Used COMMONWEALTH SCIENTIFIC ID 2500 #9043483 for sale

COMMONWEALTH SCIENTIFIC ID 2500 is a single-phase, fully regulated, switch-mode power supply with a wide range of outputs from 8.6 to 25 volts DC. This power supply is ideal for a variety of applications, such as industrial automation, medical, test and measurement, laboratory, and many other demanding high performance power applications, as it offers high levels of reliability and efficiency. ID 2500's adjustable output voltage range sets up quickly and easily. This feature, along with its output current limits easily set and programmed, ensures precise and dependable power control. It also includes comprehensive protection features and an auto restart function in the event of fault conditions such as short circuit or overvoltage. COMMONWEALTH SCIENTIFIC ID 2500 has several features to ensure its long-term quality and performance. It is designed to maintain its accuracy over time, with a temperature coefficient of less than 0.02% per degree Celsius and a tracking accuracy of 0.2%. This power supply also benefits from integrated active inrush control, ensuring a quick and quiet start up with no current overload. ID 2500 runs at a basic power factor of greater than 0.95, which is due to its high-performance, advanced design. In addition, its small case design offers flexibility in terms of configuration and mounting, while its low profile ensures that it fits in items with limited space. Due to its rugged construction, COMMONWEALTH SCIENTIFIC ID 2500 is suitable for a variety of harsh environments, including humid and high-vibration operating conditions. The power supply has a convection, or fan-less, cooling system, which ensures silent performance and long-term stability and protection. ID 2500 also has several features designed to minimize energy consumption and improve energy efficiency even further. It has an MTBF (mean time between failure) of greater than 250,000 hours and a wide input voltage range, making it suitable for a range of global locations and turning it into a very attractive cost-saving solution.