In the 350-GPM Filter Separator, how many filters and canisters are used?

In the 350-GPM Filter Separator, how many filters and canisters are used?

• A. 18 filters, 9 canisters
• B. 18 filters, 18 canisters
• C. 9 filters, 18 canisters
• D. 9 filters, 9 canisters

Answer: (B)

A key idea here is that the 350-GPM Filter Separator is built with a one-to-one pairing of filtration elements and their housings. Each filter element sits inside its own canister, and the system is configured so the number of canisters matches the number of filters. This arrangement supports the high flow by letting many elements work in parallel, while also making maintenance straightforward: you can remove a single canister and its filter without shutting down the entire unit, preserving filtration in the rest of the system. Matching counts provide consistent filtration capacity and easier serviceability. Configurations with mismatched counts would create flow or maintenance issues, so the one-to-one setup is the correct design.

A key idea here is that the 350-GPM Filter Separator is built with a one-to-one pairing of filtration elements and their housings. Each filter element sits inside its own canister, and the system is configured so the number of canisters matches the number of filters. This arrangement supports the high flow by letting many elements work in parallel, while also making maintenance straightforward: you can remove a single canister and its filter without shutting down the entire unit, preserving filtration in the rest of the system. Matching counts provide consistent filtration capacity and easier serviceability. Configurations with mismatched counts would create flow or maintenance issues, so the one-to-one setup is the correct design.