BEAMEX MC5-IS - User Manual

Questions and Answers

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Cynthia BanksAug 2, 2025
How to fix wrong temperature readings on BEAMEX Test Equipment MC5-IS?
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  Garrett PittmanAug 2, 2025
  If your BEAMEX MC5-IS Test Equipment displays incorrect temperature readings, consider the following possible causes and solutions: * Thermocouple Type: The thermocouple type selected in MC5-IS may not match the thermocouple being used. Check and select the correct thermocouple type in MC5-IS. * Reference Junction Mode: The selected Reference Junction mode might not be in accordance with the wiring used. Verify and adjust the Reference Junction mode to match the wiring. * Extension or Compensation Cable: The extension or compensation cable type or connections could be incorrect. Inspect and correct the extension or compensation cable setup. * Polarity: The polarity of the cables may be incorrect. Ensure the polarity of the cables is correct.
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Aaron FischerAug 12, 2025
Why does my BEAMEX Test Equipment MC5-IS display random readings during thermocouple measurement?
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  guerrerosarahAug 12, 2025
  Random readings during thermocouple measurement on your BEAMEX MC5-IS Test Equipment can occur due to several reasons: * Incorrect connections: Ensure all connections are correctly made. * Broken wiring: Inspect the wiring for any breaks and repair if needed. * Interference: Mobile phones or radio transmitters can affect the measurement. Remove these sources of interference.
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Dana GallagherAug 22, 2025
What to do if BEAMEX Test Equipment MC5-IS displays unstable readings during thermocouple simulation?
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  Barbara JordanAug 22, 2025
  If your BEAMEX MC5-IS Test Equipment shows unstable readings during thermocouple simulation, it might be because the instrument under calibration uses voltage pulses to detect an open sensor. The MC5-IS detects these pulses and tries to compensate for them, causing the unstable output. Prevent these pulses for the duration of the calibration.

Summary

Part A, General

MC5-IS Hardware Overview

Details the physical components, modules, and connections of the MC5-IS calibrator.

MC5-IS Firmware Structure

Explains the MC5-IS software structure, functions, and user interface.

MC5-IS Modularity and Options

Safety Precautions and Approvals

Covers essential safety precautions, warnings, and ATEX/IEC approvals for the MC5-IS.

MC5-IS Service and Maintenance

Part B, Startup and Basic Operation

Basic Mode Functionality

Performing Measurements

Details how to perform various measurements like voltage, current, resistance, and temperature.

Signal Generation and Simulation

Explains how to generate or simulate electrical and temperature signals with the MC5-IS.

Configuring Alarm Limit Settings

Calibration Procedures

As Found and As Left Calibration

Documents instrument state before and after adjustments, detailing MC5-IS's role.

Calibrating an Instrument

Guides users through selecting, configuring, and performing instrument calibrations with MC5-IS.

Instrument Database Management

Viewing Calibration Results

Appendix 1: MC5-IS HART Option User Guide

Connecting MC5-IS with HART Instruments

HART Communication in MC5-IS Basic Mode

Explains how to connect to and communicate with HART instruments within MC5-IS Basic Mode.

Trimming HART Instruments

Calibrating HART Instruments

Guides on selecting and performing calibration procedures for HART instruments using MC5-IS.

BEAMEX MC5-IS Specifications

General

Intrinsically Safe	Yes
Operating Temperature	-10 to 50 °C
Protection Class	IP65
Pressure Modules	External pressure modules available
Electrical	Voltage, current, frequency measurement and generation
Temperature	RTD, Thermocouple
Communication	HART, Fieldbus
Display	Color Touchscreen
Measurement Range	Varies by function and module. See datasheet for details.
Output Range	Varies by function and module. See datasheet for details.
Communication Interface	USB, HART
Power Supply	Rechargeable Battery
Category	Portable Multifunction Calibrator