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VE3007 EMERSON

The VE3007 valve positioner can be configured to meet the specific requirements of different applications.Some of the parameters that can be adjusted include:

-Air supply pressure

-Travel span

-Zero and span adjustments

-Feedback signal type(4-20mA or 0-10VDC)

-Travel direction(direct or reverse)

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VE3007 EMERSON

The VE3007 is a product manufactured by Emerson Electric Co. It is a compact and versatile valve positioner that is designed for use in various industrial applications. The VE3007 is equipped with advanced technologies that ensure accurate and reliable performance in the field.

Product Information

The VE3007 valve positioner is compatible with a wide range of valves, including globe and rotary valves. It is capable of operating in various environments, including hazardous areas. The device is designed to provide precise control of valve position, even in challenging process conditions.

The VE3007 is equipped with a microprocessor-based control system that enables it to provide accurate and reliable feedback on valve position. The device is also equipped with an LCD display that makes it easy to monitor valve position and other important parameters.

Parameters

The VE3007 valve positioner can be configured to meet the specific requirements of different applications. Some of the parameters that can be adjusted include:

  • Air supply pressure
  • Travel span
  • Zero and span adjustments
  • Feedback signal type (4-20mA or 0-10VDC)
  • Travel direction (direct or reverse)

In addition to these parameters, the VE3007 can also be programmed to provide various diagnostic functions, such as:

  • Valve position monitoring
  • Valve stroke detection
  • Hysteresis measurement
  • Air consumption monitoring

Conclusion

The VE3007 valve positioner from Emerson is a reliable and versatile product that is suitable for use in various industrial applications. With its advanced features and configurable parameters, the VE3007 is capable of providing precise control of valve position, even in challenging process conditions.

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