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Fluke 123B/NA Handheld Industrial Scopemeter, 20MHZ

$1,351.00

The Fluke 123B/NA is a rugged handheld industrial scopemeter designed for electrical and electronic diagnostics, offering a 20 MHz bandwidth for accurate waveform analysis in industrial environments.

The Fluke 123B/NA Handheld Industrial Scopemeter combines the precision of a digital multimeter with the power of an oscilloscope, providing maintenance technicians and engineers a versatile tool for industrial troubleshooting. Its 20 MHz bandwidth captures fast transients and detailed waveforms, allowing accurate analysis of complex electrical and electronic systems.

Designed for field use, the scopemeter features a durable, ergonomic casing that withstands industrial conditions, including dust, vibration, and accidental drops. Its intuitive interface allows automatic measurements, waveform capture, and data logging, streamlining diagnostics and reducing downtime.

The scopemeter is ideal for industrial equipment testing, power quality monitoring, signal integrity analysis, and machinery performance evaluation. Its handheld portability ensures convenience for field service, maintenance, and on-site troubleshooting.

Key Features:

  • 20 MHz oscilloscope bandwidth

  • Handheld, rugged design for industrial environments

  • Combines multimeter and oscilloscope functionality

  • Automatic measurements and waveform capture

  • Data logging and storage for analysis

  • Battery-operated for field portability

Compatible Applications:

  • Industrial equipment troubleshooting

  • Electrical and electronic system diagnostics

  • Power quality and signal integrity analysis

  • Machinery performance testing

  • Field service and maintenance

Included Accessories:
Test leads, batteries, carrying case, and user manual (specific kit contents may vary).

Compliance:
Meets IEC and UL international safety and quality standards.

Benefits for Users:
Provides portable, reliable, and accurate waveform and electrical measurement in industrial environments, enabling efficient diagnostics, faster troubleshooting, and reduced operational downtime.