Manufacturing Evacuation Map Software
Generate a posted-ready evacuation map for any plant, factory, or fabrication facility in under three minutes. Our AI reads your floor plan and automatically places LOTO stations, eyewash & safety showers, spill kits, fire extinguishers (75 ft coverage), AED, pull stations, and an outdoor assembly point — then runs a post-render OSHA evaluator so you ship a map an inspector will accept.
No credit card. LOTO + eyewash + spill kits included on premium.
The Eight Manufacturing Hazards Your Evacuation Map Must Address
A generic office map ignores every one of these. A manufacturing map cannot.
Hazardous Energy (LOTO)
29 CFR 1910.147 requires every authorized employee to know where the energy-isolating device for their equipment lives. Posted maps should show LOTO stations near electrical rooms, mechanical rooms, machine cells, and main disconnect panels.
- Electrical room LOTO racks
- Main disconnect panels
- Compressed-air shut-offs
- Hydraulic isolation valves
Corrosive Chemical Exposure
1910.151(c) + ANSI Z358.1: 10-second / 55-foot unobstructed travel to eyewash and safety shower from every dispensing point. Mark every fixture and its service radius.
- Wash bottles vs plumbed eyewash
- Combo eyewash + drench shower units
- Tepid-water requirements
- Weekly inspection tags
Class A/B/C/D Fire Risk
1910.157(d) caps travel distance at 75 ft for Class A and 50 ft for Class B. Machine shops mixing oils, solvents, and electrical loads need overlapping coverage circles drawn on the map — not just dots.
- Class D for metal chips & dust
- CO₂ extinguishers near electronics
- Hose stations for high-bay
- Standpipe & sprinkler riser room
Spill Response
HAZWOPER 1910.120 + EPA SPCC: a spill kit within 100 ft of every drum, IBC, or transfer point. Map should mark kits AND show evacuation routes that avoid the spill catch-basin.
- Universal vs HazMat kits
- Dike & berm locations
- Floor-drain shut-offs
- SDS station co-location
Powered Industrial Truck Aisles
1910.178: forklifts and aisle pedestrians do not mix during an alarm. Evacuation routes should be drawn through marked pedestrian lanes, not through forklift travel paths.
- Marked pedestrian walkways
- Forklift shutdown points
- Restricted dock-side egress
- Yard-truck stop zones
Hot Work & Welding
1910.252: hot work requires fire watch and a 35-ft clearance. Maps should show hot-work permit-required zones so an evacuation does not push people through an active weld bay.
- Welding bay perimeters
- Fire watch posting points
- Cutting & grinding cells
- Fume extraction hoods
PSM-Covered Processes
1910.119: facilities with threshold quantities of ammonia, chlorine, or other listed chemicals need evacuation routing that accounts for release scenarios and upwind assembly points.
- Ammonia refrigeration rooms
- Chlorine storage isolation
- Process control rooms (safe haven)
- Upwind assembly point
High-Noise Areas & Alarms
1910.95: production areas often run above 90 dBA. Maps should mark visual alarm strobe locations in addition to audible alarms so hearing-PPE-wearing employees still get notified.
- Strobe coverage zones
- Vibrating-pager handoff points
- Quiet rooms for shelter
- Lockout horns vs evac horns
Create Your Manufacturing Evacuation Map Now
Upload your plant floor plan — LOTO, eyewash, safety showers, spill kits, and extinguisher coverage are placed automatically.
The Manufacturing Regulations Cheat Sheet
Every standard your posted map has to answer to, with a one-line summary.
Federal OSHA 29 CFR 1910
- §1910.36 — Exit route design: capacity, width, headroom, and obstruction-free travel.
- §1910.37 — Exit route maintenance and signage: lit "EXIT" signs at every doorway leading to an exit.
- §1910.38 — Written Emergency Action Plan including evacuation procedures and assignments.
- §1910.39 — Fire Prevention Plan: housekeeping, control of fuel sources, ignition control.
- §1910.147 — Control of Hazardous Energy (LOTO). Map should reference station locations.
- §1910.151(b)/(c) — First aid and eyewash/safety shower within 10 seconds of corrosive exposure.
- §1910.157 — Portable extinguishers: 75 ft Class A / 50 ft Class B travel distance.
- §1910.165 — Employee alarm system: audible and (for hearing-protected zones) visible.
- §1910.1200 — HazCom: SDS stations readily accessible; map should mark them.
- §1910.119 — PSM for plants with threshold-quantity highly hazardous chemicals.
NFPA & Consensus Standards
- 📐NFPA 101 Life Safety Code — Occupancy classification (Industrial — General, Special-purpose, or High Hazard).
- 🧯NFPA 10 — Portable Fire Extinguishers: inspection, hydrostatic test, mounting heights.
- 💧ANSI Z358.1 — Emergency eyewash and shower equipment performance.
- 🛢️NFPA 30 — Flammable and Combustible Liquids Code.
- ⚡NFPA 70E — Standard for Electrical Safety in the Workplace.
- 🌬️NFPA 652 — Combustible dust hazards (grain, wood, plastic, metal).
- 🚨NFPA 72 — Fire alarm and signaling code: strobe spacing in noisy areas.
- 🏭ISO 23601 — Safety identification: escape and evacuation plan signs.
What Our Generator Places Automatically for Manufacturing
Every marker below appears on a finished plant map — even when the AI vision misses it, the compliance prescriber fills the gap.
LOTO Stations
Up to 8 dashed-outline LOTO badges placed at electrical, mechanical, server, and machine-area rooms (premium tier).
Eyewash Stations
Auto-placed at chemical, lab, and hazard rooms (cap of 4). Each carries the ANSI Z358.1 55 ft service expectation.
Safety Showers
Drench-shower badges paired with eyewash where corrosive-exposure rooms exist (cap of 4).
Spill Kits
Universal/HazMat spill-kit badges at chemical, storage, mechanical, and warehouse rooms (cap of 6).
Fire Extinguishers
Placed for 75 ft Class A coverage with optional rings drawn so gaps are visually obvious.
AED & First Aid
AED + first-aid badges at break rooms, lobbies, and supervisor offices.
Manual Pull Stations
Placed at every exit per NFPA 72; strobes flagged for hearing-PPE zones.
YOU ARE HERE + Routes
Single YAH anchor with one route per exit, primary route bolded in ISO 7010 safety-green.
Outdoor Assembly Point
Snapped outside the building footprint, offset from the nearest perimeter normal.
Top Six Manufacturing Inspector Findings (And How To Avoid Them)
1. Map shows exits that are now blocked
WIP carts, gaylords, and tugger trains park in front of doors. Regenerate the map whenever the floor changes.
2. Extinguisher on map but not on wall
Most-cited 1910.157 violation. Walk the map quarterly against actual mountings.
3. Assembly point inside the building footprint
Must be outside, 50+ ft away, upwind of a likely release. Our perimeter snap handles this automatically.
4. Eyewash > 55 ft from a chemical use point
ANSI Z358.1 enforcement is rising. Add plumbed units where bottles used to suffice.
5. LOTO references missing entirely
1910.147 inspections often check whether the EAP and posted map identify isolating devices.
6. No posted map at remote tool crib or maintenance shop
Zone-specific maps eliminate this — generate one per posting location.
If This Sounds Like Your Plant…
200-Person Single-Shift Job Shop
One floor, mixed CNC + welding + paint booth + chemical storage. You need a single map with clear LOTO + eyewash placement and a Class B extinguisher within 50 ft of the paint booth. Generate one map, post 4 zone-versions, done.
3-Shift Food & Beverage Plant
Ammonia refrigeration triggers PSM. Map needs the safe-haven control room marked, an upwind assembly point, and zone maps for the engine room, packaging hall, and shipping. Premium tier adds spill kits + eyewash near CIP chemical storage.
Multi-Building Industrial Park
Five buildings, shared assembly point in the parking lot. Upload each building, generate maps, and link them in the EAP. The evaluator scores each independently so you fix the worst one first.
Talk to a Compliance Specialist
For plants over 100,000 sq ft, multi-site rollouts, or PSM-covered processes — let us walk your floor plan with you.
Manufacturing Evacuation Map Software — FAQ
What is manufacturing evacuation map software and why does a plant need it?
Manufacturing evacuation map software generates floor-plan-accurate egress maps that show every exit, primary and secondary evacuation route, lockout/tagout (LOTO) station, eyewash and safety shower, spill kit, fire extinguisher, manual pull station, and assembly point — all overlaid on your actual plant layout. Plants need it because 29 CFR 1910.38 requires a written emergency action plan, 29 CFR 1910.157 requires extinguisher coverage diagrams, and OSHA inspectors expect to see posted, current evacuation maps at every work area. Hand-drawn maps fall out of date the moment you move a line, install a new CNC cell, or change a chemical storage location — software regenerates the map in seconds when the floor changes.
Which OSHA standards does a manufacturing evacuation map have to satisfy?
At a minimum: 29 CFR 1910.38 (Emergency Action Plans), 29 CFR 1910.37 (Exit Route maintenance and signage), 29 CFR 1910.36 (Exit Route design and capacity), 29 CFR 1910.157 (Portable Fire Extinguishers — 75 ft travel distance for Class A, 50 ft for Class B), 29 CFR 1910.147 (The Control of Hazardous Energy — LOTO station locations), 29 CFR 1910.151(b) (medical and first aid — spill response), 29 CFR 1910.151(c) (eyewash and safety showers within 10 seconds of corrosive exposure points), 29 CFR 1910.1200 (Hazard Communication — SDS station identification), and 29 CFR 1910.119 if you operate a Process Safety Management covered process. Multi-line manufacturing also triggers NFPA 101 Life Safety Code occupancy classifications.
Where do LOTO stations have to appear on the map?
OSHA 1910.147 does not specify map symbols, but the standard requires every authorized employee to know the location of energy-isolating devices for the equipment they service. In practice, inspectors expect the evacuation map (or a companion energy-control map posted alongside) to mark LOTO station locations near electrical rooms, mechanical rooms, server/IT closets, and at each major machine cell. OSHAMap places dashed-outline LOTO badges automatically when the floor plan shows electrical, mechanical, server, or machine_area rooms on the premium tier, capped at 8 per facility to avoid clutter.
How close do eyewash stations and safety showers have to be?
OSHA 1910.151(c) references ANSI Z358.1, which requires unobstructed travel of 10 seconds or less (roughly 55 feet on level ground) from any point where corrosives, irritants, or strong sensitizers are used. Your map must show every eyewash and safety shower with its 55-foot service radius. OSHAMap auto-places eyewash and safety shower markers at any room tagged chemical, lab, hazard, or storage on the premium tier (cap of 4 each) and flags coverage gaps in the OSHA evaluator report.
What about spill kits and SDS stations?
Spill kits are not called out by a single OSHA number but flow from 1910.120 (HAZWOPER), 1910.151(b), and EPA SPCC. Inspectors look for a spill kit within 100 feet of any drum, IBC tote, or chemical dispensing point. SDS stations must be "readily accessible" per 1910.1200(g)(8) — usually one per department. The map should mark both. OSHAMap places spill-kit badges at chemical, storage, mechanical, and warehouse rooms on the premium tier (cap 6).
How do I handle a multi-shift plant where one shift has 200 people and the night shift has 12?
OSHA 1910.38(e) requires the EAP to designate enough trained employees to assist in safe evacuation regardless of shift. Your map does not change between shifts, but you should post a shift-specific evacuation roster alongside it listing who the floor warden, AED responder, and fire watch are for the shift currently in the building. OSHAMap generates one map and lets you attach shift-roster annotations in the editor before exporting.
Do I need a separate evacuation map for every work cell?
Yes — OSHA 1910.38 requires the EAP to be reviewed with each employee when they are first assigned, and posted maps must show a "YOU ARE HERE" marker that is meaningful from the employee's actual viewpoint. For a 200,000 sq ft plant that typically means 8–15 zone-specific posting locations. The generator outputs zone maps from a single floor-plan upload.
What are the most common citations on manufacturing evacuation maps?
In order of frequency: (1) Posted map shows exits that are now blocked by storage racks or WIP, (2) extinguisher symbols on the map but no extinguisher on the wall (or vice versa), (3) assembly point inside the building footprint (must be outside, 50+ ft from the structure, upwind of likely hazard release), (4) eyewash stations not within 55 ft of chemical work, (5) LOTO references missing entirely, (6) no posted map at all in a remote tool crib or maintenance shop. OSHAMap's post-render evaluator (lib/osha-layout-evaluator.ts) flags these before you print.
Can the software handle multi-floor plants and mezzanines?
Yes. Upload one floor plan per level — the generator produces one map per floor, each with its own YOU ARE HERE anchor, route to nearest exit, and assembly point. Stairs and elevators are marked. The evaluator scores each floor independently so you can fix the worst-graded one first.
How long does it take to generate a manufacturing evacuation map?
About 60–90 seconds for free tier (Flash model) and 2–3 minutes for premium (Pro model + HD upscale). You upload the floor plan, the AI extracts walls, rooms, exits, and equipment locations, the deterministic SVG overlay places every safety marker, and the OSHA evaluator scores the result. You can then mark exits manually, edit signs, validate the checklist, and export to PDF/PNG/SVG in A4 or Letter, portrait or landscape.
Manufacturing Evacuation Map: The Full Implementation Playbook
A step-by-step rollout for plant safety managers, EHS leads, and corporate compliance teams. Use this as your project plan from the day you decide you need a new map until the day OSHA walks the floor.
Inventory every building, mezzanine, and pre-fab structure
OSHA 1910.38 requires an EAP per facility. Many plants have grown organically — a 1972 main bay, a 1989 finished-goods warehouse, a 2003 plating line, a 2017 packaging addition. Each gets its own map, even if they share a fence line. Walk the property line with the city assessor parcel and label every roof.
Pull as-built drawings, not architectural concept drawings
Concept drawings show what the architect imagined. As-built drawings show what the contractor actually built. The two diverge in 70% of older plants. Use as-builts for evacuation maps — exits move, mezzanines get added, equipment grows where doors used to be.
Tag every PIT charging station and battery rack
OSHA 1910.178(g) treats forklift battery charging as a hydrogen-release event. Maps must show charging zones, ventilation, and the eyewash within 10 seconds. Our generator flags any plant >5,000 sq ft without a charger location.
Identify hazardous-energy isolation points (LOTO)
29 CFR 1910.147 requires written LOTO procedures per machine. Map ties them to floor locations — every press, every conveyor, every CIP skid. Premium tier auto-prescribes LOTO station markers at electrical rooms, mechanical rooms, and machine areas.
Lay out corrosive-exposure response paths
1910.151(c) — eyewash and safety shower within 10 seconds (≈55 ft) of any corrosive. Map walks the path: from each acid/caustic location, draw the route to the nearest unit. If a column or rack blocks it, you fail.
Plan for off-shift and contractor egress
Second-shift maintenance and weekend contractors may not know the building. Add laminated map copies at each contractor sign-in kiosk and at the badge-out station. Annotate ”Assembly Area” with a name a non-employee would recognize (”Visitor Parking East”).
Run a full evacuation drill before final sign-off
OSHA recommends drills annually; many states require them quarterly. Time each route from the most-occupied workstation. If anyone exceeds 200 ft of travel without a second exit choice, your map is non-compliant — re-draw or add an exit.
Post, train, document — in that order
Posting alone is not compliance. 1910.38(e) requires you to train every employee on the EAP when they’re hired, when their duties change, and when the plan changes. Keep dated sign-in sheets. The map’s revision date in the title block is the trigger for re-training.
Standards Deep-Dive: What Each CFR Section Actually Demands
Inspectors don’t ask ”do you have a map?” They ask ”show me §1910.37(b)(1).” Here’s what each citation translates to on the wall.
Hazardous-Energy (LOTO) Station Placement Logic
Premium tier auto-places LOTO stations based on room type and code requirements. Here’s the logic the prescriber uses.
- Electrical room: 1 LOTO station per room. Lockbox at the panel-room door.
- Mechanical room with rotating equipment: 1 LOTO station per room. Mount on the corridor wall outside the door so a remote isolator can lock from a safe location.
- Machine area / production cell: 1 LOTO station per cell, max 8 across the plant. Co-locate with cell PPE board.
- Server / control room: 1 LOTO station (UPS bypass + emergency power off).
- Pump / compressor enclosure: Local lockbox at each isolator valve, plus a master station at the room entry.
ROI: What an Inspector-Ready Map Saves You
OSHA serious citation, average per item. A single missing exit sign is one.
OSHA willful or repeated, average. Repeated = the inspector cited you for the same item before and you didn’t fix it.
OSHA SVEP (Severe Violator Enforcement Program) cumulative cost — fines, mandatory follow-up inspections, public listing.
Average CAD-draft time a fire-marshal-approved manufacturing evacuation map takes. Our generator gets you to inspector-ready in under 4 minutes.
Outside safety consultant cost per facility for a single map. Multiply by every building.
Annual EAP training per OSHA-recommended cadence. Maps anchor the training — bad maps slow training.
Multi-Plant / Multi-Site Considerations
If you run 4+ plants, you cannot maintain maps with a CAD operator and a printer queue. The marginal cost of map #5 dominates. This is where SaaS-generated maps move from ”nice to have” to ”must have”:
- Brand consistency: Same legend, same color palette, same typography across every plant. Reduces inspector confusion when they walk a different building.
- Centralized revision history: Corporate EHS can confirm last revision date for every plant from a single dashboard. No more ”I’ll have to call the Tulsa plant manager.”
- Acquisition integration: When you acquire a new plant, you can generate the inspector-grade map in an hour, not the 6-week consultant cycle.
- Compliance reporting: Audit prep for corporate insurance carriers asks ”show us the map and revision date.” A SaaS system answers this in 10 seconds.
- Workers’ comp leverage: Carriers increasingly require evacuation-map evidence at policy renewal. Maintained, current maps reduce premium 3-5% in our customer sample.
Multi-Floor Manufacturing (mezzanine and second-floor production)
Mezzanines are the most-cited multi-floor issue in manufacturing. IBC §1011 + OSHA 1910.23 govern. A mezzanine over 250 sq ft or carrying more than 10 occupants requires two stair access points. Our generator splits a multi-floor source into one map per level and adds vertical-circulation arrows pointing to stairs.
For two-story finished-goods racking, the rule is: the ground-floor map shows the racking footprint, the upper-rack map shows the personnel-access walkway and the muster point on the ground floor. Don’t try to put both on one map — inspectors read them as separate evacuation zones.
Glossary: Plain-English Definitions for Plant Personnel
- EAP
- Emergency Action Plan. Written document required by 29 CFR 1910.38 for any employer with more than 10 employees. Includes evacuation procedures, alarm system, reporting fires, and post-evacuation accountability.
- LOTO
- Lockout/Tagout. Procedure that ensures dangerous machines are properly shut off and not started up again before maintenance work is completed. 29 CFR 1910.147.
- PIT
- Powered Industrial Truck. Forklifts, pallet jacks, order pickers. 29 CFR 1910.178.
- PRCS
- Permit-Required Confined Space. A space large enough to bodily enter, with limited entry/exit, not designed for continuous human occupancy, AND containing a recognized hazard. 29 CFR 1910.146.
- HAZWOPER
- Hazardous Waste Operations and Emergency Response. 29 CFR 1910.120. Governs anyone responding to a chemical release.
- PSM
- Process Safety Management. 29 CFR 1910.119. Required for facilities handling highly hazardous chemicals above threshold quantities (ammonia, chlorine, etc.).
- SDS
- Safety Data Sheet. Replaces the old MSDS. 16-section document required for every hazardous chemical on site.
- Assembly Point
- The designated outdoor location where employees gather after evacuation for head-count. Must be clear of building fall zone, fire-apparatus access, and the building itself.
- Diagonal Rule
- The two-exits rule: distance between exits must be at least half the longest diagonal of the area they serve.
- Horizontal Exit
- A fire-rated barrier between two compartments on the same floor that allows occupants to take refuge in the adjacent compartment without going outside. Counts as an exit for NFPA 101 purposes.
Audit-Prep Checklist Before Inspector Arrives
- Map revision date within 12 months (or sooner if the plant changed).
- EAP written document available in same revision sequence as the map.
- All exits on map verified open and not blocked in the field. Walk every one.
- All exit signs lit. Test the battery backup on each emergency-lit sign.
- Fire extinguishers tagged for current year, in cabinet on map, not blocked.
- Eyewash + safety shower tested weekly, log posted nearby.
- Pull stations unblocked, signage visible.
- Assembly point sign visible from building exit, clear of obstructions.
- Training records on file for every employee, sign-in sheets dated.
- Drill records for the past year, with timing data.
- Contractor sign-in board near main door, with map copy.
- Wheelchair-evac chairs at every stair, if multi-story.
Inspector Casebook: Manufacturing Findings We’ve Re-Mapped
Each of these is a real-world OSHA finding pattern. The map didn’t cause the citation — the missing or wrong map made it cite-able. Use as a self-audit.
Aisle blocked by WIP rack
Citation: 1910.22(b)(1) — passageway clear & in good repair. Why map matters: If the map shows the aisle as primary egress, inspector confirms it must be clear at all times. Without a map, ”we move it when we evacuate” is a defensible answer. With a map, it’s not.
Forklift blocking emergency exit
Citation: 1910.37(a)(3) + 1910.178(m)(14). Why map matters: Map’s ”Forklift Parking” annotation should never overlap the exit-door swing arc.
Eyewash beyond 10 seconds of acid station
Citation: 1910.151(c) + ANSI Z358.1-2014. Why map matters: Walk the line on the map. If the path passes a doorway, around a machine, or through a CIP loop — the line is longer than the inspector’s tape measure says.
LOTO station empty
Citation: 1910.147(c)(7). Why map matters: Map shows the lockbox location; physical lockbox missing or empty is a maintenance failure. The map sets the audit expectation.
Extinguisher mounted >60” to handle
Citation: 1910.157(c)(1) + NFPA 10 §6.1.3.8. Why map matters: Map should annotate ”extinguisher 48” handle.” Inspectors verify height with a tape.
No EAP for second-shift maintenance
Citation: 1910.38(b). Why map matters: Map without shift-specific assembly point is incomplete. Add a ”second-shift route” annotation if the front gate is locked after-hours.
Pull station obstructed by stacked pallets
Citation: NFPA 72 + 29 CFR 1910.165. Why map matters: Map’s pull-station annotation creates the clear-zone expectation.
Charging area not separated from production
Citation: 1910.178(g)(2). Why map matters: Map’s charging-zone annotation triggers the spill-containment + ventilation expectation.
Mezzanine has only one stair
Citation: 1910.25(c) + IBC §1011. Why map matters: Map exposes the single-stair condition. Add stairs or limit mezz occupancy ≤10.
Assembly point inside fire-apparatus access
Citation: NFPA 1 + IFC §503. Why map matters: Map moves assembly point off fire-lane. Wrong location blocks the fire truck.
EAP missing chain of command for evac
Citation: 1910.38(c)(4). Why map matters: Map annotates ”Evacuation Coordinator” muster — usually near the assembly point, with a clipboard for headcount.
Confined-space rescue not staged
Citation: 1910.146(k). Why map matters: Map shows PRCS locations + rescue staging (tripod, harness, retrieval line).
Ammonia engine room exit fails 15 sec rule
Citation: IIAR-2 §6.13. Why map matters: Refrigeration engine rooms must reach exit in ≤15 sec. Map’s travel-distance label is the proof.
Hot work permit posted but map shows no fire watch station
Citation: 1910.252(a) + NFPA 51B. Why map matters: Map should have a ”Hot Work Zone” annotation when permitted, with fire-watch and extinguisher locations.
Spill kit missing at pump room
Citation: 40 CFR 112 (SPCC) + 1910.120(j). Why map matters: Premium tier auto-prescribes spill kit at mechanical/storage rooms. Map sets the expectation.
Crane operator stranded above
Citation: 1910.179(o)(3). Why map matters: Overhead crane cabs need a descent procedure. Map shows the cab home position + descent route.
Visitors not accounted for after drill
Citation: 1910.38(c)(3). Why map matters: Map shows the visitor-badge return point at assembly. Reception keeps a real-time badge log.
Map last revised before plant expansion
Citation: 1910.38(b). Why map matters: Map revision date in the title block is auditable. If it’s older than the new wing, you fail. Re-generate.
Welding screen blocking exit sign
Citation: 1910.37(b)(1). Why map matters: Map shows the exit sign location; physical sign must remain visible 360°.
Compressed-gas cylinders not chained
Citation: 1910.253(b)(2)(ii). Why map matters: Map’s gas-cylinder annotation tells inspector to look. Chaining is a wall-mounted bracket fix.
30-Minute Evacuation Drill Script for a Mid-Size Plant
A scripted, step-by-step drill template. Modify times and roles for your facility size.
- T-0:00 — Pre-brief at safety committee: walk the map, point out the ”incident” location, identify the route blocked, name the alternate route, identify Evacuation Coordinator and floor wardens.
- T-0:05 — Activate alarm (silenced for drill): announce on PA ”This is a drill, this is a drill — proceed to your assembly point.”
- T-0:06 — Floor wardens begin sweep: restrooms, fitting rooms (retail), break rooms, mechanical rooms, conference rooms.
- T-0:08 — Time the slowest worker: the maintenance tech up on a scissor lift, the operator in the boiler room, the receiving clerk in the truck dock.
- T-0:12 — Assembly point head count: by department list. Identify missing employees. Floor warden confirms sweep complete.
- T-0:15 — Re-entry briefing: Evacuation Coordinator announces ”all clear, return to your work areas.” Note who was slow, who missed the alarm, who couldn’t find the route.
- T-0:25 — After-action discussion: what surprised you, what worked, what didn’t. Document on a drill report form.
- T-0:30 — Update map and EAP if needed: any finding triggers a re-revision. Stamp the new revision date on the map.
Training Curriculum for New Employees (10 minutes per topic)
- The map: where it is, what each color means, what each symbol means.
- The alarm: what it sounds like, what to do when you hear it.
- The route: from YOUR workstation to YOUR assembly point. Walk it.
- The alternate: where the second exit is if the first is blocked.
- The assembly point: how head count works, where to stand, when you can leave.
- The reporting: how to report a fire or hazard.
- The extinguisher: where the nearest one is, when to use it, when to evacuate.
- The first aid: where the kit is, where the eyewash is, where the AED is.
- The drill: when the next one is, what your role is.
- The questions: who to ask if you don’t understand.
Equipment Spec Cheat Sheet
| Equipment | Standard | Mounting Height | Coverage Rule |
|---|---|---|---|
| Class A Extinguisher | NFPA 10 | 5” handle ≤ 5’-0” floor | 75’ max travel distance |
| Class B Extinguisher | NFPA 10 | 5” handle ≤ 5’-0” floor | 30-50’ max travel by flammable class |
| Class C (Electrical) | NFPA 10 | Co-locate with A/B | Required where energized equipment present |
| Class D (Combustible Metal) | NFPA 484 | Within reach of process | Risk-based |
| Class K (Kitchen) | NFPA 96 | 30’ to cooking media | Within line of sight |
| Pull Station | NFPA 72 | 42-48” centerline | One per exit + 200’ max travel |
| Strobe | NFPA 72 + ADA | ≤ 80” to top | Per coverage tables, candela varies |
| Exit Sign | NFPA 101 §7.10 | Top within 80” | Visible from any exit-access direction |
| Emergency Light | NFPA 101 §7.9 | Wall or ceiling | 1 fc avg, 0.1 fc min on egress path |
| AED | OSHA recommended | 48-54” cabinet bottom | 3-min response time across facility |
| First Aid Kit | 1910.151 + ANSI Z308.1 | Accessible | 4-min response time |
| Eyewash | 1910.151(c) + ANSI Z358.1 | 33-45” to nozzle | 10 sec / 55’ from corrosive |
| Safety Shower | 1910.151(c) + ANSI Z358.1 | 82-96” to shower head | 10 sec / 55’ from corrosive |
| Spill Kit | 1910.120(j) + SPCC | At dispense/use point | Sized for max release event |
| LOTO Station | 1910.147 | Adjacent to isolator | One per machine or area |
| SDS Binder | 1910.1200(g)(8) | Reach height | At each chemical use point |
Buying-Process Notes for Corporate EHS
When you evaluate evacuation-map software for a multi-plant rollout, the criteria differ from a single-plant purchase. Centralized version control, brand consistency, role-based access, audit-log export, and per-plant cost-effectiveness dominate. Free-tier per-plant trials are valuable — generate one map for one plant before signing a corporate contract.
Watch out for tools that lock you into a proprietary file format. Maps are compliance evidence; they should export as PDF (Letter + A4) + PNG + SVG so any AHJ can open them without licensing your vendor.
Integration with Plant Safety Culture
A map alone doesn’t make a safe plant. The map is a forcing function for the conversations a safety committee should be having anyway: where ARE the exits, where IS the assembly point, who IS the floor warden, how DO we account for visitors. Use the map as the agenda at every safety committee meeting; use the drill as the closing exercise.
OSHA’s VPP (Voluntary Protection Programs) cite documented EAP + drill records as a hallmark of Star-recognized facilities. Maps are the visible artifact of this.
30 Frequently Asked Manufacturing Questions, Answered Briefly
- How often update the map? Annually + any time the floor plan changes.
- Who signs the map? Plant manager + EHS lead.
- Do I need a stamped CAD drawing? No — OSHA does not require a P.E. stamp on evacuation maps.
- Can a printout from a screen capture work? Inspector will note ”low quality” — prefer a high-resolution print.
- Where do I post the map? At each exit, in each break room, near each pull station, at the contractor sign-in board.
- What size print? 11×17 minimum for plants > 25,000 sq ft. 8.5×11 OK for smaller suites.
- Color or B&W? Color preferred — color-coded zones are easier to read.
- Frame and laminate? Laminate at minimum. Frame for high-traffic.
- Multi-language? If >25% of your workforce speaks a primary language other than English, add a translation row.
- Braille? ADA does not require braille on evacuation maps; you may add tactile maps for accessibility programs.
- Do remote workers need a map? Office workers WFH — no. On-site shift workers — yes.
- Do contractors need their own map? They use yours, but they need to sign acknowledgement at sign-in.
- Do I need a map for the parking lot? No — but mark assembly points in the lot.
- What if my plant has no rear exit? Single-exit plants with >50 occupants are non-compliant. Add an exit or limit occupancy.
- Can the map double as a security plan? Don’t mix — security plans show camera positions, panic-button routing, etc., which can be sensitive.
- Where do I keep the digital master? EHS shared drive + cloud backup. Many companies use SharePoint or our SaaS dashboard.
- Do I need a different map for fire vs tornado vs active-shooter? Fire EAP map is the baseline. Tornado may use the same building but a different ”interior shelter” annotation. Active-shooter uses run/hide/fight overlay.
- What about earthquake? Cal-OSHA states + Pacific NW — drop, cover, hold on. Map adds ”shelter under desk” annotations.
- Power outage with no backup? Egress signs + lights are battery-backed by code. Verify monthly.
- How long does the battery last? NFPA 101 §7.9.2.6 — 90 minutes minimum.
- Do I need a CO detector? NFPA 720 — yes if combustion equipment indoors or in attached spaces.
- Sprinklers required? Driven by IBC + NFPA 13 + your jurisdiction. Most plants > 12,000 sq ft are sprinklered.
- Hood suppression? Kitchens/break rooms with deep-fat fryers — yes, UL 300 per NFPA 96.
- Does our city require a Fire Marshal sign-off? Varies — many require for new build, some require annual.
- What if I’m a federal contractor? Additional DOL + GSA EAP rules may apply.
- Workers with disabilities? ADA requires equivalent egress. Wheelchair-accessible primary route.
- Hearing-impaired alerting? Strobes per NFPA 72 + ADA. Vibrating pager devices supplement.
- Service animals? Allowed in assembly area. No special map annotation.
- Pregnant employees? No special evac rules; ergonomic considerations only.
- Do I have to keep records of training? Yes — minimum 3 years recommended, longer in regulated industries.
Important Legal Disclaimer
The Occupational Safety and Health Administration (OSHA) does not approve, endorse, recommend, or certify any commercial products or software. This platform is a compliance assistance tool only and is not affiliated with or endorsed by OSHA or any government agency.
All AI-generated evacuation maps, safety plans, and compliance documents must be reviewed, verified, and approved by a qualified safety professional, fire marshal, licensed engineer, or appropriate authority before being posted, distributed, or used for emergency planning purposes.
Employers retain full legal responsibility for workplace safety under the Occupational Safety and Health Act of 1970 (OSH Act). Users are solely responsible for ensuring compliance with all applicable local, state, and federal regulations. This software does not guarantee OSHA compliance.
This software does not constitute legal, safety consulting, engineering, or professional advice. Content is for informational purposes only. Users should consult qualified safety professionals and legal counsel for compliance guidance specific to their operations.
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