Structured Cabling & Low Voltage Wiring
Clean, certified structured cabling and low voltage wiring solutions installed right the first time – from Cat6A data runs to fiber optic backbone systems. Kochs Electric delivers comprehensive design installation and professional-grade wiring for homes, businesses, and enterprise facilities across Indiana.
5 Highlights on Structured Cabling & Low Voltage Wiring
- End-to-end cable installation — Kochs Electric pulls, routes, and terminates Cat5e, Cat6, Cat6A, and fiber optic cable through EMT conduit, cable tray, and J-hook pathways across commercial and residential projects of any scale.
- Certified testing on every run — Every structured cabling installation gets Fluke-certified, with insertion loss, return loss, and NEXT measurements documented and delivered to the client.
- Full low voltage scope — From RJ45 keystone jacks and patch panels to coaxial RG6 drops, speaker wire, control cable, security cameras, and IP camera wiring, the expert team handles the complete low voltage system – including phone system drops, smart home automation wiring, and structured cable management throughout.
- Code-compliant installations — All work meets NEC, TIA-568, and BICSI standards, with plenum-rated and riser-rated cable selected based on the specific building zone and AHJ requirements.
- MDF and IDF buildouts — Kochs Electric installs and dresses equipment racks, patch panels, horizontal managers, and vertical managers in main distribution frames and intermediate distribution frames with labeled, color-coded terminations.
Our Structured Cabling & Low Voltage Wiring Services:
Why Choose Our Structured Cabling & Low Voltage Wiring
Structured cabling and low voltage wiring demand precision. A poorly terminated RJ45 connector or an untested Cat6A run can drop network performance, fail certification, and cost far more to fix than to install correctly the first time. Kochs Electric delivers comprehensive, professional-grade solutions built to handle current demands and scale for the future.
Kochs Electric brings a licensed expert team of electricians and trained low voltage technicians to every job. The crew reads blueprints, coordinates with project managers and engineers, and follows a structured layout plan before pulling a single cable. That means conduit bodies, pull boxes, and raceway pathways are planned and installed before cable ever gets fed through.
Every structured cabling project gets documented. Kochs Electric delivers as-built drawings, Fluke certification reports, and labeled patch panels so your IT team or building inspector knows exactly what’s installed and where.
The team works across commercial offices, healthcare facilities, enterprise campuses, warehouses, schools, and multi-tenant buildings. Whether the job calls for a 12-port IDF or a 500-run Cat6A campus backbone with fiber optic inter-building links, Kochs Electric has the tools, the certifiers, and the qualified personnel to complete it on schedule.
Kochs Electric is fully insured, licensed, and compliant with OSHA, NEC, and TIA standards. The work gets inspected, certified, and commissioned – not just plugged in and hoped for. Contact Kochs Electric at (317) 680-7907 or [email protected] to request a quote and get your project started.
Signs You Need Structured Cabling & Low Voltage Wiring
1. Slow or dropping network connections at specific workstations: If certain desks or offices consistently lose connectivity or run slower than others, the problem is often a poorly terminated Cat5e or Cat6 run rather than the router or switch. A cable tester or Fluke certifier can identify high insertion loss, excessive crosstalk, or a failed NEXT measurement on the specific run causing the issue.
2. Your building has no structured cabling system — just point-to-point runs: Daisy-chained switches, surface-mounted cables stapled to baseboards, and unlabeled wire bundles are signs that no structured cabling plan was ever installed. A proper system uses a centralized patch panel, homerun cable runs to each outlet, and a labeled distribution frame that makes moves, adds, and changes straightforward.
3. You’re adding IP cameras, access control, or wireless access points: Low voltage systems like NVR-connected IP cameras, PoE-powered access points, card readers, and smart home automation devices all require dedicated, properly routed cable runs. Running coaxial, Cat6, or shielded control cable through the correct conduit or raceway pathway – and terminating it at the right connector type – keeps the system reliable and inspectable.
4. You’re renovating or building out a new commercial space: Rough-in is the right time to install backboxes, mud rings, conduit sleeves, and pull strings before walls close. A proper setup during new construction or renovation protects the future flexibility of your cabling infrastructure. Trying to fish cable through finished walls costs more, takes longer, and often produces a lower-quality installation than running structured cabling during the construction phase.
5. Your current cabling won’t support the bandwidth your equipment needs: Cat5e tops out at 1 Gbps over 100 meters. Cat6A supports 10 Gbps. If your business is deploying 10-gigabit switches, high-resolution IP cameras, or multi-mode fiber links between floors, the existing cable plant may be the bottleneck. Kochs Electric can test, certify, and upgrade the infrastructure to match the equipment.
Our Structured Cabling & Low Voltage Wiring Process
Step 1 — Site Survey and Design Kochs Electric walks the building, reviews blueprints, and identifies MDF and IDF locations, conduit pathways, cable tray routes, and outlet placement. The layout gets documented before any work begins.
Step 2 — Rough-In and Pathway Installation The crew installs EMT conduit, cable tray, J-hooks, and raceway. Backboxes, mud rings, and pull boxes get mounted and secured at each outlet and junction point.
Step 3 — Cable Pull Technicians pull Cat6A, fiber optic, coaxial, or specialty low voltage cable through the installed pathways. Cable gets bundled, dressed, and protected through firestop penetrations where required.
Step 4 — Termination Each run gets terminated – RJ45 keystone jacks at the outlet end, punch-down connections at the patch panel, and LC or SC connectors on fiber runs. Cable management is applied throughout to keep the installation clean and accessible. Every termination is inspected before testing.
Step 5 — Testing and Certification Kochs Electric runs Fluke certification on every copper run and OTDR testing on fiber. Results get documented and delivered.
Step 6 — Labeling and Commission Patch panels, face plates, and cables get labeled and color-coded. The system is commissioned, verified, and handed off with full documentation. Kochs Electric can also handle ongoing management requests – moves, adds, and changes – as your network grows.
Brands We Use
Kochs Electric installs structured cabling and low voltage components from manufacturers with proven performance records and UL or ETL listings. The brands below are selected for reliability, compliance with TIA and ANSI standards, and long-term warranty support.
- Belden
- Panduit
- CommScope
- Leviton
- Fluke Networks
- Corning
- Legrand
- Hubbell
- Ortronics
- Siemon
All materials installed by Kochs Electric are UL-listed, RoHS-compliant, and selected to match the specific cable rating — plenum, riser, or direct-burial — required by the installation environment and the AHJ.
Other Services
| Structured cabling installation | Low voltage wiring service | Cat6A cable pull, patch panel termination |
| Structured cabling contractor | Network cabling installer | TIA-568 compliant, Fluke certified cabling |
| Low voltage wiring installation | Data cabling service | RJ45 termination, cable tray, MDF buildout |
| Commercial structured cabling | Office network wiring | IDF rack installation, fiber optic cabling |
| Structured cabling system | Building cabling infrastructure | Plenum cable, coaxial wiring, PoE network |
FAQs About Structured Cabling & Low Voltage Wiring
What is structured cabling?
Structured cabling is a standardized system of cables, connectors, patch panels, and distribution frames that supports voice, data, video, and low voltage systems throughout a building. It follows TIA-568 and BICSI standards and uses homerun cable runs from each outlet back to a central patch panel in an MDF or IDF.
What’s the difference between Cat6 and Cat6A?
Cat6 supports 1 Gbps at 100 meters and 10 Gbps only up to 55 meters. Cat6A supports 10 Gbps at the full 100-meter channel length and handles higher frequencies with better NEXT and ANEXT performance. For new installations, Cat6A is the right choice for most commercial environments.
Does low voltage wiring need a permit?
It depends on the jurisdiction and the scope of work. Many AHJs require permits for structured cabling in commercial buildings, especially when conduit is installed or firestop penetrations are made. Kochs Electric coordinates with the AHJ and pulls the correct permits before work begins.
How long does a structured cabling installation take?
A single-floor office with 24 to 48 drops typically takes two to four days from rough-in through certification. Larger multi-floor or multi-building projects are scheduled in phases coordinated with the general contractor and project manager.
Can existing cabling be tested and certified?
Yes. Kochs Electric can run Fluke DSX certification on existing Cat5e, Cat6, or Cat6A runs to verify they meet TIA channel performance standards. Runs that fail get re-terminated or replaced.
What low voltage systems does Kochs Electric wire?
The crew installs structured data cabling, coaxial cable for CATV and CCTV, speaker wire, control cable, fiber optic backbone systems, IP camera wiring, security camera cabling, access control cable, phone system infrastructure, smart home automation wiring, and PoE network drops for wireless access points and VoIP phones.