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CodeNotes: Permanent Inground Residential Swimming Pool Entry/Exit Requirements

This CodeNotes resource provides an overview of entry/exit requirements of the 2021 International Swimming Pool and Spa Code® as they pertain to permanent inground residential swimming pools.

March 19th, 2024
by Gary Gauthier, Jim Cika, Charles Lee Clifton
  • Technical Topics

This edition of CodeNotes — Permanent Inground Residential Swimming Pool Entry/Exit Requirements — is based on the 2021 International Swimming Pool and Spa Code®.

Introduction

This CodeNotes™ provides an overview of entry/exit requirements of the 2021 International Swimming Pool and Spa Code® (ISPSC®) as they pertain to permanent inground residential swimming pools.

All pools shall have a means of entry and exit in the shallow areas if water depth exceeds 24 inches (610 mm) at the shallowest point. The means of entry and exit shall be located on the shallow side of any first slope change (Ref. Section 809.2 of the 2021 ISPSC).

Entries and exits shall consist of one, or a combination of, the following: steps, stairs, ladders, treads, ramps, beach entries, underwater seats, benches, swimouts, and other approved designs (Ref. Section 809.2 of the 2021 ISPSC). All treads shall have slip-resisting surfaces. (Ref. Section 322.3 and 322.4 of the 2021 ISPSC).

A secondary means of entry and exit shall be provided in the deep area of the pool if the water depth exceeds 5 feet (1.52 m) (Ref. Section 809.3 of the 2021 ISPSC). Pools over 30 feet (914cm) in width at the deep area shall have an entry and exit on both sides of the deep area of the pool (Ref. Section 809.4 of the 2021 ISPSC).

Recessed Treads

Recessed treads shall have a minimum depth of not less than 5 inches (127 mm) and a width of not less than 12 inches (305 mm). The vertical distance between the pool coping edge, deck, or step surface and the uppermost recessed tread shall not be greater than 12 inches (305 mm). A recessed tread is a pocket built into the wall of a pool that is large enough for a foothold. A vertical series of recessed treads provides the user with a ladder effect to climb out of the pool. Slip-resistant surfaces on recessed treads are required and especially necessary in a wet environment.

Figure 1 Recessed Treads

Pool Stairs

Section 809.5.1 requires that tread dimensions have a minimum unobstructed horizontal depth of 10 inches (254 mm) and a minimum unobstructed surface area of 240 square inches (0.15 m2). The thinking is that a minimum tread depth provides for the entire placement of an adult foot. The minimum area of the step provides for an adult to stand comfortably with both feet on the step.

Figure 2 Pool Stairs Side View

Pool Ladder & Handrail Requirements

Climbing a ladder is nearly impossible without using two hands on separate handholds or handrails. The clear distance between ladder handrails shall be not less than 17 inches (432 mm) and not greater than 24 inches (610 mm). The separation between the handrails is necessary to provide stability for the ladder user.

Figure 3 Pool Ladder
Figure 4 Handrails Side View
About the Author
Gary Gauthier
Gary has over 40 years of experience working within the Construction and Plumbing Industry. He is a seasoned Construction Project Manager as well as a Licensed Master Plumber in Massachusetts, New Hampshire, Maine and Vermont. In addition, Gary holds an Unrestricted Construction Supervisor’s License (CSL) within the state of Massachusetts and completely understands the significance of code correlation. Lastly, while working with the International Code Council, he is currently an Adult Educational Master Plumbing & Fuel Gas Instructor and Continuing Education Instructor in the Commonwealth of Massachusetts. Member of the International Code Council PMG Team responsible for developing, coordinating, directing and implementing programs to ensure the successful completion of the Government Relations goals and objectives as they apply to the International Plumbing Code, International Mechanical Code, International Fuel Gas Code, International Swimming Pool and Spa Code, and the International Private Sewage Disposal Code (and related services and programs of the International Code Council).
Jim Cika
Jim Cika, director, PMG technical resources for the International Code Council, where he serves as a subject matter expert to the plumbing, mechanical, and fuel gas codes. He represents ICC in federal and state coalitions, task forces, committees, and councils where expertise in I-Code subjects is required. Cika has more than 20 years of experience in the manufacturing and construction industry where he has served as chief technical expert for regulatory, product standards, building code and product engineering matters.
Charles Lee Clifton
Charles Lee Clifton, retired senior director of plumbing, mechanical and fuel gas resources for the International Code Council, has more than 45 years of experience in the plumbing, mechanical and fuel gas industry. His career began as a second-generation plumber, working for his father at Clifton Plumbing Inc., in Tampa, Florida. He retired from the city of Los Angeles in 2007 as a principal inspector after 21 years of service. He retired from the International Code Council after 13 years of service.
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