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IP65 and IP67 are both dust-tight, but they do not promise the same water protection. In the IP code, the first digit 6 means protection against dust. The second digit is a different test: 5 means protection from water jets, while 7 means protection against temporary immersion under standardized conditions. An IP67 outdoor access point is not automatically certified for IP65 water-jet exposure unless its documentation also gives a jet rating, such as IPX5/IPX7 or IPX6/IPX7.
What IP65 and IP67 mean
The IP (Ingress Protection) code defined by IEC 60529 describes how an enclosure resists solids and water entering it. The code is read from left to right:
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- First characteristic numeral: protection against solid objects and dust.
- Second characteristic numeral: protection against water.
Both IP65 and IP67 begin with 6, so both claim the highest dust-protection level in this comparison. The difference is entirely in the second digit: 5 versus 7.
| Marking | Solid-ingress protection | Water test represented by the second digit | What it does not establish |
|---|---|---|---|
| IP65 | 6: dust-tight | 5: protection against water jets | It does not establish temporary-immersion protection at the IP67 level. |
| IP67 | 6: dust-tight | 7: protection against temporary immersion under standardized pressure and time | It does not automatically establish the IP65 or IP66 water-jet test. |
The first digit: dust protection
The first 6 means the enclosure is dust-tight under the applicable test. For an outdoor access point, that matters because dust, sand and airborne particles can otherwise reach electronics, connectors or antennas and contribute to contamination or corrosion. The 6 is the same on both ratings; IP67 is not “more dust-tight” than IP65.
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- Indoor/Outdoor Use: The durable, weatherproof enclosure protects the access point against harsh outdoor conditions and provides stable wireless coverage up to 200m+ range at 2.4GHz and 300m+ at 5GHz in outdoor settings. Discreet appearance can also fit with any indoor scenarios
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The second digit: two different water mechanisms
Water numeral 5 is a jet test. The enclosure is exposed to water projected through a nozzle under specified conditions. This is relevant to wind-driven rain, directed spray and some hose exposure, although the exact test is not permission to use a pressure washer.
Water numeral 7 is an immersion test. The enclosure is temporarily placed in water under standardized conditions of pressure and time. A European Commission Joint Research Centre report reproducing the IEC 60529 description states: “Ingress of water in quantities causing harmful effects shall not be possible when the enclosure is temporarily immersed in water under standardized conditions of pressure and time.”
For plain-language context, Garmin describes IP67 as temporary immersion up to 1 metre for up to 30 minutes. TP-Link gives the same up-to-1-metre, half-hour description for its EAP650-Outdoor. Those descriptions explain the rating; they are not a guarantee that every product can remain submerged for that duration in every installation or that the unit can tolerate pressure from a hose or cleaning system.
Why IP67 is not automatically IP65
It is tempting to treat the water numbers as a ladder: if 7 is greater than 5, an IP67 enclosure must include every lower water test. That assumption is unsafe. The numbers identify different test methods, not a simple ranking of all water resistance.
IEC-based technical guidance explains that an enclosure marked with water numeral 7 or 8 is unsuitable for the water-jet tests represented by 5 or 6 unless it is dual coded. A product exposed to both jets and possible immersion therefore needs documentation that explicitly includes both claims—for example, IPX5/IPX7 or IPX6/IPX7, with the solid-protection digit shown elsewhere in the complete marking when applicable.
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- 【Indoor/Outdoor Use】The durable, IP67 weatherproof enclosure with dedicated high gain antennas protects the access point against harsh outdoor conditions and provides the best outdoor wireless experiences. Discreet appearance can also fit with any indoor scenarios.
- 【Integrated into Omada SDN】Omada's Software Defined Networking (SDN) platform integrates network devices including access points, switches & gateways with multiple control options offered - Omada Hardware controller, Omada Software Controller or Omada cloud-based controller*(Contact TP-Link for Cloud-Based Controller Plan Details). Standalone mode also applies.
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For an access point, read the complete marking and the installation instructions. “IP67” alone supports the immersion claim and dust-tight claim represented by the two digits. It is not evidence that the manufacturer performed the IP65 jet test.
Match the rating to the water at the mounting location
Choose the rating by identifying how water can actually reach the access point, rather than by selecting the largest-looking number.
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1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problems| Site exposure | Question to answer | Rating implication |
|---|---|---|
| Ordinary outdoor rain | Is the unit mounted so water drains away, with sealed cable entries and no standing water? | Use the manufacturer’s stated outdoor rating and installation method. IP65 or IP67 may be suitable, but the enclosure rating alone does not validate the mounting. |
| Directed hose spray or irrigation jets | Will a nozzle, sprinkler or cleaning hose repeatedly hit the enclosure? | Look for an explicit IPX5 or IPX6 claim, as appropriate. IP67 alone does not prove jet protection. |
| Temporary flooding or splash into pooled water | Could the access point be under water temporarily, and at what depth? | An explicit IP67 claim addresses the standardized temporary-immersion test. Confirm the product’s instructions, cable orientation and allowable installation conditions. |
| Powerful jets or industrial wash-down | Will high-pressure cleaning equipment strike the unit? | Do not infer suitability from IP67. Check for the exact jet rating and any prohibition on pressure washing; the pressure of an activity can exceed the rating test. |
| Continuous or deep immersion | Could the unit remain submerged or sit below the tested depth? | IP67 is not a continuous-immersion rating. A product would need an explicit IP68 claim with manufacturer- and user-agreed conditions, and an outdoor AP may still not be intended for that use. |
What the ratings look like on real outdoor access points
Manufacturer specifications show that outdoor access points are sold with both kinds of marking. These examples illustrate the distinction; they are not independent tests or a controlled reliability comparison.
| Model | Manufacturer-stated enclosure rating | Other stated deployment details | How to use the example |
|---|---|---|---|
| TP-Link EAP650-Outdoor | IP67 | AX3000 Wi‑Fi 6 outdoor access point; listed support for 802.3at PoE+ and passive PoE; manufacturer page describes immersion to 1 metre for half an hour. | Illustrates an immersion-rated product. Verify whether the exact revision also carries a separate jet rating before placing it where directed spray is expected. |
| TP-Link EAP110-Outdoor | IP65 | Outdoor access point listed as IP65 during ingress-protection testing. | Illustrates a jet-rated, dust-tight enclosure. Do not treat the IP65 marking as a temporary-immersion certification. |
| TP-Link EAP225-Outdoor | IP65 | Another outdoor access point with a manufacturer-listed IP65 rating. | Use the complete product documentation for mounting, cable sealing and power requirements. |
| DrayTek outdoor access points | Outdoor models and PoE/PoE+ use are described on the manufacturer’s outdoor AP page; the exact IP marking varies by model. | Power delivery and mounting are part of the deployment decision alongside enclosure protection. | Confirm the exact model’s IP code rather than applying one outdoor-model claim to the whole range. |
Regional product pages, hardware revisions, included injectors and feature availability can change. Before ordering, identify the exact model and revision sold in your region and obtain its current specification sheet or installation manual.
How to choose between IP65 and IP67
Step 1: Describe the exposure in physical terms
Write down whether the unit will see rain, wind-driven spray, irrigation, a hose, occasional flooding or continuous submersion. “Outdoor” is not a water test. A roof-mounted AP in normal rain has a different exposure from one beside a pool, under a sprinkler or on a wash-down wall.
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- Indoor and Outdoor Use: Built to last, our IP65 weatherproof design, wide operating temperature range (-40F to 158F), and 6kV lightning protection safeguard the access point from heat, cold, dust, rain, and storms, ensuring reliable performance in any outdoor environment
- Long Range WiFi Coverage: Dual-band omnidirectional design delivers strong, seamless signal for whole area coverage
Step 2: Check the complete IP marking
Look for both digits and any additional or dual coding. If the documentation says only IP67, record that as dust-tight plus temporary immersion. If your site needs jet protection, require an explicit IPX5 or IPX6 claim, or a complete dual marking such as IP65/IP67 or IP66/IP67 where the manufacturer specifies it.
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Confirm the permitted mounting orientation, drain paths, cable-entry method, connector caps and whether a particular bracket or gland is required. The IP test applies to the enclosure assembled as tested. A field installation with an open unused port, an incorrectly fitted gasket or a cable gland that is not tightened can defeat that protection.
Step 4: Verify the network and power fit
Compare radio generation, capacity, coverage objectives, antenna arrangement and management features separately from the IP code. Then check power. The EAP650-Outdoor page lists 802.3at PoE+ and passive PoE support, while outdoor AP documentation from DrayTek describes PoE/PoE+ deployment. Those are not interchangeable assumptions: a switch or injector must provide the standard, voltage and wattage required by the selected model.
Step 5: Confirm warranty and environmental limits
Look for temperature, humidity, salt-air or chemical-exposure limits, lightning and grounding guidance, and any statement that pressure washing or permanent immersion is prohibited. An IP number does not establish corrosion resistance, surge protection, UV life, radio performance or warranty coverage.
Installation details that determine whether the rating survives in the field
Seal every cable entry
Use the supplied gland, gasket or weatherproof connector exactly as instructed. Tighten it around the specified cable diameter. Leaving an unused port uncapped, routing a cable through a non-rated opening or replacing a sealed connector with an indoor coupler creates a path for water even when the enclosure itself passed an IP test.
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Mount for drainage, not just signal coverage
Follow the model’s orientation marks and keep drainage openings clear. Avoid mounting where water can pool around the cable entry or collect on the top surface. A bracket that forces an unapproved orientation can expose seams and connectors to water in a way the tested configuration did not.
Keep the PoE connection within its environmental specification
The access point may be weather-rated while the injector, switch, coupler or surge protector remains indoor-only. Place ancillary equipment in an enclosure rated for its location, or route the cable to a protected interior point as the installation instructions require. Check whether the supplied injector is intended for outdoor use; product pages often list supported PoE types without implying that every accessory is weatherproof.
Inspect after installation and maintenance
Check gaskets for pinching, cracks or dirt before closing the housing. After storms, construction or servicing, inspect cable glands and protective caps. Replace damaged seals rather than relying on the original IP number.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.IP rating is only one part of outdoor AP suitability
An enclosure code answers a narrow physical question: how the tested enclosure resists specified ingress. It does not tell you whether the access point will cover the required area, support the client density, survive local temperatures or receive power reliably.
- Wireless design: select the radio generation, channel plan, antenna pattern and mounting height for the site. IP67 does not make an AP faster or extend its range.
- Power: verify 802.3af, 802.3at PoE+, passive PoE or another required method, plus the switch or injector’s available wattage and cable length limits.
- Mechanical installation: confirm bracket strength, wind exposure, cable bend radius, grounding and lightning protection where applicable.
- Environment: check operating temperature, condensation, salt spray, dust chemistry and nearby cleaning agents. Dust-tight is not the same as corrosion-proof.
- Documentation: use the exact regional model number, hardware revision and installation guide. A product family may contain models with different ratings and accessories.
- Warranty: determine whether damage from incorrect mounting, pressure washing, flooding beyond the stated test or non-approved power equipment is excluded.
Common mistakes and how to avoid them
“The higher number includes all lower numbers”
Correction: water numerals identify different tests. IP67 does not automatically include the IP65 jet test. Require dual coding when both exposure types matter.
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“IP67 means I can pressure-wash the AP”
Correction: immersion and high-pressure jets apply force differently. Even if a product survives temporary immersion, the pressure generated by a hose or cleaning system can exceed the applicable test. Follow the manufacturer’s cleaning instructions.
“The AP is IP-rated, so the installation is weatherproof”
Correction: cable glands, connector caps, orientation, brackets and external PoE hardware can all become weak points. The rating describes the tested enclosure, not every field configuration.
“IP67 will last longer and perform better”
Correction: no source-backed statistic establishes longer service life, higher reliability or better Wi‑Fi performance for IP67 versus IP65 outdoor APs solely because of the second digit. Treat those as separate engineering and vendor-support questions.
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“Any outdoor model from the same range has the same protection”
Correction: verify the exact model and revision. The EAP110-Outdoor and EAP225-Outdoor are manufacturer-listed IP65 examples, while the EAP650-Outdoor is listed as IP67; that difference cannot be generalized to unrelated models or regions.
A practical buying checklist
Before approving an outdoor access point, document the following:
- Exposure: rain, spray, hose jets, powerful jets, temporary flooding or continuous immersion.
- Complete code: first digit for solids, second digit for water, and any dual jet-plus-immersion marking.
- Test interpretation: whether the required protection is a jet test, immersion test or both.
- Mounting: approved orientation, bracket, drainage and cable-entry parts.
- Power: PoE standard, voltage, wattage, injector or switch compatibility and cable length.
- Network fit: Wi‑Fi generation, client capacity, antenna coverage, backhaul speed and management requirements.
- Environment: temperature, humidity, UV, salt, chemicals, lightning and grounding conditions.
- Documentation: current regional specification, installation manual and warranty limitations.
- Maintenance: safe cleaning method, inspection interval and replacement procedure for damaged seals.
Bottom line for typical outdoor deployments
Choose IP65 when the documented requirement is dust-tightness plus water-jet protection and there is no need for the IP67 immersion test. Choose IP67 when temporary immersion is a credible risk and the manufacturer permits that installation. If the access point may face both directed jets and immersion, do not infer coverage from either number: select a model with explicit dual water coding and follow its installation instructions.
Neither rating substitutes for a complete deployment design. Confirm the exact exposure, full marking, cable sealing, mounting orientation, PoE requirements, environmental limits and warranty conditions before installation.
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