LMC100 IFM Sensor New Original Plc Programming Controller Module
1. Main Specifications Product Identifier Capacitive Proximity Switch Operating Voltage DC 18...30 V Voltage Type DC Electrical Design PNP/NPN Interface M12 Connector Number of Outputs 2 2. Key Selling Points Non-Contact Metal Detection : The LMC100 is a high-performance inductive proximity sensor capable of non-contact detection of all metals , including iron, stainless steel, aluminum, and copper. Operating on the principle of electromagnetic induction, it detects eddy
Condition
100% Original
Application scenarios
Industrial Automation
Warranty
1 Year
Packaging Details
Original packaging
Product type
Capacitive Proximity Switch
Service
One-stop Service
Product Description
1. Main Specifications
| Product Identifier | Capacitive Proximity Switch |
| Operating Voltage DC | 18...30 V |
| Voltage Type | DC |
| Electrical Design | PNP/NPN |
| Interface | M12 Connector |
| Number of Outputs | 2 |
2. Key Selling Points
- Non-Contact Metal Detection: The LMC100 is a high-performance inductive proximity sensor capable of non-contact detection of all metals, including iron, stainless steel, aluminum, and copper. Operating on the principle of electromagnetic induction, it detects eddy current losses caused by metallic objects entering its sensing field, making it an ideal choice for metal object position detection.
- Designed for Industrial Applications: Clearly marked "For Industrial Use", its design, materials, and testing standards meet stringent industrial requirements, offering excellent resistance to electromagnetic interference (EMI), vibration, and shock, ensuring long-term stable performance in complex environments like factory floors and machinery.
- Wide Voltage Input Range: Supports an operating voltage range of 18...30 V DC, perfectly compatible with the mainstream 24V DC control systems used in industrial automation. This wide range enhances the product's adaptability and universality.
- Dual Output Design for Maximum Flexibility: Features 2 independent output channels, each configurable as PNP or NPN. This design allows users to simultaneously achieve Normally Open (NO) and Normally Closed (NC) functions, or configure both outputs identically for redundancy, greatly enhancing application flexibility and system integration capabilities.
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