Used PTB 111E #9294901 for sale

PTB 111E is a piece of lab equipment designed to facilitate accurate measurement and analysis of samples. This device is powered by a DC voltage of 12 volts and is compatible with both direct current (DC) and alternating current (AC) inputs. This device features a built-in, adjustable current-to-voltage converter and is capable of achieving accuracy ratings of up to 1 in 1000. 111E is primarily used for performing measurements of electrical networks, including the measurement of currents, voltages, power and energy in real-time. This piece of equipment is highly versatile and includes options for automatic measurement and control of electrical systems. In addition to this, the unit also offers a comprehensive set of features for data acquisition and data logging. PTB 111E features a high-speed digital oscilloscope and a variety of other data monitoring and analysis tools which are integrated into the system. The device includes several different input/output ports including USB, Ethernet, digital I/O, RS-232 and CAN ports, making it capable of communicating with a wide range of devices. Furthermore, 111E is provided with software tools such as WaveFinder, WaveViewer and TriggerViewer to allow for real-time monitoring and analysis of waveforms. PTB 111E is a lightweight, highly durable tool specifically designed for reliable use in laboratory or field environments. This piece of lab equipment is provided with a comprehensive range of accessaries ensuring it can be used for a variety of different measuring applications. These accessories include a load cell, clamp-on current sensor, DC adapter and connecting cables. In conclusion, 111E is an ideal solution for accurate measurement and analysis of electrical networks as well as for general laboratory and research-based applications. This tool provides an unrivaled combination of accuracy and features, making it well suited for use in a wide range of environments. With its range of accessories, PTB 111E is an indispensable tool for those looking to maximize the accuracy of their measurements.