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General| Brand | Micro Motion |
|---|---|
| Model | CDM100P |
| Category | Measuring Instruments |
| Language | English |
Provides information to configure, commission, use, maintain, and troubleshoot the CDM.
Identifies device types by model code found on the device tag.
Details various communication tools and protocols for interfacing with the device.
Steps to power up the transmitter for configuration, commissioning, or measurement tasks.
Procedure to check the meter for error conditions that require user action or affect accuracy.
Guides users on establishing the first connection to the transmitter for configuration.
Establishes a baseline for velocity indicator by analyzing sensor output with no flow.
Describes factory-configured default values determined by purchase order options.
Instructions to enable off-line menu access on the display for configuration.
Explains how to disable HART security if using HART protocol for device configuration.
Allows locking out other HART masters to prevent unauthorized data writing.
Returns the transmitter to a known operational configuration, useful for resolving configuration issues.
Verifies that configured calibration factors match factory values for sensor traits.
Controls how density is measured and reported, including units and damping.
Parameters to control how temperature data from the sensor is reported.
Methods to obtain necessary pressure data for various measurements.
Settings for basic velocity measurement, used as a flow indicator.
Corrects line density to reference temperature and pressure per API standards.
Calculates concentration from line density and temperature using matrices.
Controls process variables shown on the display and various display behaviors.
Configures the transmitter to allow or restrict operator actions via the display.
Controls operator access to display menu sections and sets a password.
Manages transmitter response to process and device conditions via alerts.
Parameters used to identify or describe the meter, not used in process measurement.
Configures Channel B to operate as an mA output or a discrete output, depending on the device.
Parameters to control how the configured process variable is reported over the mA output.
Controls which condition is reported via the discrete output and how it is reported.
Provides notification of process changes based on user-defined setpoints.
Supports HART communications with the transmitter over a HART/Bell 202 network.
Controls Modbus communications with the transmitter via RS-485 terminals.
Specifies values reported via digital communications during an internal fault condition.
Uses sensor simulation to test system response to conditions or tune control loops.
Allows saving configuration sets to a PC for backup and replication across devices.
Prevents changes to configuration via HART protocol when enabled.
Suggests recording process variable measurements for diagnosing application issues.
Information about the process fluid state, flowmeter operation, and troubleshooting.
How to view active alerts and understand transmitter status for troubleshooting.
Verifies meter operation against factory baseline, checking for physical problems.
Modifies reported density measurement by adjusting offset or meter factor.
Verifies or adjusts the Density Offset value using laboratory reference density.
Adjusts reported temperature measurement by modifying the Temperature Offset value.
Adjusts the meter's concentration measurement to match a reference value.
Adjusts concentration measurement using both trim offset and trim slope for reference matching.
Creates new process variables by inserting constants and existing variables into equations.
Provides a systematic approach to identify and resolve problems caused by installation or operation.
Ensures the transmitter receives adequate power by inspecting power supply wiring.
Verifies that the sensor and transmitter are properly grounded.
Verifies transmitter and remote device communication and checks mA output trimming needs.
Interprets status LED indicators to understand device status and active alerts.
Lists alerts, their possible causes, and recommended actions for resolution.
Identifies and resolves issues related to density measurement accuracy and readings.
Addresses inaccuracies or deviations in temperature measurement readings.
Troubleshoots issues with API referral application configuration and data readings.
Resolves problems with concentration measurement accuracy after matrix loading.
Diagnoses and resolves issues related to velocity measurement accuracy and readings.
Addresses issues with mA output signals, including no output, loop test failures, and incorrect values.
Troubleshoots issues with discrete output signals, such as no output or reversed readings.
Resolves problems with the Time Period Signal (TPS) output.
Utilizes sensor simulation to distinguish process noise from external variation.
Calibrates the transmitter's mA output to match the receiving device for accurate measurement.
Troubleshoots HART communication failures or fixed mA output values.
Verifies LRV and URV configuration to prevent saturation alerts and fault actions.
Checks mA output behavior during internal fault conditions.
Identifies and mitigates radio frequency interference affecting TPS or discrete outputs.
Ensures correct velocity data reporting by verifying Flow Direction configuration.
Verifies density and velocity cutoff configurations for accurate calculations.
Diagnoses two-phase flow issues that cause rapid drive gain changes and measurement problems.
Analyzes drive gain data to identify process conditions or sensor problems.
Collects pickoff voltage data to diagnose low readings related to process or equipment issues.
Identifies shorts between sensor terminals or to the sensor case causing operational failure.
Uses the HART 7 Squawk feature to display a pattern for locating or identifying a device.
Describes the three calibration certificates provided with the meter.
Identifies the transmitter interface components: status LED, display, and optical switches.
Explains how to use the Scroll and Select optical switches to control the transmitter display.
Guides users on navigating and performing tasks using the transmitter's display menu system.
Details how to enter floating-point values using decimal or exponential notation on the display.
Introduces ProLink III as a configuration and service tool for Micro Motion transmitters.
Provides instructions on establishing connections to the transmitter using ProLink III.
Introduces the Field Communicator as a handheld tool for configuration and management.
Guides on connecting the Field Communicator to the transmitter for data and configuration.
Describes standard concentration matrices applicable for various process fluids.
Lists concentration matrices that can be ordered or loaded for specific applications.
Explains the sets of process variables calculated from derived variables in concentration measurement.
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