Used SCHAFFNER / TESEQ NSG 438 #293812745 for sale

SCHAFFNER / TESEQ NSG 438 is an advanced network surge generator featuring a switching mode power supply and state of the art digital signal processing, making it ideal for testing sensitive communications networks. It has been specifically designed to meet the need for efficient, cost-effective network surge testing in a variety of telecom, consumer electronics, and data communication systems. TESEQ NSG 438 is capable of emitting three different types of surges: premating, sustained and brief. This allows for a wide range of tests to be performed for different networking components, ensuring compliance with national and international safety regulations. However, SCHAFFNER NSG 438 is capable of much more than just network surge testing. It also features support for a range of other tests including diagnostics, high voltage, ground wire bonding, open trace, and insulation resistance measurements. One useful feature of NSG 438 is its large, brightly lit display. This allows users to monitor the electrical parameters during surge tests and identify any potential issues during the process. The device also features a comprehensive library of test methods and settings, aiding with the measurement and optimisation of the tests. Additionally, the powerful signal processing capabilities available with SCHAFFNER / TESEQ NSG 438 ensure it is able to record and measure surge events with a high degree of accuracy. TESEQ NSG 438 also offers a range of control options including digital input and output ports, as well as a built-in RS232 interface. This allows the device to be remotely operated and monitored by personnel with compatible software, further increasing convenience and efficiency. A comprehensive diagnostics package is also included with the power supply, providing a range of tests focused on identifying and preventing potential faults in the system. Overall, SCHAFFNER NSG 438 is an advanced network surge generator offering a comprehensive range of test methodologies, optimisation features, and control options. This makes it perfect for testing sensitive communications networks in a range of industries, ensuring safety, performance and compliance with regulations.