Hanyoung Nux UP30RLD-15NA Non-Shielded 15mm Inductive Proximity Sensor

Precision is paramount with the Hanyoung Nux UP30RLD-15NA 15mm Proximity Sensor. Its exceptional accuracy ensures reliable detection, making it suitable for a wide range of applications. The non-shielded design adds to its versatility, allowing it to perform dependably even in challenging environments. With a 15mm sensing range, this sensor offers adaptability for various setups. Crafted to last, its durable build ensures consistent performance in industrial settings. Integrating it into your systems is a breeze, thanks to its user-friendly setup. Trust in Hanyoung Nux’s legacy of quality and innovation embodied in this advanced proximity sensor.

Note: For more technical details go through Datasheet in the attachment section.

Features:

1. Accurate Detection: Ultra-precise sensing for diverse applications.
2. Non-Shielded Design: Reliable performance in various environments.
3. 15mm Sensing Range: Versatile proximity range for adaptable use.
4. Durable Build: Long-lasting construction for industrial durability.
5. Easy Integration: Simplified setup and compatibility.
6. Quality Assurance: Hanyoung Nux’s trusted quality and innovation.

Specification:

1. Sensing distance: 15 mm
2. Setting distance: 0 ~ 12 mm
3. Hysteresis: Less than 10% of sensing distance
4. Response frequency: 100 Hz
5. Power supply voltage: 12 ~ 24 V d.c (Usable voltage range 5 – 35V d.c)
6. Resistive load: 200 mA max
7. Residual voltage: 1.5 V max
8. Current consumption: 6 mA max
9. Operation indication: Red LED
10. Ambient temperature: -25 ~ 70 ℃ (Less than ±10 ％ of sensing distance at temperature 20 ℃)
11. Ambient humidity: 35 ~ 85 ％ R.H.
12. Degree of protection: IP67 (IEC standard)
13. Vibration resistance: 10 – 55 Hz
14. Dielectric strength: For 1 min at 2000 V a.c 50/60 Hz (between the recharging part and case)
15. Insulation resistance: 50 MΩ min (500 V d.c mega standard)

Package Includes:

1 x Hanyoung Nux UP30RLD-15NA Non-Shielded 15mm Inductive Proximity Sensor