EasyManua.ls Logo

HBM ME30 User Manual

HBM ME30
28 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Page #1 background imageLoading...
Page #1 background image
600 Hz Measuring Amplifier
for strain gauge transducers
measuring frequency 0...60 Hz
ME30
Operating manual
B 31.ME30.11 e
Question and Answer IconNeed help?

Do you have a question about the HBM ME30 and is the answer not in the manual?

HBM ME30 Specifications

General IconGeneral
Channels1
Input Voltage Range±10 V
Power Supply±12 V to ±18 V DC
Signal to Noise Ratio> 100 dB
Total Harmonic Distortion< 0.01 %

Summary

Safety Instructions

Appropriate Use of ME30

Defines the intended application and limitations of the ME30 amplifier for safe operation.

Personnel and General Dangers

Highlights risks from improper use and the need for qualified personnel for installation and operation.

Residual Dangers

Safety Symbols Explained

Measuring Amplifiers on Eurocards ME30

Electrical Connection

Transducer Connection Details

Explains how to connect strain gauge transducers using 6-wire circuits and options for 4-wire technology.

Supply Voltage Specifications

Details the stabilized and unstabilized double-pole supply voltage requirements for the ME30 amplifier.

Putting into Operation

Selecting Measuring Range

Guides on selecting measurement ranges, including factory settings and internal/external switching options.

Fine Adjustment of Measuring Range

Explains how to perform fine adjustments for measuring ranges using front panel potentiometers.

Individual Settings

Setting Measuring Ranges

Explains how to set different measuring ranges using DIP switches or external connections, including fine adjustments.

Technical Data

Carrier Frequency and Excitation Voltage

Specifies the carrier frequency and bridge excitation voltage options for the ME30.

Measuring Ranges and Calibration

Details the number of measuring ranges, adjustment steps, fine adjustment, and calibration signal values.

Technical Data (Continuation)

Noise, Linearity, and Temperature Influence

Specifies noise levels, linearity deviation, and temperature influence on sensitivity and zero point.

Related product manuals