
OMRON
OMRON Corporation, founded in 1933 in Japan, is a global manufacturer of industrial automation components. The company’s product portfolio spans relays, sensors, switches, and control devices used in factory automation, process control, and building management. OMRON components are specified for their repeatable performance, defined electrical ratings, and compliance with international standards such as IEC and UL. The product families available through 3G Electric include general-purpose and slim-style relays (e.g., G2RV and LY series), snap-action switches (TZ series), limit switches (D4CC series), inductive proximity sensors (E2E and TL-W series), and fiber-optic sensor cables (E32 series). These components are designed for applications requiring precise switching, sensing, and signal transmission in industrial environments. OMRON relays are available in configurations from 1-pole to 4-pole, with coil voltages from 12V DC to 240V AC, and current ratings up to 10 A. The slim-style G2RV series offers pre-assembled relay-and-socket units with push-in spring terminals, reducing wiring time and panel space. Inductive proximity sensors in the E2E series are offered in shielded and unshielded variants, with cylindrical M12 or rectangular housings, sensing distances from 2 mm to 10 mm, and supply voltages ranging from 10-30V DC to 20-264V AC. The TL-W series provides rectangular inductive sensors with non-terminated cables for flexible installation. Fiber-optic cables like the E32-D51 are rated for high-temperature environments and are compatible with OMRON fiber-optic amplifiers. Limit switches in the D4CC series feature metallic housings, roller-plunger actuators, and M12 connectors for reliable position detection. Snap-action switches in the TZ series offer hinge-roller lever actuators with 1 A contact ratings at 240V AC. 3G Electric stocks over 1,100 OMRON SKUs, providing datasheets, technical specifications, and logistics support for global procurement. Engineers and maintenance managers can select components based on exact electrical and mechanical parameters, ensuring compatibility with existing control systems.
