Pepperl+Fuchs NBN4-F25-E8-V1 – 4mm PNP NO Inductive Sensor, 10–30V DC

Pepperl+Fuchs NBN4-F25-E8-V1 – Compact Rectangular Inductive Sensor for Metal Detection

Overview

The Pepperl+Fuchs NBN4-F25-E8-V1 is a non-flush inductive proximity sensor offering a 4 mm sensing distance, compact rectangular housing, and a PNP normally open output. Built for reliable metal detection in industrial environments, it’s equipped with a standard M12 connector, LED status indicator, and an IP67 protection rating.

Key Features

• Sensing Distance: 4 mm (non-flush)

• Output Type: PNP Normally Open (NO)

• Operating Voltage: 10–30 V DC

• Switching Frequency: 500 Hz

• Housing Style: Rectangular (flat) – ideal for space-constrained installations

• Connection Type: 4-pin M12 connector

• Protection Rating: IP67 – dust-tight and water-resistant

• LED Indicator: Yellow LED for output status

Technical Specifications

• Model: NBN4-F25-E8-V1

• Part Number: 264860

• Mounting Type: Surface mount

• Housing Material: Plastic (PBT)

• Temperature Range: -25°C to +70°C

• Voltage Drop: ≤ 2.5 V

• Max Load Current: 100 mA

• Short-Circuit Protection: Yes

• Polarity Reversal Protection: Yes

• Dimensions: 25 mm x 8 mm x 32 mm

Applications

• Material Handling Systems – Compact detection in conveyor applications

• Packaging Machinery – Position sensing in tight machine layouts

• Automation Equipment – General-purpose metal detection

• OEM & Custom Machines – Slim design for flexible placement

Why Choose the NBN4-F25-E8-V1?

• Compact rectangular body for flexible mounting

• Reliable detection of metallic objects with 4 mm range

• Rugged and sealed to IP67 for harsh environments

• Plug-and-play with M12 quick-connect

Order Now

The Pepperl+Fuchs NBN4-F25-E8-V1 is in stock and ready for global delivery. 

NOVO produto em embalagem original lacrada. O produto pode ser de versão ou design mais antigo. A embalagem pode ter marcações, sinais de descoloração e desgaste. Garantia DDPARTSSOLUTION : 1 ano. Garantia e suporte do fabricante NUNCA se aplicam