Product
Elevator & access control.
Where the card can go is exactly what the system controls.
-
Four touchpoints, one card
Locks, lifts, doors and room power share one credential system — issued once, working everywhere, expiring at checkout.
-
Three permission dimensions
By floor, by time and by person. A card only reaches the floors and areas it is authorised for, and visitors get temporary access for a set window.
-
The lift system stays untouched
A reader and a link module are added on top, so no lift is replaced and no shaft wiring is disturbed; it fits mainstream lifts and door controllers.
Permissions
Permissions down to the floor.
The card only reaches the floor the guest is staying on. Permissions travel with the card and expire at checkout.
-
Site survey → add hardware → platform testing → issue and sign off
First, record the lift brand and controller model and agree the fitting method and power-loss release policy. Second, install the readers and link modules in the car and on the floors. Third, connect the LMC / IoT platform, configure the floor permission model and time rules, and test the card-to-lift linkage. Fourth, issue permissions from the PMS or card system, check floor by floor that the card only reaches its own floor, and hand over a sign-off sheet. On power loss the lift releases within one second, and permissions come back automatically when power returns.
One card
Issued once, valid everywhere.
Locks, lifts, doors and room power — every touchpoint in the light-IoT system speaks the same language.
-
Car reader
Fitted in the lift car to read cards and phone credentials
-
Floor doors
Corridor doors share one permission set that follows the card’s validity
-
Room power
The same credential controls power: off when the guest leaves
-
Platform management
One LMC platform maintains the whole permission model
Specs
| Credential | Card / phone tap (NTAG) |
|---|---|
| Permission granularity | By floor, by time, by person |
| Logging | Every swipe logged and traceable |
| Power loss | Releases automatically, meeting fire codes |
| Compatibility | Mainstream lifts and door controllers |
Specifications follow the final production version and are reviewed by the product manager before release.
Specs and FAQs
Elevator and access control is the access layer of the LOCK.LINK light-IoT system: it uses the same card or phone credential as the LS02 guest room lock, sothe same card or the same phone credential guests move between lifts, corridor doors and their room without thinking about it, while the hotel manages permissions by floor, time and person. Issued once, valid everywhere, expiring at checkout.
- Credential
- Card / phone tap
- Permission granularity
- Three dimensions: floor · time · person
- Logging
- Traceable end to end
- Power loss
- Automatic release · meets fire codes
- One-card access
- Four touchpoints: locks + lifts + doors + power
- Compatibility
- Fits mainstream lifts and door controllers (one LMC platform, one card issue)
No lift control vs LOCK.LINK elevator access
| Item | No lift control | LOCK.LINK elevator access |
|---|---|---|
| Guest access | A card or key reaches everywhere | Only the floors and areas authorised |
| Changing permissions | Manual logging and cancellation | Expires with the card automatically |
| Visitor control | Hard to control | Authorised by person and time window |
| Traceability | No records | Every swipe logged and inspectable |
| Staff management | Many cards to manage | One card, one role — issued by position |
| Fire compliance | — | Automatic release on power loss |
Deployment steps
- Step 1 · Site survey: Record the lift brand and controller model, and agree the fitting method (reader plus link module) and the power-loss release policy.
- Step 2 · Add hardware: Fit the readers and link modules in the car and on the floors — the lift control system is untouched and shaft wiring is left alone.
- Step 3 · Platform testing: Connect the LMC / IoT platform, configure the floor permission model and time rules, and complete the card-to-lift linkage test.
- Step 4 · Issue and sign off: Issue permissions from the PMS or card system, verify floor by floor that the card only reaches its own floor, and hand over a sign-off sheet.
Common questions
Is elevator access the same system as the room lock?
Yes. It shares the card-issuing system and IoT platform with the LS02 lock: the card works across locks, lifts, doors and room power, issued once and valid across all of them.
Can it work with older lifts?
It fits mainstream lifts and door controllers. The lift itself does not need replacing — readers and link modules are added on top, with the exact models assessed per project.
What happens to lift control in a power cut?
It releases automatically — the lift is not locked and nobody is trapped — meeting evacuation codes. Permissions return by themselves when power comes back.
Can a phone double as the lift card?
Yes. The LS02 Ultra phone credential (tap from WeChat, Alipay or the group’s app) also works for lift and door access.
Key facts, ready to quote
LOCK.LINK elevator and access control lets a guest use one credential for the room lock, the lift, corridor doors and room power, with permissions managed across three dimensions: floor, time and person.
In a power cut the lift control releases within one second, meeting fire requirements, and the permission model is maintained by a single LMC platform — adding devices never means rebuilding it.