What is included in ELV (low-current) systems?
Typically: structured cabling (copper/fiber), Wi-Fi, CCTV, intruder alarms (IAS), fire detection (FAS), access control, intercoms, plus interfaces to power, switchboards and documentation.
We build ELV systems to be truly usable in real life: structured cabling, Wi-Fi, fiber optics, IP CCTV, intruder alarms (IAS), fire detection (FAS) and access control. Not just “installation” — a complete system with logic, documentation and service continuity.
Documentation
Labeling & handover
Operations
Stability & service
Fast access to the exact scope. Each area is described so it’s clear what’s included, what the deliverables are, and how it ties into day-to-day operations.
The foundation of every network: routes, outlets, patch panels, labeling and a handover that stays readable and serviceable.
Coverage, stability and security: design, installation and configuration for offices, schools, sites and apartment buildings.
Backbone links for buildings and campuses: fiber routes, termination, patching and clean execution for long-term operation.
Surveillance, recording, remote access and a clear system layout—designed around risk, operations and requirements.
Security with logic: zones, detectors, sirens, modes and dependencies. The goal is prevention and fast response.
Fire alarm systems with proper design, documentation and ongoing service—ideal for schools, offices and industrial sites.
Manage entry: readers, cards/tags, locks and operating modes—with clarity, control and growth-ready scalability.
ELV often becomes the weakest link in a building—not because of the technology, but because of execution: no labels, no topology, no documentation, and no clean interfaces to power and switchboards. We build ELV installations so they work in daily operation, stay readable and expandable, and service never turns into detective work. Most often this includes structured cabling, Wi-Fi, fiber optics, CCTV, IAS, FAS and access control.
Wi-Fi is infrastructure, not a “bonus”
Public buildings (especially schools) increasingly rely on reliable indoor connectivity. That’s why we design Wi-Fi for coverage, stability and security—and we include documentation so management doesn’t become improvisation.
ELV is not “just a few cables”. It’s topology, routes, labels, rack order and interfaces to PoE and power. When it’s done right, adding another AP/camera/reader is routine—not a hunt.
CCTV security depends on segmentation and access
Risk often increases when devices are exposed to the internet or managed without clear controls. That’s why we typically address network segmentation, access rules and operational modes so surveillance works—but doesn’t become a weak point.
Details matter: PoE budgets, protection, UPS, surge protection, grounding—and making sure nothing is “hacked in on the side”. The result is stable operation and predictable service.
The goal is a clean takeover: labels, topology logic and documentation for facility management. Readable today—and still readable years later, including expansion readiness.
Offices, production, warehouses: stable LAN, Wi-Fi coverage, CCTV, access, IAS and documentation for operations.
Public buildings and campuses: FAS, access, surveillance and infrastructure with clear outputs for on-site technicians.
Common areas, garages, entrances: CCTV, access, intercoms, sensible routing and service continuity.
From rough-in routes to commissioning. In refurbishments we organize what exists and clean it up without unnecessary compromises.
Depending on the project we also handle: network components (switches, PoE, segmentation), racks / data cabinets, power and backup (UPS, surge protection), time & attendance, intercoms / video entry, smart building integrations, and public address. The key is one consistent system—not a mix of unrelated parts.
Quick links to details—so you know exactly what’s included and what the deliverables are.
Send a short brief: building type, scope (cabling / Wi-Fi / CCTV / IAS / FAS / access), deadline and location.
Controlled execution. The goal is reliable technology, safe operation and a handover without question marks.
We align on the building, scope, risks and operational requirements. In ELV, routes, power and interfaces must make sense from day one.
We design cabling logic, Wi-Fi coverage, fiber routes, camera placement and IAS/FAS operating modes. The result is a system you can extend without improvisation.
Orderly routing, labeling, patching and a tidy rack. If the site is live, we plan work to keep disruption minimal and controlled.
We configure devices, access rules and scenarios, then test functions (recording, notifications, zones, access) and fine-tune for reliability.
We hand over documentation and explain operation. We also set a service mode so incidents and expansions are handled fast and predictably.
If you want, we take over regular maintenance, expansions and optimization. ELV should be an asset—not a headache when something breaks.
Long-term partnerships with top companies in industry and the public sector.
Typically: structured cabling (copper/fiber), Wi-Fi, CCTV, intruder alarms (IAS), fire detection (FAS), access control, intercoms, plus interfaces to power, switchboards and documentation.
Yes. We deliver ELV for companies, municipalities, schools and apartment buildings. We adapt to site operations, security level, and the management model (in-house IT, maintenance, external provider).
Yes—and it’s usually the best approach. Routes, PoE power, rack layout, active components and security technologies depend on each other. One integrated delivery means fewer compromises, cleaner handover and faster service.
Yes. PoE is key for CCTV/Wi-Fi/access. We design PoE budgets, rack structure, backup (UPS) and clear labeling so the system stays stable as it grows.
Yes. For ELV it’s essential: cable and port labeling, rack/switchboard documentation, and a readable topology. The goal is a system that’s understandable, expandable and serviceable even years later.
Yes—depending on cable type and project requirements. Measurement outputs are part of the handover documentation to confirm the installation meets parameters in operation.
Yes. For offices, schools and live sites, we agree on a procedure and schedule so work is controlled, safe and operations remain under control.
Absolutely. Proper routes, rack design and network logic save time and money later. We recommend capacity reserves and interfaces so your system doesn’t grow chaotically.
Messy routes, missing labels, improvised power and zero documentation. We build ELV to be managed—not just to ‘kind of work’.
Building type, location, rough scope (cabling / Wi-Fi / CCTV / IAS / FAS / access), target deadline and the goal. Details (point counts, routes, operating constraints) can be refined during consultation or site visit.