Cartridge Filter Housing - 20 Inches Jumbo (1 Inch Connections)

1. What is a 20-inch Jumbo cartridge filter housing?

A 20-inch Jumbo cartridge filter housing is a large-capacity housing designed to hold a 20-inch Jumbo cartridge, typically around 4.5 inches in diameter. It is commonly used for sediment and particulate filtration in RO, water purification, and other water-treatment systems.

You can explore more cartridge filter housings for different sizes and connection options.

2. What is a Jumbo filter housing?

A Jumbo filter housing is a high-flow water filtration housing that accommodates a larger-diameter cartridge than standard Slim housings. Its larger filtration area can make it suitable for applications requiring higher flow and greater sediment-handling capacity.

Pearl Water Technologies offers different water filtration products for residential, commercial, and industrial applications.

3. What size cartridge fits a 20-inch Jumbo filter housing?

A typical 20-inch Jumbo filter housing uses a cartridge approximately 20 inches long and 4.5 inches in diameter. Always check the housing specifications and cartridge dimensions before purchasing.

4. What is a 1-inch cartridge filter housing used for?

A 1-inch cartridge filter housing is designed for filtration systems using 1-inch plumbing connections. It can be used in applications such as RO pre-filtration, sediment filtration, whole-house water filtration, and other water-treatment systems.

If you are building an RO filtration system, you can also explore Pearl Water Technologies' RO filter kits.

5. What is the difference between 20-inch Slim and 20-inch Jumbo filter housing?

The primary difference is cartridge diameter and filtration capacity. A 20-inch Slim housing uses a narrower cartridge, while a 20-inch Jumbo housing accommodates a larger-diameter cartridge.

Choose a Jumbo housing when your application requires higher flow capacity or a larger filtration surface area.

6. Which cartridge is best for a 20-inch Jumbo filter housing?

The best cartridge depends on the contaminants in your water and your filtration requirements. Spun, sediment, wound, and other cartridge types can be selected according to the required micron rating.

For example, a 5-micron sediment cartridge can be used when the primary objective is reducing suspended particles such as sand, dirt, rust, and silt.

You can also explore Pearl Water Technologies' RO membrane and filtration products for additional filtration components.

7. Can a 20-inch Jumbo filter housing be used for RO systems?

Yes. A 20-inch Jumbo housing can be used for RO pre-filtration to reduce suspended particles before water reaches the RO membrane. Proper pre-filtration can help protect downstream RO components from excessive sediment loading.

For complete filtration setups, see the RO filter kit range from Pearl Water Technologies.

8. What does a cartridge filter housing remove from water?

The housing itself does not determine what contaminants are removed—the filter cartridge inside the housing performs the filtration.

Depending on the cartridge, filtration can target:

• Sand

• Dirt

• Rust particles

• Silt

• Suspended solids

• Other particulate contaminants

The cartridge's filter media and micron rating determine its filtration capability.

9. How often should a Jumbo cartridge filter be replaced?

There is no universal replacement schedule. Cartridge life depends on:

• Incoming water quality

• Sediment concentration

• Flow rate

• Cartridge micron rating

• Daily water consumption

• Pressure drop across the cartridge

Replace the cartridge when it becomes clogged or when the pressure drop indicates that filtration performance has significantly decreased.

10. What is the flow rate of a 20-inch Jumbo filter housing?

Flow capacity depends on the specific housing and cartridge being used. A properly sized 20-inch Jumbo housing can support higher flow applications than many standard Slim housings.

Always check the manufacturer's specified flow rate and consider the cartridge's own flow limitations before designing the system.