Used CLINTON S200/6SP3MR #9011864 for sale

CLINTON S200/6SP3MR
Manufacturer
CLINTON
Model
S200/6SP3MR
ID: 9011864
Power rectifier Input: 480 VAC, 1.5 Amps, 3 Ph. 60 Hz Output: 0-6 VDC, 150 Amps, 1.2 KW.
CLINTON S200/6SP3MR is a high-performance power supply designed for use in a variety of industrial applications. It offers six regulated outputs, each with its own 3kW/12V DC maximum power rating, while its compact package ensures simple installation into existing equipment. The S200/6SP3MR provides users with an isolated three phase input, which effectively eliminates the need for additional noise filtering components. It operates on a wide range of input voltages, ranging from eight volts up to 265 volts, which makes it suitable for a multitude of applications across a wide variety of industries. The S200/6SP3MR is capable of outputting a maximum current of up to 33 amps at 12V DC and can reach voltage stability of 20mV peak-to-peak. Once connected, the operational status of the power supply is indicated via an LED display, meaning that users can easily monitor the unit's status on site. The S200/6SP3MR also features an adjustable output voltage, adjustable output trim, and current share functions. This allows simple operation and efficient performance in a variety of industrial applications. Incorporating the latest safety protocols, CLINTON S200/6SP3MR meets UL, CSA, and CE standards, thereby ensuring user safety from the rigors of industrial use. This unit also features over voltage, over current, and under voltage functions, designed to detect and safely shut down any potential hazards. CLINTON S200/6SP3MR is the perfect power supply for users seeking simple installation and reliable operation. Unique features such as adjustable output voltage, current share functions, and an LED display offer intuitive operation and efficient performance, offering users in numerous industries the peace of mind that comes with a reliable source of power. In addition, the S200/6SP3MR also provides users with the latest safety protocols, designed to ensure user safety during operation.
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