Free scissor lift annual service procedure
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Free scissor lift annual service checklist (PDF-ready). Structural inspection, pin wear measurement, AS 1418.10 compliance and load testing. Download free.
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See the first part of the scissor lift annual service procedure below. Download the full version above.
What is a scissor lift annual service procedure?
An annual service is the highest tier of scheduled preventive maintenance for a scissor lift. It is performed every 12 months or 500 operating hours and includes all quarterly service tasks plus additional items focused on structural integrity, compliance and component wear. The annual service is typically combined with the annual compliance inspection required under AS 1418.10. It includes replacing the hydraulic filter, structural inspection of scissor arms, measuring pin and bush wear against manufacturer limits, recalibrating the overload sensor, full electrical testing, replacing worn components, inspecting the lift cylinder rod, testing rated capacity with a calibrated load, and updating the compliance sticker and logbook. It is performed by a qualified technician or an accredited inspector.
In Australia, scissor lifts are classified as Elevating Work Platforms (EWPs) under AS 1418.10 and must be maintained in accordance with the manufacturer's service schedule. The WHS Regulations 2011, Chapter 5 requires that plant is inspected and maintained to prevent risks to health and safety. Annual inspections by a competent person are a condition of continued registration, and the completed inspection report must be retained for the life of the equipment.
Learn more about maintenance and work orders in MapTrack.
Benefits of using this scissor lift annual service procedure
- Structural safety: annual structural inspection of scissor arms identifies cracks, bending or corrosion before they become critical failures. Measuring pin and bush wear ensures the scissor mechanism is within safe tolerances.
- Regulatory compliance: the annual compliance inspection per AS 1418.10 is a legal requirement. Combining it with the annual service ensures nothing is missed. The calibrated load test verifies rated capacity.
- Accurate overload protection: recalibrating the overload sensor ensures the safety system activates at the correct load, protecting operators on the platform.
- Extended component life: measuring pin and bush wear allows planned replacement before failure. Inspecting the lift cylinder rod for scoring and pitting catches damage early.
- Lower total cost: planned annual maintenance with documented measurements allows you to forecast replacement costs rather than reacting to breakdowns.
- Resale value: a complete service and compliance history with documented measurements increases the machine's value at trade-in or auction.
Benefits of digitising forms in MapTrack
When you digitise scissor lift service procedures in MapTrack, you get:
- Field users can easily scan a QR code to complete a form on mobile. Unlimited users.
- Automatically get alerts when faults are identified.
- Link every form digitally as a PDF to the relevant asset, location or person.
- Receive a digital PDF copy with every submission to your email.
- Ability to share forms digitally.
- Build conditional logic (show or hide questions based on answers).
- Take pictures or attach photos. Not possible with a paper-based form.
- Electronic signatures.
- Edit forms later without reprinting.
- Restrict permissions (who can view, complete or approve).
- Build forms with AI (describe what you need and MapTrack suggests the form).
- Trigger work orders automatically when a fault is logged during an inspection.
- Track service intervals by hours, kilometres or calendar date in one place.
- Attach supplier invoices and parts receipts to each maintenance record.
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What to include in a scissor lift annual service procedure
This scissor lift annual service procedure covers 6 key areas:
- Filters: replace hydraulic filter.
- Structural inspection: inspect scissor arms for cracks, bending and corrosion, measure pin wear (record and compare to manufacturer limits), measure bush wear.
- Load and safety systems: recalibrate overload sensor/system.
- Electrical: full electrical test including insulation resistance, wiring, contactors and battery cells.
- Wear components: replace worn pins and bushes to manufacturer spec, inspect lift cylinder rod (scoring, pitting, chrome damage), inspect platform extension deck (if fitted).
- Compliance: annual compliance inspection per AS 1418.10, test SWL/rated capacity with calibrated load, update compliance sticker and logbook, verify all safety decals are legible.
How to use this scissor lift annual service procedure
- Complete the quarterly service procedure first. All quarterly tasks are carried forward into the annual service.: Work through every item on the quarterly service checklist, including battery or engine checks, hydraulic system inspection, controls testing, emergency descent, scissor mechanism inspection, platform safety and drive/chassis checks, before beginning the annual-only tasks.
- Replace the hydraulic filter.: Depressurise the hydraulic system and remove the hydraulic filter element. Install a new filter element and check the seal is seated correctly. Replacing the hydraulic filter annually ensures clean oil reaches the lift cylinder and control valves, preventing contamination-related failures.
- Perform a structural inspection of all scissor arms, checking for cracks, bending and corrosion. Measure scissor arm pin wear using a micrometer and record measurements. Measure bush wear using a bore gauge. Compare all measurements to manufacturer limits.: Visually inspect every scissor arm for cracking at weld toes, bending, corrosion and paint failure. Use a micrometer to measure each pivot pin diameter at the wear point and record the reading. Use an internal bore gauge to measure each bush bore diameter. Compare all measurements to the manufacturer original dimensions and maximum allowable wear limits. Flag any measurements approaching the limit for planned replacement.
- Recalibrate the overload sensor/system to ensure it activates at the correct load threshold.: Apply a known calibration weight equal to the overload set point (typically 110 to 115 percent of rated capacity) to the platform and verify the overload system activates, preventing further elevation. Adjust the sensor or controller if the activation point does not match the manufacturer specification. Record the calibration weight and activation result.
- Perform a full electrical test including insulation resistance, wiring condition, contactor operation and battery cell condition.: Use a megger to test insulation resistance on the drive motor and lift motor windings. Inspect all wiring for chafing, heat damage and rodent damage. Test contactors for correct engagement and release. For electric models, test individual battery cells with a hydrometer (flooded lead-acid) or voltmeter and identify any weak cells that indicate battery replacement is needed.
- Replace any pins and bushes that exceed manufacturer wear limits. Inspect the lift cylinder rod for scoring, pitting and chrome damage. Inspect the platform extension deck if fitted.: Remove and replace any scissor arm pins and bushes that have been measured beyond the manufacturer wear limit. Inspect the lift cylinder rod along its full stroke for scoring, pitting and chrome flaking, which cause seal damage and hydraulic leaks. If a platform extension deck is fitted, check its locking mechanism, floor condition and guardrail attachments.
- Complete the annual compliance inspection per AS 1418.10. Test SWL/rated capacity with a calibrated load. Update the compliance sticker and logbook. Verify all safety decals are legible.: Perform the annual compliance inspection requirements under AS 1418.10, including a rated capacity load test using NATA-calibrated weights. Elevate the platform with the rated load and hold for the specified duration, checking for drift, hydraulic leaks and correct safety device operation. Update the compliance sticker with the inspection date, next due date and inspector details. Verify all safety decals and warning labels are legible and replace any that are faded or missing.
- Record any defects or recommendations in the notes section. Set the next service due hours (next quarterly and annual). Sign off and update the machine's maintenance log.: Document all findings, measurements, load test results and any defects. Set the next quarterly and annual service due dates. Enter the completed service and compliance inspection into your maintenance management system. Obtain the inspector, technician and site manager signatures.
In MapTrack, you can schedule and track maintenance digitally. Each submission is stored as a timestamped PDF against the asset record.
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Back to download formHow often should you complete this service procedure?
The annual service should be performed every 12 months or 500 operating hours, whichever comes first. It is typically combined with the annual compliance inspection required under AS 1418.10. Quarterly services should continue between annual inspections, covering operational testing, hydraulic checks, controls, scissor mechanism greasing and platform safety. Daily pre-start checks by the operator should confirm controls, emergency descent, guardrails and tyre condition before each shift.
The annual service should be scheduled to align with the equipment's registration renewal date where possible. For EWPs in hire fleets, the annual service represents a key quality checkpoint. In MapTrack, calendar-based triggers ensure every scissor lift receives its annual service on time, with digital records that satisfy regulatory and insurance requirements.
Frequently asked questions
Applicable regulatory standards
This template aligns with the following regulations and standards:
- AS 1418.10 Cranes, hoists and winches - Elevating work platforms
- ANSI A92 Elevating work platforms (international reference)
- WHS Regulations (plant maintenance duties)
Need to schedule and track maintenance digitally?
Register every scissor lift in MapTrack, attach digital forms, and get a complete history of every inspection, service and compliance record.
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