A new line of direct current (DC) miniature circuit breakers (MCBs), specifically designed for higher voltage applications with DC currents. The new line of Series 1110 DC MCBs feature an industry-best rating of 250V DC per-pole, far greater than the highest per-pole ratings currently available from comparable DC MCBs, which top out at 125V DC. Available in one- to four-pole constructions for circuit protection up to 1000V DC, with current ratings from 0.5A to 63A, the robust devices provide the most efficient short circuit and overload protection available, affording end-users significant cost, space and time savings. They are UL 489B listed for photovoltaic renewable energy system applications. Additional target applications include EV charging stations, energy transmission and distribution networks and industrial control, such as powering the large motors used in robotic, automation and material conveyance installations.
c3controls, a leading manufacturer of industrial control products, is launching an upgraded line of IEC Pilot Devices, with the new Series GT directly replacing the 22mm IEC Pilot Devices - Series B products. The c3controls IEC pilot device line features pilot lights, push buttons, selector switches, and E-Stops, with a wide range of variations and options available within each product group. All new Series GT products are completely cross-compatible with the discontinued Series B products, all while keeping the same mounting and assembly dimensions and specifications, as well as part numbers and list prices. The design enhancements include a more robust operator bracket, a new 4X chrome-plated bezel option, modernized aesthetics, increased color vibrancy on push button caps, and reinforced internal components on all selector switches. c3 pilot devices are used in a wide range of applications and industries such as HVAC, steel mills, water/wastewater, packaging, switchgear, burners and boilers, metal fabrication, amusement rides, ski lifts, and most any other equipment or machine that is controlled electrically.