Computer integrated systems design
SNTK SYSTEMS LLC builds and commissions integrated computer systems for organizations that need every frame, plug and bond to hold under load. Our relay room at 285 Henley Pl, Duluth - 30097-1976, United States (US) is where the work is laid out, laced and proven before a single cabinet leaves the floor. Read the full service menu on this page of the stack frame and see how each discipline connects to the next.
Book a relay room walkthroughWhy a relay room
Modern building work mixes compute racks, controllers, field wiring, power conditioning and communications into one operating surface. The failure that costs money is rarely a broken box. It is a loose joint: a frame that was squared on paper and never squared on the floor, a patch that was labelled from an old drawing, a bond that read fine on a meter and drifted the next season. SNTK SYSTEMS LLC treats those joints as the product. Our engineers work from a relay room model because a relay room is honest. Every wire arrives somewhere, every ground has a bus, and every decision can be traced back to the layer that carries it.
The company holds its trade in computer integrated systems design, which means we specify, assemble and verify the whole arrangement rather than selling one part into a ticket queue. A single engagement can cover the rack plan, the conduit schedule, the patch schedule, the test record and the handover binder. Clients come to us when a building is being remade, when two previously separate systems must share a floor, or when an older installation has drifted so far from its drawings that nobody trusts the labels any longer. We put the room back in order and we leave a document that makes the next change straightforward.
Six working disciplines
Each discipline has its own row on the bay, its own tools and its own proof standard. They run in a fixed order during a build and cycle back as a maintenance rhythm once the room is live.
The frame plan is laid out, squared and levelled before hardware arrives, so cabinets land true and stay true. Load figures and expansion gaps are settled at the desk, not discovered in the aisle.
A scheduled walk of every patch panel, checking latches, slack and labels against the current schedule. Rounds catch the drift that builds quietly between major changes.
A concentrated block for bonding, torque checks and continuity records across the main distribution rails. The week ends with a signed bus map that matches the room as built.
Planned change windows where worn relay cans and contacting elements are replaced in sequence. Each swap is observed, logged and confirmed by a link test before the next position is touched.
Focused sessions that follow a circuit from source to terminal and correct the drawing while on the ladder. Traces explain intermittent faults that no single meter reading will ever capture.
Low-traffic evening checks of earth paths, bonding straps and cabinet grounds across the whole room. Readings are compared to the baseline and any drift is scheduled before it becomes a fault.
The value of an integrated systems shop is that the rack, the field wiring, the bus and the schedule are designed together. We start with a layer map of the room, then assign every incoming service a home before any conductor is pulled. When a client asks for a new monitoring loop or an added controller cabinet, the answer is a position on that map, not a fresh negotiation with three trades who never met.
This is the reason we keep the Stack Frame Desk as the first row on the bay. The desk produces the layer map, the cabinet schedule and the expansion plan in a single document that the rest of the room can follow. Without it, every later discipline improvises, and improvisation is what a relay room is built to prevent.
Proof is a fixed step, never a courtesy. Every completed row is walked twice, once by the engineer who built it and once by a second reader who compares the result against the schedule. Discrepancies are marked in red and resolved before the room is called ready.
The record that leaves the room is written for the person who arrives next, not for the person who did the work. It names positions, states what was measured and states what a future reader should check first. That habit is why our handover binders survive staff turnover and why clients return for the maintenance rhythm.
Our craft
The first visit to a site is a reading, not a sale. We ask where the room gets its power, how the incoming services are protected, which systems already exist into the building and which of those systems other teams depend on daily. The answers shape a layer map that groups work into the frames, bays, buses, relays, traces and grounds that compose the room.
Once the map is agreed, the build proceeds in that order. Frames are squared and levelled, cabinets are landed and anchored. Then patch bay wiring is pulled, dressed and terminated row by row. Bus work follows, because bonding before loading keeps the meter readings clean. Relay hardware is fitted after the bus is proven, and the tracing and grounding that close a build are performed once the room is populated.
Maintenance is the same sequence at a gentler pace. Patch bay rounds keep the bays honest, bus bar weeks re-check the distribution, relay swap days refresh worn contacts, trace sessions resolve anything the drawing alone cannot explain, and ground check evenings keep the earth path stable through seasons of load. A room that follows this rhythm needs far fewer emergency callouts than one that does not.
We are a small practice and we intend to stay one. That means a client speaks to the engineer who read the room, not to a coordinator who relays messages. It also means we decline work we cannot do properly, and we say so before a purchase order is raised rather than after.
Our relay swap window opens before the building wakes, when the bus is quiet and every cabinet can be observed without a crowd at the panel. Ask for the next available window and we will reserve a position on the bay for your room.
Engagement rhythm
Walk the site, photograph the existing condition and list every service entering the room.
Lay out the layer map, cabinet schedule and patch plan for client review.
Frames, bays, bus, relays and grounding in sequence, with a second reader on every row.
Deliver the corrected drawings, the test record and the maintenance rhythm in one binder.
We believe a systems design should be readable by the person who inherits it. That is the standard we set in Duluth and the standard we bring to every site we are invited into.
If a drawing, a label or a meter reading cannot be trusted, the room is not finished. Our job is to make all three agree.