What to do if Kistler Measuring Instruments charge amplifier reaches its limits during measurement?
If the charge amplifier of your Kistler Measuring Instruments reaches its limits during measurement, the force being measured might be too large for the selected measuring range. Select a larger measuring range on the charge amplifier.
Why is quasistatic measurement impossible with Kistler Measuring Instruments, showing signal drift?
If you are experiencing marked signal drift, making quasistatic measurement impossible with your Kistler Measuring Instruments, it could be due to poor insulation resistance in the measuring chain. You should check the insulation resistance of the individual components using a Type 5493 insulation tester, clean the plug connections, and check the charge amplifier according to the Instruction Manual.
How to troubleshoot "chatter marks" on the machined workpiece with Kistler MiniDyn 9119AA1 Measuring Instruments?
If you observe "chatter marks" on the machined workpiece when using Kistler Measuring Instruments, the resonance frequency of the measuring arrangement may be too low. You should check the mounting of the dynamometer and workpiece as specified in Chapter 4, consider using a larger (more rigid) dynamometer, and reduce the removal rate.
What to do if there is no measurement signal present on charge amplifier output of Kistler MiniDyn 9119AA1?
If there is no measurement signal present on the charge amplifier output of your Kistler Measuring Instruments, possible causes include a signal lead break, a faulty charge amplifier, or a faulty dynamometer. First, check the measuring arrangement (connections), without opening the socket on the dynamometer. If the issue persists, consult the charge amplifier Instruction Manual. If the dynamometer is faulty, it requires repair by the manufacturer, as per Chapter 7.2.
General| Brand | Kistler |
|---|---|
| Model | MiniDyn 9119AA1 |
| Category | Measuring Instruments |
| Language | English |
Details about included and optional accessories for the device.
Information on how to order the specific dynamometer model.
Essential safety instructions for operating and handling the device safely.
Guidelines and precautions for proper handling and care of the device.
Advice on how to effectively use the instruction manual for quick access.
Information on how modifications to the device affect the manual.
Explains the primary uses and applications of the multicomponent dynamometer.
Describes how the dynamometer measures forces using quartz crystal sensors.
Details the physical components and assembly of the dynamometer.
Crucial instructions for careful handling during mounting and installation.
Step-by-step guide for correctly mounting the dynamometer onto a machine.
Instructions for connecting the dynamometer to the measuring system via cables.
Guidance on correctly positioning the dynamometer for optimal measurement.
Details on setting up the system for measuring forces in three orthogonal directions.
Explains how to perform and interpret 3-component force measurements.
Details on setting up the system for measuring forces and moments in six directions.
How to select the appropriate measuring range for accurate readings.
Technique for accurately measuring small force variations with high initial loads.
Information on the dynamic performance and frequency response of the device.
Discusses accuracy, error analysis, and electrical drift in piezoelectric measurements.
Practical advice to achieve optimal measurement outcomes and data quality.
Explains the polarity of output signals for different force directions.
Procedure and recommendation for recalibrating the dynamometer.
General maintenance instructions and precautions for the dynamometer.
Common faults, their causes, and remedies for the dynamometer.
Steps to follow if the dynamometer malfunctions or requires repair.
Detailed technical specifications for the MiniDyn Type 9119AA1 dynamometer.
Detailed dimensional drawings and measurements of the dynamometer.
Lists the accessories that come included with the dynamometer.
Lists accessories available for separate purchase to enhance functionality.
Definitions of technical terms used throughout the manual.
Discusses sources of error and overall accuracy of the measuring chain.
Explains the linearity characteristics of the sensor and measurement system.
Details the useful frequency range and dynamic response of the dynamometer.
Explains how temperature affects measurement accuracy and signal drift.
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