Critical Technical Advantages
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Zero Atmospheric Venting: By utilizing an all-electric drive mechanism, the easy-Drive 200R eliminates the methane or process gas emissions typically associated with pneumatic actuators. This makes it an ideal solution for meeting strict environmental regulations and corporate sustainability goals.
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Simplified Setup and Calibration: The actuator is designed for rapid deployment. Using the Fisher easy-Drive configurator, operators can perform a one-button calibration, significantly reducing commissioning time and the potential for human error.
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Versatile Control and Monitoring: The 200R supports a wide range of communication protocols, including Modbus RTU, 4-20 mA analog, and dry contact signals. Advanced diagnostics are available over the Modbus protocol, allowing for predictive maintenance and remote troubleshooting.
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Low Power Consumption: Engineered for high efficiency, the 200R has minimal power requirements, making it suitable for remote sites powered by solar or battery systems. Its stable operation remains consistent despite fluctuating process conditions.
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Enhanced Safety with RPU-100: To ensure fail-safe performance during a loss of power, the actuator can be paired with the RPU-100 supercapacitor backup. This accessory provides the energy necessary to move the valve to its designated fail position, offering the reliability of a spring-return system in an electric format.
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Reduced Field Visits: Remote monitoring capabilities allow operators to check actuator status and health from the control room, reducing the need for manual inspections in remote or hazardous field locations.
Technical Performance Matrix
| Feature | Details |
| Actuator Type | Rotary Electric (90-Degree) |
| Control Signals | Modbus RTU, 4-20 mA, Dry Contact |
| Power Profile | Low-power, High-efficiency |
| Calibration | One-button via easy-Drive Configurator |
| Failsafe Option | RPU-100 Supercapacitor Backup |
| Emissions | Zero Venting (Electric Operation) |
Primary Applications
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Remote Oil and Gas Production: Eliminating methane emissions from separator and plunger lift valves at wellhead sites.
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Solar-Powered Sites: Automation of rotary valves in remote locations where pneumatic air is unavailable.
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Chemical Injection: Precise throttling for dosing systems requiring Modbus integration.
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Sustainable Infrastructure: Upgrading legacy pneumatic systems to electric to reduce the carbon footprint of the facility.
