Panasonic FX-411G Digital Fiber Sensor: Advanced Industrial Automation
The Panasonic FX-411G digital fiber sensor sets a new standard in industrial automation sensor applications, featuring a green LED fiber sensor for high-precision fiber optic detection. Equipped with an NPN output sensor and a multi-turn potentiometer, this compact fiber amplifier excels in FX-411G transparent object detection and precision manufacturing sensor tasks. As a RoHS-compliant sensor with a dual digital display, it ensures reliable performance in high-tech environments. The four-level light emission and peak hold function enhance FX-411G quality control, making it ideal for indoor fiber optic sensor setups powered by a 12-24 VDC sensor.
Technical Specifications of Panasonic FX-411G Digital Fiber Sensor
Designed for advanced automation, the Panasonic FX-411G digital fiber sensor offers robust specifications. The table below details its key features:
Parameter | Specification |
---|---|
Sensor Type | Digital fiber optic, green LED |
Output | NPN open-collector transistor |
Adjustment | Multi-turn potentiometer |
Display | Dual 4-digit red/green LED |
Light Emission | Four levels (light saturation prevention) |
Power Supply | 12–24 VDC |
Compliance Standards | RoHS (2011/65/EU, 2015/863/EU) |
Key Features and Industrial Applications
Precision Detection for Transparent Objects
The FX-411G green LED fiber sensor provides high-precision fiber optic detection, making it ideal for FX-411G transparent object detection tasks such as identifying clear films or glass in packaging lines. Its peak hold function ensures accurate FX-411G quality control in precision manufacturing sensor applications, delivering consistent results in specialized production environments.
Enhanced Adjustability and Monitoring
The multi-turn potentiometer enables precise sensitivity adjustments, while the dual digital display with 4-digit red/green LEDs offers clear, real-time feedback for efficient operation. The four-level light emission, designed with light saturation prevention, ensures reliable detection in indoor fiber optic sensor setups, enhancing performance in compact fiber amplifier installations.
Robust Design for High-Tech Automation
The FX-411G’s NPN output sensor and 12-24 VDC sensor power supply ensure compatibility with standard automation systems. As a RoHS-compliant sensor, it meets stringent environmental standards. The FX-411G datasheet and FX-411G setup guide, provided by Panasonic, offer comprehensive instructions for optimizing performance in precision manufacturing sensor and transparent object detection applications.
Installation and Maintenance
The compact fiber amplifier design, paired with the CN-73 hook-up cable, simplifies the FX-411G’s installation in industrial automation sensor systems. The multi-turn potentiometer facilitates precise on-site adjustments for high-precision fiber optic detection. Routine cleaning of the fiber head maintains optimal performance, while the durable construction reduces maintenance needs, ensuring long-term reliability in FX-411G quality control tasks.
Safety and Compliance
As a RoHS-compliant sensor, the FX-411G adheres to environmental standards (2011/65/EU, 2015/863/EU), reflecting Panasonic’s commitment to sustainability. Its light saturation prevention feature ensures safe and accurate detection in indoor fiber optic sensor applications. The dual digital display enhances operational efficiency in multi-sensor configurations.
Why Choose the Panasonic FX-411G Digital Fiber Sensor?
The Panasonic FX-411G digital fiber sensor is a premier digital fiber sensor for advanced industrial automation. Its green LED fiber sensor, NPN output sensor, and multi-turn potentiometer make it ideal for FX-411G transparent object detection and precision manufacturing tasks. The compact fiber amplifier, high-precision fiber optic capabilities, and dual digital display deliver exceptional performance in FX-411G quality control. Review the FX-411G datasheet for detailed specifications and elevate your automation processes with this reliable, high-performance sensor.
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