Diffused Silicon High Precision Industrial Pressure Transmitter

Stable and accurate pressure data acquisition serves as the core foundation for equipment maintenance and process regulation in industrial production, fluid management and mechanical automation scenarios. Model FST800-2100 diffused silicon pressure transmitter is manufactured with diffused silicon sensing technology. It is suitable for pressure measurement of all types of clean and weakly corrosive fluid media, and fully compatible with industrial control accessories, mechanical equipment and water treatment applications. With balanced performance and wide adaptability, it is the preferred general-purpose instrument for industrial pressure measurement and control.

This diffused silicon pressure transmitter is equipped with an original dedicated diffused silicon sensing core. It adopts full-range wide-temperature digital compensation technology before delivery, which can adapt to high and low temperature fluctuations in factories and eliminate measurement deviations caused by ambient temperature changes, ensuring accurate and consistent measurement data under working conditions. The entire transmitter adopts an integrated 304 stainless steel structure featuring high mechanical strength, resistance to moisture oxidation and general medium corrosion. It boasts extensive medium compatibility and fits most industrial fluids including water, oil products and common gases, supporting long-term uninterrupted operation under diverse working conditions.

The transmitter delivers outstanding measurement and control performance with core strengths of high precision and fast response. It rapidly senses pressure and synchronously tracks dynamic pressure fluctuations in pipelines in real time, featuring minor zero drift and excellent span controllability. The equipment maintains superior long-term operational stability, eliminating frequent on-site calibration and commissioning and greatly cutting instrument maintenance workload for factories. A dedicated reverse polarity protection module is built into the circuit. It provides automatic protection against miswiring and reversed voltage polarity to avoid circuit burnout and instrument damage, improving fault tolerance during field installation and suiting non-standard wiring operations.

Standardized hardware configurations with customization options meet diverse on-site installation and wiring requirements. The instrument reaches IP65 protection grade with excellent dustproof and waterproof performance, applicable to indoor industrial control rooms, outdoor open pump stations and humid, dusty workshop environments. Multiple electrical connection options are available: M12 connectors and direct cable outlets as standard, with customizable Packard connectors and standard/minitype Hirschmann connectors to match most mainstream industrial control wiring accessories. Flexible and extensive measuring ranges cover gauge pressure from 0.1 bar to 600 bar, allowing customized selection for high and low pressure measurement & control demands.

The diffused silicon pressure transmitter fits common civil and industrial measurement & control scenarios across numerous industries: full-range pressure monitoring and closed-loop control for industrial processes, hydraulic and pneumatic power regulation systems in workshops, supporting accessories for complete industrial machinery manufacturing, automatic testing equipment for factories, and fluid pressure management for municipal pump stations, water purification and wastewater treatment.

Compared with ordinary economical pressure transmitters, the diffused silicon model balances cost performance, durability and measurement accuracy. Its stainless steel body provides robust protection and long service life, with high wiring safety fault tolerance and abundant range options. Ideal for instrument matching in new projects and replacement & renovation of aged instruments, it features strong universality and easy installation, suitable for most industrial measurement and control scenarios without explosion-proof requirements.