# Sick W4S-3 Glass Photoelectric Sensor W4S1-03B Miniature Automation

The Sick W4S-3 Glass Photoelectric Sensor W4S1-03B is a high-performance sensing solution designed for precise object detection in demanding industrial automation environments. This miniature sensor offers exceptional reliability and accuracy for critical applications.

Engineered for advanced automation systems the Sick W4S1-03B photoelectric sensor integrates seamlessly into control circuits. Its robust construction ensures consistent operation even in challenging conditions making it ideal for manufacturing quality control and material handling processes. This sensor is a key component for enhancing operational efficiency and system reliability.

-   **High-precision detection** for reliable object identification
-   **Durable glass construction** for enhanced longevity in industrial settings
-   **Compact miniature design** for easy integration into tight spaces
-   **Exceptional performance** in various automation applications
-   **Seamless compatibility** with existing control systems

## Specifications

Operating Voltage 10-30V DC  
Output Type NPN  
Sensing Distance up to 4 m  
Light Source Red LED

Rely on the superior engineering of Sick for your automation needs. The W4S-3 Glass Photoelectric Sensor W4S1-03B provides the trusted performance and durability industrial professionals demand. Explore our range for your next project.

## Details

- **Price:** 999.0 USD
- **Vendor:** Sick
- **Type:** Industrial Automation > Sensors > Photoelectric Sensors
- **Tags:** automation component, industrial automation, miniature sensor, object detection, photoelectric sensor, sensing solution, Sick W4S-3 Glass, Sick W4S1-03B

## Variants

| Variant | Price | Available |
|---------|-------|-----------|
| Default Title | 999.00 USD | In stock |

## Images

- Sick W4S-3 Glass Photoelectric Sensor W4S1-03B Miniature Automation-Ram Automations

---

> Source: [Ram Automations](https://ramautomations.com/products/sick-w4s-3-glass-w4s1-03b-sensor)
> Updated: 2026-10-10