Why does the Measuring Result vary on Deprag Measuring Instruments?
The measuring result may vary due to several reasons. It could be that the start-signal is incorrectly timed, so check the start signal. Another potential cause is an incorrectly set up measuring chain, so recheck the measuring chain. A cable defect could also be the reason, in that case, check and replace the cable.
What to do if the Standard Deviation is too large in Deprag ME5000 Measuring Instruments?
If the standard deviation is too large, it could be due to a start-signal that is incorrectly timed, so check the start-signal. Another potential cause is an incorrectly set up measuring chain, so recheck the measuring chain.
Why is the Measuring result too high on Deprag ME5000 Measuring Instruments?
A measuring result that is too high can be caused by incorrect calibration values, so input the correct calibration values. It may also be caused by a measuring chain that is not set up correctly, so recheck the measuring chain.
Why is the Measuring result too small on Deprag ME5000?
If the measuring result is too small, there are several potential causes: 1. Incorrect calibration values. Input the correct calibration values. 2. Start-signal incorrectly timed. Check the start signal. 3. Measuring chain not set up correctly. Recheck the measuring chain.
What to do if Text or Measuring Results are not shown on Deprag ME5000?
If the text or measuring results are not shown, it could be because the battery pack is not charged, so charge the battery-pack. Another possible cause is that the power supply cable of the charger is not connected, so connect the power cable.
What to do if Deprag ME5000 does not react to start-signal?
If the measuring instrument does not react to the start signal, it might be that the measuring chain is not set up correctly, so recheck the measuring chain.
Carefully read operating instructions and adhere to safety guidelines before use.
Describes the sole purpose of the electronic torquemeter and its acceptable usage.
Details on transducer positioning, calibration, and measurement terminology.
Analysis to verify production machine's accuracy and capability.
Explains Cmk index calculation for assessing machine performance.
Explains the operational principles including piezo effect and transducers.
Illustrates the front and rear panels of the ME5000 and its controls.
Details connectors on the ME5000 and docking station for transducers and ports.
Identifies the ON/OFF switch and power supply input on the unit's bottom.
Lists essential accessories like transducers, cables, and power supplies.
Refers to catalog D3022 for additional optional accessories.
Guides for connecting power and using the RS232 port.
Information on obtaining software updates and PC software.
Explains keypad functions, menu navigation, and layout.
Details peak value measurements, signal recognition, and measuring series.
Instructions for testing and charging the built-in battery pack.
Defines measuring ranges and provides formulas for MBA and MBE.
Instructions for disassembling and disposing of the instrument environmentally.
Lists key specifications like dimensions, weight, voltage, and ranges.
Provides solutions for common problems and error messages.
States the instrument's compliance with relevant EC machine directives and norms.
Provides information on finding service contacts and authorized partners.
The DEPRAG ME5000 is an electronic torquemeter designed for the precise monitoring of various transducers in industrial environments. This operating instruction booklet, identified as 012805en and document number 385484 A, provides comprehensive guidance for its safe and effective use.
The primary function of the ME5000 is to monitor Piezo-Transducers, Strain Gauge Transducers, or external Rotary Type Transducers. It is capable of measuring and displaying torque values, calculating statistical data such as average torque, standard deviation, and Cmk-value for measuring series. The device is designed for short-term machine capability tests, focusing on recognizing machine influences on the production process. It enforces a zero-point adjustment with each measurement, determining positive and negative zero-point deviations over 100 values, which are then deducted from the corresponding peak-value. The torquemeter can measure signals up to 10 kHz.
The ME5000 integrates a charge amplifier that transforms the emitted electrical load from the transducer into an electronic voltage. Due to the inherent drift characteristic of charge amplifiers, it is crucial to initiate measurements immediately prior to screw driving to ensure accuracy. The device supports both automatic signal recognition and START/STOP signal recognition for peak-value measurements. In automatic mode, measurement continues until the input signal drops to 40% below the maximum measured value after a threshold signal is recognized. In START/STOP mode, the user manually stops the measurement.
The ME5000 features a user-friendly keypad with SET, UP, DOWN, START, and STOP keys.
To Next Page
SET accesses the main menu, which includes:
UP or DOWN arrow keys.Reset-key allows restarting the instrument if it becomes unresponsive.The DEPRAG ME5000 is a robust and versatile electronic torquemeter, designed to provide accurate and reliable torque measurement and analysis in various industrial applications, from simple hand-tool monitoring to complex screwdriving robot systems.
General| Brand | Deprag |
|---|---|
| Model | ME5000 |
| Category | Measuring Instruments |
| Language | English |