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Fall Protection Systems - Simplified SafetyFall Protection Systems - Simplified Safety

Fall Protection
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OSHA Handrail Project Guide

Handrail Project Guide

Expand Section Fitting Specifications & Usage

Are you unfamiliar with Kee Klamp fittings? Expand this section to learn more about how to use our fittings and get answers to common questions.

How does a Kee Klamp Fitting Work?

The concept is very straight forward. Using an allen key, a hardened set screw with a sharpened edge is tightened down so that it bites into the pipe inserted into the fitting. The resulting connection is extremely strong and is a suitable substitute for a welded connection in railing scenarios.

Is it Really Strong Enough?

Technically speaking the connection inside of a Kee Klamp Fitting can support and axial load of 2000 lbs. per set screw when the set screw is tightened to a torque of 29 lbs./ft. However, the proof you are looking for can be found in the thousands of railing configurations that have been constructed all over the United States and Europe. Railings built with Kee Klamp fittings have stood the test of time and "the elements". If you're looking for more proof read our Should You Weld section.

What Tools Are Required?

The fittings themselves require one simple tool: an allen wrench.

Additionally you will need a way of mounting the upright into the ground. See the ground fixing section for more information

Expand SectionGround Fixing Choices

There a several different ways of attaching your handrail post to your walkway or stairway. Expand the section below to explore the different methods for attaching your railing.

  • Type 62 - Standard Railing Base

    Ideal fitting for fixing handrail uprights on a level surface. Two set screws securely hold the upright in place and give great side load stability. There are two large holes in the base to allow the flange to be connected to the surface with a mechanical or chemical anchor.

  • Type 64, 65, 68, L164 - Vertical Railing Base

    This fitting is used when the railing base needs to be offset from the side of a structure or walkway. The different hole configurations (vertical, horizontal and 4 hole) are available to suit the various requirements of offset handrail installations.

  • Type 66 - Concrete Fixing

    A ground socket fitting for setting in concrete; the posts may either be permanent or removable as required. It incorporates a socket set screw fixing and can be supplied with a plug to fill the hole when the pipe is removed. Also used for ADA compliant railing.

  • Type 67 - 3° to 11° Angle Base Flange

    This fitting is suitable when installing handrail uprights on a ramp. When placed on a 3° to 11° surface, this fitting allows the railing post to be plumb to the ground.

  • Type 69 - Rail Flange with Toe board Adapter

    The Type 69 fitting has been designed for guard railing and handrail upright applications and provides the added benefit of attaching a toe board to the base. The base plate holes are of sufficient diameter to allow for attachment with either a mechanical or chemical anchor, the side plates have slotted holes to allow for a degree of sideways movement for ease of installation. See the Toe board section for more details.

Expand SectionToeboards

Our unique design does not require any drilling on site or in the shop. A slot on the back of the toe board accepts a bolt head which prevents the bolt from spinning during assembly. Upright hardware and splice kits for corners and straight sections are also available. Toe board comes in 24' lengths or can be custom cut.

When is Toe board Required

OSHA standards require four (4) inch toe board when beneath the open sides of a railing (1) a person can pass, (2) there is moving machinery, or (3) there is equipment with which falling materials could create a hazard. [ref. 1910.23(e)(4)]

How do I attach the Toe board to the Railing

There are two ways that you can attach toe board to a Kee Klamp failing. (1) The first way is to use the toe board ground fixing pictured above. It is available in aluminum and steel. (2) The second way is to use some u-bolt hardware that connect the toe board directly to the pipe.

Expand SectionPipe Choices

When building handrails you want to be sure to use Schedule 40 pipe. This size pipe will ensure that your railing is able to resist the proper forces. Expand this section to learn more about pipe.

Galvanized Steel

Schedule 40 and Schedule 80; size 1/4" to 2" IPS; nominal mill lengths of 21' cut to your projects' exact length requirements


Alloy 6105-T5 with an anodized finish; size range 3/4" to 2" IPS; nominal mill lengths of 12' and 24' cut to your projects' exact length requirements

Powder Coating

Durable, corrosion preventing polyester coating applied to already galvanized/anodized products; available in any RAL color

Antimicrobial Coating

Defense against the growth of potentially harmful invisible bacteria and fungi; this powder coating can be applied in a wide range of RAL colors

Expand SectionPrebuilt Uprights and Spacing Jigs

Save time on the job site by ordering prebuilt uprights. Prebuilt uprights come with all the upright fittings properly placed. If you want to space your uprights yourself use the guide in this section.

Prebuilt Uprights

Pre-assembled modules for a simple and quick assembly; provides a constant barrier height. Available in a variety of sizes and styles to suit individual project requirements. Talk to our sales staff about having your uprights preassembled.

How to make a Jig for Railing Posts

  1. Step 1: Start with pre-cut pipe.
  2. Step 2: Measure and locate fittings on first post only.
  3. Step 3: Lay post horizontal, and insert two pieces of scrap pipe. This is all that's involved in setting up your jig! From this point, duplicate posts can be produced by unskilled labor, without further measuring, at the rate of 20-30 posts per hour.

Utilizing Jigs for Railing Posts

  1. Step 1: Set top and middle fittings in place, unfastened, on the two pieces of scrap pipe.
  2. Step 2: Insert pre-cut pipe into fittings, then add flange.

Expand SectionOSHA & ADA Handrail Standards

A Kee Safety Handrail System can be meet to exceed the requirements of standards like OSHA and ADA. Open this section to explore the requirements of these national standards.

ADA Handrail Standards

We have an entire section of our web site devoted to ADA handrail standards. Please visit the ADA Handrail Guide for more information »

OSHA Handrail Standards

Here are some basic pieces of information to bear in mind when constructing a handrail to comply with OSHA Standards.

  • The top rail of the handrail must be a minimum of 42" [ref. 1910.23(e)(1)]
  • The intermediate (middle) rail should be located in the middle of the upright creating equal space between the floor and the top rail. [ref. 1910.23(e)(1)]
  • The pipe used in the construction of the railing should be at least 1 1/2" nom. bore schedule 40 pipe. [ref. 1910.23(e)(ii)]
  • The railing should be able to withstand up to 200 lbs. of force applied in any direction to the top rail. [ref. 1910.23(e)(3)(iv)]. This is accomplished by properly using any of the standard handrail fixings mentioned in this guide.
  • When is toe board required? Four (4) inch toe board is required when beneath the open sides (1) a person can pass, (2) there is moving machinery, or (3) there is equipment with which falling materials could create a hazard. [ref. 1910.23(e)(4)]

In-Fill Panels

Panels come in a variety of materials, sizes, and finishes. The standard 4" x 4" welded wired mesh is available in sizes up to 4' wide by 8' long. Smaller openings are available (2" x 2" or 1" x 1"). Material can be provided with a galvanized or powder coat finish, or in bare stainless steel. Virtually any custom configuration or material option is available.

3 Part Specification

Architects, engineers and specifiers may find this three part specification for Kee Klamp railing to be helpful