Fixed voltage power supplies series PS 9000
These new primarily switched laboratory power supplies are specifically designed for all laboratory and system applications.
The units provide highly stable output voltage and current levels.
Meters
The units are equipped with separate analogue volt- and amperemeters class 2.0.
Voltage and current setting
The output values of voltage and current can be set on the units by means of a screwdriver on the front panel.
Remote sense
The remote sense feature can be used to compensate the voltage loss between the output terminals and the load (max. 1.2V per cable). The sense terminals are on the rear of the unit. The
switch-over to remote sense mode happens automatically.
Overvoltage protection (OVP)
This series is equipped with overvoltage protection as standard. In case the OVP is activated, the LED „OVP“ lights. The OVP threshold can be adjusted with a trimmer located on the front panel.
Parallel & series connection, master-slave operation
Two or more power supplies can be connected in series or parallel. In this case one unit will operate as the master unit controlling the others.
Remote control
The units can be controlled and monitored with the UTA12 USB interface (see Accessories page).
Overtemperature protection (OT)
If the unit overheats, it will automatically switch off and the
LED „OT“ lights. After cooling down the unit will switch on automatically.
Remote adjustment of the output voltage
The output voltage can be externally set by means of an external voltage of 0...10V for 0 ... Umax.
Remote adjustment of the output current
The output current can be externally set by means of an external voltage of 0...10V for 0... Imax. The terminals for the external programming are on the rear of the unit.
Serie PS 9500
These high rating power supplies are delivered modular as 19“ 3U racks and are are available in two voltage classes, 24V and 48V. The output voltage is adjustable within a wide range of 20...30V respectively 40...60V.
The max. output current depends on the number of equipped modules (max. 3). Each module can deliver up to 50A, so with three modules in parallel an output current of 150A is gained.
The modules are redundant, so in case of a defect the remaining modules will provide the required output power up to a certain level.

