10mm shielded inductive proximity sensor with nickel-plated brass housing, suitable for industrial applications with a 2m PVC cable and IP67 rating.
Product ModelE2B-M30KS10-WP-C1 2M
Product ID110246
Stock on Request
Last updated: 8/29/2026
Key Features
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1. Reliable DetectionThe E2B-M30KS10-WP-C1 2M features a 10mm sensing distance, ensuring accurate detection of objects in a variety of industrial settings.
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2. Robust ConstructionMade from nickel-plated brass, this sensor offers durability and resistance to corrosion, making it suitable for harsh environments.
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3. Shielded DesignThe sensor is shielded to minimize interference, ensuring reliable operation even in noisy industrial environments.
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4. Easy InstallationWith a flush mounting type and M30 threaded cylindrical body, installation is straightforward and secure.
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Technical Specifications
Detailed engineering parameters based on manufacturer documentation
Specifications may be subject to change without notice
Parameter
Value
Parameter
Value
Supply voltage
12 to 24 VDC
Size
M30
Sensing Distance
10 mm
Shielded
Shielded
Connection
PVC cable
Output
NPN
5. High IP RatingThe sensor has an IP67 rating, providing protection against dust and water ingress, ensuring continuous operation in challenging conditions.
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6. Versatile ConnectivityEquipped with a 2m PVC cable, this sensor offers flexible connectivity options for easy integration into various industrial systems.
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7. Wide Operating Temperature RangeThe sensor operates within a temperature range of -25°C to 70°C, making it suitable for a wide range of industrial applications.
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8. High Switching FrequencyThe E2B-M30KS10-WP-C1 2M supports a maximum switching frequency of 400Hz, allowing for fast and reliable detection in high-speed applications.
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9. NPN Output ConfigurationThe sensor features an NPN output configuration, which is commonly used in industrial control systems for easy integration and control.
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10. Compact DesignWith an overall length of 60mm and a thread length of 41mm, this sensor is compact and easy to integrate into tight spaces, making it ideal for applications where space is limited.
