Buildings are constantly changing. Technical systems are modified or expanded, components age, maintenance is performed, and new applications are added. At the same time, periodic inspections must be conducted on time, documents must remain available, and identified issues must be addressed.

How do you, as a facility manager, keep track of all these aspects of technical building management?

The passenger elevator is a good practical example. It’s a single system, but one with various technical components, environmental factors, documents, and follow-up requirements.

1. Examine the components behind your technical systems

Modern elevators are equipped with systems that must be able to function even during a power outage. The emergency controls, for example, may use continuously powered batteries or a UPS (Uninterruptible Power Supply).

Batteries and UPS systems have a limited service life. Regular inspection is therefore important. If the required emergency power supply fails during the inspection, this will result in a negative inspection result for the elevator.

Emergency communication with the emergency response service also requires attention. The modem used for this purpose is also battery-powered. That battery must function properly when needed.

For a building manager, it is therefore important not to focus solely on the elevator as a whole. The components that support its safe operation also require monitoring.

This principle applies more broadly to building safety: a single technical system may consist of multiple components, each of which requires maintenance, inspection, or monitoring.

Passenger Elevator Inspection

2. Building safety does not stop at the system itself

The environment in which a technical system is located can also affect its safe use and operational continuity.

For elevators, for example, adequate landing lighting is important. Insufficient lighting on the landing increases the risk of tripping.

Flooding in the building can also affect the elevator system. The elevator shaft is located at least 1.50 meters below the lowest landing floor. As a result, the shaft can act as a collection point for water in the event of flooding. It is therefore important for building managers to monitor potential water seepage or flooding around the elevator system.

The temperature in the machine room also warrants attention. High temperatures can cause the elevator to go into safety mode and interrupt operation. Especially during hot periods, this is therefore not only a technical concern but also a matter of availability and continuity.

For facility management, it is therefore helpful not to view technical systems in isolation.

3. Good facility management starts with control over documentation

Managing a safe elevator means more than just paying attention to the system itself. Maintaining the proper documentation is also the operator’s responsibility.

The Royal Decree on elevator safety stipulates that the operator is responsible for:

the risk analysis reports;
documents regarding modernization programs and their implementation;
records of preventive maintenance performed over the past 10 years;
the reports on preventive inspections from the past 10 years;
the user manual, including instructions for manual and emergency operation;
the maintenance instructions;
if applicable: the EC Declaration of Conformity.

For facility management, this presents a very practical challenge: when information is scattered across email inboxes, local folders, maintenance companies, inspection agencies, and various colleagues, a simple question can unexpectedly take a lot of time.

Can we demonstrate today what was inspected, when it took place, and what follow-up was required?

This makes document management an essential part of building safety and technical building management.

A person wearing a safety helmet and gloves is performing an inspection or installation on an elevator system in an unfinished building, with a focus on safety, technical aspects, and quality control.

4. Turn inspection follow-up into a process

A periodic inspection is just one point in the much longer lifecycle of a technical system.

After an inspection, issues may arise that require further follow-up. Meanwhile, preventive maintenance continues, systems may be modified, and the next inspection dates draw nearer.

Those who manage multiple systems or buildings therefore have several cycles running concurrently.

For facility management, it’s therefore not just about knowing when the next inspection will take place. You also want to be able to quickly answer four questions:

What’s the current status? Which critical technical systems do we manage?
What’s coming up? Which inspections, maintenance schedules, or actions need to be planned?
Where is the documentation? Where can we find the most recent reports and technical documentation?
Who takes the next step? Who is responsible for outstanding issues?

When that information is scattered across calendars, spreadsheets, email inboxes, and various people in charge, follow-up quickly becomes dependent on specific individuals. And that’s exactly where fragmentation arises.

5. Building Safety in Facility Management: Bring Everything Together in a Single Overview

Ultimately, an elevator is just one component of a building.

Depending on the environment, a facility team also manages electrical systems, charging stations, solar panel systems, fire safety equipment, lifting equipment, and other technical systems. Each area has its own points of attention, documents, and follow-up schedules.

And buildings are constantly changing. A charging station is added. An electrical panel is expanded. An elevator is modernized. A technical room is repurposed.

These changes, in turn, can impact inspections, documentation, planning, and further follow-up.

That’s why getting a handle on building safety doesn’t start with yet another separate checklist. It starts with a fixed structure that allows you to answer the same questions across different systems, buildings, and locations.

Visibility. Planning. Evidence. Follow-up.

In this way, technical building management shifts from reacting when issues arise to maintaining systematic control over the safety of your buildings.

How much control do you have over your building safety today?

As the number of buildings, technical systems, and stakeholders grows, follow-up becomes more complex.

That’s why Normec BTV developed the practical guide “Taking Control of Building Safety in Facility Management.” It’s not just another technical checklist, but a practical framework that allows you to critically assess your current approach.

In the guide, you’ll discover how to bring more structure to the technical safety monitoring of your buildings:

identify critical systems per building or site;
structure key inspection and monitoring points;
keep reports and technical information usable and easily retrievable;
incorporating changes to systems into your monitoring process;
translate findings into concrete actions.

The guide summarizes this in four pillars: visibility, planning, evidence, and follow-up.

Curious about what Normec BTV can do for you?

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