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Brand | Moore |
---|---|
Model | FDY |
Category | Transmitter |
Language | English |
Describes how to pay attention to Notes, Cautions, and Warnings for safe and effective operation.
Covers input/output accuracy, stability, hysteresis, threshold, and step response for optimal performance.
Details input impedance, load capability, operating conditions, and immunity for reliable operation.
Describes display type, update rate, output current limiting, and power supply effects.
Presents stability data and DC/AC input accuracy across various ranges and frequencies.
Covers specific parameters for Frequency, Period, and Pulse Width inputs, including thresholds and hysteresis.
Describes key sections like Program Status, Device ID, Tag/Descriptor/Message, and Device Configuration.
Covers Measurement Mode selection and display of Variables, Device Status, and Communications.
Explains navigation using tabs and quick access buttons for efficient setup.
Lists factory defaults for measurement mode, hysteresis, timeout, AC/DC input, filters, and debounce.
Lists factory defaults for output scale, damping, fail mode, and display mode for initial setup.
Lists required equipment like simulators, resistors, and cables for FDY setup.
Illustrates the physical connection of the FDY to the PC and input devices for configuration.
Explains how to set Tag, Descriptor, and Message for unique FDY identification.
Describes how to choose the variable to measure (Frequency, Period, Pulse Width, etc.).
Details settings for AC/DC input, threshold, hysteresis, timeout, and filters for accurate signal processing.
Explains how to set Lower and Upper Range Values for the 4-20mA output scale.
Covers scaling the process variable and setting display engineering units for clarity.
Describes setting Under/Over Range limits for error detection and fail-safe operation.
Details setting the output current range (3.8-21.6mA) and configuring PV damping for signal smoothing.
Explains how to set the output to Fail Low (3.6mA) or Fail High (23.6mA) during malfunctions.
Describes choosing what variable is displayed on the unit's screen (Primary, Current, Percentage, or Toggle).
Covers adjusting accuracy by matching sensor input to a calibrated source using one or two trim points.
Adjusts output accuracy by matching recorded output to actual output at 4mA and 20mA points.
Allows testing and trimming of other instruments in the loop by simulating output values.
Explains enabling custom curves, setting range values, and specifying display engineering units.
Details entering X/Y values to create a custom input-output mapping for specialized applications.
Covers creating, importing, and transferring custom curve data to the FDY for tailored output.
Explains the process of downloading the complete configuration settings to the unit.
Describes enclosure options, mounting methods, and electrical connections for installation.
Details best practices for grounding and shielding input/output signals for noise reduction.
Provides information on how to contact Moore Industries for service assistance and troubleshooting.
Outlines essential instructions for using the FDY safely in hazardous locations and potentially explosive atmospheres.
Lists classifications like Class I, II, III, Division 1 & 2, and Zone 0, defining safe operation areas.
Details voltage, current, power limits, and cable capacitance/inductance for intrinsic safety compliance.
Provides important safety precautions, installation notes, and substitution warnings for intrinsic safety.
States conformity to EN 61326-1 for Electromagnetic Compatibility (EMC) requirements.
States conformity to Group II Category 1G EEx ia IIC T4 for intrinsically safe applications.
States conformity to Group II Category 2G Ex d IIC T6 for flameproof enclosures.
Lists technical standards used and involved quality assurance bodies for certification.
Details steps for returning equipment, requesting RMA, and quoting repair costs for service.
Lists required documents and packing/shipping instructions for equipment returns to ensure proper handling.