The
TAKEX UX3-R5V is a compact, stainless-steel retroreflective photoelectric sensor designed for high-precision detection in space-restricted applications. With an integrated amplifier and M6 body design, it combines minimal footprint with exceptional durability. Engineered for industrial automation and assembly lines, the UX3-R5V delivers fast response, easy alignment, and stable operation even in demanding environments. Its rugged IP67 construction and stainless-steel housing ensure reliable performance against vibration, moisture, and contamination. The UX3-R5V is ideal for detecting reflective targets, small components, or object presence at short range in high-speed processes.
Key Features
- Retroreflective sensing design—optimized for precise target detection using a reflector.
- Ultra-compact M6 × 0.75 threaded housing for flexible installation in tight spaces.
- Durable SUS303 stainless-steel body and polysulfone lens for corrosion and impact resistance.
- Built-in amplifier eliminates need for external controller—simplifies wiring and setup.
- Fast 0.5 ms response time suitable for dynamic or fast-moving production lines.
- Visible red LED light source for easy optical alignment during installation.
- Sensitivity adjustment dial allows fine-tuning for background suppression and optimal detection.
- Operation and stability indicators (orange/green LEDs) provide at-a-glance system status.
- Stable operation at 12–24 V DC with low current consumption of approx. 20 mA.
- Standard NPN open-collector output configuration for compatibility with most PLCs and controllers.
Certifications & Compliance
- Protection class: IP67 – fully sealed against dust and temporary immersion.
- Electrical protection: reverse connection, output short-circuit, and reverse output connection protection.
- Insulation resistance ≥ 20 MΩ (at 500 V DC megger).
- Dielectric withstand voltage: 500 VAC for 1 minute between terminals and housing.
- Vibration resistance: 10–55 Hz, double amplitude 1.5 mm on XYZ axes.
- Shock resistance: 500 m/s² (50 G) in all directions.