IP69K vs IP06
Head-to-head comparison of two IEC 60529 ingress protection ratings.
IP69K and IP06 are both IEC 60529 ingress protection codes, but they differ in solid-object protection (level 6 vs 0) and liquid protection (level 9K vs 6). IP69K is rated for dust-tight and high-pressure, high-temp water jets, while IP06 provides no protection and powerful water jets (12.5 mm nozzle).
IP69K is dust-tight and resists high-pressure (8–10 MPa), high-temperature (80 °C) water jets. The highest IP rating, required for food, beverage, and pharmaceutical washdown environments.
With IP06, an enclosure receives no protection against solid objects and protection against powerful water jets. Water projected in powerful jets by a 12.5 mm nozzle against the enclosure from any direction shall have no harmful effects.. It is an IEC 60529 ingress protection code combining first-digit (solid) level 0 with second-digit (liquid) level 6.
Detailed comparison
The stronger rating on each row is highlighted in emerald.
Solid protection (first digit)
IP69K
6 — Dust-Tight
IP06
0 — No Protection
Liquid protection (second digit)
IP69K
9 — High-Pressure, High-Temp Water Jets
IP06
6 — Powerful Water Jets (12.5 mm nozzle)
Dust-tight
IP69K
Yes
IP06
No
Water-jet resistant
IP69K
Yes
IP06
Yes
Submersible
IP69K
Yes
IP06
No
Outdoor suitable
IP69K
Yes
IP06
Yes
The exact difference (IP69K vs IP06)
Solid protection
IP69K
Level 6 — Dust-Tight
IP06
Level 0 — No Protection
IP69K provides "Dust-Tight" (level 6), while IP06 provides "No Protection" (level 0). IP69K is 6 levels higher.
Liquid protection
IP69K
Level 9 — High-Pressure, High-Temp Water Jets
IP06
Level 6 — Powerful Water Jets (12.5 mm nozzle)
IP69K handles 8–10 MPa (High-Pressure, High-Temp Water Jets), while IP06 handles 100 kPa (Powerful Water Jets (12.5 mm nozzle)). IP69K provides 3 levels more liquid protection.
NEMA equivalents
No direct NEMA equivalent.
No direct NEMA equivalent.
Recommendation
IP69K offers higher overall protection than IP06. Choose IP69K for harsher environments; IP06 may suffice for milder conditions and can be more cost-effective.