Fluke Portable Digital Storage Oscilloscope, 60MHz, 2 Channels

Description

Dimensions: 265 x 192 x 70mm

Power Source: Battery

Minimum Time Base: 4ms/div

Oscilloscope Type: Portable

Maximum Time Base: 4s/div

Digital/Analogue: Digital

Sample Rate Random: 625 MS/s

Record Length: 10000points

Battery Type: Li-ion

Screen Size: 133 x 90mm

Number of Digital Channels: 2

Safety Category Level: CAT III, CAT IV

Interface: USB Length: 265mm Memory Depth: 30kpts Input Impedance: 1 mO Display Type: LCD Weight: 2.1kg Vertical Resolution: 8 bit Series: ScopeMeter III Oscilloscope Form: Digital Storage Safety Category Voltage: 600 V, 1000 V Height: 192mm Safety Category: CAT III 1000 V/CAT IV 600 V Bandwidth: 60MHz Number of Analogue Channels: 2 Rise Time: 5.8ns

The FLUKE-190-062-III-S is a Fluke portable oscilloscope that combines rugged portability with powerful diagnostic features. This digital oscilloscope is ideal tool for electrical engineers, technicians, and field service professionals. Designed to meet the demands of both CAT III and CAT IV rated environments, this test tool provides precise waveform analysis, making troubleshooting quick and effective. With its easy-to-use interface and high durability, it offers the reliability you need to solve electrical issues anytime, anywhere. Whether you’re working in a lab or on-site, the FLUKE-190-062-III-S gives you the confidence to make accurate measurements in demanding conditions.

Key Features and Benefits of FLUKE-190-062-III-S Fluke ScopeMeter® Portable Oscilloscope: 

• Dual-input channels for versatile measurements.
• CAT III 1000V / CAT IV 600V rating for a wide range of environments.
• 200 MHz bandwidth with real-time sampling rate up to 2.5 GS/s.
• High-resolution colour display for clear waveform visualization.
• IP51 rated for dust and drip-proof protection.
• USB connectivity for convenient data transfer and analysis.

Versatile Uses of FLUKE-190-062-III-S Oscilloscope Include:

• Troubleshooting power quality issues in industrial systems.
• Diagnosing machinery faults and electrical components in the field.
• Capturing, storing, and sharing waveforms for further analysis.
• Electrical maintenance in harsh environments.
• Testing and verifying automation and control system signals.