Fisher 3582 Pneumatic Valve Positioner

The Fisher™ 3582 Pneumatic Valve Positioner is a high-performance instrument designed to enhance the accuracy and responsiveness of control valves in industrial applications. This positioner ensures precise valve positioning by converting pneumatic control signals into accurate valve stem or shaft movement.

Key Features

• Precise Valve Control:

  • Accurately positions the valve stem or shaft based on pneumatic input signals, improving process efficiency and reducing variability.

• Versatile Signal Compatibility:

  • Operates with standard pneumatic signals (e.g., 3-15 PSI) and accommodates split-range operation for advanced control strategies.

• Durable Construction:

  • Built with rugged materials to withstand harsh operating environments, including extreme temperatures and corrosive conditions.

• Feedback Mechanism:

  • Includes a mechanical feedback system that enhances positioning accuracy and reduces hysteresis, ensuring consistent performance over time.

• Ease of Calibration:

  • Features straightforward adjustments for zero and span, simplifying setup and maintenance.

Specifications

• Model: 3582-287-19292

• Type: Pneumatic Valve Positioner

• Input Signal: Standard pneumatic signals (3-15 PSI or custom ranges for split-range applications)

• Output Signal: Proportional pneumatic output to the actuator, enhancing valve response and accuracy

• Material of Construction:

  • Housing: Corrosion-resistant materials

  • Internal Components: Stainless steel or other durable materials for long service life

• Mounting Style:

  • Compatible with both linear and rotary actuators, allowing for flexible installation.

• Operating Temperature Range: Suitable for a broad range of environmental conditions, ensuring reliable operation in extreme temperatures.

• Certifications: Meets industry standards for safety and performance (specific certifications available upon request).

Applications

The Fisher 3582 Pneumatic Valve Positioner is ideal for:

• Oil & Gas: Controlling critical valves in separators, compressors, and pipelines.

• Chemical Processing: Ensuring precise control of flow, pressure, and temperature in reactors and mixers.

• Power Generation: Managing steam and water flow in turbines and boilers.

• Water Treatment: Enhancing the performance of flow and level control valves.