Cello OMNI 4-in-1 300W User Manual
- June 7, 2024
- Cello
Table of Contents
CELLO OMNI
4-IN-1 300W
USER MANUAL
ANYTIME, ANYWHERE, BY ALL MEANS
Cello OMNI integrates UVC Surface Disinfection, UVC
Air Disinfection, HEPA Filtering, and Needlepoint Bipolar Ionizers (NPBI) into
one single product. With the blessing of IoT (Internet of Thing) technology to
allow remote scheduling, control, and working log over the Cello Cloud. Cello
Lighting, Inc. Palo Alto, CA 94303
Cello Lighting, Inc. 888-588-8849 customer_service@CelloLighting.com
User Manual of Cello OMNI 4-in-1 300W
Overview
Disinfection Guidelines
Surface Mode UVC Disinfection
Area| 400 sq. ft.| 800 sq. ft.| 1200 sq. ft.| 1600 sq. ft.| 2400 sq. ft.| 4800
sq. ft.
---|---|---|---|---|---|---
Time*| 10 min| 20 min| 30 min| 40 min| 60 min| 120 min
*Suggested time to operate for 99.9% disinfection rate.
** The UVC cart needs to navigate around the area to achieve the claimed
disinfection rate.
Air Mode UVC Disinfection
CFM| Disinfection| 500 sq. ft.*| 1000 sq. ft| 2000 sq. ft.| 4000 sq. ft.|
5000 sq. ft.
---|---|---|---|---|---|---
200| 100.00%| 20 min**| 40 min| 80 min| 160 min| 200 min
400| 99.99%| 10 min| 20 min| 40 min| 80 min| 100 min
600| 99.95%| 7 min| 14 min| 27 min| 54 min| 68 min
800| 99.90%| 5 min| 10 min| 20 min| 40 min| 50 min
1000| 99.80%| 4 min| 8 min| 16 min| 32 min| 40 min
- Height = 8 ft. tall.
** Time to exchange 100% of air.
Technical Specifications
Model | Parameter | Value |
---|---|---|
GENERAL | Input Watt | 120 V, 47Hz – 60Hz, 300W |
Dimensions & Weight | 1.3′ (D) x 6.8′ (H) & 47 lb. | |
UVC SURFACE | UVC wavelength | 253.7nm |
UVC Irradiation | 630 RW/cm2 | |
UVC AIR | SARS-CoV-2 Killing Rate | 99.9 % (@800CFM) |
ACH @ 8 ft. high room of 1000 sq. ft. | 10 minutes (@800CFM) | |
AIR EXCHANGE RATE (ACH) | 100-1000 CFM (continuously tunable) | |
Ambient Noise | 50 dB (200CFM) — 65 dB (800CFM) | |
HEPA | ASHARE MERV Value | MERV 13 |
NPBI | Ion Concentration | 60 million ions per cubic cm per second |
Quick Start Guide
1. Turn on Power Switch
2. Turn the Timer Dial to “Always On” (or 1-120 minutes)
3. Tune Fan Speed
4. Hold remote to control the Wi-Fi Panel:
5. Turn on CH2 (Turn on UVC lamps)
6. Turn on CH3 (Turn on NPBI)
7. Turn on CH4 (Turn on FAN)
8. Turn on CH1 to enter SURFACE Mode (UV lamps UP)
9. Turn off CH1 to enter AIR Mode (UV lamps DOWN)
Cello Cloud Services (CelloVira.com)
In order to enjoy the powerful Cello Cloud Services at CelloVira.com, please
do the following:
1. Identify
the APP ID on your Cello OMNI.
2. Email your APP ID to: Customer_Service@CelloLighting.com
SUBJECT: APP ID = 100109ce70 (your own ID)
CONTENT: Contact Name
Organization Name
Address
Phone Number
3. Once you received your user/password, follow instructions to connect Cello
OMNI 4-in-1 to
Internet through your existing Wi-Fi networks:
Use your new CelloVira USER/PASS to log in at:
CelloVira.com
Once logged in, you will see the following home page:
The top Menu includes the following:
Products: Specifications sheets of Products
Devices: Managing your Cello UV devices
User Profile: Update your profile
User Manuals: User manuals of Cello UV products.
Scheduling of Cello OMNI Disinfection
Please visit CelloVira.com, log in the portal with your USER/PASS.
Then Click
Click
For instance, in this example:
Cello OMNI status at 01:04 PM is: (Valid from 12/22/2020 to 01/06/2021)
CH1 has turned ON: SURFACE MODE (Lamps are UP)
CH2 is turned ON: UVC Lamps ON
CH3 is turned ON: ION ON
CH4 is turned ON: FAN ON
Cello OMNI status at 01:58 PM is: (Valid from 12/23/2020 to 01/07/2021)
CH1 is turned OFF: AIR MODE (Lamps are DOWN)
CH2 is turned ON: UVC Lamps ON
CH3 is turned OFF: ION OFF
CH4 is turned on: FAN ON
Safety Instructions
Surface Mode: Safe Tips
What are UV-C Disinfection Lamps?
UV-C disinfection lamps emit radiation in the UV-C portion of the ultraviolet
(UV) spectrum, which includes wavelengths between 100 and 280 nanometers (nm).
The lamps are used in a variety of applications where disinfection is the
primary concern, including air and water purification, food and beverage
protection, and sterilization of sensitive tools such as medical instruments.
Germicidal light destroys the ability of bacteria, viruses, and other
pathogens to multiply by deactivating their reproductive capabilities. The
average bacteria may be killed in 10 seconds at a distance of 6 inches from
the lamp. The wavelength with the greatest effectiveness is 253.7 nm, which
defines the germicidal lamp category with optimized wavelength for maximum
absorption by nucleic acids.
Hazard and Risks from UV-C Disinfection Lamp Radiation
UV-C radiation (UVR) used in most disinfection bulbs is harmful to both skin
and eyes.
UVR is not felt immediately; in fact, the user may not realize the danger
until after the exposure has caused damage. Symptoms typically occur 4 to 24
hours after exposure.
The effects on the skin are of two types: acute and chronic. Acute effects appear within a few hours of exposure, while chronic effects are long-lasting and cumulative and may not appear for years. An acute effect of UVR is redness of the skin called erythema (similar to sunburn). Chronic effects include accelerated skin aging and skin cancer.
UVR is absorbed in the outer layers of the eye – the cornea and conjunctiva. Acute overexposure leads to painful temporary inflammation, mainly of the cornea, known as photokeratitis. Subsequent overexposure to the UV is unlikely because of the pain involved. Chronic exposure leads to an increased risk of certain types of ocular cataracts.
Working unprotected for even a few minutes can cause injury. It is possible to calculate the threshold for acute effects and to set exposure limits. It is not possible, however, to calculate the threshold for chronic effects; therefore, because no exposure level is safe, exposure should be reduced as much as possible.
10 CFR 851 mandates the use of the threshold limit value (TLV) exposure limits established by the American Conference of Governmental Industrial Hygienists (ACGIH). The exposure limit for a germicidal lamp is 6 millijoules per square centimeter. At this level, detectable molecular damage appears to be fully repaired within 24 hours. For the case of continuous exposure for longer than 8 hours, special care needs to be taken.
Do not remove the cover of the AIR unit when the power is on
Due to the potential danger of UVC, do not remove the cover of this machine
when the power is on.
06/16/2020
Air Mode: Tips to Replace the HEPA Filter
The current pandemic has raised awareness and questions centered around
best practices to follow for
air filter replacement. Here are some recommended steps to replace an air
filter:
1. TURN OFF THE POWER for safety. Also, turn off any fans in the area at
least 20 minutes prior to servicing a filter.
2. Wear personal protective equipment (PPE): This includes a face mask,
nitrile gloves, and shoe covers.
3. Remove the old filter. Simply slide it out of the slot that holds it in
place.
4. Check the condition of the filter. Does it look clogged with dirt and
dust? Many factors can impact how fast a filter will become clogged,
shortening the life of the filter.
5. Replace the filter. Immediately place the old filter into a plastic bag
being careful not to shake or drop it. Sudden movements can cause microscopic
particles to be released into the air. Twist or tie the bag shut and consider
taping it to create a seal.
NOTE: If the filter has a permanent frame, the media should be removed
outside. Be sure to dispose of the old filter in an outdoor trash can.
6. Insert the new filter right away. An arrow on the filter’s frame shows the
direction that air should flow through the filter, which is always away from
the return air duct and toward the air handler mechanism. When inserting the
filter back in the housing, make sure that the arrow points away from the
return and toward the air handler. Write down the date you replaced the
filter.
To maintain healthy breathable indoor air, standard HVAC air filters should be changed at least every three months. In some situations, the filter may need to be changed more frequently. Changing an air filter on a regular maintenance schedule also keeps equipment in top working condition, prevents breakdowns, reduces energy consumption, and limits expensive repairs.
Extra safety cushion provided by the internal UVC lamps
The HEPA filters in this AIR Unit are irradiated continuously by the UVC lamps
above the HEPA filters. So, in general, most of the dangerous pathogens
trapped on the HEPA filters have been inactivated before the technicians
replace the HEPA filters. However, the UVC light can not penetrate the dust
and particles, so if some pathogens are hidden underneath the dust and
particles and were not irradiated by the UVC light, they might still be
dangerous to technicians.
References
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