IC660BBA100

FAQS

• What does the Open Wire diagnostic indicate?
  The Open Wire diagnostic occurs when there is insufficient current flow through the RTD input circuit, typically because the RTD is disconnected, faulty, or missing. This What does the Open Wire diagnostic indicate? The Open Wire diagnostic occurs when there is insufficient current flow through the RTD input circuit, typically because the RTD is disconnected, faulty, or missing. This alert helps prevent inaccurate readings by notifying you of broken or missing connections. What is the Overrange diagnostic, and how does it work? The Overrange diagnostic is triggered when the input temperature exceeds the maximum allowed value for the connected RTD. The acceptable upper limits depend on the type of RTD in use (e.g.. platinum, nickel). When Overrange occurs, the block reports this fault and may substitute a predefined maximum value for the input temperature reading. What causes the Underrange diagnostic? The Underrange diagnostic is triggered when the input temperature falls below the minimum supported value for the RTD. This can indicate a fault in the RTD or wiring. Instead of reporting the actual temperature value, the block uses a predefined Underrange value to represent the fault.
• What is the Overrange diagnostic, and how does it work?
  The Overrange diagnostic is triggered when the input temperature exceeds the maximum allowed value for the connected RTD. The acceptable upper limits depend on the type of RTD in use (e.g.. platinum, nickel). When Overrange occurs, the block reports this fault and may substitute a predefined maximum value for the input What does the Open Wire diagnostic indicate? The Open Wire diagnostic occurs when there is insufficient current flow through the RTD input circuit, typically because the RTD is disconnected, faulty, or missing. This alert helps prevent inaccurate readings by notifying you of broken or missing connections. What is the Overrange diagnostic, and how does it work? The Overrange diagnostic is triggered when the input temperature exceeds the maximum allowed value for the connected RTD. The acceptable upper limits depend on the type of RTD in use (e.g.. platinum, nickel). When Overrange occurs, the block reports this fault and may substitute a predefined maximum value for the input temperature reading. What causes the Underrange diagnostic? The Underrange diagnostic is triggered when the input temperature falls below the minimum supported value for the RTD. This can indicate a fault in the RTD or wiring. Instead of reporting the actual temperature value, the block uses a predefined Underrange value to represent the fault.
• What causes the Underrange diagnostic?
  The Underrange diagnostic is triggered when the input temperature falls below the minimum supported value for the RTD. This can indicate a fault in the RTD or wiring. Instead of reporting the actual temperature value, the block uses a predefined Underrange value to represent the fault.