Panasonic FT-H20-J30 Heat-resistant Fiber: Robust Solution for Industrial Automation
The Panasonic FT-H20-J30 heat-resistant fiber is a high-performance thrubeam sensor designed for extreme high-temperature environments. Featuring a 300mm high-temp fiber cable, M4 threaded fiber sensor head, and IP40 protection, the The Panasonic FT-H20-J30 heat-resistant fiber excels in FT-H20-J30 industrial automation applications such as The Panasonic FT-H20-J30 heat-resistant fiber metal processing and FT-H20-J30 automotive manufacturing. As a heat-resistant joint fiber set with a 2m standard fiber, it ensures flexibility and durability. With RoHS compliant fiber sensor design and FX-500 series compatibility, this sensor is ideal for FT-H20-J30 harsh environment sensor needs and narrow space fiber sensor installations.
Technical Specifications of Panasonic FT-H20-J30 Heat-resistant Fiber
The The Panasonic FT-H20-J30 heat-resistant fiber provides robust features for high-temperature industrial applications. The following table outlines its key specifications:
| Parameter | Specification |
|---|---|
| Fiber Type | Thrubeam, heat-resistant joint set |
| Fiber Length | 300mm high-temp fiber + 2m standard fiber |
| Bending Radius | R18 (18 mm) |
| Protection Class | IP40 |
| Temperature Range | -60°C to +200°C (high-temp fiber) |
| Amplifier Compatibility | FX-500 series, FX-LE1 lens |
| Compliance | RoHS (2011/65/EU, 2015/863/EU) |
Industrial Applications and Key Features
High-Temperature Sensing in Harsh Environments
The Panasonic FT-H20-J30 heat-resistant fiber withstands temperatures up to 200°C, making it ideal for heat-resistant fiber applications. Its rugged design supports FT-H20-J30 metal processing, enabling reliable object detection in high-heat settings like steel forging or aluminum casting. The FT-H20-J30 harsh environment sensor also thrives in FT-H20-J30 automotive manufacturing, performing consistently in processes such as welding or heat treatment.
Compact Design for Narrow Spaces
The FT-H20-J30 compact fiber sensor features an M4 threaded fiber sensor head, facilitating secure installation in confined areas. Its narrow space fiber sensor capability, combined with a 300mm high-temp fiber cable and R18 bending radius, allows flexible mounting in complex machinery. The high sensitivity fiber sensor ensures precise detection, boosting efficiency in challenging industrial environments.
Industrial Automation and System Integration
With FX-500 series compatibility and support for the FX-LE1 lens, the FT-H20-J30 ensures seamless FT-H20-J30 industrial automation. Optical communication enables rapid configuration of multiple amplifiers, simplifying system integration. The FT-H20-J30 fiber optic datasheet and FT-H20-J30 fiber optic manual, available from Panasonic, provide detailed setup guidance, optimizing performance in industrial heat-resistant sensor applications.
Installation and Maintenance
The M4 threaded fiber sensor head and heat-resistant joint fiber set streamline installation with secure mounting. The 300mm high-temp fiber cable, paired with a 2m standard fiber, offers flexibility for custom setups. Regular cleaning of the fiber head maintains the high sensitivity fiber sensor’s performance in high-temperature conditions. The FT-H20-J30’s durable construction reduces maintenance needs, ensuring long-term reliability.
Safety and Compliance
The FT-H20-J30 is a RoHS compliant fiber sensor (2011/65/EU, 2015/863/EU), reflecting its environmentally responsible design. Its IP40 heat-resistant fiber rating ensures reliable operation in controlled environments. The sensor’s -60°C to +200°C temperature range makes it a versatile industrial heat-resistant sensor for diverse high-temperature applications.
Why Choose Panasonic FT-H20-J30 Heat-resistant Fiber?
The Panasonic FT-H20-J30 fiber optic sensor delivers exceptional reliability for heat-resistant fiber applications. Its M4 threaded head, 300mm high-temp fiber cable, and FX-500 series compatibility make it perfect for FT-H20-J30 metal processing and FT-H20-J30 automotive manufacturing. The FT-H20-J30 high temperature sensor’s compact design and high sensitivity ensure precise detection in narrow spaces and harsh environments. Access the FT-H20-J30 fiber optic datasheet for detailed specifications and enhance your industrial automation with this robust, high-performance solution.
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Enhancing Industrial Efficiency with Panasonic FT-H20-J30
The Panasonic FT-H20-J30 heat-resistant fiber sensor is designed to deliver outstanding accuracy and stability in demanding industrial environments. With its ability to operate reliably at temperatures up to 200°C, this sensor ensures consistent detection and signal integrity even in high-heat processes such as forging, casting, or welding. Its advanced thrubeam technology minimizes detection errors and enhances production line efficiency, making it a dependable component for industrial automation systems that demand long-term reliability and performance.
Seamless Integration and Operational Durability
Thanks to its compatibility with FX-500 series amplifiers and the FX-LE1 lens, the FT-H20-J30 provides seamless integration into existing automation infrastructures. The sensor’s IP40 protection class ensures durability in environments where temperature fluctuations and mechanical stress are constant challenges. Additionally, its 300mm high-temp fiber cable offers greater installation flexibility, enabling engineers to optimize sensor positioning for maximum detection precision. This adaptability helps manufacturers achieve better throughput and lower maintenance costs across production cycles.
Future-Ready Solution for Industrial Applications
As industries continue to evolve toward smart manufacturing, the Panasonic FT-H20-J30 stands as a future-proof investment. Its rugged design, compact form, and high sensitivity support a wide range of industrial automation scenarios, from automotive heat treatment to metal fabrication. The FT-H20-J30 not only enhances process stability but also contributes to energy-efficient, sustainable production practices. By integrating this heat-resistant fiber sensor into your system, you ensure lasting precision, reliability, and superior performance under even the harshest operating conditions.