Battery Operated Megohmmeter 5000VDC FLUKE1550C

Introducing the FLUKE 1550C Battery Operated Megohmmeter - your solution to accurate and reliable insulation resistance testing on high voltage equipment! With a max test voltage of 5000VDC, this powerful tool is designed for use in testing switchgear, motors, generators, and cables. It offers an insulation resistance range of 1teraohm, detects live circuits with greater than 30V, has capacitance measuring capabilities ranging from 0.01 to 15uF, and features a user-friendly LCD display. Its advanced automatic calculation of dielectric absorption ratio (DAR) and polarization index (PI) provide you with critical data for assessing insulation health. The 1550C is built to last, featuring a CAT III 1000V, CAT IV 600V safety rating, and comes equipped with a leakage current range of 1nA to 2mA for maximum accuracy. With data logging capabilities and USB interface, this megohmmeter is ideal for maintenance professionals and electricians who need reliable testing on the go. Make your insulation resistance tests simple, accurate, and easy with the FLUKE 1550C Battery Operated Megohmmeter!

Top product features:

• Automatic Calculation of Dielectric Absorption Ratio (DAR) and Polarization Index (PI) Provides critical data for assessing insulation health
• 1teraohm Insulation Resistance Range Allows for accurate testing on high voltage equipment
• Live Circuit Detection Ensures user safety by detecting live circuits greater than 30V

Top product applications:

• Switchgear Maintenance The FLUKE 1550C can be used for insulation resistance testing on switchgear equipment to ensure it meets safety standards and operates efficiently.
• Electrical Equipment Troubleshooting The 1550C can aid in identifying electrical issues with motors, generators or other high voltage equipment by measuring insulation resistance and capacitance.
• Predictive Maintenance By storing measurement data and using the PC interface, technicians can monitor changes in insulation resistance over time to identify potential equipment failures before they occur, saving time and money on costly repairs.