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May 15, 2026 · 18 min readrestoration SOP · equipment tracking · equipment-day billing

The Equipment Tracking & Recovery SOP (Air Movers, Dehus, AFDs)

Step-by-step SOP for tracking, deploying, recovering, and reconciling restoration drying equipment — 22 steps across 8 phases that stop equipment losses and billing leaks.


▸ Framework Answer

This is a 22-step Standard Operating Procedure for tracking restoration drying equipment — air movers, LGR dehumidifiers, and AFDs — across 8 phases: inventory baseline, deployment, daily on-site documentation, recovery, maintenance, loss/damage protocol, quarterly audit, and equipment-day billing reconciliation. The full procedure takes roughly 6 hours to stand up and about 15 minutes per job per week to run. It exists to solve two expensive problems at once: physical equipment loss ('where are our dehumidifiers?') and billing leakage. For a $1M mitigation shop, unreconciled equipment-day gaps cost $12,000–$24,000 per year in forfeited revenue. The bridge that closes the leak is Step 21: reconciling billed equipment-days in Xactimate against logged on-site days before every job closes. The SOP aligns with IICRC S500 documentation expectations for atmospheric monitoring and equipment placement.

The Equipment Tracking & Recovery SOP (Air Movers, Dehus, AFDs)

Drying equipment is simultaneously your most mobile asset and your most under-controlled revenue line. Air movers and dehumidifiers leave the shop on rush mobilizations, scatter across multiple loss sites, and come back — or don't — with no paper trail. The same units that walk off uncounted are billed per unit per day, so every gap between what's physically deployed and what's documented is both a missing asset and a missing invoice line.

This SOP is the field-to-books loop that closes both gaps. It is written for crew leads, project managers, office managers, and the bookkeeper who owns equipment-day reconciliation. Field crews execute the tagging, deployment, logging, and recovery steps; the office owns the register, depreciation integration, and the billing reconciliation that ties field reality to the Xactimate estimate. It references IICRC S500 for atmospheric monitoring and equipment documentation, and it plugs directly into your monthly books close and the weekly equipment-day reconciliation habit. Work the 22 steps in order the first time; after that, the deployment, daily, recovery, and reconciliation phases repeat per job.

Prerequisites

  • Admin access to your field documentation platform (Encircle, MICA, or a structured shared spreadsheet)
  • QuickBooks Online admin access with the fixed-asset / depreciation schedule visible
  • Xactimate estimate write access for active jobs
  • A complete, physically present fleet to baseline (pull everything into the shop before Step 1)
  • A QR/barcode scanner or smartphone scanning app, and a label printer for durable tags
  • Working knowledge of S500 equipment terms (AFD, LGR, GPP). If any are unfamiliar, review the restoration software glossary and certifications & standards reference first
  • A named owner for the weekly billing reconciliation (do not start without one)

Materials & Tools Required

Equipment, Software & Supplies Checklist

| Item | Type | Example / Spec | Used in phase | |---|---|---|---| | Field documentation platform | Software | Encircle, MICA, or structured shared sheet | All | | QuickBooks Online (admin) | Software | Fixed-asset / depreciation schedule | Baseline, Audit, Reconciliation | | Xactimate license | Software | Estimate write access | Deployment, Reconciliation | | Durable asset tags + QR labels | Supply | Metalized/poly QR tags, 1 per unit | Baseline | | Label printer | Tool | Brother industrial / DYMO Rhino | Baseline | | QR/barcode scanner | Tool | Handheld or smartphone app | All | | Air movers | Equipment | Phoenix Axial / Dri-Eaz Velo Pro | Deployment | | LGR dehumidifiers | Equipment | Phoenix DriMAX / Dri-Eaz LGR 7000 | Deployment | | AFD (HEPA air scrubber) | Equipment | Phoenix Guardian R / HEPA 500 | Deployment | | Thermo-hygrometer (calibrated) | Tool | Protimeter / Tramex | Daily, Maintenance | | Moisture meter | Tool | Tramex MEP / Protimeter Surveymaster | Daily | | Monitoring + placement + signature forms | Supply | Daily log, placement diagram, sign-off | Deployment, Daily, Recovery |

The equipment lifecycle loop: every unit moves Intake → Deployment → On-Site → Recovery → Maintenance and back to the available pool, while On-Site and Recovery logs feed the equipment-day billing reconciliation.

Phase 1 — Equipment Inventory Baseline

▸ Quick Answer

Before you can track or recover anything, build a single master register of every unit, tag each one with a serial and scannable QR code, log its condition, and tie it to your depreciation schedule. This baseline is the source of truth every later phase reads from and writes to.

01

Build the master equipment register

60 min

Pull every air mover, LGR dehumidifier, and AFD into the shop and enter each into one master register: make, model, serial number, unit type, purchase date, and cost basis. Use the serial as the permanent identity and assign a short asset ID (e.g. AM-014, DH-007, AFD-003) as the working key. One unit, one row — no duplicates, no 'misc' bucket.

WhereField platform asset module or shared sheet 'Register' tab
✓ CheckEvery physically present unit appears exactly once with make, model, and serial.
▲ EscalateAny unit on hand with no purchase record or unknown origin.
02

Tag every unit with a serial and QR/asset tag

45 min

Print a durable asset tag carrying the asset ID and a scannable QR/barcode for each unit and affix it where it survives job-site handling (housing, not a removable panel). Scan the tag and link it to the register record so a single scan retrieves the unit's full history. Replace, never reuse, a tag when a unit is retired.

WhereLabel printer → physical unit → register record
✓ CheckScanning the tag resolves to the correct register row.
▲ EscalateAny tag that will not adhere or scan reliably on a unit.
03

Log baseline condition and hour-meter reading

40 min

Photograph each unit, assign a condition grade (Excellent / Good / Fair / Poor), and record the hour-meter or run-time baseline. This baseline is what later triggers usage-based maintenance and supports any insurance or write-off valuation. Note visible defects in the record so they are not later mistaken for customer damage.

WhereRegister record → 'Condition' and 'Run hours' fields
✓ CheckEach unit has a dated condition grade, photo, and starting hour reading.
▲ EscalateAny unit already at or past its expected service life or grading 'Poor'.
04

Integrate the register with the depreciation schedule

50 min

Match each tagged unit to its QuickBooks Online fixed-asset record and MACRS depreciation line, using the asset ID as the common key. Equipment typically depreciates on a 5-year MACRS schedule; confirm the class with your CPA. Now book value tracks the physical fleet — see the restoration accounting terminology reference and IRS MACRS schedule for class detail.

WhereQBO: Accounting > Chart of Accounts > Fixed Assets (and depreciation schedule)
✓ CheckEvery register unit maps to a QBO fixed-asset line by asset ID.
▲ EscalateGhost assets on the books with no physical unit, or units with no asset record.

Use this schema as the canonical tag/register definition:

Equipment Tag & Register Schema

| Field | Lives on | Example | Purpose | |---|---|---|---| | Asset ID | Tag + register | DH-007 | Working key, scannable | | Serial number | Tag + register | LGR7000-4421 | Permanent identity | | Unit type | Register | LGR dehumidifier | Billing & deployment logic | | Make / model | Register | Dri-Eaz LGR 7000 | Service & specs | | Purchase date / cost | Register | 2024-03-11 / $2,650 | Depreciation basis | | QBO asset line | Register link | FA: Equipment-DH-007 | Book value tie-out | | Condition grade | Register | Good | Maintenance & valuation | | Run hours | Register | 1,240 hrs | Usage-based service | | Status | Status board | Deployed (Job #2291) | Availability & loss control |

05

Set the available-pool status board

20 min

Stand up a status board — a saved field-platform view or a status column — that shows every unit as Available, Deployed, In Maintenance, or Lost. This board is read every time a unit moves. The discipline is simple: a unit's status changes the moment it physically moves, not at end of day.

WhereField platform status view or 'Status' column in the register
✓ CheckEvery unit shows exactly one current status.
▲ EscalateAny unit stuck 'Deployed' on a job that closed more than 7 days ago.

Phase 2 — Deployment Tracking

▸ Quick Answer

When equipment leaves for a job, scan it out against the job number, photograph its placement, draw a placement diagram, and record the deployed count on the Day 1 estimate. The deployment record is what every billed equipment-day is measured against.

06

Assign equipment to a job and create the sign-out record

10 min

Scan each unit onto the specific job number and create a dated sign-out record naming the crew lead who took it. No unit leaves the shop without a scan-out — this single control eliminates most chronic losses. Confirm the unit count loaded matches the count signed out before the truck departs.

WhereField platform: Job > Equipment > Sign out (scan each unit)
✓ CheckStatus board shows each unit as Deployed to the correct job number.
▲ EscalateAny unit physically loaded but not scanned out before the truck leaves.
07

Photograph equipment placement on arrival

15 min

On arrival, take wide and close placement photos of every unit set in the structure and store them against the job. These photos establish Day 1 placement and protect every equipment-day you later bill. Follow the placement priorities from the water mitigation first 48 hours SOP.

WhereField platform: Job > Photos > 'Equipment placement'
✓ CheckEvery deployed unit appears in at least one wide and one close placement photo.
▲ EscalateFewer placement photos than units signed out to the job.
08

Draw the equipment placement diagram

15 min

Produce a room-by-room placement diagram showing each unit's type, count, and location. This diagram becomes the master checklist for the recovery walkthrough in Step 13 and the visual backup for atmospheric monitoring placement under IICRC S500.

WhereField platform sketch tool or placement-diagram template
✓ CheckDiagram shows room-by-room unit type and count totaling the signed-out count.
▲ EscalateDiagram count does not equal the sign-out count.
09

Record the deployed count against the estimate

10 min

Write the deployed unit count and placement date into both the Xactimate estimate and the equipment log on Day 1. The placement date anchors the equipment-day count. If the price list is stale, flag it — see the restoration pricing audit for why a stale list under-bills 8–12% before equipment-days are even counted.

WhereXactimate: Estimate > Line items (equipment) + equipment log Day 1
✓ CheckXactimate equipment line count equals the deployed count, with placement date set.
▲ EscalateEstimate written on a stale price list or with a placeholder unit count.

Phase 3 — Daily On-Site Documentation

▸ Quick Answer

Every site visit, confirm each unit is present and running, log atmospheric and moisture readings to justify the equipment, and capture a customer signature confirming placement. Each documented day is one defensible billable equipment-day.

10

Capture daily equipment status and run confirmation

10 min

On each visit, confirm every unit is present, running, and logged on-site for that calendar day. A unit removed early must be logged the same day so the equipment-day count is accurate. This daily presence record is the field side of the reconciliation in Step 21 and the weekly equipment-day reconciliation habit.

WhereField platform: Job > Daily log > Equipment status
✓ CheckEvery deployed unit is marked present and running for the current calendar day.
▲ EscalateAny unit missing from the site or not running, or a removed unit not logged.
11

Record daily atmospheric and moisture readings

15 min

Log temperature, relative humidity, GPP, and material moisture readings with a calibrated meter. Under IICRC S500, this monitoring justifies continued equipment days; once materials hit dry standard, equipment must come out. Readings that show 'dry' while equipment keeps billing are an audit and ethics flag — escalate immediately.

WhereField platform: Job > Daily log > Atmospheric readings
✓ CheckTemperature, RH, GPP, and material moisture readings logged for the day.
▲ EscalateReadings show the structure is dry but equipment is still running and billing.
12

Capture the customer placement-confirmation signature

5 min

Obtain a customer or authorized-rep signature confirming the equipment placed and running at the site. This signature, paired with the placement photos and diagram, makes the equipment-days nearly impossible for a carrier or TPA to dispute. Capture it on Day 1 and again at recovery if your platform supports it.

WhereField platform: Job > Forms > Equipment confirmation
✓ CheckSigned confirmation of units placed and running is on file.
▲ EscalateCustomer disputes the equipment count or refuses to sign.

Phase 4 — Recovery Procedure

▸ Quick Answer

At pull, walk the structure against the placement diagram to confirm every unit, photograph the equipment as recovered, and scan each unit back into the shop. Recovery is where lost units are caught while you can still act on them.

13

Run the final recovery walkthrough

15 min

Walk the structure against the Step 8 placement diagram and check off every unit as recovered. The diagram is the recovery list — a unit on the diagram that is not in front of you is a loss happening in real time. Resolve missing units before leaving the site; a unit found three days later is usually a unit gone for good.

WhereJob > Equipment > Recovery walkthrough (vs placement diagram)
✓ CheckRecovered count equals the deployed count on the placement diagram.
▲ EscalateAny unit on the diagram not physically located at recovery.
14

Photograph equipment as recovered

10 min

Photograph the units staged for recovery and record the removal date and hour-meter reading. The removal date closes the equipment-day count; the hour reading updates run hours for maintenance triggers. New damage versus the baseline routes to the loss/damage protocol in Step 19.

WhereJob > Photos > 'Equipment recovered'
✓ CheckAs-recovered photo plus removal date and hour-meter reading captured.
▲ EscalateRecovered unit shows damage not in the Step 3 baseline.
15

Scan units back into the shop

10 min

Scan each returning unit to Available or In Maintenance and close the job's sign-out record. The job's equipment loop is not closed until every signed-out unit is scanned in or formally marked Lost. An open sign-out with no matching check-in is the trigger for the loss report in Step 19.

WhereField platform: Job > Equipment > Check in (scan each unit)
✓ CheckStatus board shows each unit Available or In Maintenance; job sign-out closed.
▲ EscalateAny unit still showing Deployed after the truck returns.

Phase 5 — Maintenance Schedule

▸ Quick Answer

Every recovered unit is cleaned, serviced on cadence, and verified before re-entering the available pool. Maintenance protects asset life, keeps readings trustworthy, and prevents cross-contamination between jobs.

16

Clean and decontaminate recovered units

15 min/unit

Wipe, decontaminate, and dry every recovered unit before it re-enters the available pool. Units off Category 3 or mold jobs require documented decontamination — see the mold remediation containment SOP and the restoration insurance glossary for the Category definitions. A contaminated unit redeployed to a clean job is a liability event.

WhereShop maintenance log → register 'Last serviced' field
✓ CheckUnit is wiped, decontaminated, dried, and marked Available.
▲ EscalateUnit returned from a Category 3 or mold job without decontamination.
17

Change filters and service on cadence

20 min/unit

Replace AFD pre-filters every 250–500 run hours and HEPA filters per manufacturer spec, and perform scheduled service driven by the run hours logged at recovery. A clogged AFD filter silently degrades the air-scrubbing you are billing for. Log every filter change so usage-based service replaces guesswork.

WhereMaintenance calendar + register 'Run hours'
✓ CheckFilter changed and service logged against the run-hour trigger.
▲ EscalateA unit past its service interval still in the available pool.
18

Calibrate meters and verify dehu performance

30 min

Calibrate hygrometers quarterly and verify dehumidifier grain depression on the same cadence. Out-of-cal meters poison the very readings (Step 11) that justify your equipment-days, and a dehu not pulling spec grains extends drying cycles. Pull any failing unit from the pool until serviced.

WhereCalibration log + register 'Last calibrated' field
✓ CheckHygrometers calibrated and dehu grain depression verified within spec.
▲ EscalateA meter out of calibration tolerance or a dehu failing its grain-depression check.
Maintenance Cadence by Trigger

| Task | Trigger / cadence | Unit types | Log to | |---|---|---|---| | Clean & decontaminate | Every recovery | All | Maintenance log | | AFD pre-filter change | Every 250–500 run hrs | AFD | Run-hours log | | AFD HEPA filter change | Per mfr spec / annual | AFD | Run-hours log | | Hygrometer calibration | Quarterly | Meters | Calibration log | | Dehu grain-depression check | Quarterly | LGR dehu | Calibration log | | Hour-meter / wear inspection | Quarterly + each recovery | Air movers, dehus | Register | | Deep service / motor check | Annual or 2,000 run hrs | Dehus, AFDs | Maintenance log |

▸ Free Resource

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Phase 6 — Loss & Damage Protocol

▸ Quick Answer

When a unit is lost or damaged, open a documented report within 24 hours, set its status, and route it for customer billing, an insurance claim, or an internal write-off. An unresolved loss is a future tax and audit problem.

19

File the lost or damaged equipment report

20 min

Open a documented loss/damage report within 24 hours, set the unit's status to Lost or Damaged, and capture the last-known job, crew lead, and recovery-walkthrough notes. Route it to a resolution path: customer-responsibility loss (bill or claim against the job), covered insurance event (file the claim with photos and the register valuation), or internal write-off (remove the asset from QBO). Never leave a unit in limbo — see hidden profit leaks in restoration companies for how unresolved losses quietly erode margin.

WhereField platform: Equipment > Loss report → register 'Status: Lost'
✓ CheckReport names last job, crew lead, and resolution path within 24 hours.
▲ EscalateAny loss without a clear responsible party or a unit Lost more than 30 days.

Phase 7 — Quarterly Inventory Audit

▸ Quick Answer

At least quarterly, physically scan every unit and reconcile the count against the master register and the QBO depreciation schedule. The audit surfaces ghost assets and untagged units before they become write-offs.

20

Run the quarterly physical inventory audit

90 min

Physically scan every unit and reconcile the count three ways: physical fleet, master register, and QBO depreciation schedule. Investigate every variance — a unit on the books but not on the floor is a ghost asset; a unit on the floor but not in the register is an untagged orphan (send it back through Step 1–2). Correct both the register and QBO so book value matches reality. Roll findings into your monthly books close SOP.

WhereRegister + QBO Fixed Assets (three-way tie-out)
✓ CheckPhysical count equals register count equals QBO asset count.
▲ EscalateAny variance between physical, register, and book counts.

Phase 8 — Equipment-Day Billing Reconciliation (the Bookkeeping Bridge)

▸ Quick Answer

This is where field reality meets the invoice: compare the equipment-days billed in Xactimate against the equipment-days logged on-site for every job, flag every gap, and correct the estimate before the job closes. For a $1M shop, this phase recovers $12K–$24K a year.

Core Principle

Every air mover, dehumidifier, and AFD is billed per unit per day. If the equipment-days on your Xactimate estimate do not match the equipment-days in your field log, you are either leaving money on the table or carrying an audit exposure — and only a per-job reconciliation, run before close, catches it while the logs still exist.

$12K–$24K
Annual equipment-day billing leak for a $1M mitigation shop with no reconciliation
Source: Cat3 Books client data, 2026
21

Reconcile billed equipment-days to logged on-site days

15 min/job

For each active and closing job, compare the equipment-days billed in Xactimate against the equipment-days logged on-site (unit count × calendar days from placement to removal). Billed < logged = unbilled revenue to capture; billed > logged = audit exposure to correct down. Run this weekly per the equipment-day reconciliation habit — it is the single highest-return step in this SOP.

WhereXactimate equipment lines vs field platform daily log (per job)
✓ CheckBilled equipment-days equal logged on-site days for every active and closing job.
▲ EscalateAny gap of 1+ equipment-day, or billed days exceeding logged days (audit risk).
22

Correct the estimate and document the adjustment

10 min/job

Update the Xactimate file for any verified gap and attach the supporting logs, photos, and signature before the job closes. A correction made pre-close is a clean adjustment; the same correction post-close becomes a supplement or an audit finding. See how billed scope slips between systems in why supplements disappear between Xactimate and QuickBooks and the job close-out & final AR SOP.

WhereXactimate: Estimate > Edit equipment lines (before job close)
✓ CheckEstimate matches logged days; supporting logs and photos attached.
▲ EscalateA gap discovered after job close (now a supplement or audit issue, not a fix).
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Common Mistakes

  1. No scan-out at deployment. Units leave the shop without a sign-out record, so when one walks off there is no last-known job or responsible crew lead. This is the single biggest cause of unrecoverable losses.
  2. Logging removal at end of week instead of same day. A unit pulled Tuesday but logged Friday distorts the equipment-day count and breaks the reconciliation in Step 21.
  3. Placement photos but no placement diagram. Without the room-by-room diagram, the recovery walkthrough (Step 13) has no checklist, so missing units aren't caught at pull.
  4. Billing equipment-days the readings don't support. Equipment still running and billing after materials hit dry standard under S500 is an audit and ethics exposure, not extra revenue.
  5. Register and QBO drift apart. Skipping the depreciation integration (Step 4) or the quarterly tie-out (Step 20) creates ghost assets and overstated book value.
  6. Reconciling only at job close. Discovering a gap after close turns a clean adjustment into a supplement or audit issue — reconcile weekly, before close.
  7. No single owner for reconciliation. When the billing reconciliation lives on a checklist nobody reviews instead of one named person's weekly task, it silently stops happening.
  8. Skipping decontamination off Category 3 / mold jobs. Redeploying a contaminated unit to a clean job is a liability event and a cross-contamination risk.
  9. Tracking AFDs the same as air movers. Each unit type bills as a separate line and has its own filter and HEPA cadence; lumping them hides under-billing and missed maintenance.
  10. Letting a 'Lost' status sit open. An unresolved loss is never billed, claimed, or written off — it just quietly erodes margin and book accuracy.

How to Adapt This SOP for Your Company

Universal — do not change: the scan-out at deployment (Step 6), the daily presence log (Step 10), the placement-vs-recovery walkthrough (Steps 8 and 13), and the equipment-day reconciliation (Steps 21–22). These controls are what make the loop work regardless of size or tooling.

Company-specific — adapt freely: the tool (Encircle/MICA versus a structured spreadsheet), the exact equipment models and filter intervals (match your manufacturer specs), the audit frequency (quarterly is the floor; high-volume or multi-branch shops should move to monthly), and who owns each step (a small shop may have the owner run reconciliation; a larger one assigns it to a bookkeeper or coordinator).

Scale triggers: when active jobs regularly exceed what one person can reconcile in an hour, or you add a second location, upgrade from spreadsheet to platform-based tracking and split field execution from office reconciliation. The SOP's controls stay identical — only the tooling and ownership change. For the broader system this plugs into, see the complete guide to job costing for restoration & mitigation and the complete guide to bookkeeping for restoration companies.

Frequently Asked Questions

How do I track restoration equipment so units stop getting lost?

Tag every unit with a serial number plus a scannable QR/asset tag, keep a single master register, and require a scan-out at deployment and a scan-in at recovery. The status of every unit (Available, Deployed, In Maintenance, Lost) should be visible on one board at all times. Most chronic losses come from units leaving the shop without a sign-out record, so the scan-out step is the highest-leverage control.

What is equipment-day billing reconciliation?

It is the weekly or per-job comparison of the equipment-days billed on the Xactimate estimate against the equipment-days actually logged on-site from your field documentation. When billed days are fewer than logged days, you have unbilled revenue; when billed days exceed logged days, you have an audit exposure. The reconciliation catches both before the job closes, while the supporting logs still exist.

How much money do equipment-day gaps cost a restoration company?

For a roughly $1M mitigation shop, unreconciled equipment-day gaps commonly cost $12,000–$24,000 per year in forfeited billing. The driver is that air movers and dehumidifiers are billed per unit per day, so a few undercounted days across many active jobs compound quickly. Larger fleets and heavy commercial work push the number higher.

How often should I do a physical equipment inventory audit?

Run a full physical inventory at least quarterly, scanning every unit and reconciling it against the master register and the QBO depreciation schedule. Companies with high job volume or multiple branches should move to monthly. The audit's job is to surface ghost assets (on the books but physically gone) and untagged units before they become write-offs.

How do I document equipment placement for an insurance file?

On arrival, photograph each unit in place (wide and close), draw a room-by-room placement diagram with unit type and count, and record the placement date in both the equipment log and the Xactimate estimate. A customer or authorized-rep signature confirming the equipment is placed and running closes the loop. This package defends every equipment-day you later bill.

What should be on a restoration equipment tag?

Each tag should carry a unique asset ID, the unit type and model, the serial number, and a scannable QR or barcode that resolves to the register record. The register behind the tag holds purchase date, cost basis, depreciation line, condition grade, run hours, and current status. Durable tags survive job-site abuse far better than printed labels.

How do I integrate equipment tracking with my depreciation schedule?

Match every tagged unit to a fixed-asset record in QuickBooks Online with its cost basis and MACRS depreciation line, using the asset ID as the common key. When a unit is sold, lost, or written off, update both the physical register and the QBO asset record in the same step. This keeps book value aligned with the fleet you actually own.

What is the process when a piece of equipment is lost on a job?

Open a documented loss report within 24 hours, set the unit's status to Lost in the register, and capture the last-known job, crew lead, and recovery-walkthrough notes. Route the report to determine whether it is a customer-responsibility loss (bill or claim against the job), a covered insurance event, or an internal write-off. Never let a unit sit in limbo — an unresolved Lost status is a future audit and tax problem.

How do I bill equipment days correctly in Xactimate?

Record the placement date and unit count on Day 1, confirm presence daily in your field log, and record the removal date at recovery. At job close, reconcile the billed equipment-days in Xactimate against the logged on-site days and correct any gap before the estimate is finalized. The daily log plus placement and recovery photos are what make each billed day defensible.

Who should own the equipment tracking SOP in my company?

Field execution (scan-out, placement photos, daily logs, recovery) belongs to crew leads, while the reconciliation, register maintenance, and depreciation integration belong to the office manager or bookkeeper. The quarterly audit should be co-owned so field and office verify the same physical count. The key is a single named owner for the weekly billing reconciliation so it never gets skipped.

What maintenance schedule should restoration drying equipment follow?

Clean and decontaminate every unit at each recovery, change AFD pre-filters every 250–500 run hours and HEPA filters per manufacturer spec, and calibrate hygrometers quarterly. Dehumidifier performance (grain depression) should be verified on the same calibration cadence. Logging run hours at intake and recovery is what lets you trigger service by usage instead of guesswork.

How do I prove equipment was on-site for the days I billed?

The defensible package is the placement diagram, dated arrival photos, daily status confirmations with atmospheric readings, the customer placement signature, and the as-recovered photo with removal date. Together these establish a continuous chain from placement to pull. Carriers and TPA auditors challenge equipment-days more than almost any other line, so this documentation is your protection.

Can I use a spreadsheet instead of equipment-tracking software?

Yes — a shared spreadsheet with a register tab, a per-job deployment tab, and a reconciliation tab works for smaller fleets, provided you still enforce scan-out, daily logging, and recovery scan-in disciplines. Software (Encircle, MICA, or equivalent) reduces manual error and speeds the reconciliation, but the SOP's controls matter more than the tool. Start with the process and upgrade the tool when volume justifies it.

What is the difference between an air mover, an LGR dehumidifier, and an AFD?

An air mover (axial or centrifugal) accelerates surface evaporation, an LGR (low-grain refrigerant) dehumidifier removes the evaporated moisture from the air, and an AFD (air filtration device, HEPA-equipped) scrubs airborne particulates and is required on Category 3 and mold jobs. Each bills as a separate equipment-day line, so each must be tagged, deployed, logged, and reconciled independently. See the restoration software glossary and certifications & standards reference for the full definitions.

Key Takeaways

  • This is a 22-step, 8-phase SOP that solves equipment loss and billing leakage with one connected loop: Intake → Deployment → On-Site → Recovery → Maintenance → back to the available pool.
  • Scan-out at deployment and scan-in at recovery are the controls that stop chronic losses; a unit never moves without its status changing.
  • Daily on-site logs, placement diagrams, photos, and customer signatures make every billed equipment-day defensible against carrier and TPA challenges under IICRC S500.
  • The equipment-day billing reconciliation (Steps 21–22) is the bookkeeping bridge — for a $1M shop it recovers $12K–$24K a year when run weekly, before job close.
  • Tie the physical register to your QBO depreciation schedule and reconcile it three ways every quarter so book value matches the fleet you actually own.
  • The controls are universal; the tool, models, audit frequency, and ownership are yours to adapt.

Related reading: Equipment-Day Reconciliation: The 15-Minute Weekly Habit · The Monthly Books Close SOP for Restoration · Water Mitigation: The First 48 Hours SOP · Hidden Profit Leaks in Restoration Companies · The Restoration Pricing Audit