Industrial Control Products

Optimal price/performance ratio with five different housing designs for universal application.

Highly reliable and flexible cylindrical photoelectric sensor with visible red light and PinPoint LED, suitable for various industrial applications.

Highly reliable photoelectric sensor with stainless steel housing, suitable for harsh environments and washdown applications.

The GRTE18S-P1367 is a cylindrical photoelectric sensor with a sensing range of 5 mm to 1000 mm, designed for industrial use.

GRTE18-N1172; Optical axis, Axial; Sensing range max. 5 mm ... 1,000 mm; Type of light, Infrared light; Light source, LED.

GRTE18S-P1162V is a high-quality cylindrical photoelectric sensor designed for reliable detection in various industrial applications.

Optimal installation, even where space is limited, with a very short housing.

Low-cost cylindrical M18 sensor with extra short housing.

High-precision cylindrical photoelectric sensors for reliable detection.

The GRTB18-N1131V is a high-precision photoelectric proximity sensor designed for reliable detection in a variety of applications.

High-performance photoelectric sensor for precise detection and reliable operation.

The GRL18S-P133Y is a cylindrical photoelectric sensor with axial, fully flush optics, offering high reliability and versatility.

GRTE18-N2412V is a reliable cylindrical photoelectric sensor with a wide sensing range, suitable for various industrial applications.

The GRTE18S-N1142V is a high-performance photoelectric sensor designed for precise detection in industrial applications.

Ideal for a broad range of applications, the GRTE18S-F2349 offers reliable detection with its cylindrical design and radial optical axis.

Reliable, corrosion-resistant photoelectric sensor with 270° adjustable potentiometer for industrial applications.

High-precision photoelectric sensor for axial, fully flush sensing applications.

The GRTE18-N2467 is a cost-effective, standard photoelectric sensor with a sensing range of 0.005 to 1 meter.