Stable DC power output, programmable sequences and a read-out function for specified parameters ensure simple reproducibility and multiplication of the test sequences. Digital and analog interfaces permit integration into test bays with commercially available or customer-specific control software – in-house developed software is available.

SYSKON P3000. Programmable DC power supply – 3000 W, 60 V, 120 A. SYSKON P4500. Programmable DC power supply – 4500 W, 60 V, 180 A. Technical product comparison. Compare. Dialogue, Information and Actions: Service Product Support After-Sales-Service Download Center

Owing to the highest quality in switching controller technology, the devices are compact and lightweight despite their high output power. Active power factor control assures nearly sinusoidal mains input current.

View online or download Gossen metrawatt P4500 Operating Instructions Manual.

SYSKON P500/P800/P1500: The device can be operated with either 115 or 230 V mains power. Full output power (1500 W) can be to resulting input current, only 750 W of output power can be supplied when operated with 115 V mains power. SYSKON P3000/P4500: In order to exploit the full nominal power, the

Dimensional Drawing SYSKON P3000 / P4500 482.6 Installation position for optional interface IEEE-488 (material no. K384A). All dimensions in millimeter GMC-I Messtechnik GmbH... Page 6: Preparing For Operation

Equipped with active power-factor control (PFC), it supplies 500 through 4500 W of power at up to 60 V and max. 180 A with characteristic UIP curve. Special switching controller technology and matching status controllers assure high dynamics and short response times.

Programmable laboratory power supply P4500 from Gossen-Metrawatt with 0..60V DC / 0..180A output. Mains input with power factor control (PFC) High efficiency, low power loss

Equipped with active power-factor control (PFC), it supplies 500 til 4500 W of power at up to 60 V and max. 180 A with characteristic UIP curve. Special switching controller technology and matching status controllers assure high dynamics and short response times.

Stable DC power output, programmable sequences and a read-out function for specified parameters ensure simple reproducibility and multiplication of the test sequences. Digital and analog interfaces permit integration into test bays with commercially available or customer-specific control software – in-house developed software is available.