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General| Type | Control Unit |
|---|---|
| Model | ICON3000 |
| Manufacturer | BIFFI |
| Enclosure Rating | IP66 |
| Communication Protocol | Modbus |
Details of manual revisions, including date and description.
Overview of the ICON3000 HART module's purpose and compliance.
Specifies that the module is designed for the same environment as the actuator.
Details HART protocol, electrical interface, signal, data rate, and topology.
Covers device type, impedance, temperature range, and EMC protections.
Describes the single PCB and its connection to the actuator base card.
Explains the function of LEDs (DL1-DL5) and jumpers (JP1, JP2) on the module.
Details dip switch settings for 4-20mA limits and analog filter.
Lists maximum current, minimum current, and multidrop current values.
Lists PV, PV loop current, SV, TV, and QV with their descriptions.
Explains HART bus benefits, request-response, and burst mode.
Describes FSK modulation, frequencies, and signal superposition on analog.
Details point-to-point, split range, and multidrop wiring modes.
Explains multidrop mode requirements and termination resistor.
Discusses cable requirements, capacitance effects, and length limits.
Guides on proper cable shielding and grounding for HART communication.
Describes commands recognized by all HART devices for basic information.
Explains commands used by many devices and unique device commands.
Details communication status bits and response codes for command execution.
Retrieves device type, revision levels, and Device ID.
Reads the primary variable value and its unit code.
Retrieves loop current and its corresponding percent of range.
Reads loop current and four dynamic variables (position, torque, temp).
Sets the device's polling address and loop current mode.
Retrieves the polling address and loop current mode.
Reads the classification associated with dynamic variables.
Requests value and status for up to 8 device or dynamic variables.
Details the structure of response data for device variables.
Returns identity information linked to the device tag.
Reads the message stored within the field device.
Retrieves the Tag, Descriptor, and Date information from the device.
Retrieves transducer serial number, limits, and span for the primary variable.
Retrieves alarm selection, transfer function, and range value units.
Retrieves the final assembly number for device identification.
Writes a message string into the field device for record keeping.
Writes Tag, Descriptor, and Date into the field device.
Writes the final assembly number into the field device.
Reads the long tag associated with the device.
Returns identity info linked to the device's long tag.
Writes the long tag into the field device.
Resets the configuration change flag in the field device.
Retrieves device status, operating mode, and standardized status info.
Details the structure of status bits in response data.
Resets the field device, similar to cycling power.
Retrieves transducer serial number, limits, and span for a variable.
Details response data for device variable information.
Sets the number of preambles before a response message.
Retrieves device communication statistics (STX, ACK, BACK counts).
Selects minimum and maximum update periods for burst messages.
Configures triggers for publishing burst messages (Continuous, Windowed, etc.).
Reads burst mode settings, commands, variables, and time conditions.
Selects device variables for burst mode reporting.
Selects the response message transmitted during Burst Mode.
Used to enter and exit the Burst Mode on the field device.
Details command response codes for Burst Mode control.
Allows forcing the value of a single variable.
Reads the value of one actuator array data.
Allows forcing the value of one array data.
Lists device type codes and their descriptions.
Provides codes for engineering units used in HART communication.
Lists codes for different transfer function types.
Defines codes for selecting alarm behaviors.
Defines codes indicating write protection status.
Lists manufacturer identification codes.
Defines codes for controlling burst mode operation.
Lists codes for physical signaling methods.
Explains flag assignments used in HART communication.
Defines codes for loop current mode (enabled/disabled).
Provides codes for extended device status conditions.
Lists families of device variables.
Defines classifications for device variables.
Defines flags for analog input channels.
Describes modes for triggering burst messages based on source value.
Lists device profile codes for HART devices.
Comprehensive list of device variables with their properties.
Explains the structure and meaning of the device variable status byte.
Allows sending commands to the actuator via bit enumeration.
Describes the actuator's status using bit enumeration.
Describes additional actuator status using bit enumeration.
Sets the actuator's desired position for control.
Sets the percentage of position error without triggering commands.
Defines delay time between motor cycles.
Shows actuator alarm status via bit enumeration.
Shows additional actuator alarm status via bit enumeration.
Shows actuator warning status via bit enumeration.
Indicates duration of the last opening stroke.
Indicates duration of the last closing stroke.
Defines the action for an ESD command.
Defines position for ESD "Go to position" action.
Indicates the status of the 2-speed timer in closing direction.
Indicates the start position for the 2-speed timer in closing.
Indicates the stop position for the 2-speed timer in closing.
Indicates the ON time of the motor in 2-speed timer (close).
Indicates the OFF time of the motor in 2-speed timer (close).
Indicates the status of the 2-speed timer in opening direction.
Indicates the start position for the 2-speed timer in opening.
Indicates the stop position for the 2-speed timer in opening.
Indicates the ON time of the motor in 2-speed timer (open).
Indicates the OFF time of the motor in 2-speed timer (open).
Defines the action for 4-20mA signal failure.
Indicates the delay before the fail safe action is executed.
Sets the actuator position for fail safe action.
Indicates the actuator's power supply type.
Indicates the actuator's power supply voltage.
Indicates the actuator's power supply frequency.
Indicates the percentage corresponding to the loop current signal.
Indicates the value of the analog input current.
Indicates the percentage corresponding to the loop current signal.
Indicates the current position of the actuator.
Indicates the current torque measured by the actuator.
Indicates the internal temperature of the actuator.
Lists and defines array codes used for device data.
Configures bus control parameters like Node, Mode, and Device ID.
Configures positioner settings like dead band and motion inhibit time.
Configures fail safe actions and delay time for signal loss.
Displays bus data transmission statistics like STX, ACK, and BACK counts.
Shows the layout of the actuator terminal board connections.
Explains how bus signal loss is indicated via LEDs and display.
Illustrates the setup for HART command communication.
Shows a HART communication example with dynamic variables.
Details data bytes, values (hex/dec) for dynamic variables.
Explains ESD/PST signal meaning based on actuator type and settings.
Explains Interlock/PST signal meaning based on actuator type and settings.
