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General| Brand | Elster Instromet |
|---|---|
| Model | 2000 |
| Category | Desktop |
| Language | English |
Describes the various measurement device configurations the Model 2000 supports.
Lists and describes the different types of measurement devices the Model 2000 can be configured as.
Details the functions of the controls located on the front panel of the Model 2000.
Describes the specific functions of various keys on the front panel interface.
Lists the available items in the Model 2000's main operating menu.
Explains how to alter or edit data via the keyboard and display after entering a password.
Details how to alter Analogue Output functions and Digital Pulse Output functions.
Allows the user to select and view different types of alarms (All, Faults, Accountable, Non-Accountable).
Accesses input parameters requiring calibration via keyboard and display.
Describes the configuration and parameters for turbine pulse inputs.
Describes the turbine meter blade failure check mechanism and alarm generation.
Details connections and communication protocols for Instromet, FlowSIC, and Panametrics ultrasonic meters.
Explains the options for correcting meter flow rate for pressure and temperature effects.
Lists accountable and non-accountable alarm conditions for ultrasonic meters.
Describes calculation methods for mass flow rate and totals using differential pressure.
Explains differential pressure units, HART, and analogue transmitter inputs.
Describes wet gas flow calculations using Venturi tubes and wet gas corrections.
Describes the Coriolis meter connection, serial output, and pulse output.
Details the calculations for liquid totals, flow rates, and density from Coriolis meter data.
Details input configurations for pressure and temperature measurements.
Details connection and communication for HART pressure and temperature transmitters.
Describes acceptance of current input signals for pressure and temperature.
Explains configuration for multiple transmitter inputs for pressure, temperature, and DP.
Details the methods for providing gas composition data to the Model 2000.
Describes source selection for gas values when accountable alarm conditions occur.
Details input configuration for density meters, including Solartron and Sarasota.
Details general purpose inputs for station pressure and temperature for indication.
Details connection and communication for HART station pressure and temperature transmitters.
Lists general accountable alarms and accountable alarms for specific meter types and inputs.
Details conditions that trigger general accountable alarms, often related to sensor readings.
Lists general non-accountable alarms and specific alarms for meter types and gas data.
Details conditions triggering general non-accountable alarms, like flow rate or pressure limits.
Lists types of faults detected by the Model 2000's self-checking routine.
Lists warnings for missing/wrong boards, over-range pulse outputs, and mode settings.
Explains high and low flow alarms, their indication, and classification.
Details electrical connections, power supply, and transmitter wiring.
Details connecting input transmitter circuits to the Model 2000.
Explains connecting HART transmitters in parallel multidrop systems.
Explains initial setup steps, including internal switches and operation.
Explains how to set mode switches for updating or re-installing operating software.
Covers calibration of input signals and output signals.
Details calibration requirements for digital, HART, and analogue input signals.
Explains calibration of HART transmitters and the use of the Calibrate menu.
Details calibration of analogue input signals using keyboard entry.
Covers calibration of digital and analogue output signals.
Explains how to calibrate analogue output signals and set min/max values.
Lists alarm, warning, and fault codes shown on the display with their meanings.
Provides parameter symbols for various non-accountable alarms related to sensors and flow.
Provides parameter symbols for accountable alarms for various inputs and conditions.
Lists fault codes indicating faulty or missing boards, data issues, or clock failure.
Lists warning codes for issues like missing boards, over-range outputs, or maintenance mode.
Lists supported gas chromatographs and their Modbus addresses.
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