OEM Replacement HAF Filter for Dri-Eaz Dri-Pod Dehumidifier
Factory-direct drop-in replacement for Dri-Eaz Dri-Pod HAF filter (F340). Compact electrostatic open-channel media at 380 × 240 × 5 mm. ≥95% CFM maintained. Antimicrobial treatment. ISO 9001:2015 certified. Free sample in 7 days.
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What HAF filter replaces the Dri-Eaz Dri-Pod?
The Dri-Eaz Dri-Pod is a compact, stackable dehumidifier designed for tight-space restoration jobs. Its F340 HAF filter uses the same electrostatic open-channel technology as larger Dri-Eaz units but in a smaller form factor. Nantong Deli produces the DL-HAF-F340 to the same dimensional spec for direct drop-in replacement.
Dri-Pod HAF Filter Cross-Reference
| Dri-Eaz Model | OEM Part # | Deli SKU | Dimensions (mm) | Fit? |
|---|---|---|---|---|
| Dri-Pod | F340 | DL-HAF-F340 | 380 × 240 × 5 | ✅ Yes |
| LGR 700 (different size) | F284 | DL-HAF-F284 | 457 × 279 × 6 | Different SKU |
| Phoenix LGR (different size) | F391 | DL-HAF-F391 | 470 × 290 × 6 | Different SKU |
Product Specifications — DL-HAF-F340
| Deli SKU | DL-HAF-F340 |
|---|---|
| OEM Cross-Reference | Dri-Eaz F340 |
| Compatible Models | Dri-Eaz Dri-Pod |
| Dimensions | 380 × 240 × 5 mm |
| Media | Electrostatic low-density open-channel synthetic |
| Pressure Drop | 0.08–0.12 in. w.c. at rated airflow |
| CFM Maintained | ≥95% at end of service life |
| Antimicrobial | Standard |
| Certifications | ISO 9001:2015, ISO 14001:2015, RoHS |
| MOQ | 300–500 pcs |
| Sample Lead Time | 7 business days |
FAQ
Source Dri-Pod-Compatible HAF Filters Direct from China
Factory-direct. ISO 9001:2015. 380×240×5mm. Free sample in 7 days.
Request Free Sample ← Full HAF Filter RangeWhy the Dri-Pod Filter Is the Size It Is
At 380 × 240 × 5 mm the F340 is the smallest filter in the Dri-Eaz range, and the 5 mm media depth — against 6 mm on the LGR 700 and Phoenix platforms — is the detail that catches people out. The Dri-Pod is built to stack and to slide into crawl spaces and under-floor voids, so the filter housing gives up depth to keep the overall envelope down.
That 1 mm matters more than it sounds. A thinner medium has less depth in which to hold captured particulate, so on identical jobs a Dri-Pod filter reaches its loading limit sooner than an F284 does. Crews running mixed fleets frequently set one replacement schedule for every machine and then wonder why the compact units underperform late in a job.
Stacked deployment and filter access
Dri-Pods are commonly run stacked, two or three high, in a single containment. In that configuration the upper units draw air that has already passed the lower ones, which loads the top filter differently from the bottom one. If you are pulling filters on a schedule rather than on inspection, rotate positions between jobs so the loading evens out across the set.
Crawl Space and Under-Floor Work
The Dri-Pod exists for jobs where a standard LGR will not physically go, and those jobs have a filtration profile of their own. Crawl spaces carry soil particulate, insulation fibre and mould spore loads that a finished interior does not, and the air is frequently at or near saturation for the whole deployment.
Two consequences follow. The filter loads faster than the running hours suggest, because soil and fibre are coarse and blind an open-channel medium quickly. And the medium spends its entire service life at high relative humidity, which is within the 0 to 100% RH rating but leaves no margin — any actual liquid contact, from standing water or condensate dripping off a joist, is outside what the media is rated for.
Crews working sub-floor should plan on the short end of the interval and should check filter position rather than filter appearance when a unit is pulled. A Dri-Pod that has been sitting in a puddle has a filtration problem no inspection of the media surface will reveal.