The Keyence SH-614A is a standard shielded thin sensor head designed for precise and reliable detection in industrial environments. With its slim dimensions of just 14 √ó 30 √ó 4.8 mm, the SH-614A provides an effective solution for applications where installation space is limited, while maintaining stable performance across various operating conditions.

Engineered for precision detection, the SH-614A delivers a stable sensing range of 0 to 5 mm with a maximum detecting distance of 10 mm. It excels in applications requiring fine positional accuracy, offering a repeatability of 0.002 mm and hysteresis as low as 0.015 mm. These capabilities make it highly suitable for quality control, alignment, and automation tasks that demand both accuracy and consistency.

This model is specifically optimized for ferrous metal detection, using a standard iron target of 15 √ó 15 mm to ensure consistent results. It is also capable of detecting nonferrous metals with adjusted performance parameters, broadening its range of use in multi-material applications.

The SH-614A is built to withstand harsh environments, boasting an IP67 enclosure rating that protects against dust and water ingress. It maintains reliable operation across a temperature range of -10 to +60 °C and humidity levels of 35–85% RH without condensation. Additionally, its robust construction provides strong vibration resistance, enduring frequencies from 10 to 55 Hz at a double amplitude of 1.5 mm across all three axes for two hours.

Weighing just 60 grams, the SH-614A combines lightweight construction with durability, ensuring ease of installation and long service life. The housing is designed to provide both mechanical strength and environmental sealing, making the sensor a dependable choice for demanding factory environments.

In summary, the Keyence SH-614A is a compact, high-precision, and durable sensor head tailored to industrial applications that require space-efficient installation and reliable detection of ferrous metals. Its precision performance, robust environmental resistance, and slim design make it a versatile and valuable component for automation, inspection, and production systems.