10 Technical Data
40
Version: 1.1.0
PZ272E
P-545 Nanopositioners
P-545.3D8S
Unit
Tolerance
Piezo controller
E-727.3RDA (in the scope of delivery)
Communication interfaces
Ethernet, USB, RS-232, serial SPI high-
speed interface
Analog input / Analog output
D-sub 15
Input via 18-bit A/D converter
Output via 20-bit D/A converter
Command set
PI General Command Set (GCS)
User software
PIMikroMove
Software drivers
NI LabVIEW drivers, shared libraries for
Windows and Linux
Supported functions
Wave generator, data recorder, drift
compensation, macros
* The resolution of the system is limited only by the noise of the amplifier and the measuring
technology because PI piezo nanopositioning systems are free of friction.
** For dynamic operation. Higher dynamics are possible with a reduced load.
All specifications based on room temperature (22 °C ±3 °C).
10.1.2
Maximum Ratings
P-545 positioners are designed for the following operating data:
Model
Maximum operating
voltage
Maximum operating
frequency*
Maximum power
consumption
P-545.2C8S
-20 to 120 V
40 Hz (per axis)
4.7 W (per axis)
P-545.3C8S
-20 to 120 V
40 Hz (in X and Y)
57 Hz (in Z)
4.7 W (in X and Y)
13.4 W (in Z)
P-545.2R8S
-20 to 120 V
40 Hz (per axis)
4.7 W (per axis)
P-545.3R8S
-20 to 120 V
40 Hz (in X and Y)
57 Hz (in Z)
4.7 W (in X and Y)
13.4 W (in Z)
P-545.3D8S
-20 to 120 V
146 Hz (in X and Y)
80 Hz (in Z)
34.4 W (in X and Y)
37.6 W (in Z)
* In continuous operation without load and with maximum travel range. With a reduced travel
range, higher operating frequencies are possible.