From the first drawing review to the final turnover package — a clear, repeatable process built around the realities of commercial construction and the expectations of general contractors who have dealt with low-voltage subs who didn't know how to work on a real job.
We don't submit a number without understanding the job. Every bid starts with a real review of the drawings, specifications, and project requirements — not a square footage estimate and a guess.
When you upload drawings and specs to TCSS, our estimating team reviews the telecom drawings, reviews the specifications for materials and installation standards, identifies the pathway scope, confirms device counts, and reads the relevant sections of the project manual before we write a single number.
If something in the documents doesn't make sense, is incomplete, or conflicts with another trade's scope, we flag it before we bid — not after we're on the job. We submit a clear, complete bid scope with any qualifications or clarifications noted explicitly.
Full telecom drawing review before bidding
Specifications read and incorporated into bid
Scope questions submitted as RFIs before bid date
Complete bid with clearly stated inclusions and exclusions
Before a single tool hits the jobsite, we do the work that prevents field problems — reviewing the construction schedule, walking the site if available, and coordinating with the trades whose work affects ours.
TCSS attends pre-construction and coordination meetings relevant to our scope. We review the construction schedule and identify the phases where our work needs to happen — rough-in conduit before framing is closed, cable pull after ceiling framing, device installation after drywall, rack work after the room is painted and clean.
We coordinate directly with electrical, mechanical, and other subs whose pathways conflict with ours. We confirm telecom room dimensions, power availability, and environmental conditions before we order material. If drawings have changed since bid, we review the current set and adjust accordingly.
Construction schedule reviewed and phased installation plan developed
Coordination meeting attendance — electrical, mechanical, GC
Telecom room conditions confirmed before material order
Current drawing set reviewed — any changes from bid set identified
Rough-in is where low-voltage work either sets up the installation for success or creates problems that follow the project all the way to punch list. TCSS treats rough-in with the same attention we give finished work.
Conduit is installed to spec — proper fill, proper support, proper bend radius, boxes at the right height with the right backbox for the device that goes in it. J-hooks are spaced correctly, properly supported, and installed at a consistent height that won't conflict with mechanical or electrical. Cable tray is installed level, properly supported, and with radius drops at transitions that protect the cable that will run through it later.
We don't just install conduit and leave — we make sure our rough-in is labeled (where required), that conduit stub-ups are capped and protected, and that the GC knows where our infrastructure is before the walls close around it.
Conduit installed to spec — fill, support, bend radius
J-hooks at correct height and spacing — coordinated with other trades
Backboxes at correct mounting height for device type
Stub-ups capped and protected before walls close
This is where the quality of a low-voltage installation shows — and where most subs cut corners. TCSS does not.
Cable is pulled with proper tension management — no staples, no kinks, no violations of the minimum bend radius that degrades performance. Bundles are organized from the pull, not sorted out at the panel. Cable is supported every ten feet in open ceiling areas and protected at every penetration.
Terminations are made cleanly — untwisting only as much as required, consistent pair order, punch-downs fully seated. Patch panels are dressed before they're labeled, and labeled before the rack is dressed. Faceplates are installed flush, screws aligned, labeled clearly and consistently per the port schedule.
Fiber is pulled with proper grip and bend radius protection, fusion spliced at every transition point, and organized in splice trays with proper slack loops before the enclosure is closed.
Cable pulled with tension management — no kinks or bend radius violations
Terminations to TIA-568 spec — consistent, clean, fully seated
Rack dressed before labeled — organized and serviceable
Faceplates flush, screws aligned, labels per port schedule
Every port. Every run. No exceptions. Testing is not an afterthought at TCSS — it's built into the installation schedule so we have time to address any failures before we're under pressure to turn the system over.
Structured cabling is tested with a calibrated Fluke DSX CableAnalyzer — the industry standard for Cat6 and Cat6A certification. Every port is tested channel and permanent link, and every result is stored in the tester for inclusion in the documentation package. Any failures are corrected and retested before the job is called complete.
Fiber runs are tested bi-directionally with an OTDR — generating a trace for every fiber strand that documents splice loss, connector loss, and any anomalies in the fiber path. Insertion loss testing is performed at every connection point. All results are documented in a formatted test report.
100% of ports tested — Fluke DSX calibrated tester
Cat6 and Cat6A certified to TIA-568 channel and permanent link
Fiber OTDR tested bi-directionally — all strands documented
Failures corrected and retested before turnover
The turnover package is what the building owner actually lives with. At TCSS, we treat it as part of the deliverable — not an administrative burden to finish after the job is done.
We document as we go throughout the project — maintaining a port schedule, recording conduit routing in the field, and photographing telecom room installations before closeout. By the time we reach turnover, the documentation is assembled, not created from scratch.
The TCSS turnover package includes as-built drawings showing actual cable routing and device locations, a complete port schedule mapping every outlet to its patch panel port, Fluke test reports for every copper run, OTDR test reports for every fiber strand, telecom room photographs, and any relevant product documentation. This package is what the building owner and IT team use to manage the system for the life of the building.
As-built drawings — actual routing and device locations
Complete port schedule — outlet to patch panel port map
Fluke test reports — all copper runs
OTDR reports — all fiber strands
Telecom room photographs
Product documentation and warranty information
Material staged, crew briefed, drawings reviewed. We don't arrive on site to figure out what we're doing that day.
If something on the drawings doesn't work in the field, you hear about it from us before it's a delay — not after.
Turnover documentation submitted complete and on time. No chasing test reports or as-builts weeks after we leave the job.