Inductive Proximity Sensor, Heat-Resistant to 140C/284F Max, 2mm Sensing Range, POE Output, 2 Meter Teflon Cable
The IN2-12HT-180-2-POE is a high-performance proximity sensor designed for extreme temperature environments. Featuring a 2mm sensing distance, a durable 12mm diameter housing, and a maximum operating temperature of 180°C, this sensor is ideal for industrial applications where reliability under heat stress is critical. With a 2-meter cable and POE signal type, this sensor ensures robust performance in high-temperature processes, including metalworking, foundries, and glass manufacturing.
Key Features & Benefits
✔ High Temperature Resistance – Operates up to 180°C
Perfectly suited for extreme environments, ensuring accurate sensing in high-heat industrial processes.
✔ Compact & Durable Design – 12mm Diameter Housing
Slim yet rugged design for easy installation in tight spaces without compromising durability.
✔ Precise Sensing Distance – 2mm Range
Reliable and consistent object detection, even in demanding applications.
✔ POE Signal Type – Efficient Signal Transmission
Supports streamlined integration with modern industrial communication systems.
✔ Extended Reach – 2-Meter Cable Length
Provides flexibility in installation, allowing for versatile sensor placement.
Applications
🔹 Metalworking & Foundries – Ideal for high-heat processes, ensuring reliable detection near furnaces or casting equipment.
🔹 Glass Manufacturing – Performs well in the extreme temperatures of glass forming and production lines.
🔹 Automotive & Aerospace – Used in environments where temperature resistance is crucial for sensing accuracy.
🔹 Industrial Ovens & Kilns – Withstands prolonged exposure to high temperatures during material processing.
Why Choose Us?
🔹 Built for Extreme Conditions – Designed with a robust housing and high-temperature resistance to ensure long-lasting performance.
🔹 Reliable & Accurate Detection – Ensures optimal performance even in challenging industrial environments.
🔹 Trusted by Professionals – Widely used across industries for critical high-heat applications.