Panasonic FX-301B Digital Fiber Sensor: Advanced Solution for Industrial Automation
The Panasonic FX-301B digital fiber sensor delivers exceptional performance in industrial automation sensor applications, featuring a blue LED fiber sensor for high-precision fiber optic detection. Equipped with an NPN output sensor and optical communication sensor capabilities, this compact fiber amplifier is ideal for FX-301B semiconductor manufacturing and precision assembly sensor tasks. As a RoHS-compliant sensor with IP67 fiber sensor protection, it ensures reliable operation in demanding environments. The fast response fiber sensor and timer function sensor enhance FX-301B quality control, making it a top choice for indoor fiber optic sensor setups with 16-unit sensor adjustment.
Technical Specifications of Panasonic FX-301B Digital Fiber Sensor
Designed for high-precision automation, the FX-301B offers robust specifications. The table below outlines its key features:
Parameter | Specification |
---|---|
Sensor Type | Digital fiber optic, blue LED |
Output | NPN open-collector transistor |
Response Time | 50ms (FAST/STD/LONG modes) |
Protection Rating | IP67 |
Communication | Optical, up to 16 units |
Power Supply | 12–24 VDC |
Compliance Standards | RoHS (2011/65/EU, 2015/863/EU) |
Key Features and Industrial Applications
High-Precision Detection with Blue LED
The Panasonic FX-301B digital fiber sensor provides high-precision fiber optic detection, making it ideal for FX-301B semiconductor manufacturing tasks such as wafer alignment or component inspection. Its stable sensing sensor performance supports FX-301B quality control in precision assembly sensor applications, ensuring accurate detection in high-tech production environments.
Compact Design with Seamless Connectivity
The compact fiber amplifier design of the FX-301B, combined with optical communication sensor capabilities, enables synchronized adjustment of up to 16 units, reducing interference in multi-sensor setups. The IP67 fiber sensor rating ensures durability in indoor fiber optic sensor environments. The fast response fiber sensor enhances efficiency in dynamic automation tasks.
Flexible Control with Timer Functions
The FX-301B’s timer function sensor, including OFF-delay, ON-delay, and ONE SHOT modes, offers versatile control for FX-301B semiconductor manufacturing and precision assembly sensor applications. The FX-301B datasheet and FX-301B setup guide, provided by Panasonic, offer detailed instructions for optimizing performance in industrial automation sensor systems.
Installation and Maintenance
The compact fiber amplifier and NPN output sensor design simplify the FX-301B’s installation, with secure connections for reliable operation. The optical communication sensor feature streamlines multi-unit configurations. Regular cleaning of the fiber head maintains high-precision fiber optic performance, while the IP67 fiber sensor construction minimizes maintenance needs, ensuring long-term reliability in FX-301B quality control tasks.
Safety and Compliance
As a RoHS-compliant sensor, the FX-301B adheres to environmental standards (2011/65/EU, 2015/863/EU), reflecting Panasonic’s commitment to sustainability. The IP67 fiber sensor rating provides protection against dust and water, supporting safe operation in indoor fiber optic sensor environments. The 16-unit sensor adjustment feature enhances efficiency in complex automation setups.
Why Choose the Panasonic FX-301B Digital Fiber Sensor?
The Panasonic FX-301B digital fiber sensor stands out as a premier digital fiber sensor for industrial automation. Its blue LED fiber sensor, NPN output sensor, and optical communication sensor capabilities make it ideal for FX-301B semiconductor manufacturing and precision assembly sensor applications. The compact fiber amplifier, high-precision fiber optic performance, and timer function sensor ensure superior results in FX-301B quality control. Consult the FX-301B datasheet for detailed specifications and elevate your automation processes with this reliable, high-performance sensor.
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