Communication Protocol:HART
Operating Range:0-20 mA DC
Pressure Rating:10 bar
Temperature Range:-40°C to +85°C
Power Supply:12-36 VDC
Actuator Compatibility:Up to 100% Stroke
Diagonal Resolution:0.1%
Introducing the Fisher DVC6010 HC, an innovative digital valve controller that delivers unparalleled performance in industrial control systems. This high-capacity device is engineered with state-of-the-art technology to ensure precision and reliability in a wide range of applications.
With its integrated data interface and Ethernet connectivity, the DVC6010 HC seamlessly integrates into modern automation networks, enabling real-time monitoring and control over your processes. The comprehensive diagnostics feature allows for continuous assessment of valve performance, ensuring optimal operational conditions.
Featuring an electric input signal, this controller supports a 4-20 mA current loop, providing accurate control signals for your pneumatic actuators. Its capability to handle pressures up to 250 psig makes it suitable for various industrial environments, from standard to high-pressure settings.
The DVC6010 HC is designed for integral mounting, ensuring a secure and efficient setup without compromising on performance. Its operating temperature range (-40°C to +85°C) makes it ideal for both cold and hot industrial conditions, enhancing its versatility across different sectors.
Position control is a standout feature, offering both throttling and on/off control options to cater to diverse application needs. Whether you require fine adjustments or binary on-off switching, this controller delivers precise control with ease. Coupled with its robust power source compatibility (AC 24 V, DC 24 V), the DVC6010 HC ensures reliable operation under varied power supply conditions.
Backed by Fisher’s reputation for quality and reliability, the DVC6010 HC is not just another valve controller; it’s a strategic investment in enhancing the efficiency and performance of your industrial control systems. Upgrade today and experience the difference.
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