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General| Operating System | Proprietary |
|---|---|
| Operating Temperature | -10°C to 50°C |
| HART Communicator | Yes |
| Foundation Fieldbus Communicator | Yes |
| Temperature Range | -10°C to 50°C |
| Protection Rating | IP54 |
| Electrical Measurement | Voltage, current, frequency, and resistance |
| Connectivity | USB, Bluetooth |
| Pressure Modules | Interchangeable PM620 modules |
| Power Supply | Rechargeable Li-ion battery |
| Pressure Units | Multiple selectable |
| Battery Life | Up to 8 hours (depending on usage) |
Outlines general safety rules, including using approved tools, obeying warning signs, and maintaining clean work areas.
Details operational conditions and special conditions for safe use in hazardous areas, including classification and restrictions.
Provides warnings regarding tool usage, ignoring limits, proper use, and personal protective equipment.
Covers electrical safety, battery handling, power supply specifications, and temperature ranges to prevent shocks and fires.
Lists warnings related to pressure handling, system isolation, pipe ratings, and cleanliness to prevent leaks and damage.
Details the process of downloading software from the website and transferring it to the instrument via USB.
Guides on updating the HART device library by running a self-extracting executable file.
Lists the various electrical measurement and source functions the DPI620G-IS can perform, such as current, voltage, and frequency.
Guides on performing basic calibration tasks, including selecting functions and saving tasks.
Covers features for measure and source operations, including process controls and settings.
Explains how CH2 can measure/source current with internal 15V loop power, showing terminal connections.
Shows CH1 setup for sourcing DC voltage (0-12V) or DC mV (0-2000mV), explaining connections and output value setting.
Demonstrates CH1 setup for measuring frequency in Hz, kHz, or counts, including trigger setup options.
Illustrates CH1 setup for RTD measurement/simulation using a 4-wire method, detailing connections and RTD type selection.
Shows CH1 setup for TC measurement/simulation, detailing connections and thermocouple type selection.
Explains that this utility is for Pressure Measurement modes to calculate system leaks.
Describes how to write a new zero pressure value to the module, with conditions for sensor adjustment.
Explains the Analysis function for calibrating device transfer characteristics using Reference and Input channels.
Details how to select and set a channel as the Reference channel for analysis, canceling other settings.
Explains how to set up Input channels, including SCALING, ERROR TYPE, LINEARITY, and TOLERANCE parameters.
Describes how to set input parameters, start the analysis, and interpret results like deviation and tolerance limits.
Explains the purpose of Run procedure for calibration, listing required items like software and drivers.
Describes typical HART operations like reading variables, checking status, and changing device configuration.
Guides on starting the HART SDC application by selecting the HART channel and button.
Lists available HART methods like Self-test, Loop test, and Sensor trim, and how to execute them.
Explains performing an analog trim on a 4-20 mA loop without external meters, using CH2 for reference value.
Explains launching the FOUNDATION™ Fieldbus application and checking unit model if it fails to open.
Provides steps for scanning FOUNDATION™ Fieldbus devices, including connecting to the network and selecting OPEN CONNECTION.
Shows specific device information like PD tag, Device Id, and Block List, enabling parameterization.
Defines methods as executable functions for configuration or calibration, executed by selecting 'execute' and following prompts.
Describes Function Finder for searching variables and functions online, simplifying navigation without a manual.
Explains launching the PROFIBUS application and checking unit model if it fails to open.
Provides steps for scanning PROFIBUS PA devices, including connecting to the network and selecting OPEN CONNECTION.
Shows specific device information like Descriptor, Type, and Block List, enabling parameterization.
Describes Function Finder for searching variables and functions online, simplifying navigation without a manual.
Lists requirements for accurate calibration, including using specific equipment and maintaining a stable temperature environment.
Guides through the advanced menu option for calibration, including PIN entry and performing calibration.
Details calibration steps for current measurement on CH1/CH2, including connections, temperature stabilization, and checks.
Outlines calibration for current sourcing on CH1/CH2, emphasizing measure calibration first and applying specific values.
Covers calibration for DC mV/Volts measurement on CH1/CH2, including connections, temperature stabilization, and input values.
Details calibration for DC mV/Volts sourcing on CH1, including connections, temperature stabilization, and input values.
Explains frequency calibration for measure and source functions, including setup for signal generator/frequency meter.
Details calibration for frequency pulse amplitude sourcing on CH1, using a volts calibrator for amplitude measurement.
Covers calibration for resistance measurement (standard) on CH1, including connections for 0-400Ω and 400Ω-4kΩ ranges.
Explains resistance measurement calibration (True Ohms) on CH1, differing from standard by selecting 'True Ohms' in the menu.
Details calibration for resistance sourcing on CH1 across different ranges, including connections and input values.
Covers TC mV measurement calibration on CH1, including connections, temperature stabilization, and input values.
Details TC mV sourcing calibration on CH1, including connections, temperature stabilization, and input values.
Explains performing cold junction calibration using the preferred TC method, including setup and calculation of CJ (adjust) value.
Explains performing cold junction calibration using the preferred TC method, including setup and calculation of CJ (adjust) value.
Guides on calibrating pressure indicator modules, including assembly, connections, and applying pressure values for gauge/absolute sensors.
