The Elevator Inspection Checklist form is a comprehensive document designed to ensure the safety and compliance of elevator and dumbwaiter systems within buildings. It covers a wide range of inspection points, including but not limited to, the elevator car itself, machine rooms, hoistways, and fire service operations, categorized by various aspects like operational quality (OK), issues found (NG), and not applicable items (NA). To maintain the highest safety standards and comply with local regulations, it's crucial for building managers to thoroughly complete and submit this form. Click the button below to start filling out your form.
Maintaining a safe and efficient elevator system is integral to any building's operation, and the Elevator Inspection Checklist plays a pivotal role in this process. This detailed form encompasses a comprehensive evaluation, covering everything from the inside of the car, the machine room, to the top of the car and outside the hoistway. It delves into specific aspects such as door reopening devices, car lighting, emergency exit features, and even the efficiency of power units in hydraulic systems. With categories for different elevator types including passenger, freight, and dumbwaiters, and inspection types ranging from periodic to acceptance checks, the form ensures every element is assessed to uphold safety and operational standards. It denotes inspection results with simple yet informative markers - OK for compliance, NG for issues needing attention, and NA for non-applicable sections. Moreover, the inclusion of building and unit identification details, inspection company, and inspector's credentials, underscores the thoroughness and accountability built into the inspection process. This form not only serves as a checklist for inspectors but also as a document ensuring transparency and reliability for building operators and residents alike.
Checklist - Elevator or Dumbwaiter Inspection
Unit Type
Dumbwaiter
Passenger Elevator
Freight Elevator
Inspection Type
Periodic
Acceptance
Building and Unit Information
Building Name
Unit Identification:
Address
Chicago, IL
Manufacturer
Phone No.
Speed
fpm
Building Representative
Capacity
lbs
1. ELEVATOR-INSIDE OF CAR
OK
NG
NA
2. ELEVATOR MACHINE ROOM (cont.)
1.1
Door reopening device
2.24
(T) AC drives from a DC source
1.2
Stop switches
2.25
(T) Traction sheaves
1.3
Operating control devices
2.26
(T) Secondary & deflector sheaves
1.4
Sills & car floor
2.27
(T) Rope fastenings
1.5
Car lighting & receptacles
2.28
(T) Terminal stopping devices
1.6
Car emergency signal-lighting
2.29
(T) Car & counterweight safeties
1.7
Car door or gate
2.30
(H) Hydraulic power unit
1.8
Door closing force
2.31
(H) Relief valves
1.9
Power closing of doors or gates
2.32
(H) Control valve
1.10
Power opening of doors or gates
2.33
(H) Tanks
Car vision panels & glass car doors
2.34
(H) Flexible hydraulic hose & fitting
1.11
assemblies
1.12
Car enclosure
2.35
(H) Supply line & shutoff valve
1.13
Emergency exit
2.36
(H) Hydraulic cylinders
1.14
Ventilation
2.37
(H) Pressure switch
1.15
Signs & operating device symbols
2.38
(H) Roped water hydraulic elevators
1.16
Rated load, platform area, & data plate
2.39
(H) Low oil protection
1.17
Standby power operation
2.40
Inspection control
1.18
Restricted opening of car or hoistway doors
2.41
Maintenance records
1.19
Car Ride
2.42
Static control
2. ELEVATOR-MACHINE ROOM
3. ELEVATOR-TOP OF CAR
2.1
Access to machine space
3.1
Top-of-car stop switch
2.2
Headroom
3.2
Car top light & outlet
2.3
Lighting & receptacles
3.3
Top-of-car operating device
2.4
Machine space
3.4
Normal terminal stopping devices
2.5
Housekeeping
3.5
Clearance, refuge space standard railing
2.6
3.6
Final & emergency terminal stopping devices
2.7
Fire extinguisher
3.7
Car leveling & anti-creep devices
2.8
Pipes, wiring, & ducts
3.8
Top emergency exit
2.9
Guarding of exposed auxiliary equipment
3.9
Floor & emergency identification numbering
2.10
Numbering of elevators,machines,disconnects
3.10
Hoistway construction
2.11
Disconnecting means & control
3.11
Hoistway smoke control (IDPH only)
2.12
Controller wiring, fuses, grounding, etc.
3.12
Pipes, wiring & ducts
2.13
Governor, overspeed switch, & seal
3.13
Windows, projections, recesses, & setbacks
2.14
Code data plate
3.14
Hoistway clearances
2.15
(T) Static control
3.15
Multiple hoistways
2.16
(T) Overhead beam & fastenings
3.16
Traveling cables & junction boxes
2.17
(T) Drive machine brake
3.17
Door & gate equipment
2.18
(T) Traction drive machines
3.18
Car frame & stiles
2.19
(T) Gears, bearings, & flexible coupling
3.19
Guide rails fastening & equipment
2.20
(T) Winding drum mach & slack cable dev
3.20
Governor rope
2.21
(T) Belt or chain-drive machine
3.21
Governor releasing carrier
2.22
(T) Motor generator
3.22
Wire rope fastening & hitch plate
2.23
(T) Absorption of regenerated power
3.23
Suspension rope
(Continuation)
Unit ID:
3. ELEVATOR-TOP OF CAR (cont.)
5. ELEVATOR-PIT
3.24
(T) Top counterweight clearance
5.1
Pit access, lighting, stop switch, & condition
3.25
(T) Car, overhead, & deflector sheaves
5.2
Bottom clearance, runby & min. refuge space
(T) Broken rope, chain, or tape switch
5.3
(T) Final & emergency terminal stopping
3.26
devices
3.27
Crosshead data plate & rope data tags
5.4
3.28
Counterweight & counterweight buffer
5.5
Traveling cables
3.29
Counterweight safeties
5.6
Governor-rope tension devices
3.30
(H) Speed test
5.7
Car Frame & platform
(H) Slack rope device – roped-hydraulic
5.8
Car safeties & guiding members - including
3.31
elevators (*)
roped-hydraulic elevators (*)
(H) Traveling sheave – roped-hydraulic elevators
5.9
(T) Buffers & emergency terminal speed
3.32
(*)
limiting devices
3.33
(T) Compensating ropes & chains
5.10
(T) Compensating chains, ropes & sheaves
4. ELEVATOR-OUTSIDE HOISTWAY
5.11
(H) Plunger & cylinder
4.1
Car platform guard
5.12
(H) Car buffer
4.2
Hoistway doors
5.13
(H) Guiding members
4.3
Vision panels
5.14
(H) Supply piping
4.4
Hoistway door locking devices
6. ELEVATOR-FIRE SERVICE
4.5
Access to hoistway
6.1
Phase I Operation
4.6
Power closing of hoistway doors
6.2
Phase II Operation
4.7
Sequence operation
6.3
FAID (Fire Alarm Initiating Device) Operation
4.8
Hoistway enclosure
OK – meets requirement
4.9
Elevator Parking devices
NG – No Good (Insert number to identify comment on form)
4.10
Emergency doors in blind hoistways
NA – not applicable
4.11
(T) Separate counterweight hoistway
(T) – Traction Elevators only
4.12
Standby power selection switch
(H) – Hydraulic elevators only
4.13
(*) -
installed under A17.1b-1989 and later editions
Item
Comment
Code
No.
Reference
Inspection Status:
Inspection Company & Inspector’s Information
Company Name
Date of Inspection:
Street Address
Code Edition:
FAIL
City, State, Zip
Inspector QEI #
Permit Req'd
PASS
Inspector’s State License #
Inspector’s Signature:
Revised 2-10-2011
Page 2 of 2
Ensuring the safety and proper functioning of elevators is of utmost importance. The process begins with a thorough inspection, utilizing an Elevator Inspection Checklist. This document is designed to record the condition of various components of elevator or dumbwaiter systems. Whether conducted as part of a routine safety protocol or a newly installed system's acceptance into service, the completion of this checklist is a critical step in maintaining the elevator's operational integrity and compliance with safety standards. The following instructions will guide you through filling out the form accurately and efficiently.
Once the Elevator Inspection Checklist has been fully completed, it serves as an official record of the unit’s condition and compliance with safety standards. This document is essential for both building management and safety regulators, ensuring that all elevator units are safe for use and meet the required operational standards. The completed form must be filed accordingly, accessible for review or future inspections.
This form serves as a detailed guide for inspectors to ensure that elevators, dumbwaiters, and related machinery meet safety standards and regulatory requirements. Its primary purpose is to document the condition and operation of components, from the elevator car and machine room to the pit and hoistway, ensuring they are in proper working order or identifying areas that need maintenance or repair. This detailed evaluation helps in preventing accidents, ensuring passenger safety, and extending the equipment's lifespan.
Elevator inspections should be conducted periodically, typically on an annual basis. However, the exact frequency can vary based on local laws, the type of elevator, its usage, and recommendations from the manufacturer. Acceptance inspections are also performed on new installations or major upgrades before the equipment is put into service. Regular, scheduled inspections are crucial for safety and compliance with regulatory standards.
A Periodic inspection is a routine check conducted at regular intervals, usually annually, to ensure ongoing compliance with safety standards and operational reliability. An Acceptance inspection, on the other hand, is carried out when a new elevator is installed or after significant modifications have been made. This type of inspection is to verify that the installation or upgrade meets all regulatory requirements and safety standards before it is allowed to be used.
The Elevator Inspection Checklist form must be signed off by a qualified elevator inspector who holds a valid QEI (Qualified Elevator Inspector) certification. Additionally, the inspector must have a current state license where required. These professionals have the expertise to assess the safety and compliance of elevator equipment accurately. Their signature and the inclusion of their QEI number and state license (if applicable) validate the inspection's credibility and adherence to the governing standards.
When filling out an Elevator Inspection Checklist, individuals sometimes make mistakes that could impact the accuracy and effectiveness of the inspection. Recognizing and avoiding these errors can ensure the inspection process is conducted thoroughly and effectively. Here are nine common mistakes:
To avoid these issues, individuals conducting the inspection should approach the checklist with attention to detail, ensuring each section is completed thoroughly and accurately. Proper training and a systematic approach to using the checklist can mitigate these common mistakes.
When conducting elevator inspections, the Elevator Inspection Checklist form is a crucial tool for ensuring all components and systems are reviewed for safety and compliance. However, this form is often part of a larger portfolio of documents and forms that support a comprehensive review and compliance process. Here are six additional documents commonly used alongside the Elevator Inspection Checklist to provide a full spectrum of elevator safety and maintenance insights:
Together, these documents form a comprehensive framework for ensuring elevator safety and reliability. Each plays a specific role in providing a full picture of the elevator's operational status, maintenance history, compliance with safety standards, and any actions required to address deficiencies. By effectively using these documents in conjunction with the Elevator Inspection Checklist, building owners, maintenance teams, and safety inspectors can work together to maintain elevators that are safe for public use.
Building Safety Inspection Checklist: Similar to the Elevator Inspection Checklist, a Building Safety Inspection Checklist focuses on ensuring the safety and compliance of a building's many components. While an Elevator Inspection Checklist is specific to elevators and dumbwaiters, the Building Safety Checklist encompasses a broader range of elements such as fire safety systems, structural integrity, and emergency exits. Both checklists serve the principal purpose of identifying potential hazards and ensuring that the equipment or structure adheres to established safety standards.
Fire Safety Inspection Checklist: This checklist shares its foundational goal with the Elevator Inspection Checklist, which is to mitigate risks and ensure safety. It specifically examines fire alarms, extinguishing systems, escape routes, and other fire prevention measures. Both checklists include detailed items that must be inspected to confirm compliance with safety regulations. The Elevator Inspection Checklist, for instance, includes checking emergency signaling devices and fire service operation, aspects that are closely aligned with fire safety concerns.
Electrical Safety Inspection Checklist: The Electrical Safety Inspection Checklist is designed to ensure all electrical systems and components, such as wiring, power sources, and electrical panels, are functioning correctly and safely. It is similar to the Elevator Inspection Checklist where items like car lighting, receptacles, and control valves that have electrical components are assessed for safety and operational integrity. Both checklists aim to prevent accidents related to electrical malfunctions.
Equipment Maintenance Checklist: Regular maintenance is crucial for the longevity and safe operation of any equipment, making this checklist similar to the Elevator Inspection Checklist. The maintenance version focuses on routine checks and upkeep to prevent breakdowns, while the inspection checklist is more thorough, focusing on compliance with specific safety and operational standards. For example, checking the car and counterweight safeties in elevators directly correlates with maintaining them in a safe working condition.
Health and Safety Compliance Checklist: Dedicated to ensuring that workplace conditions comply with health and safety regulations, this checklist is like the Elevator Inspection Checklist, which ensures the safe operation of elevators and related equipment. Both checklists aim to protect individuals from harm by ensuring environments and equipment do not pose hazards. Items such as ventilation and emergency exits are common areas of focus.
Construction Site Safety Checklist: While a Construction Site Safety Checklist is used to inspect various aspects of a construction site to ensure workers' safety, including machinery, scaffolding, and personal protective equipment, it parallels the Elevator Inspection Checklist in its methodical approach to safety and regulatory compliance. The focus on equipment safety, such as hoistway construction and machine room safety in the elevator checklist, reflects the same rigor applied in construction site inspections.
Facility Safety Inspection Checklist: This checklist reviews different components of a facility to ensure they meet specific safety standards, very much like how an Elevator Inspection Checklist focuses on the safe operation of elevators and dumbwaiters. Both checklists help identify areas that may require maintenance or improvement to uphold safety standards, including checking for proper signage and emergency power operation.
HVAC System Inspection Checklist: The HVAC System Inspection Checklist examines heating, ventilation, and air conditioning units to ensure they are working efficiently and safely. It's similar to an Elevator Inspection Checklist because both contain specific checks for ventilation systems and electrical components, ensuring they function within the safety standards. Ensuring proper ventilation and preventing overheating are critical safety checks in both elevators and HVAC systems.
Filling out an Elevator Inspection Checklist is a critical task that ensures the safety and efficiency of elevator operations. To assist individuals in this process, here are some guidelines on what you should and shouldn't do when completing the form:
Adhering to these do's and don'ts can significantly enhance the accuracy and reliability of your elevator inspection process, ultimately contributing to safer elevator operations.
There are many misconceptions about the Elevator Inspection Checklist form. Understanding these can help ensure that elevators are safe and compliant with regulations. Here are nine common misunderstandings:
It's only for elevators, not dumbwaiters. This misconception is quite common because people often associate the term "elevator" solely with passenger elevators. However, the checklist also covers dumbwaiter inspections, making it applicable for a broader range of lifting devices.
It's a one-size-fits-all document. While the form provides a comprehensive foundation for inspections, it is designed to be adaptable. Inspectors can mark items as "Not Applicable" (NA) if they do not apply to the specific elevator or dumbwaiter being inspected, reflecting the checklist's flexibility.
All sections must be completed during every inspection. This isn't true. The checklist includes various sections for different parts of an elevator system, such as the machine room, pit, and top of the car. Depending on the type of inspection being conducted (periodic or acceptance), not all sections may need to be completed.
The checklist is only for inspectors to use. While inspectors are the primary users, the form can also be a valuable tool for building owners and maintenance teams. It helps them understand what areas need attention and aids in preparing for upcoming inspections.
Inspection is purely about mechanical components. The checklist does cover mechanical aspects like "Rope fastenings" and "Hydraulic power unit," but it also includes safety features, cleanliness ("Housekeeping"), and even documentation such as "Maintenance records."
Any "NG" (No Good) mark means a failed inspection. While finding a problem ("NG") on the checklist indicates an issue that needs attention, it doesn't automatically mean the elevator fails the inspection. Some issues can be minor and easily corrected, while others might require more significant repairs.
There are no significant differences between the various types of inspections listed. Actually, "Periodic" and "Acceptance" inspections serve different purposes. Acceptance inspections are conducted on new or significantly altered lifts, while periodic inspections are the regular checks to ensure ongoing compliance and safety.
The checklist is only related to the mechanics and safety of the elevator. Besides these critical areas, the checklist also investigates aspects related to convenience and comfort, such as "Car lighting & receptacles" and "Ventilation," highlighting a holistic approach to inspection.
"OK – meets requirement" means the elevator is in perfect condition. An "OK" mark indicates that the inspected item meets minimum regulatory and safety standards at the time of inspection. However, ongoing maintenance and checks are necessary to ensure it remains in good working order.
Understanding these misconceptions can lead to a better grasp of the importance of the Elevator Inspection Checklist and the role it plays in maintaining safe and functional elevators and dumbwaiters.
Filling out an Elevator Inspection Checklist is a critical process that requires attention to detail to ensure the safety and compliance of elevator systems. Here are five key takeaways to consider when dealing with this form:
Being thorough and meticulous while filling out the Elevator Inspection Checklist is key to maintaining elevator safety and compliance. This process not only helps in identifying potential issues before they become hazardous but also contributes to the overall reliability and efficiency of elevator operations.
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