Air Box Junior CARBON Filter 250 CFM | 10″ flange, pre-filter included
$ 357.95
FREE SHIPPING IN THE USA (EXCLUDES AK, HI, PR)
- Eliminate excess heat, filter out contaminants, neutralize odors
- Dual Filtration Technology – Intake or Exhaust
- Accepts standard 10″ duct
- Adaptable to any inline duct or air filtration system
- Easy to install; can be mounted horizontally or vertically
- Replaceable high-flow carbon filter
- 100% premium virgin coconut charcoal
- 100% of the filter surface area is used
- Commercial, industrial, residential, horticultural environments
- All Air Box replacement filters are in stock
- Made in the USA
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Discount per Quantity
| Quantity | 1 - 9 | 10 - 19 | 20 - 50 |
|---|---|---|---|
| Price | $ 357.95 | $ 340.05 | $ 322.16 |
| % Discount | - | 5% | 10% |
Description
Specifications
Protect your space from unwanted pollutants with the versatile Air Box Junior. The Air Box HEPA unit eliminates 98% of all molds, mildew, spores, pollen, dust, dander, and other airborne particles down to 0.3 microns using a MERV 13 filter. The Air Box CARBON unit includes replaceable high-flow carbon filters made from 100% premium virgin coconut charcoal, enhancing filtration efficiency and air quality. Perfect for industrial, commercial, residential, indoor growing environments.
Set-up
Inline fans obliterate excess heat and humidity and circulates fresh, healthy air. They bring the temperature and humidity down, pushes or pulls odors and other pollutants and pathogens through your air filters. Using an inline fan to bring in cooler air will help you regulate the internal temperature of your space.
Additional information
| Maximum CFM: |
250 |
|---|---|
| Recommended CFM: |
125 |
| Number of cartridges: |
1 |
| CTC rate: |
60 |
| Cartridges Size: |
3”x 12” x 12” |
| Prefilter: |
1 |
| Prefilter Size: |
12" x 12" x 2" |
| Pressure (W.G.) @ Recommended CFM: |
1.0 W.G |
| Residence Time @ Recommended CFM: |
0.04 |
| Flange: |
10 Inch |
| Unit size: |
11.625”x 11.625” x 5.375" |
| Total Weight: |
14.5 lbs |
| Maximum Operating Temp: |
176 F |
| Air flow type: |
Designed to push or pull the Air |
| Compatible FANS: |
Ruck Classic HO 4” or Ruck Prime 6” |
Shipping & Delivery
Shiping Note:
Dear Customers,
Please be advised that for deliveries to Alaska, Hawaii, and Puerto Rico, a delivery surcharge may apply. We will notify you of any additional charges before your order ships.
Order processing can take from 3 to 5 business days for Air Box filter units, inline fans, and replacement filters, and up to 4 weeks for custom-built orders. We prioritize orders for essential services such as schools, government and the healthcare industry.
We charge a flat shipping rate on the date of your order.
Please note that freight quotes may vary on the shipment date due to fluctuating fuel prices, brokerage fees, and/or special handling requirements. We do all we can to ship your orders promptly and at the lowest freight cost possible.
Note: Air Box 4 and Air Box 4+ filter units are stacked high on skids for shipping to ensure their protection and prevent any damage during transit.
Additionally, bundles, which include Air Box units and inline fans, may ship from different locations. As a result, one product may arrive before the other.
Thank you for your understanding and continued support
For Air Box shipping policy go here
How to calculate CFM
To calculate the CFM (cubic feet per minute) you need for a room, you can use the following formula:
CFM = (room volume * number of air changes per hour) / 60
Room volume is the cubic footage of the room. To calculate this, multiply the length, width, and height of the room.
Number of air changes per hour is the number of times you want the air in the room to be replaced in an hour. (A good rule of thumb is to aim for 2-3 air changes per hour).
60 is the number of minutes in an hour.
For example:
If a room is 10 feet long, 12 feet wide, and 8 feet high, the room volume would be 960 cubic feet. If you want the air in the room to be replaced 2 times per hour, you would need a fan with a CFM rating of 320.
CFM = (960 cubic feet * 2 air changes per hour) / 60 minutes per hour = 320 cubic feet per minute
It is important to note that this is a general formula. The actual CFM requirements to ventilate a room may vary depending on a number of factors, such as the number of people in the room, the activities taking place in the room, and the type of ventilation system in the room. If you are unsure how many CFM you need, it is always best to consult with a professional.
Here are some additional factors to consider when calculating CFM requirements:
- The number of people in the room. The more people in the room, the more CFM you will need to remove the stale air and replace it with fresh air.
- The activities taking place in the room. Activities that generate heat, such as cooking or exercising, will require more CFM to remove the hot air and replace it with cooler air.
- The type of ventilation system in the room. If the room has a natural ventilation system, such as open windows or doors, you will need less CFM than if the room has a mechanical ventilation system, such as an air conditioner or furnace.
- Type of filter being used. CARBON filters and HEPA filters have different CFM requirements, make sure you check the specs closely
By considering all of these factors, you can determine the correct CFM requirements for your room and ensure that you have the proper ventilation to keep the air fresh, healthy and clean.
Product Capacity
Particulates – Very small solid or liquid substances, such as inorganic / organic compounds and dormant / living organisms, that are light enough to float in air. Microbial – This category represents germs, viruses, and bacteria. These small organisms can only be seen through a microscope, and are present in every environment. Chemical (Gaseous) – Hundreds of gaseous pollutants, covering all combustion gasses and organic chemicals (VOC’s), have been detected in indoor environments. Health effects vary widely and depend on the types, concentrations, frequency and duration of exposure.
3 Components of Poor Indoor Air Quality
