Autonix PUMN 124 A2 Inductive Proximity Sensors Price & Specifications
Wireless No
Weight Approx. 40g
Voltage 12-24V DC
Usage Object, Position, End Limit Sensing
Signal Type Discrete
Sensor Type Inductive
Sensitivity Fixed
Response Time a 2ms
Resolution Standard
Product Type Inductive Proximity Sensor
Power Consumption a 15mA
Output NPN Normally Open (NO)
Operating Temperature -25A C to +70A C
Mounting Type M12 Threaded
Measurement Range 4 mm Sensing Distance
Material Metal Housing
Interface 3-wire DC
Input 12-24V DC
IP Rating IP67
Function Object Detection without Physical Contact
Features LED Indicator, Short-circuit Protection
Cable Length 2 meters
Application Industrial Automation, Machinery, Conveyors
Accuracy High
About Autonix PUMN 124 A2 Inductive Proximity Sensors Detail
Select the acclaimed Autonix PUMN 124 A2 Inductive Proximity Sensor for stellar performance in industrial automation. Engineered with ace precision and a preeminent design, it reliably detects metal objects without physical contact. Benefiting from a robust metal housing and IP67 rating, this sensor excels in harsh environments. With a 12 mm housing diameter, NPN NO output, and high insulation resistance, it assures safe and stable operation. Grab yours now for superior object, position, and end limit sensing on machinery, conveyors, and more.
Optimal Utility and Competitive Edge
Autonix PUMN 124 A2 Inductive Proximity Sensors are ideally suited for use in various plant applications, including object detection in automated machinery, conveyors, and industrial systems. Primary competitive advantages include high accuracy, reliable performance despite temperature drift, and durable construction with surge and short-circuit protection. These sensors are favored for their easy installation, stable output, and robust design, ensuring long-term reliability and operational efficiency in demanding industrial environments.
Export Details and Secure Delivery
FOB Port options for Autonix PUMN 124 A2 Inductive Proximity Sensors are readily available, with main export markets spanning India and international regions. Packaging details ensure secure transport services and efficient freight management, safeguarding sensors against damage during transportation. The sensors are carefully boxed for optimal protection, enabling reliable handling by dealers, distributors, and service providers across the globe and facilitating smooth global transportation and customer satisfaction.
FAQs of Autonix PUMN 124 A2 Inductive Proximity Sensors:
Q: How does the Autonix PUMN 124 A2 sensor detect metal objects?
A: The Autonix PUMN 124 A2 Inductive Proximity Sensor utilizes inductive technology, allowing it to detect metal objects without physical contact. Its precise sensing is achieved through electromagnetic fields, ensuring accurate and reliable operation in industrial settings.
Q: What primary industries benefit from using this sensor?
A: Industries involved in industrial automation, machinery manufacturing, conveyor systems, and production lines benefit from this sensor, thanks to its robustness, accurate metal detection, and versatile application possibilities.
Q: When is the best time to select and install this sensor in an industrial process?
A: Select and install the Autonix PUMN 124 A2 sensor before initiating automatic detection systems or upgrading existing automation setups to enhance efficiency and object detection capabilities.
Q: Where can buyers obtain the Autonix PUMN 124 A2 sensor in India?
A: Buyers in India can obtain the Autonix PUMN 124 A2 sensor from authorized dealers, distributors, manufacturers, and suppliers who provide reliable access and after-sales service.
Q: What are the packaging and transportation options for export?
A: The sensors are securely packaged to prevent damage during freight and transportation. Export is facilitated through established transport services, including FOB Port handling for international customers.
Q: How does the sensor provide protection against electrical faults?
A: Equipped with surge, overload, reverse polarity, and short-circuit protection circuits, the sensor maintains safe operation and protects both itself and connected machinery from electrical disturbances.