Repair Request for General Contracting
Repair Request is the structured process for reporting, triaging, and resolving equipment faults so machines are returned to safe service as quickly and efficiently as possible. It defines how issues are identified, documented, submitted, prioritized, and communicated between the field, shop, and management. The process links safety checks, downtime tracking, and maintenance records so repairs are traceable and repeat problems can be addressed at the root. When followed, it reduces unsafe operation, unplanned downtime, and confusion over who is responsible for fixing what.
Identify equipment issue and determine severity
Step 1: Stop and assess unusual behavior
When an operator notices strange noises, warning lights, loss of power, leaks, or abnormal movement, they should stop the machine in a safe place and take a moment to observe what is happening instead of continuing to work through it.
Step 2: Perform a quick visual check
Walk around the equipment looking for obvious problems such as fluid on the ground, damaged hoses, loose parts, broken tires/tracks, missing guards, or smoke. Do not open covers or panels that would expose moving parts if the operator is not trained to do so.
Step 3: Check warning indicators and displays
Look at the dashboard for warning lights, fault codes, or error messages. Note exactly which indicators are lit and any numbers shown on the display, as these help maintenance diagnose the issue.
Step 4: Consider impact on safe operation
Ask whether the issue could affect steering, braking, lifting, stability, or visibility. Any suspected impact to these safety-critical functions should be treated as high severity, even if the machine still moves.
Step 5: Determine if equipment should be shut down
If there is any doubt about safety, the operator should shut down the machine, remove the key, and secure it. Minor issues that do not affect safety (for example, a non-critical gauge) may be noted and reported but not require immediate shutdown.
Step 6: Notify supervisor of initial assessment
The operator should immediately inform their foreman or superintendent, describing what they saw and whether the equipment is still running or has been shut down. This starts the formal repair request process.
Apply lockout/tagout and remove equipment from service if unsafe
Step 1: Move equipment to a safe location if possible
If the equipment can still move safely, have a qualified operator move it to a designated parking or staging area away from active work and traffic. If it cannot move, secure the surrounding area to keep others away.
Step 2: Shut down and secure the machine
Turn off the engine or power source, remove the key, and place it in a secure location according to company practice (for example, with the foreman or in a lockbox). Ensure all moving parts have come to a stop.
Step 3: Attach “Out of Service” tag at operator point
Place a clearly visible “Out of Service – Do Not Use” tag or sign at the main operator access point (door, ladder, or controls). Write the date, brief description of the issue, and the name of the person who tagged it out.
Step 4: Apply lockout devices where required
For equipment with specific lockout points (for example, electrical disconnects), apply company-approved lockout devices according to your safety procedures. If you are not trained, contact a supervisor or maintenance to complete this step.
Step 5: Inform crew and nearby trades
Let nearby workers and subcontractors know that the machine is out of service and must not be operated. This is especially important when equipment is shared between crews or companies on site.
Step 6: Document lockout in site log
Record the lockout in the daily log or site equipment log, including the asset ID, issue description, and time removed from service. This entry supports later downtime and repair tracking.
Capture detailed issue description and supporting evidence
Step 1: Record basic equipment information
Write down or confirm the asset ID, make/model, equipment type, and current location (jobsite name, area, and nearest grid line or reference if applicable). This ensures the right machine is being discussed.
Step 2: Describe what happened in plain language
Ask the operator to explain what they were doing when the issue occurred, what they noticed first, and whether the problem appears constant or intermittent. Capture this in simple, factual sentences in the repair description.
Step 3: Note any warning lights, codes, or gauges
Record exactly which warning lights are on, any error codes shown on displays, and any abnormal gauge readings (temperature, pressure, fuel, etc.). Include units and approximate values where possible.
Step 4: Take clear photos or short video clips
Use a phone to take photos of visible damage, leaks, warning lights, and the general area of the problem. If safe, short video clips of the behavior (such as strange noises at startup) can be very helpful for diagnosis.
Step 5: Capture current hour meter reading
Read and record the current meter hours from the machine. This will help maintenance evaluate whether the issue is related to usage, PM intervals, or an unusual failure.
Step 6: Summarize urgency and impact on work
Ask the supervisor to note how critical the machine is to current work (for example, “work stopped until repaired,” “backup unit available,” or “minor inconvenience”). This will help prioritize the repair.
Submit formal repair request to Equipment & Inventory
Step 1: Open the standard repair request form or app
Access the company’s repair request form in the shared drive, ERP, or maintenance app. Make sure you are using the current version with all required fields.
Step 2: Enter equipment and location details
Fill in asset ID, equipment type, project name/number, physical location on the site, and primary contact person (usually the superintendent or foreman). Double-check for typos so the maintenance team can find the machine.
Step 3: Paste or type issue description and observations
Copy the written description you captured, including what happened, warning lights, and meter reading. Avoid vague phrases like “broken” or “not working” without explanation.
Step 4: Attach photos and videos
Upload the photos and any short video clips showing the issue, labeling files clearly (for example, “Unit1234_leak_left_side.jpg”). Confirm attachments appear correctly before submitting.
Step 5: Indicate urgency and work impact
Select or enter the appropriate priority level based on how severely the issue affects safety and production, following company guidelines for “Critical,” “High,” “Medium,” or “Low.”
Step 6: Submit the request and note reference number
Submit the form so it enters the maintenance queue and record the generated request or work order number. Share this number with the superintendent so they can reference it in future communications.
Log and triage incoming repair requests
Step 1: Collect new requests from all channels
At set times during the day, review the repair request inbox, maintenance app queue, and any direct calls or messages that may not yet have been logged. Make sure every known issue has a corresponding request or work order.
Step 2: Enter or verify requests in the tracking system
Ensure each request is recorded with a unique ID, equipment details, project, submitter, and timestamp. If a request came by phone or text, create a formal entry based on the information provided.
Step 3: Review each request for safety risk
Scan descriptions for anything related to brakes, steering, lifting, structural components, leaks of flammable fluids, or other safety-critical problems. Flag these as at least “High” or “Critical” priority.
Step 4: Assess impact on project production
Consider how essential the equipment is to current activities. A faulty telehandler on a single critical path job may be more urgent than a backup generator on a low-risk task. Adjust priority accordingly.
Step 5: Assign initial priority and maintenance owner
Set a clear priority level and assign each request to a specific mechanic, shop lead, or external vendor coordinator. Make sure no request is left unassigned.
Step 6: Communicate urgent tickets immediately
For “Critical” issues, call or message the assigned mechanic and the project superintendent right away, instead of waiting for them to notice the system update.
Decide on internal repair vs external vendor service
Step 1: Review issue details and equipment warranty status
Look at the repair description, photos, and equipment age. Check warranty records to see if the machine is still under manufacturer or dealer warranty for the suspected failure.
Step 2: Assess complexity and required tools
Ask whether the issue appears to be something your maintenance team commonly handles or if it likely involves specialized diagnostics, proprietary software, or major component rebuilds that are better suited to a dealer.
Step 3: Consider current shop workload and response time
Review existing internal work orders and capacity. If your mechanics are already overloaded and the issue is urgent, using an external vendor might get the machine back in service faster even if it costs more.
Step 4: Evaluate vendor relationships and response times
Check which vendors service this equipment type and how quickly they typically respond. If you have strong relationships with certain dealers, consider leveraging those.
Step 5: Choose repair path and document decision
Decide whether the repair will be internal or external, then record this choice in the work order along with your reasoning. Assign internal jobs to a mechanic; for external jobs, assign them to a vendor coordinator.
Step 6: Initiate vendor contact if external
If using a vendor, contact them with the repair details, warranty information, and site access instructions. Request an estimated arrival time and log this in the work order.
Communicate repair plan and expected downtime to project
Step 1: Review chosen repair approach and priority
Look at the work order to confirm whether the repair will be done internally or by a vendor, the priority level, and any scheduled visit times.
Step 2: Estimate repair start and completion window
Based on mechanic availability, vendor response time, and typical repair duration for this type of issue, estimate when work will begin and when the machine is likely to be back in service. Use a realistic range instead of a single precise time.
Step 3: Contact the superintendent or project manager
Call or message the primary site contact, referencing the equipment ID and location. Share the planned repair approach, who is coming to site, and the estimated downtime window.
Step 4: Discuss temporary alternatives if needed
If downtime will significantly affect production, talk through options such as shifting work, borrowing another unit, or bringing in a rental. Make sure the project understands who will arrange any temporary equipment.
Step 5: Confirm site access and safety requirements for repair
Ask the project about any access restrictions, required orientations, or escort needs for mechanics or vendor technicians. Capture this information in the work order so technicians arrive prepared.
Step 6: Record communication notes in work order
Enter a brief summary of what you told the project team, including times and any agreed alternative plans, into the work order history. This creates a record for future reference.
Perform repair and update repair status
Step 1: Review work order details and evidence
Before starting, read the repair request, previous maintenance history, and look at attached photos or videos. This gives context that can shorten diagnosis time.
Step 2: Follow safe work and lockout procedures
On site, confirm the machine is properly locked/tagged out and in a safe location to work on. Apply any additional safety measures required by your procedures or the site rules.
Step 3: Diagnose the root cause
Use appropriate diagnostic techniques, tools, and manufacturer guidance to identify the actual cause of the issue—not just the symptom. Note down your findings in the work order.
Step 4: Perform the repair and test the equipment
Replace parts, adjust systems, or make repairs as needed. After the work is complete, test the machine in a safe area, exercising all relevant functions to confirm the issue has been resolved.
Step 5: Update work order with actions and parts used
Record what was done, which parts were installed, and how much time was spent. Include any observations that might be useful later, such as signs of operator misuse or environmental causes.
Step 6: Change status to “Repaired – Awaiting Verification”
Once you are satisfied that the machine is functioning properly, update the work order status to show that repair work is complete and final verification and return-to-service decisions are pending.
Verify repair, return equipment to service, and close request
Step 1: Conduct final safety and functional check
Have a qualified person (mechanic or designated supervisor) perform a brief safety-focused inspection and function test, separate from the initial test by the repairer if possible. Confirm controls, brakes, and safety devices work properly.
Step 2: Decide if equipment is fit for service
Based on tests and any remaining concerns, decide whether the equipment can safely re-enter normal operation. If any doubts remain, keep it out of service and create a follow-up work order.
Step 3: Remove “Out of Service” tags and locks
Once fit for service, remove lockout devices and out-of-service tags according to your safety procedure. Ensure no conflicting tags remain on the machine.
Step 4: Update equipment status and downtime record
Change the equipment status in the master list from “Out of Service” or “In Repair” to “Available” or “On Site – Active” as appropriate. Record total downtime duration in your tracking system.
Step 5: Inform project team that equipment is available
Notify the superintendent or foreman that the machine has been repaired, tested, and is ready to use. Note any special instructions (for example, monitoring a repaired component).
Step 6: Close the repair request in the system
Change the work order status to “Closed” and ensure all fields are complete: actions taken, parts used, cause codes, and downtime. This finalizes the record and makes it available for future analysis.
Track repair history and analyze recurring issues
Step 1: Maintain a repair history log by asset
Ensure every closed repair work order is linked to the correct asset ID and stored in a way that allows you to view all repairs for a given unit. Include dates, causes, and costs.
Step 2: Categorize repair causes
Use standard cause codes such as “normal wear,” “operator error,” “lack of PM,” “environmental damage,” or “manufacturing defect.” Require mechanics or coordinators to select a primary cause for each repair.
Step 3: Run periodic repair history reports
On a regular schedule (for example, quarterly), generate reports showing repairs by asset, equipment type, cause code, and project. Look for units or categories with above-average repair frequency or cost.
Step 4: Identify recurring issues and patterns
Highlight equipment with repeated similar failures (for example, multiple hydraulic hose bursts) or sites with frequent damage (for example, bent guards or lights). Note where operator behavior or site conditions may be contributing.
Step 5: Propose corrective actions beyond repairs
For each significant pattern, suggest specific changes such as operator training, changes in handling practices, site protection measures, or adjustments to PM checklists and intervals.
Step 6: Share findings with maintenance and operations leadership
Present key insights and recommended actions in a brief summary. Work with leaders to decide which corrective actions to implement and who will own them, then monitor whether repair frequency improves over time.
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