Capital Equipment Depreciation Schedule

Capital equipment depreciation schedule is the itemized calculation an institution builds for a single piece of capital equipment that spreads its depreciable cost across its useful life and shows the resulting depreciation charge for each accounting period. It is the working document behind the “depreciation” line that shows up in indirect-cost rate proposals, core-facility recharge rates, and equipment replacement planning — not a synonym for depreciation itself, but the specific table/record that documents how the number was calculated.

What makes something a depreciation schedule

A document counts as a depreciation schedule when it specifies, for one capitalized asset or asset class, all of the following:

• Depreciable cost. The asset’s capitalized acquisition cost (purchase price plus costs to place it in service — freight, installation, calibration) minus any estimated salvage/residual value at the end of its useful life.
• Useful life. The period, usually in years, over which the asset is expected to provide service — set by institutional policy, often referencing published useful-life tables (e.g., AHA/ASHE equipment life guides for hospital and clinical equipment) rather than invented per item.
• Depreciation method. The formula used to allocate cost across that life. Straight-line — equal charges each period — is the default and by far the most common method in federally sponsored research accounting; under 2 CFR 200.436, an institution’s depreciation methods must follow generally accepted accounting principles (GAAP) and be applied consistently to federally and non-federally funded activities alike.
• Period-by-period allocation. The actual table or formula output: depreciation expense recognized in year 1, year 2, and so on, until the asset is fully depreciated or disposed of.

Why it exists as its own artifact

A depreciation schedule is distinct from simply knowing an asset “gets depreciated.” Research institutions need the schedule itself, as a discrete, auditable record, because the periodic depreciation charge it produces is what actually gets used downstream:

• In core-facility and recharge-center rate-setting under 2 CFR 200.468, a facility’s per-unit service rate has to recover its real operating costs — and instrument depreciation is routinely one of the largest non-labor components of that rate. The schedule is the evidence a rate-setting worksheet, and an auditor, can trace the depreciation figure back to.
• In indirect cost rate proposals, depreciation on buildings and equipment is a real cost pool component, and the schedule is what supports the number reported to the cognizant federal agency.
• For equipment funded directly on a grant, most sponsors that permit depreciation as an allowable direct cost (rather than requiring the full purchase price be charged up front) still require it to follow the same schedule-based, GAAP-consistent method as everything else on the institution’s books — see equipment cost (grant) for how this plays out under different funders.

Worked example

A core facility purchases a mass spectrometer for $240,000, including installation and calibration, with no expected salvage value. Institutional policy assigns analytical instruments of this type a 10-year useful life. Using straight-line depreciation:

Depreciable cost ($240,000) ÷ useful life (10 years) = $24,000 depreciation expense per year.

The depreciation schedule for this instrument is the 10-row table showing $24,000 recognized in each of years 1 through 10 (pro-rated for a partial first/last year if the asset was placed in service mid-year, per institutional convention). That $24,000/year figure is what a rate-setting worksheet then divides across projected annual instrument-hours to build the depreciation component of the facility’s hourly service rate.

A second example: accelerated equipment, prorated year

A lab acquires a $60,000 piece of equipment on 1 July, six months into the institution’s fiscal year, with a 5-year useful life and $5,000 estimated salvage value. Depreciable cost is $55,000; straight-line annual depreciation is $11,000. Because the asset was placed in service mid-year, the schedule typically prorates: $5,500 recognized in the partial first fiscal year, $11,000 in each of years 2 through 5, and $5,500 in the partial final year — a half-year convention that has to be documented in the schedule itself, since it changes which fiscal year absorbs how much of the charge.

Counter-example

A $3,000 laptop with a 3-year useful life, purchased at an institution whose capitalization threshold is $5,000, does not get a depreciation schedule. It fails the capitalization test in the capital equipment definition, so it is expensed in full in the year of purchase rather than capitalized and depreciated — there is no schedule because there is nothing to spread over time. Likewise, land is never depreciated under GAAP or 2 CFR 200.436 regardless of cost, so a land purchase never generates a depreciation schedule even though it sits on the fixed-asset register.

Related terms

• Capital Equipment — the two-part capitalization test that determines whether an asset gets a depreciation schedule at all.
• Equipment cost (grant) — how different funders treat equipment purchase cost vs. depreciation as allowable direct costs.
• Indirect Cost Rate Proposal — where institution-wide depreciation figures feed into the F&A rate calculation.
• Core Facility (Research Core) — the guide covering cost-recovery and rate-setting where per-instrument depreciation schedules are actually used.

When this last changed, and how you find out next time

The straight-line method and GAAP-consistency requirement described above are set out at 2 CFR 200.436. OMB revised 2 CFR 200 on April 22, 2024, published in the Federal Register at 89 FR 30046, effective for awards issued on or after October 1, 2024.

OMB publishes every change to the Uniform Guidance in the Federal Register, and the Federal Register is one of the sources Regulatory Radar checks every day — so 2 CFR 200 is one of the few subjects where CASRAI reads the primary publication venue itself rather than waiting for somebody’s summary. It does not watch the NIH Guide, and it does not watch private accreditors.

Ask CASRAI what 2 CFR 200 currently requires for how a depreciation schedule has to be built once equipment cost is included in an indirect cost rate proposal — it answers with its sources linked, so you can open each one and check it. Two questions a day are free while you are signed out, no account and no card. Regulatory Radar is $29 a month for 150 a day, a subscriber dashboard, API keys and MCP access. Everything CASRAI publishes, including this page, stays free to read.

Frequently asked questions

Does every piece of capital equipment need its own depreciation schedule?

Yes, in practice — since a depreciation schedule documents the specific depreciable cost, useful life, and method for one capitalized asset, an institution needs one per asset (or per closely-matched asset class) to support its indirect cost rate proposal and recharge-rate calculations.

What depreciation method does 2 CFR 200.436 require?

It doesn’t mandate straight-line specifically, but requires the method follow GAAP and be applied consistently to federally and non-federally funded activities alike; straight-line is the default most institutions use because of that consistency requirement.

Can equipment depreciation be charged directly to a federal award?

Some sponsors permit it as an allowable direct cost, but even then it has to follow the same schedule-based, GAAP-consistent method used everywhere else on the institution’s books, not a project-specific shortcut.

Why does a depreciation schedule matter for a core facility’s service rate?

Because instrument depreciation is often one of the largest non-labor components of a recharge rate, the schedule is the auditable evidence a rate-setting worksheet — and an auditor — can trace the depreciation figure back to.