DMH2-N11111S02 | SICK DMH2 Industrial Sensor Module
- Regular price
- $3,327.00
- Sale price
- $3,327.00
- Regular price
-
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Product Description P/N: DMH2-N11111S02
Description
The SICK DMH2-N11111S02 is an industrial sensing component designed for integration into automated control and monitoring systems. It is engineered to support precise detection or measurement functions within SICK sensor-based solutions. This device is typically used in industrial automation environments where reliable signal acquisition is required.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | SICK |
| Category | Industrial Sensors |
| Part Number | DMH2-N11111S02 |
| Subcategory | Industrial Sensor Modules |
| Series | DMH2 |
| Device Type | Industrial sensing module |
| Application | Automation and control systems |
| Installation Type | Machine-mounted |
| Operating Environment | Industrial |
| System Compatibility | SICK sensor systems |
| Construction | Industrial-grade housing |
| Weight | Approx. 0.4 kg |
Information About DMH2-N11111S02
The DMH2-N11111S02 is part of SICK’s DMH2 product family, developed for dependable operation in industrial sensing applications. It is designed to integrate seamlessly with compatible SICK systems and control architectures. The device is built for stable performance in demanding factory environments and supports continuous operation. Its compact industrial design allows installation in space-constrained machinery and automation setups.
Key Features:
- Industrial Sensor Component: Designed for integration into automation and control systems.
- DMH2 Series Design: Part of SICK’s established industrial sensing portfolio.
- Reliable Signal Handling: Engineered for consistent detection or measurement performance.
- Compact Form Factor: Suitable for installation in confined industrial spaces.
- System Compatibility: Designed to work with supported SICK automation solutions.
- Industrial-Grade Construction: Built for long-term use in harsh operating environments.
The DMH2-N11111S02 delivers the reliability and precision required for industrial sensing and automation applications.
Description
The SICK DMH2-N11111S02 is an industrial sensing component designed for integration into automated control and monitoring systems. It is engineered to support precise detection or measurement functions within SICK sensor-based solutions. This device is typically used in industrial automation environments where reliable signal acquisition is required.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | SICK |
| Category | Industrial Sensors |
| Part Number | DMH2-N11111S02 |
| Subcategory | Industrial Sensor Modules |
| Series | DMH2 |
| Device Type | Industrial sensing module |
| Application | Automation and control systems |
| Installation Type | Machine-mounted |
| Operating Environment | Industrial |
| System Compatibility | SICK sensor systems |
| Construction | Industrial-grade housing |
| Weight | Approx. 0.4 kg |
Information About DMH2-N11111S02
The DMH2-N11111S02 is part of SICK’s DMH2 product family, developed for dependable operation in industrial sensing applications. It is designed to integrate seamlessly with compatible SICK systems and control architectures. The device is built for stable performance in demanding factory environments and supports continuous operation. Its compact industrial design allows installation in space-constrained machinery and automation setups.
Key Features:
- Industrial Sensor Component: Designed for integration into automation and control systems.
- DMH2 Series Design: Part of SICK’s established industrial sensing portfolio.
- Reliable Signal Handling: Engineered for consistent detection or measurement performance.
- Compact Form Factor: Suitable for installation in confined industrial spaces.
- System Compatibility: Designed to work with supported SICK automation solutions.
- Industrial-Grade Construction: Built for long-term use in harsh operating environments.
The DMH2-N11111S02 delivers the reliability and precision required for industrial sensing and automation applications.