Solid Core Current Transducer SENTRY 200-1-V

Q1. How does the VFI Technology in the SENTRY 200-1-V enhance current sensing accuracy?
A: The SENTRY 200-1-V incorporates Variable Frequency Integration. This VFI technology current sensor allows for better current sensing accuracy of Variable Frequency Drive processes. It uses high speed sampling to precisely measure this special type of current flow.

Q2. What advantages does the 4-20mA output range offer in the SENTRY 200-1-V model?
A: The SENTRY 200-1-V uses the versatile 4 to 20 mA automation standard. This current transducer 4 20mA output allows for precise process control measurement without any loss of accuracy; even at transfer distances many hundreds of meters long. Also, the 4 to 20 mA signal is resistant to interference, or noise, that can be common in an industrial location. All of this is coupled with the extra benefits of VFI technology.

Q3. Can the SENTRY 200-1-V be adjusted for different AC fields, and if so, how?
A: The SENTRY 200-1-V can be adjusted for different AC ranges between 0 and 50 amps. This AC field selectable transducer can easily switch between 0 to 10A, 20A, or 50A with the aid of a jumper. This action can be performed on-site with no additional tools or wiring required.

Q4. In what applications is the SENTRY 200-1-V’s 4-20mA AC current transducer feature most beneficial?
A: The SENTRY 200-1-V uses the versatile 4 to 20 mA automation standard. This AC current transducer 4 20ma output is unaffected by long distances and interference from other sources. Thus, this current transducer is most beneficial to use in busy industrial areas that require long lengths of wiring for process automation.

Q5. How does the 4-20ma output in the SENTRY 200-1-V AC current transducer improve monitoring accuracy?
A: The SENTRY 200-1-V uses the versatile 4 to 20 mA automation standard. This AC current transducer 4 20ma output allows for precise process control measurement without any loss of accuracy, even at transfer distances many hundreds of meters long. Also, the 4 to 20 mA signal is resistant to interference or noise, which can be common in an industrial location.