POWERCOMMAND®
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SYSTEM-LEVEL CONTROLS AND SWITCHGEAR

LEVERAGING MORE THAN A CENTURY OF POWER EXCELLENCE Cummins has been delivering power solutions globally for more than 100 years. Our expertise expands beyond the generator set and into every component of a fully integrated and reliable power system. Cummins has been designing, manufacturing and testing switchgear and paralleling controls for over 60 years. We develop and innovate technologies to support the growing demand for continuous, reliable power. From generator sets and paralleling controls, to system-level controls, switchgear and transfer switches, to the components that make up a...

POWERCOMMAND PARALLELING SWITCHGEAR ® Cummins Power Systems has been designing and manufacturing switchgear since the early 1960s. With more than a half-century of industry experience and sophisticated engineering, we offer the most reliable and advanced switchgear solutions in the world. Utilizing state-of-the-art PowerCommand® technology and architecture, these solutions precisely control and manage sources to ensure power is delivered to the loads every time. Cummins switchgear solutions meet all requirements for low- and medium-voltage applications, from single utility and load bus to...

TOPOLOGIES FOR ANY NEED There are several basic topologies used in switchgear design, but with Cummins expertise in system engineering, there are no limits to your system layout. With our experience in emergency standby, utility paralleling and prime power applications, we can design our products to meet any specification. In applications from warehouses and office buildings to hospitals and data centers, we have products to meet your needs. The simplest and most common topology, an isolated bus does not require a direct connection to the utility. Each generator must be large enough to...

TRANSFER PAIR This configuration is similar to a common bus, but with a generator main added. This keeps costs low while adding the abilities to test and perform maintenance on the generators without affecting facility loads. Main tie main combines two common bus configurations with a tie-breaker between them, adding redundancy. MULTIPLE TRANSFER PAIR This configuration is similar to a transfer pair, with the addition of a second utility main and generator main. This allows levels of redundancy to be added to prevent unscheduled downtime. Locating the generators on an isolated section of...

SIMPLISYNC™ One Fully Integrated Power System for an Expandable Future Simplisync offers pre-engineered, pre-designed switchgear solutions that are configured to order and customizable to meet your specific power system needs. Compatible with the full suite of Cummins generator sets, Simplisync has been pre-designed for multiple levels of system complexity. This design offers you a cost-competitive solution with reduced lead time, providing fast delivery for facilities where space is a premium and growth is inevitable. ONE SYSTEM, CRITICAL FEATURES Whether you have an immediate need or are...

SYSTEM-LEVEL CONTROLS With smart, scalable and user-friendly technology, Cummins PowerCommand® supervisory system controls take the complexity out of power system control by offering a suite of stable, reliable and flexible controls for any application, anywhere. PowerCommand® supervisory system controls provide more functionality and robust controls than any other paralleling system available today. They are designed for thousands of applications, including: Pipeline Stations Through extensive factory prototype testing, Cummins ensures rigorous, failure-mode response to provide...

DIGITAL MASTER CONTROLS At the heart of every Cummins paralleling system is a PowerCommand® DMC unit designed to directly interface with Cummins paralleling and transfer switch controls. The DMC is designed for low or medium voltage, isolated and utility paralleling applications, providing system-level functionality and controls. FEATURES AND BENEFITS OF THE DIGITAL MASTER CONTROLS PRODUCT SERIES Built-in Touchscreens Remote Access Backed by fail-safe cybersecurity High-resolution animated graphics Distributed logic design usage based on ring Ethernet, the fastest industrial communication...

The DMC2000 is a pre-engineered, pre-designed and scalable power system paralleling control designed for a variety of simple power systems. It combines precision control with the confidence of paramount security and fail-safe performance. The DMC6000 is a pre-engineered design offering integrated control solutions for more complex power systems that rely on essential fail-safe power. It meets or exceeds the requirements of the following codes and standards: The DMC2000 meets the following standard specifications: IP40 Rated NEMA1 PowerCommand® control systems are designed and manufactured...

DMC8000 The DMC8000 is a completely customizable power system paralleling control offering integrated control solutions for complex power systems that control an unlimited number of gensets, utilities and loads for optimal power control. NFPA 110 for level 1 systems The DMC8000 meets or exceeds the requirements of the following codes and standards: IBC — All risk categories I to IV structures; shake testing qualified CSA C282-M1999 Emergency Electrical Power Supply for Buildings OSHPD — All California Building Code Risk Category I to IV structures; shake testing qualified UL 891 Listed,...

DMC TECHNICAL SPECIFICATIONS Model Product Application System Voltage Colored Touch-Screen User Interface Generators Supported Loads Supported Utilities Supported Multiple System Configuration Topologies Communication Protocol Load Control Module (LCM0408) Load Control Modbus TCP/IP (Standard) Load Control Module (LCM0612) Load Control Modbus TCP/IP (Standard) Simple Power System Modbus TCP/IP (Standard) Power System With Reporting Modbus TCP/ IP (Standard) BACnet (Option) Complex Power System Modbus TCP/ IP (Standard) BACnet (Option) All units meet the following codes and standards: UL...