Data-Sheet - Motorized Vacuum Capacitor - Power-Con Series
CMPO-2000AC/5-X1-F
Capacitor Specifications
Capacitance Cmax (nominal)
Capacitance Cmin (nominal)
Voltage (Peak Test Upt / Peak Working Upw)
Ground to variable end insulation (Peak Test)
Capacitance Tolerance (linear Range)
Max. Current Imax at 13.56 MHz with
Conduction Cooling
Self Inductance
Capacitance per 100 steps
Net Weight
Ground to variable end capacitance
2000 pF
300 pF
5 kV / 3 kV
25 kV
1%
122 Arms
50 W
≤ 6 nH
69.1 pF
2.8 kg
≤ 3 pF
2400
2000
Full steps
1600
1200
800
400
0
0
500
1000
1500
2000
Capacitance [pF]
Imax at 25°C ambient and 125°C surface temp. for convection
and conduction (50 W) cooling
Imax [Arms]
1000
13.56 MHz
100
Conduction
50W
Convection
2000 pF
1000 pF
500 pF300 pF
10
1
10
100
Frequency [MHz], Upw = 3 kV
Subject to change without prior notice
Note: Technical information in Service Bulletin
SB-52 and SB-60 must be considered
Page 1 / 3
Issue:
06-Jan-2016
Replaces:
05-Aug-2015
Data-Sheet - Motorized Vacuum Capacitor - Power-Con Series
CMPO-2000AC/5-X1-F
Self inductance and resonance frequency
10
1000
L
100
Mechanical stop at > 2000 pF
Mechanical stop at < 300 pF
fRes
1
100
10
f [MHz]
0
800
1600
2400
2460
Nominal
Tolerance
Capacitance [pF]
300.0
1%
848.3
1%
1400.4
1%
1950.8
1%
2000.0
1%
L [nH]
Full steps
ESR
1000
10
10000
1000
tan d
1.E-02
tan d
100
EPR [MW]
ESR [mW]
1.E-03
1.E-04
EPR
1
10
1
10
Frequency [MHz]
100
1.E-05
1
10
100
Frequency [MHz]
Special Features:
Firmware V.2.2 (p/n 20075972)
Higher temperature PCB
General handling information for the integrated drive
When installing or removing the integrated drive, extreme care must be taken to avoid damage to the body of the
integrated drive. Although the integrated drive look very rugged from the outside it must be remembered that, due to
the brazing process used to join ceramic and copper, the copper is in a soft, annealed condition and is therefore
highly susceptible to mechanical deformation. For this reason, any rough handling, like machining of the flanges,
must be avoided. Use existing threads and holes for fixation.
General installation information for the integrated drive
For all integrated drives we recommend that one side be mounted non-rigid to prevent excessive thermomechanical
and external forces from acting on the capacitor.
Subject to change without prior notice
Note: Technical information in Service Bulletin
SB-52 and SB-60 must be considered
Issue:
06-Jan-2016
Replaces:
05-Aug-2015
Data-Sheet - Motorized Vacuum Capacitor - Power-Con Series
CMPO-2000AC/5-X1-F
Drive Specification
Interface
Tuning speed (end to end)
Backlash
Operation mode
Nr. of phases
Current per phase
Supply voltage (DC)
Full step angle
Motor frame size
Layout of the microcontroller PCB
RS-232
3s
≤ 2 steps
Bipolar
2
1.5 A
24 V
1.8°
56 mm
X1 Additional I/O - Connector
VCC
VCC
OA1 (motor / red)
OA2 (motor / blue)
OB1 (motor / green)
OB1 (motor / black)
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
X2 Additional I/O - Connector
Left limit switch
Right limit switch
GND
General purpose output
VCC
GND
General purpose input
DC output
Pin 1
Pin 2
Pin 3
+0 V
Pin 4
Pin 5
+14…37 V
Pin 6
+0 V
Pin 7
Pin 8 +5 V(max. 20 mA)
+14…37 V
+0 V
-
X3 Interface to motor driver - Connector
Interface Typ
PIN 1
PIN 2
PIN 3
PIN 4
PIN 5
PIN 6
PIN 7
PIN 8
RS-232
TxD
RxD
+0V (GND)
+0V (GND)
+0V (GND)
+0V (GND)
+0V (GND)
+0V (GND)
RS-485 Step / Direction
+0V (GND) +0V (GND)
+0V (GND) +0V (GND)
A (+)
+0V (GND)
B (-)
+0V (GND)
+0V (GND)
Step
+0V (GND) +0V (GND)
+0V (GND)
Direction
+0V (GND) +0V (GND)
CW / CCW
+0V (GND)
+0V (GND)
+0V (GND)
+0V (GND)
+0V (GND)
CW
+0V (GND)
CCW
X4 not used
Jumper
Interface Typ
Jumper - J1
Jumper - J2
Jumper - J3
Jumper - J4
RS-232
Open
Close
N/A
N/A
RS-485 Step / Direction
Close
N/A
Open
N/A
N/A
Open
N/A
Open
Subject to change without prior notice
Note: Technical information in Service Bulletin
SB-52 and SB-60 must be considered
Page 3 / 3
CW / CCW
N/A
Open
N/A
Open
Issue:
06-Jan-2016
Replaces:
05-Aug-2015