Technical Data Evdxxx - piezosystemjena d-Drive Bedienungsanleitung

The actuator is connected to this plug. The actuator voltage goes to the piezo, the position signal
from the measurement system goes to the DSP, and the integrated actuator information is stored
on an ID-chip which goes to the main controller. It is important that the locking screws are screwed
into the front panel.

8.3.4 technical data EVDxxx

output power:
output voltages:
output current (continuous):
output noise:
actuator / measurement
connector:
monitor output:
monitor output impedance:
modulation input:
modulation input impedance:
trigger output (low active)
MOD - MON connector:
offset voltage:
safety functions:
protection circuit:
display (LED):
dimensions:
weight:
Geschäftsführer: Dr. Bernt Götz • Telefon 03641/66880 • Fax 03641/668866 • www.piezojena.com
58
EVD50
7.5W (max. 15W for
nanoX actuators)
TM
+130V...-20V for nanoX
50mA (2x 50mA for
nanoX)
<0.3mV @ 500Hz
RMS
0 ... +10V (programmable signal source)
0 ... +10V (disconnectable)
5V/0V with pull up drain resistor 240Ω
-20V ... +130V via encoder
short circuit proof, temperature fuse
4 fuses F50mA / 250V 5x20mm
(can only be changed by authorized service personnel)
green = in operation / open loop
OVL (yellow) = overload
UDL (yellow) = underload
3HE 10TE
0.35kg
EVD125
16W (max. 32W for
nanoX actuators)
TM
-20V...+130V
actuators
TM
125mA (2x125mA
for nanoX)
<0.5mV
RMS
15pin SUB-D plug
50Ω
25kΩ
SUB-D socket 9pin
green / yellow
yellow = closed loop
3 HE 20TE
0.9kg
table 6: technical data
EVD300
40W
300mA (2x150mA
for nanoX)
@ 500Hz
3HE 20TE
1.03kg