Safety Limit Switch | D14N-2A2G | Omron

Model:       D14N-2A2G

Type:         Safety Limit Switch

Introduction:

The Omron D14N-2A2G, a compact and robust safety limit switch, excels in detecting object presence or absence across diverse applications. Featuring a double-sealed head and complete gasket cover, it ensures superior sealing for enhanced durability. With a broad operating temperature range of -40°C to +100°C and a standardized 29.4mm x 59.5mm mounting hole pattern, it proves versatile in various settings.

Versatile Performance:

Equipped with a snap-action contact mechanism, this switch guarantees high contact reliability. It boasts a rated insulation voltage of 300 V, a frequency of 50/60 Hz, and Class II protection against electric shock. Complying with EN60947-5-1 standards, it achieves a pollution degree of 3 and an impulse withstand voltage of 6 kV.

Technical Specifications:

The switch features a contact gap of snap-action: 2 × 0.5 mm min. and slow-action: 2 × 2 mm min. It exhibits resilience with vibration resistance up to 55 Hz and shock resistance of 1,000 m/s². With a conventional free air thermal current of 10 A (EN60947-5-1), it operates in temperatures ranging from -30 to 70°C. The device weighs approximately 100 g, ensuring efficient and reliable object detection in dynamic environments.

Omron:

Omron, a pioneering force in automation and healthcare solutions, epitomizes innovation across diverse industries. Renowned for cutting-edge technologies, Omron’s comprehensive product range spans industrial automation, electronic components, and advanced healthcare devices. The company’s commitment to improving lives is evident in its transformative products, optimizing manufacturing processes and fostering well-being through healthcare advancements. Embracing the ethos of “innovative-Automation,” Omron has seamlessly integrated humans and machines, creating harmonious solutions. Trusted globally, Omron’s relentless pursuit of quality and excellence positions it as a leading player, shaping the future of technology-driven advancements.