Engineered fall protection systems in Utah

Yes. Tritech designs, fabricates and installs as one team, and the drawings are PE-stamped. Your proposal names the engineering deliverables, the installation scope and the handover documentation, so there is no separate engineer to hire and no gap between the person who designed the system and the person who installed it.

For general-industry work on low-slope roofs, 29 CFR 1910.28(b)(13) sets protection requirements based on distance from the edge and whether work is both infrequent and temporary. Less than 6 ft from the edge, permitted systems include guardrails, safety nets, travel restraint or personal fall arrest. From 6 ft to less than 15 ft, a designated area is an option only for work that is both infrequent and temporary. At 15 ft or more, additional options and conditions apply. Construction work falls under applicable 29 CFR 1926 standards regardless of who employs the worker. Have the actual task and site conditions evaluated before selecting a system.

Utah runs its own OSHA-approved state plan, UOSH, which covers private and public workplaces. State plans must be at least as effective as federal OSHA and can set their own requirements, so the design is checked against the rule that applies in Utah.

Each employer is responsible for protecting its workers, and additional responsibilities can apply on multi-employer worksites. Applicable standards depend on the task: general-industry work is covered by 29 CFR 1910, while construction, alteration and repair work is covered by applicable 29 CFR 1926 standards. Hiring an outside contractor does not by itself make a task construction work. Coordinate access, hazards, system compatibility, training and rescue arrangements before work begins.

Guardrail is a barrier: nobody needs equipment or training to be protected by it. A lifeline is used with a harness and compatible connectors, so it depends on the user. Which one fits comes down to the work area, how much movement the job needs, what the structure can support and who will be up there. The site assessment compares the suitable options side by side.

It can if attachment and flashing are done without regard to the roof assembly. We review attachment details against the manufacturer’s requirements and use flashing details designed for the roof type; where a penetration is not acceptable we design around it. Send the warranty documents and your roofing contractor’s details early so any coordination is sorted before the crew arrives.

System length, structural conditions, engineering scope, attachment details, site access and installation restrictions. A guardrail run and a lifeline system for the same roof can differ several times over, so we do not quote ranges off a web form. Photographs and drawings define the scope; you get a real number and a project-specific schedule after the site walk.

Usually, yes. Send the manufacturer, the installation drawings and any inspection records you have. Whether a system can be inspected, repaired or recertified depends on its condition, its documentation and the manufacturer’s requirements — we tell you which of those applies before any work is quoted.

Yes. Snow, wind and cold at elevation change how the work is scheduled and how the crew accesses the roof — not whether we come. Tell us the deadline early and the proposal will say which activities run through the season.

It is handled case by case — it depends on the site, the owner’s requirements and the contract. Speak with an expert and we will answer in detail for your project: call Wes directly, or send the site assessment request below and it will be covered on the first call.

Yes. Wes Hopkins covers Utah, including Salt Lake City, West Valley City, Provo, Ogden, St. George, Logan and Lehi. Tell us the city and ZIP code of your facility and the site walk is planned from there.