PS2001-2410-0000 Beckhoff
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The Beckhoff PS2001-2410-0000 is a power supply in the PS Power Supplies series with a nominal voltage of 24 VDC and rated current of 10 Amps. Its rated power is 240 W with a peak output of 288 W and an efficiency of 95.2% at 230 Vac. This power supply features a power factor of 0.97 at 230 Vac and offers load regulation of 50 mV.
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Product Description:
The PS2001-2410-0000 is a DIN-rail industrial power module manufactured by Beckhoff for the PS Power Supplies series. It delivers regulated direct current to controllers, distributed I/O, and motion hardware, providing a stable 24 VDC bus that replaces multiple discrete adapters. Active power-factor correction and synchronous rectification allow the device to maintain tight voltage tolerance while keeping conversion losses low, which is useful in dense control enclosures where thermal margins are limited.
At nominal conditions, the supply draws 1.13 A from 230 VAC and converts it into a continuous output of 240 W at 24 VDC with a steady 10 A load capability. Conversion efficiency reaches 95.2%, so only a small portion of energy becomes heat. The built-in active PFC keeps the mains displacement close to unity, evidenced by a 0.97 power factor, which reduces conductor losses and simplifies breaker sizing. Line regulation is limited to 10 mV and load regulation to 50 mV, so the output voltage changes very little as mains or load conditions vary. Startup from a cold state takes 240 ms, and the control loop restricts turn-on overshoot to 200 mV, helping prevent nuisance trips in downstream electronics. A 110 kHz switching frequency allows compact magnetics while keeping acoustic noise outside the audible band.
For short transients, the converter can supply 288 W by raising the output to 12 A for several seconds without exceeding its thermal limits. Energy stored in the 4,400 µF output capacitor and the resonant input stage sustains the bus for 37 ms after mains loss at 10 A, giving connected equipment time to complete safe-stop routines. Ripple remains below 50 mVss, so analog sensors connected to the supply rail can operate without additional local filters. This low ripple helps maintain stable power delivery when valves or relays switch at the same time.