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Industries We Serve
Purpose-Built for the Environments That Separate Real Performance from Spec Sheet Performance
The systems ACS builds don’t live in air-conditioned server rooms. They run on Navy vessels in dynamic ocean environments. They run in underground mines filled with dust and vibration. They run in utility substations and foundry floors where heat, corrosion, and continuous duty cycle separate systems that last from systems that don’t. ACS engineers and manufactures for these environments, not around them.
Years of harsh-environment engineering and manufacturing experience
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Many industries served. One engineering standard of excellence applied to all of them.
Made in USA. Designed, built, and supported in Iron Mountain, Michigan.
Most suppliers build to the spec and stop there. ACS works with customers to define requirements, navigate compliance, and engineer systems that perform in the actual operating environment, not just the one described on paper.
Marine and Navy Defense
Shipboard control systems live in an environment that punishes everything: vibration, corrosion, shock, humidity, and a documentation discipline that most commercial suppliers aren’t equipped to meet. ACS has supported U.S. Navy programs since the late 1990s, including over 20 years of UNREP system design experience and extensive HVAC and machinery controls expertise.Â
We don’t just build to Navy specifications. We help shipyards and prime contractors define, refine, and execute requirements, then stay engaged through qualification testing, installation, and the life of the program.
Naval Shipyard Solutions: Full-program support for shipyards and prime contractors, from RFQ through commissioning and lifecycle sustainment.
Navy Compliance and Documentation: CDRLs, submittals, reps and certs, FAT, shipboard trials, and qualification packages built in from the start, not assembled at the end.
Shipboard-ready control and mechanical systems built for vibration, corrosion, EMI, shock, and the documentation demands of Navy programs, without integration surprises.
Mining
Mining is one of the most demanding environments. Period. Rock crushers, pumps, and blowers run at high horsepower, under continuous load, in facilities where unplanned downtime means an entire operation stops. When a belt fails or a bearing goes early, the cost isn’t just the part. It’s the hours to shut down, disassemble, realign, and restart equipment that can weigh thousands of pounds.
ACS builds jackshaft systems and belt tensioning systems specifically engineered for high-horsepower mining equipment. These are not off-the-shelf components adapted to fit. They are engineered products designed around the actual loads, duty cycles, and maintenance realities of mining operations.
The ACS jackshaft and belt tensioner combination reduces bearing loads on both the motor and the driven equipment, extends belt and bearing life, improves drive efficiency, and dramatically cuts the time required to replace belts during scheduled maintenance. A belt change that takes eight hours on a conventional slide-base jackshaft can be completed in a fraction of that time with an ACS tensioned system. That difference adds up quickly across a fleet of crushers or pumps.
ACS sells primarily through OEM crusher and equipment manufacturers, and works directly with their engineers to specify the right system for the application. For existing installations, the belt tensioner is also available as a standalone retrofit product.
Jackshaft Systems: Engineered jackshafts for high-horsepower, belt-driven equipment including rock crushers and large pumping systems. Designed to protect motor bearings and simplify maintenance at 500 horsepower and above.
Belt Tensioning Systems: Automatic tensioning systems that maintain proper belt tension, reduce bearing and belt failures, improve drive efficiency, and cut maintenance time. Available as part of an ACS jackshaft system or as a standalone retrofit.
Industrial
Industrial plants, foundries, and processing facilities need control systems and machine controls that are engineered for how their equipment actually operates, not catalog products adapted to fit an application they weren’t designed for.
ACS builds custom machine controls, PLC-based upgrades, and control panels for industrial equipment including pumps, blowers, compressors, stackers, conveyors, pick-n-place, and specialty production machinery. When a plant is adding a new process, retrofitting aging equipment, or replacing obsolete relay logic, ACS can handle the controls engineering from requirements definition through installation and commissioning.
The same engineering standard of excellence ACS implements for Navy programs applies here. Every project is built with clear engineering accountability, complete documentation, and a working understanding of how the control system fits into the broader equipment and process it’s driving.
Machine Controls: Custom PLC-based controls for new equipment installations, process additions, and specialty machinery. ACS has experience across a range of industrial equipment types, including foundry core box machines, sheet stackers, high-horsepower drive systems, and condition based monitoring systems.
Obsolete Relay Logic Replacement: Engineering and documentation support for facilities replacing aging relay-based control systems, including DLA-compatible documentation where applicable.
Industrial Plant Control Panels: Custom control panels and electrical systems for commercial plants, foundries, and industrial facilities, built to the application and the operating environment.
Utility and Commercial
Small and mid-sized utilities need relay control panels, recloser controls, and battery enclosure systems, but the large panel suppliers aren’t interested in low-volume orders. ACS is. We’ve built a focused capability around the utility market specifically because it’s underserved at the order quantities that matter to co-ops, municipalities, and independent power providers.
On the commercial side, ACS brings the same engineering discipline developed in Navy programs, to industrial facilities and plant operations that need custom control panels built to perform.
Electric Utility Solutions: Relay control panels, recloser controls, and substation systems for co-ops, municipalities, and mid-sized utility providers.
Industrial Facility Controls: Custom control panels and electrical systems for commercial plants and industrial facilities.
Utility-ready electrical systems engineered for standards compliance, field installation realities, and long lifecycle performance your projects require.
Why Environment Defines the Engineering
A control panel that works in a climate-controlled facility is not the same product as one that works on a ship, in a mine, or in a utility substation. ACS engineers with the actual operating environment as the design constraint, not as a footnote.
Shipboard:
Salt air, vibration, EMI, shock loads, and documentation scrutiny that doesn't stop at delivery. Systems have to pass qualification, install cleanly, and perform for the life of the vessel.
Underground Mining:
Continuous dust, extreme shock and vibration, high-horsepower loads, and no tolerance for downtime. Systems have to run, and when maintenance is required, it has to be fast.
Utility Substations:
Long service life requirements, standards compliance, and field installation realities that don't match lab conditions. Systems have to be right the first time. There's no easy retrofit window.
Industrial Facilities:
Heat, vibration, cleanliness standards, production rates, and scheduling constraints that compress installation windows. Systems have to install on plan and run without forcing unscheduled maintenance.
Defense-Grade Engineering Discipline, Applied to Every Project
ACS developed its engineering discipline in naval defense programs, environments where documentation gaps and design compromises create real operational consequences. Those standards don’t get relaxed when the project is a mining conveyor system or a utility relay panel.
Every ACS project, regardless of market, is built with the same approach to documentation, qualification, and engineering accountability that our Navy customers require. That’s not marketing language. It’s how we build things.
20+ years of U.S. Navy UNREP program engineering experience.
Compliance documentation packages, including CDRLs, submittals, and reps and certs, built in from day one.
Engineering support that continues through installation, commissioning, and first operation.
Your Environment Is the Starting Point, Not an Afterthought.
Tell us about the application, the operating environment, and what you’re trying to solve. We’ll tell you whether and how ACS can help, and if we can, we’ll tell you what that engagement actually looks like before you’ve committed to anything.
(Request a Technical Review (for expert assessment before committing to a specification or supplier)
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