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PLAN

Layouts · Electrical/Anchoring · Flooring/Acoustics · Code/Accessibility

Design this section like a pre-flight check: align architect, MEP, structural, and GC before you order. The goal is simple—get the room right the first time so procurement and installation are boring (in a good way).

Quick planning checklist (10-minute pass)

  • Occupancy & egress: Confirm occupancy classification and calculated occupant load; coordinate egress with AHJ.
  • Accessibility: Lay out accessible routes to equipment and provide required 30"×48" clear floor spaces (ADA §§206.2.13, 1004).
  • Power for cardio: Schedule one (1) 120 V / 20 A dedicated circuit per treadmill (no shared neutrals/grounds).
  • Data/connectivity: Home-run Cat6 to console banks; verify Wi-Fi coverage/RSSI at each console.
  • Anchoring: Identify all racks/rigs/walls/suspensions; require ASCE 7-22 Ch.13 engineered anchorage and ICC-ES data.
  • Flooring: Specify ASTM F2772 performance class; plan transitions/edges and slab isolation where needed.
  • Slab prep & moisture: Enforce ASTM F710 (RH/CaCl testing, flatness/levelness) in Division 09.
  • Structure/live loads: Verify design loads (many jurisdictions treat gymnasiums at 100 psf); check platforms/specialty zones.
  • Acoustics & vibration: Set performance targets early (mixed-use buildings need impact/noise controls).
  • Ventilation: Size outdoor air per ASHRAE 62.1 for health clubs/weight rooms.
  • Drawings to show: E-panel schedules (with dedicated circuits), data plans, anchorage details, finish specs, and code/ADA notes.

Use the sections below (1–4) as your deep-dive playbook for layouts, electrical/data, anchoring, and flooring/acoustics.

1) Layouts & Space Planning

Design for flow first, then drop equipment. Keep routes clear, zones obvious, and maintenance paths accessible.

What “good” looks like (fast rules)

  • Zoning: Group by noise + motion (free weights | selectorized | cardio | turf/stretch | classes).
  • Circulation: Provide continuous accessible routes that reach each zone and at least one of every equipment type.
  • Clear floor spaces: At machines, show 30" × 48" clear floor space; adjacent spaces may overlap where practical.
  • Sightlines & safety: Keep staff sightlines to free-weight and cardio areas; separate entry/queuing from workout paths.
  • Service paths: Leave wall space and pathways for cleaning, technician access, and console upgrades.

ADA must-haves (drop-in notes)

  • Scope: Follow the 2010 ADA Standards for accessible routes, clear floor space, and reach ranges.
    – §1004 (Exercise Machines and Equipment) and §206.2.13 (scoping for at least one of each type on an accessible route).
    Link: https://www.ada.gov/law-and-regs/design-standards/2010-stds/

  • Plain-English detail: ADA §1004 extract (clearances you’ll dimension on plans):
    Link: https://www.corada.com/documents/2010ADAStandards/1004

Info

Show accessible routes (AOR) and 30" × 48" clear spaces right on the equipment plan. It avoids redraws during permit.

Manufacturer & industry planning aids

  • Life Fitness — Facility Layout & Design Guide (PDF)
    Spacing blocks, sample room plans, adjacencies, and traffic flow examples (great for owner reviews/RFPs).
    Link: https://hadayat.co/wp-content/uploads/2024/06/Life-Fitness-Facility-Layout-Design-Guide.pdf

  • HFA (formerly IHRSA) — 21 Best Practice Guidelines
    High-signal space planning tips you can paste into design briefs.
    Link: https://www.healthandfitness.org/improve-your-club/21-best-practice-guidelines-for-fitness-facility-layout-design/

Quick layout checklist

  • Zones placed to minimize noise/vibration migration to sensitive neighbors.
  • Accessible route reaches reception, restrooms, and one of each equipment type.
  • 30" × 48" clear floor spaces shown at machines (label on plan).
  • Service/cleaning paths and wall space reserved behind/around equipment.
  • Stretch/turf area has soft edges and fall-safe boundaries away from egress doors.
  • Storage planned for accessories (no trip hazards in routes).
  • Future growth: leave chase space for more power/data at cardio banks.

Ready-to-paste plan note

LAYOUT & ACCESSIBILITY

  1. PROVIDE CONTINUOUS ACCESSIBLE ROUTES TO EACH FITNESS ZONE AND AT LEAST ONE (1) OF EACH EQUIPMENT TYPE PER ADA 2010 §§206.2.13, 1004.
  2. DIMENSION 30" × 48" CLEAR FLOOR SPACE AT EXERCISE MACHINES; ADJACENT CLEAR SPACES MAY OVERLAP WHERE PERMITTED.
  3. COORDINATE EQUIPMENT LOCATIONS WITH POWER/DATA, SERVICE CLEARANCES, AND JANITORIAL ACCESS. MAINTAIN CLEAR EGRESS PATHS.

2) Electrical Power & Data (design-assist)

Code Basis (start here)

  • NFPA 70 — National Electrical Code (NEC)
    Governs branch circuits, GFCI/AFCI, wiring methods, and labeling in all 50 U.S. states.
    Reference: https://www.nfpa.org/education-and-research/electrical/understanding-nfpa-70-national-electrical-code

Treadmill Branch Circuits (reference our catalog)

Short version: one treadmill = one breaker (no shared neutrals/grounds).

  • Cardio Treadmills — MyFitnessOutlet Catalog
    Use a dedicated branch circuit per treadmill. Unless a model’s spec sheet says otherwise, plan for 120 V / 20 A dedicated (or 230 V / 10 A on select models).
    Browse models → https://myfitnessoutlet.com/collections/treadmills

How to apply on plans - Show a separate breaker for each treadmill (no multi-wire branch circuits; do not share neutrals/grounds). - Tag each receptacle with the equipment ID and circuit number. - If a selected model lists different power, override the default with the exact spec from the product page.

Connected Consoles (data/AV)

Some treadmills and other cardio units in our catalog support connected consoles.

  • Provide one Cat6 home-run per console to the IDF/network switch.
  • Prefer wired Ethernet; Wi-Fi is acceptable only if the specific model supports it and signal levels meet site targets.
  • Allocate one switch port per console; label ports to match equipment IDs.

Designer’s Quick Checklist

  • Power: Schedule (1) 120 V/20 A dedicated circuit per treadmill.
  • Data: Provide Cat6 home-runs to IDF for cardio banks; confirm Wi-Fi RSSI at each console.
  • Protection: Place GFCI only where NEC requires and OEM permits (avoid nuisance trips).
  • Labeling: Panel schedules clearly tag EQUIP-ID ↔ breaker; no multi-wire branch circuits for treadmills.
  • Coordination: Separate AV/data from power; keep receptacles flush to avoid deck interference.

Typical Plan Note

CARDIO POWER & DATA

  1. PROVIDE ONE (1) DEDICATED 120V, 20A BRANCH CIRCUIT PER TREADMILL. INDIVIDUAL BREAKER; NON-SHARED NEUTRAL/GROUND
  2. COORDINATE GFCI LOCATIONS WITH NEC AND MANUFACTURER TO AVOID NUISANCE TRIPPING.
  3. PROVIDE (1) CAT6 HOME-RUN PER CONNECTED CONSOLE TO IDF/NETWORK SWITCH. VERIFY WIFI RSSI MEETS OEM MINIMUMS WHERE SHOWN.
  4. FIELD-VERIFY EQUIPMENT LOCATIONS BEFORE ROUGH-IN. PROVIDE FLUSH RECEPTACLES/DEVICES TO CLEAR DECK TRAVEL.

3) Anchoring & Seismic (nonstructural)

Keep people safe and equipment stable. Anything that can tip, pull-out, or sway (racks, rigs, wall systems, suspension points) needs engineered anchorage.

Code/standard you cite

  • ASCE 7-22 — Chapter 13 (Nonstructural Components)
    Basis for anchorage/bracing design & EOR calcs; aligns with IBC adoption.
    https://www.wbdg.org/FFC/DOD/UFC/UFC_3-301-01_NONSTRUCTURAL_COMPONENT_DESIGN_RC_I_TO_IV.pdf

  • NEHRP training deck (plain-English walkthrough)
    Slides connecting code → forces → anchorage choices.
    https://drupal.nibs.org/files/pdfs/2021-12092020_NEHRP-training-materials_CH8_nonstructural-components-reduced.pdf

Manufacturer aids (handy for details)

  • Matrix Connexus — wall/floor anchoring across substrates:
    https://manualzz.com/doc/81737505/matrix-fitness-connexus-hub-guide
  • Rogue HD Concrete Anchors — removable anchors for racks/rigs:
    https://www.roguefitness.com/rogue-hd-concrete-anchors
  • Red Head TruBolt+ — install sheet (embedments/torques to cite):
    https://www.itwredhead.com/Portals/0/Documents/Installation%20Instruction/TruBolt%2BInstructionSheet9_15.pdf

Design/coordination checklist

  • Identify all anchored items (racks, wall systems, suspension points).
  • Confirm slab/thickness/rebar/PT tendons and mark no-drill zones.
  • Select anchors with ICC-ES reports; verify edge distances and embedment.
  • Call out torque values and installer verification steps.
  • In seismic regions: EOR provides ASCE 7-22 Ch.13 calcs and details.

Spec/plan note

Anchorage – Fitness Equipment

  1. Provide engineered anchorage for racks/rigs/wall systems per ASCE 7-22 Ch.13. Submit PE-sealed shop drawings.
  2. Anchors shall have ICC-ES evaluation. Indicate type, size, embedment, edge distance, and install torque.
  3. Coordinate drilling with Structural; locate and avoid PT tendons/rebar. Patching to match adjacent finish.
  4. Provide installation verification (torque logs) at turnover.

4) Flooring · Structure · Acoustics

Flooring and structure decisions define your building’s long-term performance — not just comfort.
This section helps you specify correctly, prevent noise complaints, and pass inspection the first time.

Flooring Standards (the foundation)

Standard Purpose Where to Apply Reference
ASTM F2772 Classifies indoor sports floors by shock absorption, deformation & ball rebound. Rubber and resilient gym flooring. ASTM F2772-11(2019)
ASTM F710 Defines slab prep: moisture tests, vapor retarders, and flatness tolerances. Before any resilient flooring install. ASTM F710-21

Installer Tip

Require the flooring vendor to submit moisture test results (RH or CaCl) and flatness readings (FF/FL) before installation.
→ Most failures trace back to skipping ASTM F710 compliance.

Structural Load Ratings

Gym floors carry dynamic loads — not just people, but dropped weights and moving treadmills.

Space Type Typical Design Load Reference
Gymnasium / Fitness Area 100 psf (4.79 kPa) IBC Table 1607.1
Free-weight zones Add localized concentrated loads (≥ 2,000 lbs). Coordinate with SEOR.
Cardio mezzanine / upper levels Verify vibration limits and deflection control (L/480 or better). Structural analysis required.

Engineer Coordination

Identify heavy zones early in design (racks, plate storage, dumbbell runs).
Mark them on your structural framing plans and request verification of both load and vibration performance.

Acoustics & Vibration (critical in mixed-use)

If your gym sits above or beside dwellings/offices, you need a mitigation strategy.
Start early — retrofits cost 5× more.

Resource What It Covers Use Case
ProPG Gym Acoustic Guidance (2023) Design targets for airborne and impact sound, floor separation strategies, lease criteria. New builds / developers. PDF
Arup – Structural Vibration in Gyms Measurement + mitigation of vibration impacts from weights/treadmills. Engineering reference. ResearchGate
Salter NOISE-CON Case Paper Real-world data: weight-drop & treadmill transient impacts. Retrofit design validation. Salter

Designers — Don’t Guess

  • Gym noise travels through structure, not air.
  • A “floating rubber floor” isn’t enough. For multi-tenant buildings, require an acoustical consultant and PE-sealed mitigation plan before permit.

Performance Target (best practice)

Parameter Target Value Reference
Impact Insulation Class (IIC) ≥ 60 (multi-family / mixed-use) ProPG
Airborne Sound Reduction (Rw/STC) ≥ 55 ProPG
Peak Floor Vibration (Weight Drop) < 0.02 in/s RMS Arup
Structure-Borne Noise (Treadmills) < 35 dBA re-radiated Salter / Arup

Developer Note

  • Include acoustic/vibration criteria in your lease or build spec.
  • If your tenants plan free-weights or group classes above offices or condos, require:
    • Vibration isolation pads or floating slab
    • Acoustic separation between structure and finish floor
    • Impact test report from a qualified consultant

Ready-to-Copy Spec Note

Flooring, Structure & Acoustics

  1. Flooring: Provide resilient system meeting ASTM F2772 Class (per schedule). Substrate prep per ASTM F710; verify RH ≤ manufacturer’s max.
  2. Structure: Design for 100 psf live load minimum; verify concentrated loads under free-weight zones.
  3. Acoustics: Provide separation and vibration isolation per ProPG and Arup guidance for mixed-use conditions.
  4. Submittals: Include RH/CaCl test results, acoustic consultant report, and PE letter confirming isolation system performance.

In short: Flat, dry slabs. Strong frames. Quiet floors.
Meet ASTM F2772/F710, IBC Table 1607.1, and ProPG acoustic targets, and you’ll have a gym that feels solid, sounds quiet, and passes inspection the first time.

PROCURE

Lock in scope, risk, and service before you buy. This section gives you copy-ready RFP language, clean examples to borrow, and the must-have paperwork (W-9 + insurance) to onboard vendors fast.

What you’ll do here

Make procurement crystal-clear with examples, specs, and paperwork you can copy into your RFP.

Quick checklist

  • RFP includes install, anchoring, electrical/data, training, PM, warranty SLAs.
  • Flooring submittals show ASTM F2772 class + F710 moisture/flatness tests.
  • Anchoring submittals: PE-sealed, ICC-ES, torque values.
  • Vendor onboarding: W-9, ACORD 25, endorsements as required.

5) RFP examples (language you can mine)

Use these proven RFPs as starting points. Borrow structure, clauses, and exhibits—then tailor to your scope.

📄 High-signal examples

Use Case Why it’s useful Link
University scope (all-in) Bundles install, training, warranties, SLAs, and trade-ins—great for turnkey buys. Northern Arizona Univ. – P23LB004
System-wide terms Strong pricing & service language for multi-site rollouts. UC / OMNIA Partners
Municipal template Concise, easy to adapt for smaller projects. City of Aurora, MO (2024)
PM/Repair contract Split maintenance/repair into its own agreement. Denver Parks & Rec (2025)

🛠️ Clause starters (copy/paste and adjust)

  • Power & Data
    Provide one (1) dedicated 120 V, 20 A branch circuit per treadmill; individual breaker; non-shared neutral/ground. Provide one (1) Cat6 home-run per connected console to the IDF/network switch.

  • Anchoring
    Provide engineered anchorage for racks/rigs/suspensions per ASCE 7-22 Chapter 13. Submit PE-sealed shop drawings and ICC-ES anchor data (type, size, embedment, edge distance, install torque).

  • Flooring & Substrate
    Gym flooring shall meet ASTM F2772 performance classification. Prepare concrete substrate per ASTM F710, including RH/CaCl moisture tests and documented flatness/levelness.

  • Training & Handover
    Include staff training at turnover and deliver OEM maintenance schedules and checklists for all equipment.

📌 Include your standard terms

Add references to your Shipping (methods, LTL appointments, inspection on delivery, damage steps) and Refund/Returns (cancellations, 30-day returns, refused deliveries) so bidders align with your policies from day one.

How to use this quickly

  • Start with the University scope template if you want a turnkey buy.
  • Doing a multi-site rollout? Layer in the OMNIA terms.
  • Small scope? Trim with the Aurora template.
  • Want clean service accountability? Add the Denver PM/repair contract as a separate award.

6) W-9 and Insurance Artifacts

Organized by customer-journey for easy onboarding and execution.

Collect from every payee (vendors, carriers, installers):

Form W-9 (Rev. 3-2024) ACORD 25 – Certificate of Liability Insurance (fillable/sample)

How to request documents (share this with vendors)
  • Send your vendor onboarding email with links above.
  • Ask the vendor’s insurance agent to email the COI directly to you, listing your company as Certificate Holder.
  • If you require Additional Insured or Waiver of Subrogation, specify this in writing (see checklist below).

Verify (AP/Procurement)

[ ] Legal name on W-9 matches the payee on the PO/invoice. [ ] Tax classification is selected; TIN/EIN is present and legible. [ ] COI lists your company as Certificate Holder. [ ] COI effective dates cover your ship/install window. [ ] Meets minimum limits (GL, Auto, Umbrella, Workers’ Comp). [ ] Additional Insured and Waiver of Subrogation endorsements included when required (ask for CG 20 10 / CG 20 37 or equivalent; WC waiver where applicable).

Pro tip

Keep a standard COI requirements one-pager and attach it to every onboarding email so agents know exactly what to issue.

File & Track (AP/Ops)

[ ] Store the signed W-9 in your secure vendor file and link it to the vendor record in your accounting/ERP.  
[ ] Record COI expiration; set a reminder 30 days prior to expiry.  
[ ] Do not schedule work beyond the current policy period without an updated COI.

SOP Reference (AP/Procurement) Instructions for Requester of Form W-9 (Rev. 3-2024)

When do I need a new W-9?
  • New vendor or payee name change
  • TIN change or reclassification
  • Your compliance cadence (e.g., every 3–4 years)

Gate check (Ops/Dispatch)

Stop: no active COI, no work

If a third-party carrier/installer arrives and the COI on file is expired or missing, do not proceed.
Escalate to Procurement to obtain a current COI before unloading/installation.

[ ] Confirm the insured entity matches the party performing the work.  
[ ] Verify the Certificate Holder address is correct.  
[ ] Snap a photo of the crew’s company ID/vehicle DOT, and attach to the job record.

Claims & Documentation (Ops/AP)

[ ] If there’s freight damage or a claim, retain the COI with your delivery photos, BOL/receipt notations, and carrier details for the claim packet.
[ ] Include the PO/invoice numbers and contact info for the carrier’s claims department.

See our Shipping and Refund policies for step-by-step inspection and claim timelines.

Embed in your customer-journey playbook

  • Before You Order: Request W-9 + COI with vendor onboarding; block POs until received.
  • After You Order: Track COI expirations; re-request updates before scheduling.
  • Delivery Day: Verify active COI before unload/install.
  • After Delivery: Attach COI to any claim record to streamline carrier/manufacturer resolution.

DEPLOY

This kit turns your order into a safe, compliant, high-uptime facility. Use the links below as source-of-truth references to build your install plan, train staff, and launch a simple preventive maintenance (PM) cadence.

What to expect

  • 7) Installation & acceptance — Follow OEM install/operation manuals and document acceptance (photos, serials, checklists). Enforce ASTM F710 for flooring prep and confirm your OSHA Emergency Action Plan is in place if you train on extinguishers/evacuation.
  • 8) Staff training & emergency readiness — Site AEDs to meet 3–5 minute response goals; assign roles, practice the plan, and align with AHA/NSCA guidance and state AED program elements.
  • 9) Maintenance schedules & PM programs — Start with OEM PM schedules (weekly/monthly), log tasks in your asset system, and track uptime/parts/warranty.
  • Who owns what: Ops (install day, acceptance), Facilities (flooring/power/anchorage), Safety (EAP/AED drills), Vendor (OEM standards, service).
  • Deliverables: acceptance checklist, training roster, AED drill schedule, PM calendar, and a living asset log.

7) Installation & acceptance

Get the room ready, install to spec, and capture proof that everything works.

At-a-glance

  1. Stage tools, power/data, flooring, and access.
  2. Install per OEM manuals (no shortcuts).
  3. Commission (power-up, update, test).
  4. Accept: photos, serials, checklists, signatures.
  5. File results in your asset log.

OEM installation & operation (use these as your “source of truth”)

Flooring substrate prep (do this before install)

  • Require ASTM F710 in submittals; perform RH/CaCl moisture tests and flatness/levelness checks.
  • Attach all test results to your closeout packet.

Reference: ASTM F710 — Standard Practice for Preparing Concrete Floors

Emergency Action Plan (EAP) — if you train on extinguishers/evacuation

  • Keep a written EAP covering reporting, evacuation routes, roles, accounting, and contact info.
  • Train staff and run drills appropriate to your space and equipment.

Reference: OSHA 1910.38 — Emergency Action Plans (eCFR)

Acceptance checklist

  • Uncrated per plan; debris removed.
  • Anchors/fasteners installed to spec; torque verified and logged.
  • Power/data terminations correct; no shared neutrals/grounds (per OEM).
  • Consoles power on; firmware/network updated; admin provisioned.
  • Safety systems functional (emergency stop, guards, belts, straps).
  • Leveling complete; belt tracking/alignment verified.
  • Run test: each unit passes OEM diagnostics/self-test.
  • Serial numbers captured; photos: anchorage, circuits, IP drops, final placement.
  • User guides/job aids handed to staff; quick training completed.
  • Punch list resolved; customer sign-off obtained.

What to file in your closeout packet

Item Where it comes from Why it matters
Acceptance checklist (signed) Installer & site lead Proves scope completed to spec
Photos + serial list Installer Traceability, warranty support
Firmware & config notes Tech/IT Rebuilds consoles fast after resets
ASTM F710 test results Flooring vendor Protects against moisture/flatness claims
EAP acknowledgment Safety lead Confirms training/roles are in place

Keep everything in your asset log so maintenance, warranty, and audits are easy.

8) Staff training & emergency readiness

Keep people safe with clear roles, fast AED access, and regular practice. Use the resources below as your source-of-truth standards and templates.

Open ACSM AED timing (PDF) Open AHA CERP templates (PDF) CDC PAD state law overview NSCA standards (PDF)

What “good” looks like

Target outcomes

  • AED to patient in ≤ 3 minutes (optimal) and ≤ 5 minutes (acceptable) from collapse.
  • Staff know who calls 911, who gets the AED, who starts CPR, and who meets EMS.
  • Drills are scheduled, timed, and documented; gaps get fixed.

Quick planner (copy/paste)

  • Name your EAP: one page, site-specific map, roles, and scripts (what to say).
  • Place AEDs to meet a 3–5 minute response (walk-time + retrieval + return).
  • Post role cards at desk: Call 911 • Get AED • Crowd control • Meet EMS.
  • Train all staff (CPR/AED) and log cert dates; brief non-certified on EAP basics.
  • Run and time a drill monthly (during busy and off-peak); capture lessons learned.
  • Inspect AED monthly (pads, battery, READY light); record in asset log.
  • Review state PAD rules (Good Samaritan, registration, physician oversight).
  • Rehearse venue-specific risks (weight room spot fails, treadmill e-stop, choking).

AED placement & drill timing

Metric Minimum standard How to check
Time-to-AED ≤ 3:00 optimal, ≤ 5:00 acceptable Walk the route with a stopwatch; record best and average times.
Drill frequency Monthly (per space) Rotate scenarios and shifts; log participants and completion times.
AED readiness Pads in-date, battery good, READY light on Use the OEM checklist; attach photos/records in the asset log.

Note: ACSM highlights a 3–5 minute AED response goal for fitness facilities. Use AHA’s CERP to assign roles, run practices, and maintain gear.

Build your plan with the references

One-page EAP (starter layout)

Download-ready outline

Emergency Action Plan (EAP) — Facility / Room
Address: street, city, state
AED location(s): list
Nearest EMS entrance: door On-duty phone / radio channel: number / channel

Roles (primary → backup)

  • Call 911: name → backup
  • Get AED: name → backup
  • Start CPR: name → backup
  • Meet EMS at entrance: name → backup

Action steps

  1. Recognize emergency; call 911 (speaker on).
  2. Start CPR; send runner to retrieve AED.
  3. Apply AED; follow prompts until EMS arrives.
  4. After-action: complete incident form; log drill/response time; restock pads/battery.

Radio/phone script

“Medical emergency at room. Adult down, CPR in progress.
Send AED and call 911 to facility address, enter via door.”

Drill & readiness log (example header)

Date Scenario Time-to-AED Outcome/Notes Staff present

Monthly checks

  • AED pads in-date and sealed
  • Battery OK / READY light on
  • Route to AED clear and signed
  • Staff reviewed roles this month

Keep it simple, visible, and practiced. That’s what saves time — and lives.

9) Maintenance schedules & PM programs

Use this table to jump straight to copy-ready maintenance checklists for each equipment type. Each link points to our internal /library/maintenance-troubleshooting/ pages with monthly/quarterly/annual tasks, tools, and logging tips.

Equipment PM Schedules
Category Equipment PM cadence Link
Cardio Treadmill Monthly · Quarterly · Annually Treadmill maintenance schedule
Cardio Elliptical Monthly · Quarterly · Bi-annually Elliptical maintenance schedule
Cardio StairClimber Monthly · Bi-annually · Annually StairClimber maintenance schedule
Cardio Upright & Recumbent Bike Monthly · Quarterly · Bi-annually Bike maintenance schedule
Strength Selectorized / Plate-loaded Daily · Monthly · Quarterly · Bi-annually Strength equipment maintenance
Consoles Cardio consoles & displays Monthly · Quarterly · Bi-annually Console maintenance checklist
Program PM program & logs Templates · Schedules · Records Preventive maintenance program toolkit

How to use

  • Print or embed the checklist on the asset record.
  • Log completions in your PM calendar and asset log.
  • Escalate anything out of spec to service before it becomes downtime.