Aluminum Doors and Frames AHA (Activity Hazard Analysis / Job Hazard Analysis)
Updated 2026-06-23
An Aluminum Doors and Frames AHA (Activity Hazard Analysis / Job Hazard Analysis) is the plan that keeps the crew installing aluminum doors and frames safe from the aluminum door and frame handling and installation, from the glazing and glass handling, and around the at-height wall opening fall. Aluminum doors and frames installs aluminum door and frame assemblies — combining the aluminum-door-and-frame-handling and installation hazard, the glazing and glass-handling hazard, and the at-height-wall-opening-fall hazard. This guide walks through building an Aluminum Doors and Frames AHA that names the aluminum-door-and-frame-handling/installation, glazing/glass-handling, and at- height-wall-opening-fall hazards and assigns the handling, glazing, and fall controls that hold up in the field.
Why aluminum doors and frames needs its own AHA
Aluminum doors and frames is the installation of aluminum door and frame assemblies — the aluminum doors and frames (the aluminum-framed door frames and entrances, and the aluminum door leaves — often glazed with glass — installed in the wall openings, typically at entrances and storefronts). This continues the doors-and-frames group, focused on aluminum. The defining feature is that aluminum doors and frames are lighter than steel but glazed — so the metal handling/crush is somewhat less than steel, but the distinctive hazard is the glazing and glass handling (aluminum doors and frames are typically glazed, so the glass handling — cut/laceration, glass breakage — is a central hazard), on top of the frame handling/installation and the at-height wall-opening work (aluminum entrances/ storefronts are often at ground level but the aluminum-framed glazing systems extend up the facade). The hazards combine the aluminum-door-and-frame-handling and installation (handling and installing the aluminum frames and doors — the handling and installation hazards), the glazing and glass-handling (glazing the aluminum doors/frames — the glass-handling hazard), the at-height-wall-opening-fall (working at the openings — the fall hazards), and the eye. The aluminum-door-and-frame-handling/installation and the glazing/glass-handling justify a dedicated AHA.
Breaking aluminum doors and frames into steps
The steps for an Aluminum Doors and Frames AHA follow the work:
- Review the aluminum door/frame and glazing schedule (safety data)
- Set up opening access and fall protection
- Set and secure the aluminum frames in the openings
- Hang the aluminum door leaves
- Install the glazing/glass (glass handling)
- Install the door hardware
- Manage the handling, glazing, and fall hazards
- Complete
Each step carries a hazard, and the aluminum-door-and-frame-handling/installation, the glazing/glass-handling, and the at-height-wall-opening-fall are where the most significant risks concentrate.
The hazards step by step
Aluminum-door-and-frame-handling and installation
Handling and installing the aluminum frames and doors — the handling and installation hazards. The controls are aluminum-door-and-frame-handling and installation controls (aluminum door frames and door leaves are lighter than steel but still require careful handling (manual handling, the pinch/crush hazard, and the aluminum edges — cut/ laceration, and aluminum-frame members can be long) and installation (setting the aluminum frames — positioning, and hanging the aluminum door leaves — the crush/pinch, controlled hanging)), and the handling/installation controls. The aluminum-door-and-frame-handling/installation is the primary defining hazard — handling and installing the aluminum frames and doors carries handling and installation hazards. (These follow the material- handling fundamentals.)
Glazing and glass-handling
Glazing the aluminum doors/frames — the glass-handling hazard. The controls are glazing and glass-handling controls (aluminum doors and frames are typically glazed with glass — handling the glass (glass panels/lites — the cut/ laceration hazard of glass edges, the glass-breakage hazard, and the weight/awkwardness of larger lites requiring glazing suction cups/lifts and team handling), and setting the glass into the aluminum frames, per the glass-and- glazing controls), and the glazing/glass controls. The glazing/glass-handling is a defining hazard — aluminum doors and frames are glazed, so glass handling is central. (These follow the glazing fundamentals.)
At-height-wall-opening-fall
Working at the openings — the fall hazards. The controls are at-height-wall-opening-fall controls (aluminum entrances and storefronts are often at ground level, but the aluminum-framed glazing systems extend up the facade and there are elevated openings — so a wall opening at height is a fall hazard until glazed and controlled, fall protection and safe access where at height, and opening protection until the assembly and glazing are in place), and the fall/opening controls. The at-height-wall-opening-fall is a defining hazard — the aluminum openings can be at height. (These follow the fall-protection fundamentals.)
Eye
The eye (aluminum handling, glass, hardware) carries the eye hazard. The controls are eye protection (aluminum handling, glass/glazing, and hardware tools — full eye protection given the glass), and the eye controls. (These follow the eye-protection fundamentals.)
A simple Aluminum Doors and Frames AHA structure
| Step | Hazard | Control | Standard |
|---|---|---|---|
| Review schedule | Handling | Review the aluminum door/frame and glazing schedule (safety data) | OSHA 1926.59 |
| Access/fall | Fall | Set up opening access and fall protection | OSHA 1926.501 |
| Set frames | Crush / edge | Set and secure the aluminum frames in the openings | project |
| Hang doors | Crush / pinch | Hang the aluminum door leaves | project |
| Glaze | Cut / glass | Install the glazing/glass (glass handling) | OSHA 1926.501 |
| Hardware | Tool | Install the door hardware | OSHA 1926.302 |
Aluminum-door-and-frame-handling/installation control and glazing/glass-handling control
An Aluminum Doors and Frames AHA centers on aluminum-door-and-frame-handling/installation control and glazing/ glass-handling control. The aluminum-door-and-frame-handling/installation control addresses the aluminum frames and doors — controlled by aluminum-door-and-frame-handling and installation controls (safe handling, crush/pinch and edge control, controlled hanging). The glazing/glass-handling control addresses the glass — controlled by glazing and glass-handling controls (safe glass handling, cut/breakage control, glazing lifts for large lites). And the at- height wall-opening fall and eye get fall and eye controls. An AHA built on aluminum-door-and-frame-handling/ installation control and glazing/glass-handling control, with fall controls, addresses the hazards that define aluminum doors and frames.
From the field: what actually goes wrong
In fourteen years across federal, heavy civil, and industrial projects, aluminum doors and frames installs the aluminum-framed door frames and entrances and the aluminum door leaves — often glazed with glass — in the wall openings, typically at entrances and storefronts, and its distinctive hazard, compared to steel doors and frames, is the glazing. The aluminum-door-and-frame-handling and installation hazard is a primary defining concern — aluminum door frames and door leaves are lighter than steel but still require careful handling (manual handling, the pinch/crush hazard, and the aluminum edges — cut/laceration, and aluminum-frame members can be long) and installation (setting the aluminum frames — positioning, and hanging the aluminum door leaves — the crush/pinch, controlled hanging). The aluminum handling and installation is a defining hazard.
The glazing/glass-handling and the at-height-wall-opening-fall are the other defining hazards. On the projects I have run, aluminum doors and frames are typically glazed with glass, so handling the glass (glass panels and lites — the cut/laceration hazard of glass edges, the glass-breakage hazard, and the weight and awkwardness of larger lites requiring glazing suction cups/lifts and team handling) and setting the glass into the aluminum frames (per the glass-and-glazing controls) are central — glass handling is a real cut and breakage hazard, and a dropped or broken lite at height is dangerous to workers below. And the at-height-wall-opening-fall hazard is that aluminum entrances and storefronts are often at ground level, but the aluminum-framed glazing systems extend up the facade and there are elevated openings, so a wall opening at height is a fall hazard until glazed and controlled. The eye hazard rounds it out. The AHA built on aluminum-door-and-frame-handling/installation control and glazing/glass- handling control is the one that protects the aluminum-doors-and-frames crew.
The bottom line
An Aluminum Doors and Frames AHA names the aluminum-door-and-frame-handling/installation, the glazing/glass- handling, and the at-height-wall-opening-fall hazards with specific controls — aluminum-door-and-frame-handling and installation controls (safe handling, crush/pinch and edge control, controlled hanging), glazing and glass-handling controls (safe glass handling, cut/breakage control, glazing lifts for large lites), and at-height-wall-opening- fall controls (fall protection, opening protection, safe access). The aluminum-door-and-frame-handling/installation control and the glazing/glass-handling control are the defining concerns. The AHA that manages both is the one that protects the crew.
Frequently asked questions
Why is glazing/glass handling a distinctive hazard?
Aluminum doors and frames are typically glazed with glass — handling the glass (glass panels/lites — the cut/laceration hazard of glass edges, the glass-breakage hazard, and the weight/awkwardness of larger lites requiring glazing suction cups/lifts and team handling), and setting the glass into the aluminum frames. A dropped or broken lite at height is dangerous to workers below. Controls are glazing and glass-handling controls (safe glass handling, cut/breakage control, glazing lifts for large lites, per the glass-and-glazing controls), and the glazing/glass controls.
What aluminum handling and installation hazards apply?
Aluminum door frames and door leaves are lighter than steel but still require careful handling (manual handling, pinch/crush, aluminum edges — cut/laceration, and long aluminum-frame members) and installation (setting the frames — positioning; hanging the door leaves — crush/pinch, controlled hanging). Controls are aluminum-door-and-frame-handling and installation controls (safe handling, crush/pinch and edge control, controlled hanging), and the handling/installation controls.
What fall hazards apply?
Aluminum entrances and storefronts are often at ground level, but the aluminum-framed glazing systems extend up the facade and there are elevated openings — a wall opening at height is a fall hazard until glazed and controlled. Controls are at-height-wall-opening-fall controls (fall protection and safe access where at height, opening protection until the assembly and glazing are in place), and the fall/opening controls.
What is aluminum doors and frames?
Aluminum doors and frames is the installation of aluminum door and frame assemblies — the aluminum doors and frames (aluminum-framed door frames and entrances, and the aluminum door leaves — often glazed with glass — installed in the wall openings, typically at entrances and storefronts). Because the aluminum frames and doors carry handling/installation hazards, the assemblies are glazed (glass-handling cut/breakage hazard), and the openings can be at height (fall), those hazards apply.
Related AHAs and JHAs
- Metal Doors and Frames AHA — the metal-doors-and-frames fundamentals
- Doors and Frames AHA — the doors-and-frames fundamentals
- Openings AHA — the openings fundamentals
- Glass and Glazing Installation JHA — the glazing fundamentals
Written by Mustafa Tok, CSP, ASP, CHST — OSHA Authorized Outreach Trainer with 14+ years of international construction safety experience across federal, heavy civil, and industrial projects.