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Emergency Breakdown: What to Do in the First Hour

Quick overview

In the first hour after a breakdown, make the equipment safe first.

In the first hour after a breakdown, make the equipment safe first. Stop it, apply lockout/tagout, release stored energy and secure the area. Then gather the facts, including what failed, when, what it was doing and the make and model. Take photos, preserve evidence, and call a repair crew with that information ready.

In the first hour after a breakdown, make the equipment safe before anything else. Stop it, lock it out, release stored energy and secure the area. Then gather the facts: what failed, when, what the machine was doing, and the make and model. Take photos, keep the failed parts, and call a repair crew with that information ready.

The first hour

The first hour after a breakdownThe first hour after a breakdown in four stages. 1, in the first 10 minutes: make it safe. Stop the machine, lock and tag out, and verify zero energy. 2, next: secure the area. Barricade it and deal with spills, fire risk and unstable loads. 3, while it is fresh: get the facts. Record what failed and when, alarms and readings, photos and nameplate data. 4, before cleanup: keep the parts. Bag and tag broken parts, pull oil samples and do not clean them. Running alongside stages 2 to 4: call for help as soon as the area is safe. You do not need every answer first.0 min60 min1 · 0–10 minMake it safeStop the machineLock and tag outVerify zero energy2 · NextSecure the areaBarricade itSpills, fire riskUnstable loads3 · While freshGet the factsWhat failed, whenAlarms, readingsPhotos + nameplate4 · Before cleanupKeep the partsBag and tag partsPull oil samplesDon't clean themCall for help as soon as it's safeYou don't need every answer first.The first hour after a breakdownThe first hour after a breakdown in four stages. 1, in the first 10 minutes: make it safe. Stop the machine, lock and tag out, and verify zero energy. 2, next: secure the area. Barricade it and deal with spills, fire risk and unstable loads. 3, while it is fresh: get the facts. Record what failed and when, alarms and readings, photos and nameplate data. 4, before cleanup: keep the parts. Bag and tag broken parts, pull oil samples and do not clean them. Running alongside stages 2 to 4: call for help as soon as the area is safe. You do not need every answer first.10–10 MINMake it safeStop the machineLock and tag outVerify zero energy2NEXTSecure the areaBarricade itSpills, fire riskUnstable loads3WHILE FRESHGet the factsWhat failed, whenAlarms, readingsPhotos + nameplate4BEFORE CLEANUPKeep the partsBag and tag partsPull oil samplesDon't clean themCall as soon as it's safeYou don't need every answer first.
Only the first stage has a clock on it. The rest is a sequence: do them in order, and make the call as soon as the area is safe.

What should you do in the first 10 minutes?

In the first 10 minutes, stop the equipment, keep people away and isolate energy. Follow your plant’s lockout/tagout (LOTO) procedure for every energy source, including electrical, hydraulic, pneumatic, steam, gravity and stored mechanical energy. Nobody should reach in, climb on or start troubleshooting until the machine is locked out and verified.

  1. Stop the equipment

    Use normal or emergency stops.

  2. Account for people

    Make sure everyone is clear and no one is hurt.

  3. Isolate energy

    Apply lockout/tagout per plant procedure.

  4. Release stored energy

    Bleed hydraulic and pneumatic pressure, block or lower suspended loads, and let rotating parts come to rest.

  5. Verify zero energy

    Try the start controls and check gauges before work begins.

  6. Secure the area

    Use barricades, tape or a spotter.

Fig. 1

Energy sources to isolate before workSix kinds of energy that lockout and tagout must isolate or release before anyone works on a stopped machine: electrical, hydraulic, pneumatic, steam and heat, gravity such as raised or suspended loads, and stored mechanical energy such as springs and parts still coasting.ElectricalHydraulicPneumaticSteam and heatGravityStored mechanical
Lockout covers more than the electrical disconnect. Each of these can still hurt someone after the machine stops.

How do you secure the area?

Secure the area by keeping everyone out who does not need to be there and controlling secondary hazards. Breakdowns often create spills, hot surfaces, fire risks, suspended loads and damaged structures. Barricade the area, post a person if needed, and deal with hazards before anyone starts work.

Several lockout padlocks with blank tags attached to the handle of an electrical disconnect switch
Under most lockout programs, each person working on the machine hangs their own lock. It stays locked until the last lock comes off.

Check for secondary hazards

  • Spills of oil, hydraulic fluid, chemicals or product, which cause slips and environmental issues
  • Fire risk from hot surfaces, sparks, or leaking fuel or oil near heat
  • Suspended or unstable loads, such as material on a stopped conveyor or a partly lifted part
  • Structural damage to bases, supports, platforms or guards
  • Confined spaces that may need a permit before entry
  • Hot work, which needs a hot work permit before cutting or welding

What information should you gather?

Gather the facts while they are fresh. Write down what failed, when it happened, what the machine was doing, and what operators saw, heard or smelled. Record alarms and readings. Note the make, model and serial number, and take photos from a safe position. This information speeds up diagnosis.

Information Why it helps
Equipment type, make, model, serial number Identifies parts, drawings and OEM data
Time of failure and what the machine was doing Points to the failure mode
Alarms, fault codes and HMI readings Narrows down controls and hydraulic issues
Noises, smells, smoke or vibration before failure Separates bearing, gear, electrical and hydraulic causes
Photos and video from a safe position Lets the crew plan before arriving
Recent maintenance or changes Recent work is a common factor
Spare parts on hand Determines whether parts must be machined or ordered
Drawings and manuals Speeds up repair and fabrication

Should you preserve the failed parts?

Yes. Keep broken parts, debris, oil samples and anything else related to the failure. Do not clean or throw them away. Failed parts tell the repair crew why the machine broke, and fixing the cause is how you avoid a repeat. If an incident investigation follows, your safety team will need them too.

Preserve the evidence

  • Bag and tag broken parts, fragments and fasteners
  • Take an oil sample from gearboxes and hydraulic systems if safe to do so
  • Photograph wear patterns, cracks and debris before anything is moved
  • Keep notes on settings, readings and operator observations

Who should you call, and when?

Call your supervisor and maintenance lead first, according to your plant’s procedure. If the job needs outside help, call your repair contractor as soon as the area is safe and you have the basic facts. You do not need every answer before calling. The sooner the crew knows what you are facing, the sooner it can plan.

For 24/7 emergency repair in Northwest Indiana and Chicagoland, call South Shore Industrial at (219) 386-1506. We dispatch a field crew with welding and rigging gear from our Portage shop, diagnose on site, and fabricate replacement parts in our machine shop when OEM parts are not available.

Have this ready when you call

  • Your name, plant and callback number
  • Site address, gate and access instructions
  • Contractor safety requirements and site orientation needs
  • The information from the table above

What should you avoid in the first hour?

Avoid restarting the machine, working on it before lockout, and removing parts without documenting them. Each of these can make the damage worse, destroy evidence or hurt someone. Avoid guessing at the cause under pressure. A short pause to make it safe and gather facts usually shortens the repair.

Don’t Why
Restart to “see what happens” Can turn a repairable failure into a destroyed component
Work before lockout is verified Stored energy causes serious injuries
Throw out broken parts Loses the evidence of the root cause
Cut or weld without a hot work permit Fire and explosion risk
Enter confined spaces without a permit Atmospheric and engulfment hazards
Rush a temporary fix without review Temporary fixes fail at the worst time

How do you prepare before the next breakdown?

Prepare by having a written emergency plan, current equipment records, critical spares and a contractor already approved to work in your plant. Contractor prequalification takes time. Having it done ahead means a crew can start sooner. South Shore Industrial is an ISNetworld member contractor and is prequalified through Avetta.

Before the next one

  • Keep a list of critical equipment with make, model, serial number and drawings.
  • Stock spares for machines with long lead times.
  • Post the emergency contractor number in the maintenance shop.
  • Build preventive maintenance around your most critical machines, and review breakdowns to fix root causes.

Line down right now?

Call (219) 386-1506, day or night. Our emergency repair crews handle breakdowns across Northwest Indiana and Chicagoland. See our emergency page for what to expect, or contact us to set up an emergency plan before you need one.

Related questions

What is the first thing to do when industrial equipment breaks down?

Make it safe. Stop the equipment, keep people clear, and follow your plant's lockout/tagout procedure to isolate all energy sources, including hydraulic, pneumatic, gravity and stored mechanical energy. Nobody should reach into, climb on or start troubleshooting a machine until it is locked out and verified safe.

What information should I have ready when I call for emergency repair?

Have the equipment type, make, model and serial number, what failed and when, what the machine was doing, any alarms or noises, and photos if you can safely take them. Also share site access details, safety requirements, and whether drawings or spare parts are on hand.

Should we try to restart the equipment after a breakdown?

Not until the cause is understood. Restarting a machine that failed for an unknown reason can turn a repairable problem into a destroyed gearbox, cracked housing or injury. Inspect first, find what failed, and get a qualified person to confirm it is safe to run.

Does SSI respond to emergencies 24/7?

Yes. Call (219) 386-1506 any time, day or night. We dispatch a field crew with welding and rigging gear from our Portage shop, diagnose on site, and fabricate replacement parts in our machine shop when OEM parts are not available.

Line down? Call (219) 386-1506

24/7. Day or night.