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NN5002 IFM Inductive Sensor

NN5002 IFM Inductive Sensor | Industrial Sensors – krishna-machinery-tools-kmt

IFM NN5002 Inductive Sensor – Compact, Reliable, and Hazard-Ready

The IFM NN5002 is a robust inductive NAMUR sensor designed for industrial applications requiring high switching frequency and space-saving installation. Featuring a compact rectangular housing and engineered for intrinsically safe circuits, this sensor delivers exceptional performance even in hazardous areas.


⚙️ Technical Specifications:

  • Brand: IFM

  • Model Number: NN5002

  • Sensor Type: Inductive NAMUR Sensor

  • Output Type: PNP

  • Switching Function: Normally Open (NO)

  • Sensing Distance: 5 mm

  • Voltage Range: 10 – 36 V DC

  • Current Consumption: 5 mA

  • Leakage Current Load: 35 mA

  • Maximum Switching Current: 20 mA

  • Response Frequency: 50 Hz

  • Operating Frequency: 60 Hz

  • Power: 5 A

  • Protection Rating: IP67

  • Material: PBT Plastic (Body), Plastic (Housing)

  • Dimensions (W x H x L): 40 x 12 x 26 mm

  • Color: Orange

  • Weight: 147.5 g


Key Features:

  • Designed for intrinsically safe circuit integration

  • High switching frequency for fast and reliable detection

  • Slim and compact design for tight installation spaces

  • Ideal for industrial environments and hazardous areas

  • Durable PBT plastic body with IP67 protection


Model Code: NN5002IN-2004-N/1D/1G/2G
📞 Please contact our team for pricing and availability.

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This product is crafted with quality materials to ensure durability and performance. Designed with your convenience in mind, it seamlessly fits into your everyday life.

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We strive to process and ship all orders in a timely manner, working diligently to ensure that your items are on their way to you as soon as possible.

We are committed to ensuring a positive shopping experience for all our customers. If for any reason you wish to return an item, we invite you to reach out to our team for assistance, and we will evaluate every return request with care and consideration.