Functional features and application scenarios of handheld oscilloscopes
Archiving-Transfer waveforms, screens, and measurements from the oscilloscope to a PC. print or import data into your reports.
Add user text to individual oscilloscope settings - guide the operator when recalling settings.
Archive - create a library of annotated waveforms that are very easy to reference and compare. Store complete playback cycles for analysing waveform changes. For backup purposes, store the contents of the complete oscilloscope memory on the PC.
Waveform Comparison - For waveform comparison and "pass/fail" testing, store reference waveforms, add operation commands, and send them to the oscilloscope.
Analysis - Using the cursor, perform spectrum analysis or export data to another analysis programme.
Bus operation mode is used to analyse the signal quality in an industrial network and to compare the measured signals with the standard signal requirements.
The Fluke 125 is an invaluable oscilloscope for maintenance engineers who need to service industrial machines and the industrial networks connected to them. The Fluke 125 has all the features of the Fluke 124, but it also offers the following:
Bus Operational Status Mode measures electrical signals in industrial buses and networks (such as CAN bus, Profi bus, RS-232, etc.) and gives a clear indication of whether the signal is good or poor. The Fluke 125 verifies the quality of electrical signals as they travel over a network. It checks the level and speed of the signal, transmission time, and distortion, then compares it to the appropriate standard values to help the user identify errors, such as incorrect cable connections and terminators. It helps the user to identify the root cause of errors in case of communication breakdowns. All common industrial network types are supported!
Power measurement is suitable for single-phase systems and load-balanced three-phase systems. The Fluke 125 directly displays total power (W), apparent power (VA), reactive power (VAR), and power factor (PF) over a wide frequency range, including data from motor drives and inverters. As a result, the user can view a wide range of power measurements obtained during machine start-up or under changing operating conditions, making it easy to observe the effects. The current clamp meter is supplied as a standard accessory.
Harmonic mode graphically displays harmonics (up to 33 harmonics) to help the user identify problems, such as the presence of large non-linear loads.
RPM and Hz readings apply to both electric and internal combustion engines.
Vac pwm applies to motor drive outputs, reading the true output voltage experienced by the motor itself.
Low resistance measurements can provide 0.01 ohm resolution for devices such as motor windings.
