fd80f Sanitary Pressure Transmitter With Heat Sink
Video Overview
Explore what sets this solution apart in an easy-to-follow presentation. In this video, you'll see a detailed walkthrough of the FD80F Sanitary Pressure Transmitter with Heat Sink, showcasing its all-stainless steel construction and how it meets the rigorous standards of food and pharmaceutical industries. We'll demonstrate the built-in heat sink ensuring operational stability and the sanitary tri-clamp connections for easy integration.
Product Featured in This Video
- Constructed entirely from food-grade 316L stainless steel for superior corrosion resistance.
- Specifically designed for sanitary applications in food and pharmaceutical industries.
- Features standard sanitary tri-clamp connections for easy and hygienic installation.
- Built-in heat sink design ensures stable operation under continuous working conditions.
- Provides accurate and reliable pressure measurement data for critical processes.
- Ideal for fluid pressure monitoring in food processing applications.
- Suitable for process pressure control in pharmaceutical production environments.
- Delivers high-precision and high-stability measurement solutions.
Faqs
- What industries is the FD80F Pressure Transmitter designed for?The FD80F is tailor-made for sanitary industries, including food processing and pharmaceutical production, where stringent cleanliness and corrosion resistance are required.
- What material is the FD80F Pressure Transmitter constructed from?It is constructed entirely from food-grade 316L stainless steel, ensuring it meets the high hygiene and durability standards of sanitary applications.
- How does the built-in heat sink benefit the transmitter's performance?The built-in heat sink design ensures stable device operation under continuous working conditions, which guarantees accurate and reliable pressure measurement data over time.
- What type of connections does the FD80F use?It is equipped with standard sanitary tri-clamp connections, facilitating easy, secure, and hygienic integration into process lines.
...more
Show less
