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How Do You Measure for a Custom Screen Door?

Published in Home Improvement 2 mins read

To accurately measure for a custom screen door, you'll need to measure both the width and height of the door opening in multiple places and use the smallest measurement. Here's a step-by-step guide:

Step 1: Measuring the Width

  1. Take three width measurements: Use a measuring tape to measure the width of the door opening at the:

    • Top (A)
    • Middle (B)
    • Bottom (C)
  2. Record the smallest width: Note each measurement and identify the narrowest dimension. This is the width you will use for your custom screen door. Discrepancies often occur due to slight variations in the door frame.

Step 2: Measuring the Height

  1. Measure the height: Measure the height of the door opening from the top to the bottom on both the left and right sides.

  2. Record the shortest height: Again, record both measurements and use the shortest height for your custom screen door dimensions.

Step 3: Account for Any Obstructions

  • Check for obstructions: Before finalizing your measurements, inspect the door frame for any obstructions (e.g., protruding trim, uneven surfaces) that might interfere with the installation or operation of the screen door. Adjust your measurements accordingly. If there's something preventing the door from sitting flush, that needs to be addressed before installing the screen door.

Step 4: Finalize Your Measurements

  • Double-check everything: Verify all measurements to ensure accuracy. It's always a good idea to have someone else double-check your work.

Example

Let's say:

  • Width Measurements:
    • Top (A): 36 1/4 inches
    • Middle (B): 36 inches
    • Bottom (C): 36 1/8 inches
  • Height Measurements:
    • Left: 80 1/8 inches
    • Right: 80 inches

In this case, you would use 36 inches for the width and 80 inches for the height.

By following these steps, you can ensure that your custom screen door fits perfectly within the door opening. Accurate measurements are crucial for a smooth installation and optimal performance.

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