IP Code Calculator & Ratings Test Planner
Choose the right IP rating before you waste time on the wrong test. Spin the digits to explore the tests behind each IP code. Toggle between IP numbers and plain-language test targets to compare common IEC 60529 ratings, understand dust and water ingress conditions, and get a clearer picture of what your product may need before formal IP testing.
Real-world examples
Products that commonly need ingress protection
How to Plan Ingress Protection Testing
Use the rating as a test plan, not just a label
Decode the two digits
The first digit covers access to hazardous parts and solid foreign objects. The second digit covers water exposure. Together they describe the enclosure claim, not every environmental stress the product may face. View the complete IP Code Ratings Chart.
Plan the lab sequence
Use the route as a pre-test conversation starter for samples, mounting, orientation, cable entries, vents, seals, pass criteria, and whether dust or water preconditioning should be added. Contact us to get the process started!
Avoid over-claiming
IP code overview
Basics of Ingress Protection (IP Code) Testing
Think beyond the number
An IP rating is more than just a label. True ingress performance is determined by how well the entire product design integrates sealing strategies, material choices, manufacturing tolerances, and protective features.
- Evaluating these elements early helps ensure the final IP rating accurately reflects real-world conditions.
Turn your IP rating into a selling point
An IP rating can give customers a quick, easy way to understand product durability, especially when the product is used outdoors, around dust, or near water. Ratings such as IP54, IP65, or IP67 can help support sales pages, product comparisons, datasheets, and customer conversations when they are presented clearly and accurately.
Consider product orientation
Mounting position can matter during ingress protection testing. A product that is normally wall-mounted, floor-mounted, tilted, or handheld may need to be evaluated in a position that reflects real use.
Plan before formal testing
The IP Code Planner is a useful starting point, but successful IEC 60529 compliance requires thorough preparation: Product design and orientation, sample conditioning, pass/fail criteria, and standard requirements.
Compare to NEMA Ratings
NEMA 250 is the primary enclosure standard in North America. Unlike IP ratings (IEC 60529), which cover protection against solids and water, NEMA ratings also address factors such as corrosion, oil exposure, and icing.
- There is no direct 1:1 correlation between IP and NEMA ratings, and many U.S. projects specify NEMA, IP, or both.
Common IP Testing Pitfalls
Learn about the common causes of IP test failures before finalizing the enclosure. When designing enclosures, engineers should focus on:
- Cable glands, connectors, and entry points
- Fasteners and screws that penetrate the housing
- Display windows, buttons, and membrane switches
Next step
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