Russell Controls is led by Kevin Russell, an electrical-controls and data acquisition engineer with practical experience across high-voltage transmitter systems, industrial cooling, antenna motion, boiler operations, robotics, machine vision, PLC/HMI platforms, and SCADA historian systems.
Review Experience Start a ProjectRussell Controls is owner-led, which means the person scoping the system is also close to the drawings, code, field behavior, data, and final handoff.
Kevin Russell built Russell Controls around a simple standard: control systems should be clear enough to troubleshoot, documented enough to maintain, and data-rich enough to improve after commissioning.
The work is grounded in hands-on electrical controls experience across high-voltage transmitter systems, industrial cooling, antenna motion, boiler and utility equipment, robotics, machine vision, PLC/HMI platforms, and SCADA historian systems. That range gives Russell Controls a practical view of how machines fail, how operators use them, and how owners justify upgrades.
Customers work directly with an engineer who understands the full path from field device to controller, HMI, alarm, historian, dashboard, and maintenance decision. The goal is not to make automation more complicated. The goal is to make the system easier to run, easier to diagnose, and easier to expand.
Projects are scoped, reviewed, and supported by the same technical owner, reducing handoff loss and keeping decisions tied to the real operating goal.
Recommendations are shaped by wiring, IO, devices, alarms, maintenance access, spare parts, and how operators actually interact with the equipment.
SCADA and historian data are treated as part of the control strategy, not an afterthought, so troubleshooting and future upgrades have evidence behind them.
These are the capability areas Russell Controls brings forward for owners, primes, and teams that need practical controls support without bloated project overhead.
Control rack and cabinet design, power distribution, circuit protection, 24V DC through 480V systems, sensor wiring, remote IO, controller installation, and field troubleshooting with meters, diagrams, and signal injection.
PLC logic, HMI screens, alarms, interlocks, IO scaling, sequences of operation, structured text, function block, ladder logic, PID, ramp/soak, and platform work across common industrial control ecosystems.
Time-series database setup, Grafana dashboards, UA gateway configuration, real-time data collection, VPN-enabled monitoring, bucket and token configuration, and multi-year operating visibility.
High-voltage transmitter controls, industrial cooling, antenna motion, boiler and turbine systems, diesel generators, HVAC operations, fans, valves, pumps, robotics, conveyors, and machine vision.
Hands-on installation support, start-up, qualification, debug, site checks, functional testing, corrective maintenance, preventative maintenance, documentation control, and operator handoff.
Controls meeting leadership, engineering task assignment and review, vendor coordination, project scheduling, documentation standards, spare-parts organization, and cross-discipline collaboration.
The operating model is consistent: treat every system as an electrical, software, mechanical, and data problem at the same time, then leave behind something the customer can actually own.
Review drawings, P&IDs, field wiring, equipment behavior, alarms, and operator needs before recommending hardware or software.
Translate the real process into panel layouts, IO plans, network structure, control narratives, HMI screens, and data tags.
Bench-check wiring, confirm IO scaling, validate logic paths, troubleshoot devices, and prove the system against the agreed sequence.
Leave behind red lines, program structure, tag context, data visibility, and practical notes that make the system easier to own.