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General| Manufacturer | Honeywell |
|---|---|
| Operating Temperature | -40 to 85°C (-40 to 185°F) |
| Housing Material | Aluminum or Stainless Steel |
| Product Type | Smart Multivariable Transmitter |
| Input | Differential Pressure, Static Pressure, Temperature |
| Output | 4-20mA HART, FOUNDATION Fieldbus |
| Hazardous Area Approvals | FM, CSA, ATEX, IECEx |
| Protection Rating | NEMA 4X, IP66/67 |
| Process Connection | 1/2" NPT, 1/4" NPT |
Introduction to the transmitter's physical and functional characteristics.
Lists the transmitter's capabilities, supported measurements, and options.
Details on the transmitter's nameplate information and model number format.
Steps and requirements for installing the configuration software.
Configuration options related to the device's physical and logical setup.
Details and parameters related to the device's identification and specifications.
Configuration options for the device's local display interface.
Parameters and settings for configuring Differential Pressure measurements.
Parameters and settings for configuring Static Pressure measurements.
Parameters and settings for configuring flow measurements.
Parameters and settings for configuring Meterbody Temperature.
Parameters and settings for configuring Process Temperature.
How to define and use custom units for flow measurements.
Configuration and information related to device diagnostics and error logging.
Information about the meterbody, including ID, model key, and material details.
Configuration settings for the Modbus communication interface (address, baud rate, parity).
Procedures for device maintenance, including security and calibration records.
Features for securing the device, including write protection and tamper alarm.
Details on factory calibration and methods for performing sensor calibrations.
Information review for maintenance-related details.
Information on advanced diagnostics, including tracking, error logs, and history.
Monitoring of various module service lives and operational parameters.
Review of recorded error messages and their timestamps.
Review of parameters updated during recent configuration changes.
General review of device parameters.
Process for creating and applying device configurations offline.
Monitoring of device faults and process variables.
Display of critical and non-critical faults (alarms) diagnosed by the device.
Display of current device variable values.
Hierarchical overview of the SMV 800 Modbus Host application menu structure.
Functionality to compare two configuration files.
Details of the Modbus interface and register map for the SMV800 transmitter.
General overview of Modbus communication for the SMV800 device.
Specifies the physical layer requirements for Modbus communication (RS-485, half-duplex).
Details on the data format used in Modbus communication (data bits, stop bits, parity).
Configurable baud rates for Modbus serial communication.
Lists the data types supported by Modbus registers.
Overview of Modbus function codes supported by the SMV800 device.
Details on user-defined function codes, specifically for reading configuration history.
Modbus register map for accessing process variables.
Byte order and format for floating-point numbers in Modbus.
Details on communication parameters like turnaround delay and statistics.
Procedures for calibrating process variables using trim processes.
Status bits providing information about transmitter diagnostics.
Contains register maps for coils, holding registers, and floating-point registers.
Information on calibrating transmitter's pressure and temperature measurement ranges.
Steps for performing Differential Pressure sensor calibration using the application tool.
Steps for performing Static Pressure sensor calibration using the application tool.
Steps for performing Process Temperature sensor calibration using the application tool.
Details on factory-set single, dual, or triple calibration options.
Temporary simulation of device variables like DP, SP, PT, and Flow.
Navigating the monitoring tab to identify diagnostic messages and troubleshoot faults.
Identifies causes and corrective actions for communication problems.
Identifies causes and corrective actions for communication issues.
Lists all alarms and conditions for the SMV800 Modbus device.
Lists all alarms and conditions for the SMV800 Modbus device.
Features and recommendations for securing the device configuration and data.
Instructions for reporting security vulnerabilities to Honeywell.
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