How UV-C Escalator Handrail Sanitizers Support Cleaner, Safer Rides

Updated October 2026

Escalator passengers face a practical dilemma: holding the handrail supports a stable ride, but many people hesitate to touch a surface that hundreds or thousands of other riders may have used.

The safer behavior is still clear. Passengers should face forward and hold the handrail while riding. The National Elevator Industry recommends grasping the handrail when boarding and holding it throughout the ride, and New York’s Metropolitan Transportation Authority provides similar guidance.

So how can facility managers address handrail cleanliness without discouraging passengers from using this important safety feature?

A UV-C escalator handrail sanitizer can help by automatically treating the handrail as it circulates through the escalator.

Why Escalator Handrail Cleanliness Matters

Escalator handrails are high-touch surfaces. Each rider can leave microorganisms and other contaminants behind, creating an ongoing cleaning challenge in busy public environments.

Concerns about cleanliness may lead some passengers to avoid the handrail. However, riding without holding it can make it more difficult to maintain balance if the escalator starts, stops, or changes speed unexpectedly.

For building owners and facility managers, this creates two related priorities:

  • Support proper handrail use
  • Maintain a cleaner, more reassuring passenger environment

Traditional manual cleaning remains an important part of a facility’s maintenance program. However, it takes place at scheduled intervals. An automatic handrail sanitizing system can provide treatment while the equipment is operating.

What Is a UV-C Escalator Handrail Sanitizer?

A UV-C escalator handrail sanitizer is a compact module installed inside the escalator or moving walk. As the handrail circulates through the equipment, its surface passes through the module and is exposed to ultraviolet-C light.

UV-C is the portion of the ultraviolet spectrum most commonly used for germicidal applications. It works by damaging the nucleic acids of exposed microorganisms, which can inhibit their ability to reproduce. Effectiveness depends on factors such as wavelength, exposure time, UV dose, surface condition, and whether the light reaches the contaminated area directly.

The KONE Spares Escalator Handrail Sanitizer is mounted inside the escalator and uses built-in side reflectors to treat the top and sides of the moving handrail.

How Does an Escalator Handrail Sanitizer Work?

The system follows a continuous four-step process:

  1. Passengers use the handrail. As people ride the escalator, the handrail continues to circulate.
  2. The handrail enters the balustrade. The exposed surface moves into the enclosed portion of the escalator.
  3. The UV-C module treats the surface. The handrail passes through the internally installed sanitizing module.
  4. The treated section returns to passengers. Each section receives additional exposure as the handrail completes subsequent revolutions.

Because the module operates automatically with the escalator, it can supplement scheduled manual cleaning without requiring staff to treat the handrail after every group of passengers.

What Are the Benefits of UV-C Handrail Sanitization?

Automatic treatment during operation

The module treats the handrail as it moves, helping provide consistent exposure during escalator operation.

Chemical-free operation

UV-C treatment does not require applying liquid disinfectant to the handrail during normal system operation. This can help facilities avoid residue associated with incompatible or improperly applied cleaning chemicals.

Routine physical cleaning is still necessary because dirt and other material can block UV light and reduce treatment effectiveness.

Internal installation

The sanitizer is mounted within the escalator rather than in the passenger area. The KONE Spares Escalator Handrail Sanitizer is designed with internal mounting, included components, and bracketing for most truss types.

Coverage beyond the top surface

Built-in reflectors help direct UV-C light toward the top and sides of the handrail as it passes through the module.

Support for handrail safety messaging

Signs or decals can let passengers know that the handrail is being treated. This communication may help make riders more comfortable following the recommendation to face forward and hold the handrail.

Retrofit potential

The solution is designed for new installations and retrofit applications on escalators and power walks from multiple equipment manufacturers. Compatibility should be verified for the specific equipment before installation.

Where Can a Handrail Sanitizer Be Used?

Automatic handrail treatment may be useful in high-traffic facilities such as:

  • Airports and transit stations
  • Healthcare facilities
  • Hotels
  • Shopping centers
  • Arenas and entertainment venues
  • Convention centers
  • Office and mixed-use buildings

These settings combine frequent passenger traffic with a need for reliable equipment operation and visible attention to facility cleanliness.

Does UV-C Treatment Replace Manual Handrail Cleaning?

No. UV-C sanitization should supplement, not replace, an appropriate inspection and cleaning program.

UV light works only where sufficient energy reaches the surface. Dust, soil, residue, shadows, and other material can reduce exposure and affect performance. Facility teams should continue to follow the escalator manufacturer’s cleaning instructions and use products compatible with the handrail material.

A complete program may include:

  • Routine inspection for dirt, wear, cracks, or sticky areas
  • Manufacturer-approved handrail cleaning
  • Verification that the UV-C module is operating properly
  • Periodic inspection by qualified personnel
  • Clear passenger safety signage
  • Documentation of cleaning and maintenance activities

Is UV-C Handrail Sanitization Safe?

UV-C can damage the eyes and skin if people are directly exposed to it. For that reason, the light source must remain properly enclosed and the unit must be installed, operated, and serviced according to its instructions.

Internal installation keeps the treatment area inside the escalator and away from passengers during normal operation. Installation and maintenance should be performed by qualified personnel familiar with the escalator and sanitizer system.

Marketing claims also require care. In the United States, UV devices sold with claims that they kill or reduce viruses, bacteria, or other microorganisms are regulated as pesticide devices under the Federal Insecticide, Fungicide, and Rodenticide Act. Those claims must be truthful, not misleading, and supported by appropriate evidence.

A Practical Way to Support Cleaner Handrails

Passengers should not have to choose between holding the handrail and feeling confident about the surface they are touching.

The KONE Spares Escalator Handrail Sanitizer is designed to help facility teams treat moving handrails automatically with UV-C light while supporting proper handrail use. Its internal mounting, chemical-free operation, and retrofit potential make it a practical addition to a broader escalator cleaning and maintenance program.

To confirm equipment compatibility, installation requirements, and available configurations, visit the product page or contact a KONE Spares USA representative.

Frequently Asked Questions about UV-C Handrail Sanitizers

What information is needed to confirm compatibility?
The manufacturer, escalator or moving-walk model, handrail profile, truss configuration, operating environment, and available installation space.

What is a UV-C escalator handrail sanitizer?
A compact module that uses UV-C light to treat a moving handrail as it circulates through an escalator or moving walk.

How does a UV-C handrail sanitizer work?
The handrail passes through an internally mounted module, where its surface receives UV-C exposure during equipment operation.

Does UV-C sanitization replace manual handrail cleaning?
No. Dirt and residue can interfere with UV exposure, so physical cleaning and inspection remain necessary.

Can the sanitizer be installed on an existing escalator?
The product is intended for retrofit and new-installation applications, but compatibility must be confirmed for the specific equipment.

Can it be used on moving walks?
Yes, the product is designed for escalators and power walks, subject to equipment compatibility.

Is the UV-C light exposed to passengers?
The module is installed inside the escalator so the treatment area remains away from passengers during normal operation.

Does the system use liquid disinfectants?
No. UV-C treatment is a chemical-free process, although the handrail still requires routine physical cleaning.

Which facilities are a good fit for handrail sanitization?
Potential applications include airports, transit stations, healthcare facilities, hotels, arenas, convention centers, and other high-traffic buildings.

How often does the handrail receive UV-C treatment?
Each section is exposed as the handrail completes a revolution. Actual exposure frequency depends on the equipment’s operating conditions.

Replacing Escalator Chain? What to Check Before You Buy

Escalator chain is not one-size-fits-all. Even chains with similar specifications can perform differently under load.

Choosing the right replacement escalator chain starts with understanding your equipment. Chain requirements can vary between Montgomery, KONE, and O&K escalators, and even between individual jobs.

This guide explains how to identify the correct escalator chain, why OEM specifications matter, what an independent laboratory analysis found in one aftermarket chain, and what to ask suppliers before purchasing.

How Do I Choose the Right Escalator Chain?

Start with the job file information for your equipment.

Escalator chain specifications can vary from one installation to another. Selecting replacement chain based on appearance or general specifications alone may not account for equipment-specific requirements.

KONE Spares USA uses job file information to help identify the appropriate OEM escalator chain for Montgomery, KONE, and O&K equipment.

Matching chain to the equipment helps support proper fit and compatibility with the surrounding components.

Why Does the Escalator Chain Source Matter?

Replacement escalator chain must be compatible with the components it operates alongside.

KONE Spares OEM chain and steps are designed and manufactured to match the operating requirements of mating components, including:

  • Bull gears
  • Lower reversing stations
  • Load support curves

Manufacturing tolerances, material properties, and component finishes can affect how chain interacts with these parts.

Selecting components that meet applicable safety code requirements and OEM specifications can also help reduce the potential for premature wear and associated maintenance costs.

What Did an Independent Lab Find in Aftermarket Escalator Chain?

In one independent laboratory analysis, a tested aftermarket escalator chain failed at 35,000 lb, below its stated 41,000 lb rating.

The tested product was marketed as a replacement for KONE’s US67884 escalator chain.

According to the analysis, a breaking load test conducted on a five-link chain strand resulted in failure at 35,000 lb.

The laboratory report concluded that the tested chain did not meet the load and factor-of-safety requirements referenced in ANSI A17.1-2013, Rule 6.1.3.10.2.

The analysis also identified several differences between the tested aftermarket chain and KONE Spares OEM chain.

1. Plate Cutting

The tested aftermarket chain used laser-cut plates, while KONE chain components are machine-stamped.

The analysis identified differences in manufacturing precision that may affect component fit and alignment.

2. Anti-Rotation Features

The aftermarket chain used round holes that lacked the anti-rotation flats found in KONE chain.

These flats are designed to help prevent step pins from rotating during operation.

3. Contact Area

According to the analysis, up to 15% of the contact area between the outer link plate and retainer clip was missing.

The report identified this difference as a potential concern for press-fit integrity.

4. Chain Skew

Under load, the tested aftermarket chain exhibited up to 10 mm of skew between its ends.

This misalignment may contribute to uneven loading and component wear.

5. Pin Hardness

The analysis found that the surface hardness of the aftermarket chain pins extended to a depth approximately twice that referenced by the applicable industry specifications.

According to the report, this condition may increase the potential for brittle pin behavior.

6. Protection Rollers

The tested aftermarket rollers exhibited surface-finish and hardness differences compared with KONE specifications.

The analysis indicated that these characteristics could contribute to accelerated wear of:

  • Bull gears
  • Lower reversing station sprockets
  • Load support curves

Important context: These findings apply to the specific aftermarket chain evaluated in the laboratory analysis. They should not be interpreted as representative of all aftermarket escalator chains.

Can Escalator Chain Problems Damage Other Components?

Yes. Chain misalignment and differences in roller hardness or surface finish can contribute to wear in surrounding escalator components.

According to the laboratory analysis, manufacturing tolerances in the tested chain contributed to skew under load.

The report indicated that this condition could produce uneven loading and excessive wear across the step band.

Rollers with unsuitable surface finishes or hardness characteristics may also contribute to wear of bull gears, lower reversing station sprockets, and load support curves.

These findings highlight why chain compatibility involves more than matching basic dimensions.

What Should I Ask an Escalator Chain Supplier?

Before purchasing replacement escalator chain, ask suppliers for documentation supporting product compatibility, testing, and applicable safety requirements.

KONE Spares recommends considering the following questions when evaluating non-OEM chain and steps.

1. Can you provide independent laboratory testing documentation?

Ask whether testing demonstrates compliance with applicable design factors of safety and fatigue requirements under ASME A17.1/CSA B44.

2. Can you document compatibility with the original equipment?

Request technical documentation supporting the supplier’s claim that its replacement chain meets the relevant OEM specifications.

3. Can you verify material properties and component finishes?

Ask for documentation addressing steel hardness, chain bushing surface finishes, and other relevant manufacturing specifications.

4. What liability protections does the supplier provide?

Ask about warranties, indemnification provisions, and responsibility for claims associated with the replacement product.

Review these terms with the appropriate legal or purchasing representatives before making a decision.


Frequently Asked Questions

Is there one escalator chain that fits every Montgomery, KONE, or O&K escalator?

No. Escalator chain specifications can vary between equipment models and individual installations. KONE Spares USA uses job file information to help identify the appropriate OEM chain.

What is the difference between OEM and aftermarket escalator chain?

OEM escalator chain is manufactured to the original equipment manufacturer’s specifications. Aftermarket chain is supplied by another manufacturer and should be evaluated for compatibility, material properties, and applicable safety requirements.

What did the independent laboratory test find?

The tested aftermarket chain had a stated breaking-load rating of 41,000 lb but failed at 35,000 lb. The laboratory analysis concluded that the tested product did not meet the referenced requirements of ANSI A17.1-2013, Rule 6.1.3.10.2.

These results apply only to the specific product tested.

Can the wrong escalator chain cause premature component wear?

Potentially. Chain misalignment, manufacturing tolerances, and roller characteristics can affect how replacement chain interacts with surrounding components.

The laboratory analysis identified conditions that could contribute to wear of bull gears, lower reversing station sprockets, and load support curves.

What documentation should I request before buying aftermarket escalator chain?

Ask suppliers for:

  • Independent laboratory testing documentation
  • Evidence of compliance with applicable safety requirements
  • Technical documentation supporting OEM compatibility
  • Material hardness and surface-finish specifications
  • Warranty and indemnification information

Get the Right OEM Escalator Chain for Your Equipment

Not sure which replacement escalator chain your equipment requires?

Contact the chain experts at KONE Spares USA to match the right OEM chain to your Montgomery, KONE, or O&K equipment. Visit the OEM Escalator Chain page or call 1-800-343-3344.

Montgomery HR Escalator Needs Work? Your Repair and Upgrade Options

Owners of Montgomery HR escalators have two paths through KONE Spares USA: replace individual components to extend the escalator’s life cycle, or install the Montgomery HR Safety Upgrade Package to update the escalator to the current ASME 17.1-2016 code. This article explains what each path includes.

What Are My Options for a Montgomery HR Escalator?

KONE Spares USA supports two paths for a Montgomery HR escalator.

Path 1: Individual repair components

  • Purpose: Extend the life cycle of the escalator
  • Scope: Specific parts, bought individually
  • New controller: Not included

Path 2: Montgomery HR Safety Upgrade Package

  • Purpose: Update the escalator to the current ASME 17.1-2016 code
  • Scope: An all-in-one package that starts with a new microprocessor controller
  • New controller: Included

Which Repair Components Can Extend a Montgomery HR Escalator’s Life?

KONE Spares USA stocks individual repair components for Montgomery HR escalators, including:

  • Split shaft
  • Bull gear, designed for maximum field labor efficiency
  • Step chain, developed for maximum life cycle
  • Automatic step chain lubricator
  • Gearbox rebuild kits
  • Cast step upgrade
  • Standalone combplate impact device
  • Handrail static discharge rollers
  • Handrail drive chains, sprockets, sheaves, shafts, and bearings

How Can I Update a Montgomery HR Escalator to the Current Code?

The Montgomery HR Safety Upgrade Package includes everything required to update a Montgomery HR escalator to the current ASME 17.1-2016 code. The package starts with a completely new microprocessor controller.

What Is in the Package?

  • New microprocessor controller: modernizes the control system for better reliability
  • Pre-wired J-Box harnesses and all required wiring
  • Inspection control station pendant: makes maintenance access easier
  • New motor assembly: includes a brake and encoder
  • LED demarcation lights: improve passenger visibility and safety
  • Technical support and installation documentation: includes guides and wiring diagrams

Which Safety Devices Are Included?

  • Combplate impact device
  • Newel stop stations
  • Handrail speed sensor
  • Level step device
  • Missing step detector

How Does the Package Simplify Installation?

The Montgomery HR Safety Upgrade Package is designed to be field friendly. The package contains the necessary wiring and components, packaged for labor-efficient installation. Pre-wired J-Box harnesses, installation guides, and wiring diagrams support the installer.

Frequently Asked Questions

How do I update a Montgomery HR escalator to the current code?

  • KONE Spares USA offers the Montgomery HR Safety Upgrade Package, which includes everything required to update a Montgomery HR escalator to the current ASME 17.1-2016 code.

What parts can extend the life of a Montgomery HR escalator?

  • KONE Spares USA stocks components such as step chain, bull gear, split shaft, gearbox rebuild kits, and handrail drive components.

Does the upgrade package include a new motor?

  • Yes. The package includes a new motor assembly with a brake and encoder.

Are installation guides included?

  • Yes. The package includes technical support and installation documentation, including guides and wiring diagrams.

Where can I find technical specifications?

Explore Your Montgomery HR Escalator Options

See the full package contents and download the brochure on the Montgomery HR Safety Upgrade Package page at KONE Spares USA.

Vision Plus: The Ultimate Elevator Door Safety Solution

At KONE Spares, we’re proud to offer Formula Systems’ Vision Plus, the only all-in-one elevator door safety solution that blends cutting-edge 2D and 3D technology into a single, intelligent edge system.

Why Choose Vision Plus?

The Vision Plus sets itself apart with unparalleled benefits that save time, effort, and costs:

  • Simplified Installation: No overhead 3D devices, tricky configurations, or door height readjustments.
  • Smart Self-Monitoring: Built-in red LED indicators show the system is functioning in compliance with ASME A17.1 and CSA B44 safety codes.
  • Reliability You Can Trust: Lift Institut certified for safety, ensuring peace of mind.
  • By combining efficiency, ease of use, and innovation, Vision Plus delivers exceptional value for elevator professionals and building managers alike.

Available Now from KONE Spares

Whether you’re upgrading an existing system or installing new equipment, Vision Plus offers a streamlined, reliable solution for modern safety needs.

Ready to simplify your next project?

Contact KONE Spares today at ksquotes@kone.com or (800) 343-3344 to learn more. Let’s keep people moving—safely, smoothly, and smarter than ever.

KONE Spares Slimline Power Stop

Our KONE Spares Slimline Power Stop stations are an excellent safety upgrade for your escalators and autowalks.

By placing the KONE Spares Slimline Power Stop station at the top of the escalator handrail newel, it provides passengers with easier access and greater visibility.

How To Order Elevator Buttons

When we uploaded this updated version of this video to YouTube, one of the comments we immediately received said, “Perhaps you shouldn’t make it so complicated???” Trust us, if we could, we would!

Preparing Your Elevator for a Hurricane

Hurricane preparedness for elevators

It’s hurricane season again, so we’re keeping this checklist up at the top of our blog. Let’s all make sure to stay safe, and if you need us, we’re here for you.

So, on to the hurricane preparedness list…

BEFORE THE HURRICANE

  • Check all sump pumps, float switches and alarms in elevator pits.
  • Close up all vents and openings in top of hoistway and machine room to prevent water from entering.
  • If elevators open to the outside, place sandbags along the bottom of hoistway doors. Since this makes the elevator unusable, do this just before shutting down the elevator.

DURING THE HURRICANE

  • Run elevators to the top floor of hoistway and pull the main breaker in the elevator machine room (not in the building’s main breaker room).
  • Park elevators with doors closed.
  • Do not operate elevators during the hurricane.

AFTER THE HURRICANE

  • Inspect the elevator pit, cab and machine room for any water. Do not energize main line breaker if water is found.
  • If water is found, call your elevator service provider immediately!
  • Do not attempt to start elevator if power is out – call your electric company

Even with the proper preparations, hurricanes often cause power outages and surges that can stop elevators between floors and entrap passengers, and worse, knock out the emergency communication system. Be aware that people may be trapped in elevators with no way to call for help. We can’t state this strongly enough: never try to exit, or attempt to help others exit, a stalled elevator without trained professional rescue workers on hand.

Top 6 Elevator Myths Debunked

Businessman taking the elevator

Action movies often use elevators for dramatic effect, perpetuating myths that can trigger anxiety for some elevator passengers. But those misconceptions can stay where they belong – in fiction. We’re here to lay out the facts.

Not all that you see in movies is true. In the real world, elevators and escalators are highly regulated and designed with many safety features that protect passengers. Keeping elevators safe is a joint effort that involves technology and maintenance service providers, building owners, and equipment users. Importantly, following simple safety tips will ensure a seamless ride.

Let’s debunk a few urban legends about elevators.


Myth #1: Elevators are held up by one rope that could break.

Nope! Elevators are supported by multiple steel cables, and each cable alone can support a fully loaded car. It is highly unusual for even a single rope to break. Even in the extremely improbable case of all the ropes snapping, safety features like the overspeed governor will detect the overspeed of the elevator and activate safety devices to stop the elevator.

Those action scenes where the sparks fly off the guide rails as the elevator races down uncontrollably are pure Hollywood nonsense.


Myth #2: An overcrowded elevator will fall.

Not true. Normally, an overloaded car just won’t move. The doors will stay open and a buzzer may ring until enough people get off the elevator to reduce the weight. Many elevators are equipped with technology that will effectively guide riders to available elevators to reduce overcrowding in the first place.


Myth #3: An elevator car can run out of oxygen if it gets stuck between floors.

Breathe easy on this one. Elevator cars are well ventilated. While country regulations may vary, there are international standards for ventilation that must be adhered to so air moves freely in and out. In some cases, elevators are also equipped with air conditioning.


Myth #4: It’s possible to escape from inside an elevator car into the shaft through a safety hatch.

Safety hatches or trap doors often exist for rescue purposes, but most can only be opened from the outside by trained rescue professionals. Passengers should never attempt to use them as escape routes. So, if you’re trapped in an elevator, the safest thing to do is press the alarm button (or call for help on your phone), stay put, and wait to be rescued. In many cases, the alarm button is connected to a rescue service.

Never attempt to get out by yourself. And never pry an elevator’s doors open either, because the elevator might not be in front of a door opening. You could put yourself and other passengers in danger.


Myth #5: Pushing the call button multiple times will make the elevator arrive faster.

Sorry to disappoint, but this isn’t the case. When you push the button, the elevator gets your “call” and its software determines the elevator’s route. There are simpler and more sophisticated call systems, but the basic idea is the same: one push is enough to generate action.

Pushing the button several times often makes us feel like we’re doing something to speed things up – but in reality, it doesn’t make any difference. Pressing the “door close” button once inside the car, however, will trigger the doors to close sooner.


Myth #6: The elevator doors can open between floors.

The simple answer is no. The elevator car controls the opening of the landing door. If the car doesn’t arrive to the floor, there is no signal that triggers the landing doors to open. If in doubt, under no circumstances should you attempt to pry the doors open or get out on your own.

No matter what, don’t panic. Getting nervous will only make things worse, so the first thing to do is take a deep breath. And if you’ve already made contact with maintenance or emergency personnel, sit tight. Elevator entrapment calls are always taken seriously, and maintenance teams are focused on rescuing you in a safe way, as fast as possible.

KONE Spares Drive Upgrades

We have what you need to quickly and easily upgrade Montgomery Miprom 21 and V3F16L drives.

Why reuse old, used technology? If you want it to be truly trouble-free for your customer, don’t repair it … upgrade it!

Montgomery Miprom 21 Drive Conversion Advantages:

  • Conversion solution for tired Miprom 21 and Megatech elevator controller equipment
  • Our new drive panel packages are direct replacements for obsolete components
  • Increase ride quality and dependability
  • AC and DC equipment options available
  • Engineered and pre-wired for ease of installation
  • Pre-programmed to piloted default settings
  • Simple drive auto tune facilitates set up
  • Average installation time is 8-12 hours
  • Drive Conversion Kits include step-by-step instructions, parameter lists, updated wiring diagrams, spare parts information and all necessary hardware

KDL16L Elevator Drive Advantages:

  • New OEM Reliable Upgrade solution for Obsolete V3F16L Drive
  • Direct, Physical Replacement for the Obsolete KONE V3F16L
  • Our solution eliminates uncertain reliability of repairing the obsolete V3F16L, which means less downtime for the unit
  • In Stock and available for immediate shipment
  • More Powerful than current drives
  • Encoder vs. tachometer for smoother operation
  • Available for adjacent or remote control room applications
  • Complete replacement kit with all necessary components and instructions makes change-out hassle free
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