Do you ever wonder what industrial electricians suggest instead of some sales guy for MCCs? We’re here to tell you the truth.
The Top 5 Motor Control Center manufacturers are Schneider (Square D), Eaton, Siemens, GE, and ABB. Each one is proven at various features, and we’re here to help you understand which could benefit you with a few examples.
Which MCC Should You Choose?
MCCs range from low to high voltage; we’re going to cover low-and medium-voltage options with the right safety features, scalability, and AI integration in this article.
JDI Industrial Services frequently installs Motor Control Centers from the manufacturers below.
Each manufacturer is reputable for their performance, reliability, and affordability; three factors that many plant and production managers absolutely need.
Schneider Electric
When it comes to being in the top 5 motor control center manufacturers group, Schneider Electric is very sought after. Schneider Electric’s MCCs are modular, and cloud capable. Without a doubt, their MCCs have a track record in improving predictive maintenance, increasing uptime, and enhancing energy efficiency.
SE’s Square D™ MCC lineup delivers strong performance, straightforward installation, and cost-effective value.
Low-Voltage Model Example: Model 6 AR by Square D™
The Square D Model 6 AR Motor Control Center is known for its low maintenance requirements and added arc-flash prevention and protection features.
Medium-Voltage Model Example: Motorpact™ by Square D
For medium-voltage applications, Motorpact™ offers a flexible way to control and protect a wide range of equipment.
It is configurable for motor starting, transformer feeders, capacitor feeders, or future expansion space. Key safety features, like arc-resistant protection and load grounding, show the manufacturer’s commitment to safety.
Its compact footprint and easy retrofit options make it simple for facility decision-makers to upgrade or expand. Updating MCC systems confidently, supports future growth and operational flexibility.
General Electric Company (MCC division now owned by ABB)
GE provides reliable solutions for industrial and energy applications. Its previous focus on digital motor control, safety, and smart grid technology put it at an advantage in the MCC manufacturing world from the late 1970s to the early 2000s.
The GE Industrial Solutions division has been acquired by ABB since 2018, bringing an end to GE’s legacy MCC models.
If you have an older MCC or suspect operational issues, JDI can assist with maintenance, troubleshooting, and upgrades to ensure continuous, safe operation of your equipment.
Low-Voltage Model Example: GE 7700/8000 Series
Refurbished GE 7700 and GE 8000 motor control centers remain a strong choice for industrial facilities in 2026. These MCCs are known for their long-term durability, reliable motor control, and solid performance when properly maintained.
The 7700/8000 models from GE support bus ratings up to 2,000 A, with optional ratings up to 3,000 A, and provide interrupting capacities of up to 350 MVA at 4,160 V.
They are suitable for demanding industrial environments, coming with vacuum contactors and visible-blade isolation switches. They also feature digital protective relaying for phase, ground, and thermal protection.
Medium-Voltage Model Example: GE Limitamp (ABB Previous Generation Now)
The GE Limitamp product line is another well-known legacy product in the industrial electrical world. Key safety and serviceability features include a visible blade disconnect switch, quick make disconnect, extensive protective relay options. In addition, there is no rear access requirement on most units.
Additionally, the Limitamp series also offers many flexible configurations, from enclosures and contactors to bus and voltage options.
ABB has made it its mission to modernize its switchgear and aftermarket support, and that’s a testament to how long some of these systems remain in service—and a reminder that maintaining aging electrical equipment matters.
Siemens
Siemens’ MCC solutions are focused on digital integration, operational excellence, edge computing, and AI-powered monitoring.
Low-Voltage Model Example: Tiastar Standard by Siemens
For low-voltage applications, the Tiastar Standard provides a durable, compact design with heavy-gauge steel construction and space-saving units. In addition, the Tiastar has self-aligning copper connections, and flexible starter and drive options to improve motor control and energy efficiency.
Medium-Voltage Model Example: SIMOVAC-AR by Siemens
The SIMOVAC-AR is designed for enhanced personnel safety during internal arcing faults and is tested to IEEE C37.20.7, Type 2B. Siemens also highlights front-accessible components and interlocked isolation switches to simplify maintenance and improve safety.
For maintenance professionals, that combination of safety and accessibility can make a significant difference over the life of the equipment.
Eaton
Eaton offers robust MCC solutions engineered for mission-critical infrastructure and difficult environments.
Low-Voltage Model Example: Freedom 2100 by Eaton
Designed for safety, reliability, and quality, the Free 2100 MCC meets NEMA ICS 18 standards. The Freedom 21000 MCC tracks thermal conditions 24/7 to catch issues early, improve safety, and support long-term performance.
Medium-Voltage Model Example: Ampgard RVSS by Eaton
The Ampgard comes with a reduced-voltage soft starter meeting UL 347 ratings, an independent bypass contactor, a drawout SCR truck, a pre-start check system, and a cybersecurity-enabled user interface.
The Ampgard is available in voltage classes 2.5, 5.0, 7.2, and 15 kV.
RVSS models feature a soft starter that controls torque and reduces starting current, which helps extend motor life by easing startup demand on your equipment and machinery.
If the soft start interferes with machinery capacities, a variable frequency drive (VFD) can help by allowing the operator to control the rate of speed during startup.
The Eaton’s SC9000 EP VFD provides advanced motor control.
ABB
ABB offers MCC systems with flexibility and safety in harsh industrial environments. Their technology is up to date in the latest predictive analytics and IoT connectivity configurations, plus their MCCs have undergone rigorous product certifications.
Low-Voltage Model Example: Reliagear by ABB
The Reliagear by ABB is a safe, smart, and flexible low-voltage motor control center for industrial applications. The Reliagear comes with a 3,200 A bus capacity and features advanced breakers, motor protection, VFDs, soft starters, and arc-flash mitigation for safer maintenance.
Currently, it is the modern replacement for GE’s old 7700/8000 series.
Medium-Voltage Example: SafeGear ANSI by ABB
The SafeGear ANSI Air-Insulated MCC by ABB is designed for electrical systems up to 7.2 KV with reliable, high-current motor control. Likewise, this medium-voltage MCC includes arc protection, mechanical interlocks, and isolated compartments for easier and safer maintenance.
JDI Specializes in MCC Installation
Choosing an MCC is only part of the equation. Proper installation, commissioning, maintenance, and troubleshooting are just as important to keeping your electrical system safe and reliable. The Top 5 Motor Control Center manufacturers can provide the product, and we can provide the installation.
As a trustworthy local partner serving South Carolina, North Carolina, and Georgia, JDI Industrial Services specializes in MCC installation, repair, maintenance, and relocation.
We put together a deeper dive into the ins and outs of MCCs in our other article, covering electrical codes, testing, safety expectations, and more. Contact JDI, today, to schedule your MCC installation.
Electrical codes are adopted and amended at state, county, and city level. Always verify minimum requirements with a licensed contractor and/or engineer before commencing work. JDI Industrial Services accepts no liability for decisions made based on this article alone.
