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Magnet-physik FH 54 User Manual

Magnet-physik FH 54
38 pages
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BA - Nr.: 2000540EBA01
Emil-Hoffmann-Str. 3
50996 Cologne
Germany
Operating Instructions
FH 54
Gauss-/Teslameter
Preserve for future application!
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Magnet-physik FH 54 Specifications

General IconGeneral
BrandMagnet-physik
ModelFH 54
CategoryMeasuring Instruments
LanguageEnglish

Summary

Introduction

Purpose

Explains the purpose of the operating instructions for the FH 54.

Target Group

Identifies the intended users who will find information in the manual.

Address

Provides the contact address and phone/fax numbers for the manufacturer.

Notes

1 General Information

1.1 Safety Instructions

Details safety warnings, including Danger, Warning, and Important notes.

1.2 Intended Purpose

Specifies the FH 54 is for measuring magnetic fields and prohibits misuse.

6 Probes

6.1 Changing Probes

Instructions for connecting and disconnecting Hall probes to the instrument.

6.2 Probe Handling

Covers safety warnings and careful handling procedures for probes to prevent damage.

2 Transport and Installation

2.1 Unpacking and Checking

Procedures for checking the received device and accessories for damage and completeness.

2.2 Transport and Storage

Guidelines for safe transport and storage, recommending original packaging.

2.3 Technical Data

Presents technical specifications including ambient conditions for operation and storage.

3 Introduction

3.1 General

Overview of the FH 54 Gauss-/Teslameter, its features, and capabilities.

3.2 Description

Detailed description of the FH 54's functions, display, and operation modes.

4 Operation

4.1 Initial Setup

Step-by-step guide for installing batteries, probe, and performing initial zeroing.

4.2 Standard Display

Explains the information shown on the display, including actual reading and function outputs.

4.3 Keys

Describes the function of the numerical keypad and other keys for input and operation.

4.4 Probe Handling

Details how to handle probes to avoid damage and ensure accurate measurements.

5 Functions

5.1 AC/DC

Allows switching between AC and DC magnetic field measurement modes.

5.2 Range

Enables selection of appropriate measurement ranges for the connected probe.

5.3 Auto

Activates Auto Range mode for automatic selection of the best measurement range.

5.4 Zero

Sets the display to zero, compensating for ambient fields or probe offsets.

5.5 Filter

Applies a filter to achieve quieter readings, useful in noisy magnetic fields.

5.6 Unit

Allows selection of display units: Tesla (T), Gauss (G), or Ampere/Meter (A/m).

5.7 Temp.

Enables/disables probe temperature display and selects Celsius or Fahrenheit.

5.8 Limit

Sets optical signals for measured values falling within or outside a user-defined range.

5.9 Reset

Resets captured values from Max./Min. or Peak functions back to zero.

5.10 Max./Min.

Captures and displays the maximum and/or minimum measured field values.

5.11 Peak

Measures the peak value of magnetic field impulses (DC) or alternating signals (AC).

5.12 Relative

Allows viewing small variations relative to a defined setpoint or reference value.

5.13 Field Correction (Menu function)

Enables/disables probe linearity and temperature dependence correction tables.

5.14 Temp. Correction (Menu function)

Enables/disables temperature correction for probe sensitivity and offset.

5.15 Remote Access (Menu function)

Controls instrument operation mode between local keypad and remote interface.

5.16 Remote Baudrate (Menu function)

Sets the transfer rate for the serial interface communication.

5.17 Battery indicator

Shows remaining battery power; readings may be less accurate when low.

6 Probes

6.1 Changing Probes

Instructions for connecting and disconnecting Hall probes to the instrument.

6.2 Probe Handling

Covers safety warnings and careful handling procedures for probes to prevent damage.

6.3 Probe Operation

Guidance on probe warm-up, orientation, and determining field direction.

6.4 Probe Types

Describes available probe types: transverse, axial, and surface field probes.

6.5 Probe Sensitivity and Measuring Ranges

Guidance on selecting probes based on application, accuracy, and measuring range needs.

6.6 Probe Accuracy

Discusses factors affecting accuracy, including zeroing, temperature, and probe alignment.

7 Remote Operation

7.1 Access Rights

Explains local vs. remote operating modes and how to switch between them.

7.2 Command Format for the Serial Interface

Details the structure of commands for serial communication with the instrument.

8 Maintenance

8.1 Maintenance Plan

Outlines a schedule for checking the instrument and probes for damages and calibration.

8.2 Checking for Damage

Monthly checks for damage to the instrument, probes, and accessories.

8.3 Calibration

Recommends annual calibration by the manufacturer or authorized laboratory for accurate results.

8.4 Troubleshooting

Provides solutions for common issues like power, probe missing, and zeroing failures.

8.5 Connectors

Describes the probe input, analog output, and serial interface connectors.

8.5.1 Probe Input

Details the DB 15 connector for probe connection and securing.

8.5.2 Analog Output

Explains the BNC connector for analog output and its signal characteristics.

8.5.3 Serial Interface RS 232 C / Limit Relays Output

Covers the standard serial interface and optional relay output features.

8.5.4 Connector for Optional Power supply

Location and usage guidelines for the optional power supply connector.

8.6 Accessories

Lists available accessories, including probes, shielding chambers, and manuals.

8.7 Taking Out of Operation

Instructions for safely shutting down, storing, and disposing of the instrument.

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