An elevator breakdown is an inconvenience. An elevator failure is a liability.
The difference between the two almost always comes down to how the lift was installed, what safety systems were included, and whether it has been maintained and inspected to a credible standard. For building owners, architects, and facility managers in Pakistan, understanding what those standards require — and who enforces them — is not a technical exercise. It is a matter of occupant safety, legal accountability, and long-term building value.
This guide covers the regulatory environment for elevators in Pakistan, the safety devices that should be present in any passenger lift, resilience requirements for power failures and earthquakes, and what a proper inspection and certification process looks like.
How Elevator Safety Is Regulated in Pakistan
Elevator safety regulation in Pakistan is administered primarily at the provincial level through Building Control Authorities, rather than through a single national elevator-specific law.
In Karachi, the relevant body is the Sindh Building Control Authority (SBCA). In Punjab, the Lahore Development Authority (LDA) and relevant district authorities govern building approvals. Any building that includes a lift requires approval as part of the structural and services drawing submission process before construction begins, and the elevator installation must meet the specifications submitted in those drawings.
In the absence of a standalone national elevator code, quality installers in Pakistan reference established international standards — most commonly EN 81 (the European standard for the safety of lifts) and ASME A17.1 (the American Safety Code for Elevators and Escalators) — as the benchmark for installation, safety device specification, and inspection. These are the same standards used by elevator manufacturers whose equipment is commonly sold and installed in Pakistan.
Building owners and developers should request that their elevator contractor explicitly state which standard their installation is designed to comply with, and confirm this in writing as part of the project contract.
Mandatory Safety Devices in Passenger Elevators
Any passenger elevator — whether in a home, hospital, apartment tower, or commercial building — should include the following safety systems. For any elevator being installed to a recognized international standard, these are not optional features. They are baseline requirements.
Automatic Rescue Device (ARD)
An Automatic Rescue Device (ARD) is a battery-powered system that activates during a power failure, driving the elevator cab to the nearest floor landing and opening the doors to allow passengers to exit safely.
Without an ARD, a power failure traps occupants inside the cab until power is restored or a technician manually releases the brakes — which can take hours. An ARD eliminates this risk entirely by running the elevator to safety on battery power within seconds of a power interruption.
Given the frequency of power outages in Pakistan, an ARD is one of the most practically important safety devices in any Pakistani installation. To learn more about how this technology evolved, see our article on The Evolution of Elevator Safety Features.
Overload Sensor
An overload sensor is a weighing device that prevents the elevator from operating when the cab’s load exceeds its rated capacity, typically triggering an audible alert and holding the doors open until the excess load is removed.
This device protects the drive system, the ropes, and the structural components from stress beyond design limits. It also prevents the dangerous scenario of an overloaded cab attempting to move and failing mid-shaft.
Safety Brake (Governor and Buffer)
A safety brake system — consisting of a speed governor and a buffer — prevents the elevator cab from free-falling in the event of rope or drive failure by mechanically gripping the guide rails to bring the cab to a controlled stop.
The governor monitors cab speed continuously. If the cab exceeds a safe speed in any direction, the governor triggers the safety gear, which clamps the guide rails and brings the cab to a halt. Buffers at the bottom of the shaft provide a final mechanical cushion in the event the cab descends further than expected.
Door Interlock System
A door interlock system prevents the elevator from moving unless all landing doors and the cab door are fully closed and mechanically locked, eliminating the risk of operation with an open or partially open door.
This is one of the most critical safety mechanisms in any elevator, preventing the most common cause of serious elevator injuries — contact with the moving cab when a door is not properly secured.
Emergency Communication System
An emergency communication system is a two-way intercom or alarm device inside the elevator cab that connects occupants directly to building management, a monitoring service, or emergency services in the event of entrapment or malfunction.
Building codes typically require that the system be capable of operating independently of normal building power — either on battery backup or through a dedicated line — so that occupants can call for help even during a power failure.
Earthquake and Power-Outage Resilience
Seismic Requirements
Pakistan sits in a seismically active zone, with significant earthquake risk across multiple regions, including Karachi. Elevators in seismically active areas should include a seismic sensor — a device that detects ground movement above a set threshold and automatically brings the elevator to the nearest floor and opens the doors before the shaking can cause a cab to become stuck or derailed.
For high-rise buildings in particular, seismic considerations should be part of the elevator specification discussion with your installer, covering both the drive system and the guide rail design.
Power Failure Protection
Beyond the ARD already described, elevators in Pakistan should be specified with appropriate backup power integration, particularly in hospitals, high-rise residential towers, and commercial buildings where elevator access is critical during outages. In these settings, backup generator integration or UPS systems ensure the elevator remains operational or safely parked during load-shedding.
Fire Safety and Evacuation Requirements
Fire-Rated Elevators and Firefighter Service Mode
A fire-rated elevator, also called a firefighters’ lift, is an elevator built and designated to remain operational during a fire emergency for use by emergency services, with fire-rated shaft enclosures, landing doors, and a dedicated firefighter control mode.
In high-rise buildings, a designated firefighters’ lift is typically required as part of the building approval process, separate from standard passenger lifts. This lift must meet specific structural, door, and control requirements that allow fire crews to use it safely even when the building is actively burning.
Elevator Behavior During Fire Alarms
In any building with a fire alarm system, passenger elevators should be connected to the fire alarm panel through a Fire Recall function. When the alarm activates, elevators travel immediately to the designated recall floor (typically ground floor), open their doors, and remain out of service — preventing building occupants from inadvertently using a lift during a fire emergency.
The Elevator Inspection and Certification Process in Pakistan
A properly installed elevator should go through a structured inspection and load-testing process before it is commissioned for regular use, and then at regular intervals throughout its operating life.
A credible pre-commissioning inspection covers:
- Load testing: The cab is tested at 100% and typically 110–125% of rated capacity to verify that all mechanical systems, safety brakes, and suspension components perform within specification
- Safety device verification: ARD, overload sensor, door interlocks, emergency communication, and speed governor are all tested under controlled conditions
- Documentation: A formal inspection record is issued, covering the installation specifications, test results, and any conditions that must be corrected before the lift is cleared for use
- Certification: In jurisdictions where BCA approval is required, the documentation package supports the building owner’s compliance submission
For ongoing compliance, elevators should receive a structured inspection at least annually as part of a formal Annual Maintenance Contract (AMC). An AMC that does not include inspection documentation is not a complete compliance solution. See our AMC Guide for a full breakdown of what a proper maintenance contract should cover.
How Hub Elevator Ensures Compliance on Every Project
Hub Elevator’s installation process is built around the same international safety standards — EN 81 and ASME A17.1 — that reputable manufacturers and installers use as the baseline for compliant installations in Pakistan.
Before any project begins, our team conducts a pre-installation assessment covering shaft dimensions, structural load capacity, power supply specifications, and applicable BCA requirements for the building type and location. Every installation includes a commissioned safety device check and load test, with documentation provided to the building owner as part of project handover.
Our AMC programme includes scheduled inspections with written reports, so building owners have a documented compliance record for every service visit — not just an informal technician callout. To explore our full service offering, visit Our Services.
Frequently Asked Questions
Q: Are elevators regulated by law in Pakistan?
Elevator safety in Pakistan is governed at the provincial level rather than through a single national elevator law. Building Control Authorities — including the Sindh Building Control Authority (SBCA) in Karachi and the Lahore Development Authority (LDA) in Punjab — regulate lift installations as part of the building approval process. In practice, quality installers reference established international standards such as EN 81 (European) and ASME A17.1 (American) as the technical benchmark for compliant installations, since no standalone national elevator code currently exists.
Q: What safety devices are mandatory in passenger elevators?
A passenger elevator installed to a recognized safety standard should include: an Automatic Rescue Device (ARD) for power failure protection, an overload sensor, a safety brake system (governor and buffer), a door interlock system on all landing and cab doors, and an emergency communication system. For high-rise buildings and those in seismically active zones, seismic sensors and firefighter service mode may also be required.
Q: How often should elevators be inspected in Pakistan?
As a minimum, elevators should undergo a formal inspection at least once per year, typically carried out as part of a structured Annual Maintenance Contract (AMC). This annual inspection should produce written documentation of all safety device tests, load checks, and any remedial work carried out. Buildings subject to BCA oversight may have additional inspection requirements as part of occupancy certification. Elevators in high-traffic settings — hospitals, commercial towers, large residential buildings — should be inspected more frequently.
Have a Compliance Question About Your Building?
Whether you are planning a new installation, auditing an existing lift, or preparing documentation for a building approval submission, Hub Elevator‘s team can walk you through what your specific building requires.
