Industrial Control Products

The Omron E2EW-X22B230 5M is a 3-wire DC inductive proximity sensor with a 22mm sensing range, designed to detect both iron and aluminum workpieces in welding processes. It features a stainless steel housing (SUS303) and an IP67 rating for durability and protection.

Omron E2EW-X10B1D18 2M: Weld immune metal face proximity sensor with stainless steel construction, 10mm sensing distance, and 3-wire DC operation.

Omron E2EW-X6C312 2M proximity sensor with 7 mm sensing distance, IO-Link, and robust protection. Ideal for industrial applications.

Omron E2EW-QX22C230 5M is a robust inductive proximity sensor with a 22 mm sensing distance and 5-meter cable length. It features a stainless steel housing, fluororesin coating, and NPN output, making it suitable for various industrial applications.

The Omron E2EW-X20B3T30 2M proximity sensor is a reliable, inductive metal detection solution designed for welding applications and industrial settings. It features a 20 mm sensing distance, IP67 protection, and IO-Link compatibility for seamless integration.

The Omron E2EW-X6B3D12 5M is a reliable, 3-wire DC inductive proximity sensor with a sensing distance of 6 mm. It features a spatter-resistant fluororesin coating and is suitable for detecting both iron and aluminum in welding processes.

Omron E2EW-X6B212 2M - Inductive proximity sensor with stainless steel housing, 6mm sensing distance, and IP67 protection. Suitable for harsh environments.

The OMRON E2EW-QX7C112-M1 is a robust inductive proximity sensor with a 7mm sensing distance, NPN NO output, and a fluoroplastic-coated metal sensing face. It features an IP67 rating and a stainless steel housing, making it suitable for harsh industrial environments.

OMRON's E2EW-X22C230 2M is a reliable, stainless steel inductive proximity sensor with a 22 mm sensing distance and 2-meter PVC cable, perfect for welding applications.

Inductive Proximity Sensor with Fluororesin Coating. Exceptional sensing distances for iron and aluminum. Stainless steel housing, shielded design, and IP67 protection.

Omron E2EW-X22B3D30-M1 is a 3-wire DC inductive proximity sensor with a 22mm sensing range, ideal for welding applications. It features PNP output, IO-Link, and a shielded design for enhanced performance and reliability.

Omron E2EW-QX7B3T12 5M - Advanced inductive proximity sensor with fluororesin coating, stainless steel housing, and IP67 protection for reliable detection in industrial applications.

The Omron E2EW-QX7B1D12 2M is an advanced inductive proximity sensor designed for welding applications. It features a 7 mm sensing distance, weld immunity, and a fluororesin coating for durability. Compatible with 3-wire DC power supply and available in M12 configuration.

Short: Omron E2EW-QX6C212 5M is a DC 3-wire weld immune metal face proximity sensor with a stainless steel case and sensing surface. It features a fluororesin coating, IP67 rating, and a sensing distance of 6 mm, making it ideal for welding processes.

The OMRON E2EW-X7C112-M1 is a robust, stainless steel inductive proximity sensor with a sensing distance of 7 mm and an IP67 rating, ensuring reliable detection in harsh environments.

Omron E2EW-X22C130 2M - Inductive proximity sensor with stainless steel housing, 22 mm detection range, NPN NO output, 2 m PVC cable, and IP67 protection.

Short: Omron E2EW-X10B3T18-M1 - Inductive proximity sensor, stainless steel housing, M18 size, 10mm sensing distance, IO-Link, PNP output, NO+NC operation, IP67 protection.

The Omron E2EW-X22B230-M1 is an inductive proximity sensor with a stainless steel housing, designed for reliable detection in welding applications. It offers a sensing distance of 22 mm and features a PNP NC output with IP67 protection.

OMRON E2EW-QX7C212 2M proximity sensor with stainless steel housing, fluororesin coating, and 7mm sensing distance. Suitable for welding processes detecting both iron and aluminum.

The OMRON E2EW-QX7C212 5M proximity sensor is designed for reliable detection in welding applications, featuring a fluororesin coating and stainless steel base for durability. It offers stable detection in lines containing both aluminum and iron, ensuring accuracy and efficiency in industrial settings.