Contrinex Inductive Sensor Suppliers in Chandigarh

Industrial areas in Chandigarh and nearby regions rely on Contrinex Inductive Sensors to achieve reliable detection and automation efficiency. Automotive and engineering units in Industrial Area Phase I & II use these sensors in conveyors, robotic assembly, and CNC machinery. Electronics and component units in Mohali and Panchkula integrate them into packaging, testing, and assembly lines.

A Contrinex Inductive Sensor is engineered for long-lasting performance under tough industrial conditions. Workshops in Zirakpur and light manufacturing units across Baddi benefit from their resistance to dust, oil, and vibration, ensuring stable and accurate operation. Their non-contact detection reduces machine wear, minimizes downtime, and enhances productivity. For complete details, visit our Contrinex proximity sensors page.

Contrinex offers cylindrical, rectangular, and miniature sensors, supporting both compact and large-scale automation systems. Flush and non-flush mounting, shielded/unshielded housings, and outputs such as PNP, NPN, or analog allow seamless integration into PLC-based setups across Chandigarh’s industrial units.

Key specifications engineers in Chandigarh consider when selecting a Contrinex Inductive Sensor:

• Sensing Distance – Standard ranges between 2mm and 15mm; extended sensing versions available.
• Output Type – PNP, NPN, and analog outputs for automation compatibility.
• Housing Size – Cylindrical M8, M12, M18, and M30 housings for different applications.
• Protection Rating – IP67-rated sensors suitable for dust- and oil-prone environments.
• Switching Frequency – High-speed models for robotics and conveyor lines.

With Chandigarh’s industrial growth across Mohali, Panchkula, Zirakpur, and Baddi, demand for automation is expanding. Contrinex Inductive Sensors deliver the durability, adaptability, and accuracy needed for automotive, electronics, packaging, and engineering, making them a trusted automation solution in North India’s industrial corridor.