Fluke 124B | 40MHz Industrial ScopeMeter with Cursor Measurements

Industrial control signals can contain timing and waveform abnormalities that require more detail than a standard multimeter can provide. The Fluke 124B Industrial ScopeMeter combines 40 MHz oscilloscope bandwidth with dual True-RMS meter capability and extended recording functions for field troubleshooting.

Connect-and-View automatically produces a stable waveform, while IntellaSet selects numerical measurements relevant to the detected signal. Unlike the 123B, the 124B adds scope cursor measurements, allowing technicians to analyse waveform amplitude and timing more precisely. Recorder Event Detect and expandable microSD storage help capture intermittent electrical and electro-mechanical events over extended periods. A 10:1 voltage probe is included with the 124B configuration shown in the catalogue, making it suitable for technicians who need greater bandwidth and waveform-analysis flexibility without the specialised bus and harmonics functions of the 125B.

40MHz ScopeMeter Selection Guide

Choose the 124B when you need 40 MHz bandwidth and cursor measurements but do not require industrial Bus Health or power/harmonics analysis. Select the 125B for those additional diagnostic functions.

Market Relevance

The 124B is useful for Pakistani automation systems, machinery maintenance, industrial electronics, process plants and technical service companies. Kamadi Pakistan offers the Fluke 124B for detailed portable waveform troubleshooting.

Key Features

• 40 MHz dual-input oscilloscope
  
• Scope cursor measurements
  
• Dual True-RMS multimeter
  
• Connect-and-View triggering
  
• Extended waveform and meter recording
  

Technical Specifications

• Model: Fluke 124B
  
• Bandwidth: 40 MHz
  
• Inputs: 2 scope/DMM channels
  
• DMM: 2 × 5000-count True-RMS
  
• Cursor Measurement: Yes
  
• Meter/Scope Recorder: Yes
  
• 10:1 Voltage Probe: Included
  
• Battery: Li-ion
  
• Battery Runtime: Approx. 7 hours
  

Applications

• Automation troubleshooting
  
• Industrial electronics
  
• Waveform timing analysis
  
• Control-system maintenance
  
• Intermittent signal recording
  

Professional Tip: Use cursor measurements when comparing timing or amplitude between normal and faulty operating cycles rather than estimating values directly from the waveform grid.