OMRON
463 products
Product catalog
463 products
| Part # | Datasheet | Description | Quantity | Operation |
|---|---|---|---|---|
| — | The Omron D4N-4B2G is a durable, IP67-rated snap action limit switch with an adjustable roller plunger. Suitable for automotive and industrial applications, it offers high vibration and shock resistance. | |||
| — | OMRON D4N-4B2H Safety Limit Switch: Adjustable roller lever, slow-action mechanism, IP67 protection, 15,000,000 operations durability, and 1000 m/s² shock resistance. | |||
| — | OMRON D4N-4B31: Reliable safety limit switch with M12 connector, slow-action contacts, and IP67 protection for general and micro loads, ensuring compliance with EN115, EN81-1, and EN81-2 standards. | |||
| — | Omron D4N-4B32 limit switch with slow-action mechanism, 2NC contacts, and IP67 protection for reliable position detection in industrial applications. | |||
| — | OMRON D4N-4B62: High-durability, slow-action safety limit switch with 15,000,000 operations, IP67 protection, and 1000 m/s² shock resistance. Suitable for general and micro loads. | |||
| — | The Omron D4N-4B72 is a high-reliability safety limit switch with a resin roller and resin lever, offering 15 million operation durability and IP67 protection. Ideal for various industrial applications. | |||
| — | The Omron D4N-4B80 Safety Limit Switch is a reliable and versatile device featuring a snap-action mechanism. Ideal for industrial applications, it ensures safety and efficiency with its high-quality design. | |||
| — | The Omron D4N-4B87 Safety Limit Switch is a reliable and efficient solution for various applications. It conforms to international safety standards, ensuring high reliability and durability. | |||
| — | Short: The OMRON D4N-4BLE is a miniature safety limit switch with a 2NC slow-action contact form, ideal for applications requiring high reliability and durability. It features a fork lever lock and is certified for use in harsh environments. | |||
| — | The Omron D4N-4BRE safety limit switch is designed for reliable operation, featuring snap-action and slow-action contact forms. It conforms to international safety standards, making it suitable for a wide range of applications. | |||
| — | The OMRON D4N-4C20 is a robust safety limit switch featuring a slow-action mechanism, 2NC/1NO contacts, and IP67 protection. It is designed for general and micro loads, ensuring reliable operation in harsh environments. | |||
| — | OMRON D4N-4C22: A complete safety limit switch with a roller lever (metal lever / resin roller) and direct opening mechanism, providing 2NC+1NO contacts for reliable operation in industrial settings. | |||
| — | OMRON D4N-4C25 Safety Limit Switch: Slow-action roller lever, stainless sintered alloy rollers, and high contact reliability. Conforms to EN 115-1, EN 81-20, and EN 81-50 standards. | |||
| — | OMRON D4N-4C26: A robust limit switch with a roller lever, rated for 10A at 240VAC and 250VDC, ensuring reliable operation in harsh environments. | |||
| — | The OMRON D4C-2G is a versatile safety limit switch with a 2NC/1NO contact configuration, conforming to international standards. It offers reliable operation and is suitable for a wide range of applications. | |||
| — | OMRON D4N-4C2H: Adjustable roller lever, form lock (metal lever, rubber roller) for reliable safety limit switching in industrial applications. | |||
| — | OMRON D4N-4C31: Reliable safety limit switch with slow-action mechanism, double insulation, and IP67 protection. Ideal for various applications requiring high durability and vibration resistance. | |||
| — | OMRON D4N-4C32: Reliable safety limit switch with roller plunger actuator, slow-action mechanism, and IP67 protection. Suitable for high vibration and shock environments. | |||
| — | OMRON D4N-4C62 Safety Limit Switch: High reliability, slow-action mechanism, 2NC/1NO contact form, IP67 protection, and 15,000,000 operation durability. | |||
| — | OMRON D4N-4C72 limit switch with one-way roller arm lever, slow-action mechanism, and IP67 rating for reliable operation in harsh environments. |