Metrix MX2033 - User Manual

Digital Proximity System
Operaon and Maintenance Manual
100576 • REV C
The DPS (Digital Proximity System) devices
consists of two modules: the MX2033 and
MX2034. The MX2033 is a convenonal
3-wire driver while the MX2034 is a two-
wire current loop transmier. Users can con-
gure either unit to measure peak-to-peak
vibraon, gap distance, or rotaonal speed.
These products are used in conjuncon with
a proximity probe and extension cable to
measure the vibraon levels, gap distances,
or rotaonal speed of machinery shas. Us-
ers can congure the units via a USB cable
and conguraon soware.

Metrix MX2033 Specifications

General

Model	MX2033
Display	LCD
Continuity Test	Yes
Diode Test	Yes
Frequency Range	10Hz to 10MHz
Safety Category	CAT III 600V
Display Digits	4000 counts
Battery	9V
Type	Digital Multimeter
DC Current Range	0.1µA to 10A
AC Current Range	400µA/4000µA/40mA/400mA/10A
Current Measurement Range	0.1µA to 10A
Capacitance Range	40µF

Summary

General Information

1.1 Safety Terms and Symbols

Explains safety terms and symbols used in the manual.

1.2 General Safety Summary

Provides a summary of essential safety precautions for product operation.

1.3 Receiving, Inspecting and Handling the System

Details procedures for receiving, inspecting, and handling the system components.

Overview

2.1 MX2033 Three-Wire Proximity Driver

Describes the MX2033 as a 3-wire proximity driver and its output signal.

2.2 MX2034 Two-Wire Transmitter

Describes the MX2034 as a 2-wire transmitter and its configurable functions.

Configuring a DPS

3.1 Equipment Required

Lists the necessary equipment for configuring the DPS.

3.2 Software Installation

Guides through the installation process for the DPS Configuration Software.

3.3 Connecting the DPS to a Computer

Details the steps to connect the DPS to a computer.

3.4 Launching the DPS Configuration Software

Instructs on how to launch the DPS configuration software.

3.5 Main Screen

Describes the main screen of the DPS Configuration Software.

3.5.3 Device Communication Status

Explains the communication status indicators for the DPS.

3.5.4 Configurable Device Settings

Lists the various settings that can be configured for a DPS module.

3.5.6 Printing a Label

Guides on printing labels for the DPS unit.

3.5.7 Installing the Label

Details how to install the printed label on the DPS unit.

3.6 Using the MX2034 Buffered Output

Explains how to use the buffered output of the MX2034.

Verification and Calibration

4.1 Scale Factor Verification

Outlines the procedure to verify the voltage output scale factor.

4.2 Scale Factor Custom Calibration

Guides on custom calibrating the DPS for a specific probe and cable.

4.2.1 Current Loop Verification (MX2034 Only)

Explains how to verify the current loop output for MX2034 units.

4.2.1.2 Radial Vibration

Explains verifying the current output for radial vibration.

Troubleshooting

5.1 MX2033 and MX2034

Lists symptoms, possible problems, and recommended actions for MX2033/MX2034.

5.2 MX2034 Only

Lists symptoms, problems, and actions specific to the MX2034.

Performance Graphs

6.1 Driver;Transmitter Temperature Response

Shows performance over temperature for driver/transmitter units.

6.1.1 MX2030;BN 3300 5 Meter System

Presents temperature response graphs for the MX2030/BN 3300 5m system.

6.1.2 MX2030;BN 3300 9 Meter System

Presents temperature response graphs for the MX2030/BN 3300 9m system.

6.1.3 Metrix;BN 7200 5 Meter System

Presents temperature response graphs for the Metrix/BN 7200 5m system.

6.1.4 Metrix;BN 7200 9 Meter System

Presents temperature response graphs for the Metrix/BN 7200 9m system.

6.2 Phase Delay

Shows expected phase shift error versus measured frequency.

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