you use a Lookout to display whole building IAQ?
-
No, Lookout will display an aggregate of the IAQ in its assigned area but
won’t show entire building IAQ.
Does the Lookout display room temperature?
Is there a concern of fan speed degradation on UVC?
-
If the pre-filter doesn’t become overly clogged with larger particles, there
shouldn’t be a concern of fan speed degradation. We recommend following the
regularly scheduled filter change cadence as communicated by the unit.
Does the On-Unit Lookout tell me when the filter is out?
Filter Maintenance
How do I access the unit’s filters and how do I change them?
- Follow filter change instructions in your item’s manual
How often do the filters need to be replaced?
- The 3-in-1 filter in AC2, AR1, and AR2 has a 1-year filter life.
-
The hybrid filter in the AS1, AS2, AW1, and AW2 has a 1-year filter life other
than the separate pre-filter, which has a filter life of 6-12 months.
-
The AR1 UVC bulb has a lifespan of 9000 hours, or about 1 year. The prefilter
has a filter life of 6-12 months.
How do I turn off the external LED red light and red Filter Indicator Lights?
(Filter Indicator Light Reset)
- The red light indicates that filter life has reached 100%.
-
Press each filter button individually for 2 seconds to reset the life counter
of the filter (for units with two sets of filters; L button is for left side
and R button is for right side)
- For more detailed steps, check your item’s manual
Can I wash/clean my existing filters and reuse?
- No, all filters used in Array machines are single-use and not washable.
Will the filter/s fall out of an Array Recess AR1/AR2 if its unlocked?
- We recommend the user hold the filter while unlocking.
What is the shelf life of the filters?
- To maximize your filter’s shelf life, store in a cool dry place.
Why are the CFM numbers on the Array Wall/Stand units different than AeraMax
Pro?
-
The Array Wall/Stand units come standard with Hybrid filters, while AeraMax
Pro units come standard with a 2” HEPA and 3/8” Carbon filter instead. A
Hybrid filter composition is different than the other option, so air moves
differently through each filter configuration. Both are equally as effective,
just made slightly differently.
Fellowes UVC Technology
What is UV?
-
According to the FDA, all radiation is a form of energy, most of which is
invisible to the human eye. UV radiation is only one form of radiation, and it
is measured on a scientific scale called the electromagnetic (EM) spectrum.
-
UV radiation is only one type of EM energy you may be familiar with. Radio waves
that transmit sound from a radio station’s tower to your stereo, or between cell
phones; microwaves, like those that heat your food in a microwave oven; visible
light that is emitted from the lights in your home; and X-rays like those used
in hospital X-ray machines to capture images of the bones inside your body, are
all forms of EM energy.
-
UV radiation is the portion of the EM spectrum between X-rays and visible light.
What are the different UV types? (All following information is according to the
FDA)
-
The most common form of UV radiation is sunlight, which produces three main
types of UV rays: UVA, UVB, UVC.
-
UVA rays have the longest wavelengths, followed by UVB, and UVC rays which
have the shortest wavelengths. While UVA and UVB rays are transmitted through
the atmosphere, all UVC and some UVB rays are absorbed by the Earth’s ozone
layer.
-
UVA – Ultraviolet A enhances the harmful effects of ultraviolet B radiation
and is also responsible for some photosensitivity reactions; it is used
therapeutically in the treatment of a variety of skin disorders.
-
UVB – Ultraviolet B causes sunburn and several damaging photochemical changes
within cells, including damage to DNA, leading to premature aging of the skin,
premalignant and malignant changes, and a variety of photosensitivity
reactions; it is also used therapeutically for treatment of skin disorders.
-
UVC – Ultraviolet C radiation is the highest energy portion of the UV
radiation spectrum. UVC radiation from the sun does not reach the earth’s
surface because it is blocked by the ozone layer in the atmosphere. Thus, the
only way that humans can be exposed to UVC radiation is from an artificial
source like a lamp or laser
Explain our UVC and why we chose this
-
According to the FDA, UVC radiation is a known disinfectant for air, water,
and nonporous surfaces. UVC radiation has effectively been used for decades to
reduce the spread of bacteria, such as tuberculosis. For this reason, UVC
lamps are often called “germicidal” lamps. UVC radiation has been shown to
destroy the outer protein coating of the SARS-Coronavirus. UVB and UVA
radiation is expected to be less effective than UVC radiation at inactivating
the SARS-CoV-2 coronavirus.
-
There is some evidence that UVB radiation is effective at inactivating other
SARS viruses (not SARS-CoV-2). However, it is less effective than UVC at doing
so and is more hazardous to humans than UVC radiation because UVB radiation
can penetrate deeper into the skin and eye. UVB is known to cause DNA damage
and is a risk factor in developing skin cancer and cataracts.
-
UVA radiation is less hazardous than UVB radiation but is also significantly
(approximately 1000 times) less effective than either UVB or UVC radiation at
inactivating other SARS viruses. UVA is also implicated in skin aging and risk
of skin cancer.
-
According to the EPA, given sufficient exposure time and lamp power, UV light
can penetrate the outer structure of a microorganism’s cell(s) and alter its
DNA, preventing replication and causing cell death.
Why did Fellowes decide to develop a standalone UV-C Unit?
-
Fellowes has focused design/engineering for air purifiers around “capturing”
particulate and bacteria/viruses. But for these devices and their
capabilities, it ends there.
-
What we were missing was the elimination of pathogens. Adding a UV bulb
to our existing air purifiers doesn’t solve that problem due to the high air
speed not allowing the proper dwell time for a first pass kill rate, so we
developed a UV only machine to efficiently eliminate pathogens,
in one pass.
-
Also, Combo HEPA/UV units and or any plastic bodied units with UV bulbs, the
UV will deteriorate the plastic and therefore the unit over time.
-
AR1 UVC device is a complement to our Air Purifier line where a customer can
choose to outfit their space with air cleaners that capture pathogens, and now
eliminate them should they choose to want that capability.
What defines “UVC done right” for the Array AR1 UVC?
-
Proper dwell time – not possible in combo HEPA/UV units. They are
inversely proportional. Either effective HEPA and ineffective UV, or vice
versa
-
Lower CFM for UV-only unit
- UV needs slow air (dwell time)
-
Optimized laminar airflow design maximizes CFM while maintaining control
over dwell time.
- Large UV chamber
-
Not HEPA/UV Combo
- HEPA needs fast air (CFM)
-
Not paying for UV that “kills” what is already trapped on the filter
and removed from the air by HEPA
-
Kill claim – bolstered by high first pass kill rate
-
Ultra-high reflectivity chamber maximizes UV effectiveness within chamber
-
Not relying on multiple passes at high airflow for cleaning efficiency
-
Our unit’s ultra-high reflectivity chamber utilizes a shielded all
metal chamber…designed to last for the life of the unit.
-
The high-performance air flow chamber with UV safe shielding is
proprietary and Patent Pending
-
No external or leaking UV light allows for safe use in close proximity in
occupied spaces
What is the best application for the Recess UV (any particular space or
circumstance)?
-
In applications where facilities seek to kill instead of capture, such as a
hospital room, classroom, daycare centers, assisted living spaces
Is UVC harmful?
-
No, UVC technology is commonly used and is safe and effective at cleaning air
in a room when designed correctly.
Some products have HEPA and UVC combined, why don’t Fellowes air purifiers have
both in one machine?
-
They clean in two separate ways. Ideal HEPA units need high air flow. Ideal
UVC units need increased dwell time which decreases airflow.
Why doesn’t the AR1 UVC have sensors?
-
It doesn’t have sensors since its designed to run continuously at only one fan
speed.
Why does AR1 UVC only have one fan speed?
-
This is the highest fan speed that the machine can operate at before its
cleaning effectiveness is impacted.
What is the difference between a kill claim and a capture claim?
-
HEPA filters capture particles while UVC kills particles. Certain spaces seek
to capture a variety of particles while other spaces seek to kill them.
What is the UVC Bulb disposal process?
-
EPA recommends that consumers take advantage of available local options for
recycling CFLs, fluorescent bulbs and other bulbs that contain mercury, and
all other
-
Your area may prohibit disposal and/or require recycling. Some provinces and
local jurisdictions have more stringent regulations and may require that you
recycle CFLs and other mercury-containing light bulbs.
- *Note: The UVC bulb is not “recyclable”
Can you use alternative bulbs and not Fellowes’ UVC Bulb?
-
No, we only recommend using Fellowes’ UVC Bulb. Using alternative bulbs might
not function or work the same as ours. Also, using 3rd party bulbs will void
performance characteristics.
Does the UV bulb have a coating on it?
- No, the UVC bulb we recommend using does not have a “coating” on it.
Installation, Mounting, & Optimal Air Flow
What’re the recommended installation positions to assure ADA compliance for
protruding objects?
-
Array Signal/Lookout can be mounted anywhere on a wall, and it will be compliant
with ADA.
What is the optimal height to hang Array Ceiling over a space?
-
The Array Ceiling can be mounted in ceilings as high as 20’. Ideally, we
recommend units be at least 8’ from the ground as this place’s units above the
breathing zone, as well as meet ADA requirements. The Array Ceiling is also
recommended to hang at least 12 inches from the ceiling.
Where is the optimal placement of an Array Wall/Stand unit?
-
Units should be installed as close to the source of the contaminant as
possible, where contaminated air can be drawn directly into the filtering
system. Also, by placing the unit higher on the wall, close to the ceiling
(always allow a minimum of 8” space from ceiling and top of unit) the unit’s
powerful exhaust can circulate purified air throughout the room. The best
places have 1-2 feet of free space around the product to allow for air
circulation. It is NOT recommended to put your air purifier close to direct
heat, a vent, or things such as next to an air conditioner, a fireplace, a
fan, etc. The direct proximity of those could have an influence on the correct
functioning of your unit’s EnviroSmart+™ sensors.
Can you install an Array Recess unit in a drywall ceiling?
-
The unit will function in a drywall ceiling, but we currently do not have a
complete aesthetic kit for mounting a recess unit into a drywall ceiling.
Where does the dirty air enter and exit my air purifier?
-
Enter:
-
Ceiling
-
Recess, Wall, Stand
-
Exit:
-
Ceiling
-
Recess
-
Wall/Stand
Where should Array Signal be placed and is there a height limit?
-
The ideal placement of the Array Signal would be in the “breathing zone” which
is above 3’ and below 6’. Array Signal will be most effective when its placed
as close to the source of the contaminant as possible. If your building is
seeking a RESET certification, please see RESET requirements for proper
placement. Placing an Array Signal as close to the center of a room will
maximize the area that it will sense. Note: Do not place Signal on a metallic surface, as it can interfere with the Signal’s antenna or signal strength.
Can an Array Signal be mounted to a ceiling?
-
It is not recommended that the Signal be mounted to a ceiling, as the Signal’s optimal placement should be in the “breathing zone”. However, technically, the Signal can be mounted to a ceiling if there are no flat surfaces to place the unit on. Note: Array Signal was never considered to be mounted in that orientation, therefore it hasn’t been tested in that orientation. With that in mind, if the Signal does come online after being mounted to a ceiling, the readings may vary slightly. Hot air rises, in which case, temperature readings may be a bit higher. Most but not all VOCs are heavier than air and therefore will fall to the ground and may not reach the sensors in the Signal if it’s mounted to the ceiling - in which case you’ll get lower VOC readings.
What does installing an Array product cost?
-
This will vary by project. All Array units require a professional electrician
to wire the units other than the Array Stand AS1 and AS2.
Can you use a Floor-to-Wall kit on Array Stand AS1 and AS2?
-
Yes, if you’d like to convert your AS1/AS2 to a wall mountable unit with a
plug, you may use the appropriate Floor-to-Wall kit in order to achieve this.
Why Purify with Array
Why is Fellowes Air Purifiers better suited for shared spaces compared to other
purifiers?
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Fellowes Array products are better suited since we can measure, monitor, and
mitigate all at the same time. Our four pillars define our products:
- Seamless & Scalable Integration
- Automatic Sense & React Technology
- Effective & Efficient Filtration
- Monitoring & Real-time Data
Are there any other competitors or like items in the market?
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Currently, there are no competitors that offer a complete line of products
like we do. They might contain certain components but lack the end-to-end
solution that we provide.
Would an Array HEPA unit work in tandem with an AR1 UVC unit?
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Yes, an Array HEPA unit and an AR1 UVC unit can be placed within the same
space so they can leverage each other’s strengths.
Airborne Contaminants
How effective are Array HEPA units?
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Our H13 True HEPA air purifiers are 99.95% effective in capturing molecules as
small as 0.1 microns including viruses, allergens, and germs.
Can Array HEPA units capture SARS-Cov-2 (the virus that causes COVID-19)?
- For AF1 filter, testing is in-progress
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For Array Wall/Stand units, the Hybrid filter has been tested to be effective
at capturing SARS-Cov-2
What else can Array HEPA units capture?
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Rhinovirus & H1N1
- For AF1 filter, testing is in-progress
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For Array Wall/Stand units, the Hybrid filter has been tested to be
effective at capturing H1N1 and Rhinovirus
For the AR1 UVC, can it also capture these contaminants?
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UVC technology is designed to kill the contaminants, not capture. The AR1 UVC
has a first pass kill rate of 98.1%. This means that 98.1% of all contaminants
passing through the AR1 UVC will be killed on their first pass through the
machine.
General Troubleshooting and Maintenance
My product won’t turn on. The lights of my product won’t go on.
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Verify that the On (I) /Off (O) switch is switched to On (I) (to find your
switch location, see your manual).
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Verify the breaker is switched on and the machine is connected to a power
source.
- Confirm the power button is clicked.
- Verify that the filter panel on the machine is properly closed in place.
- If it still does not work, call customer service 1-800-665-4339.
Where can I find the owner’s manual?
Where can I find the Serial Number of my Array product?
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Ceiling and Recess Units
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Wall/Stand
- Inside the unit behind the filters, labeled on a sticker
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Signal (Sensor Puck)
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Lookout Display
Can units be “hacked”?
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Since our units connect via LTE, a hacker would need to hack the wireless
service provider, not the unit, hence making it extremely difficult and
unlikely of being hacked.
If a sensor goes bad, is it replaceable?
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If a sensor fails, it can be replaceable by having the sensor board replaced.
Warranty Information
How long is the warranty on my unit?
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AC2, AR1, AR2, AS1, AS2, AW1, AW2 – 5 years which is extendable to 6 years with
Fellowes Protects
- AR1 UVC, Signal, Lookout – 3 years
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For more details, please find your product
here
Where can I get replacement parts for my air purifier?
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You may check with your current supplier, or online retailers for replacement filters.
For all other inquiries, contact Customer Service at 1-800-665-4339 or go to fellowes.ca.