Used FLUKE 2400A-102 #9090160 for sale

FLUKE 2400A-102 is an advanced electronic test equipment primarily used for measuring high accurate DC and AC currents. It is perfectly suitable for industrial use and can be used for current monitoring and control applications in power plants and other industrial environments. 2400A-102 supports a wide range of complex measurements in the fields related to power systems. It features a ±10 V DC (or ±6 A AC with optional current transformer) measurement range and a 0.1mV (or 0.2mA AC) basic accuracy. It also has two ranges to increase the resolution. The overall accuracy is 0.4%. The main body of FLUKE 2400A-102 is encased in an enclosure made of rugged and durable metal which has a burnished-aluminum surface for resistivity against corrosion, ease of cleaning and attractive appearance. Its large display area is easily visible even in the darkest of environmental conditions. The instrument is also compliant with the standards on safety, and is equipped with fuses and a circuit breaker. It is protected against external EMI/RFI, short circuit and over/under voltage conditions through the special protective front panel. Moreover, it is designed for measuring DC and AC current simultaneously while monitoring multiple power system parameters such as energy/load history, real-time metering, load current and power demand. 2400A-102 is equipped with an excellent and comprehensive software suite for enhanced and easier use. The software features a graphical display of current measured including waveforms, a rangeable cursor, digital oscilloscope, advanced statistics, harmonic analysis and data logging. It also supports remote computer monitoring via RS-232, Ethernet and USB connections. Finally, FLUKE 2400A-102 comes with both general and expert modes to ensure that all users, regardless of their level of technical proficiency, can easily and efficiently measure various AC and DC values with confidence. It also has optional I/O cards that can be used to extend its input range and increase its continuity beyond the set limits.