Characteristics - CAF Power & Automation
Characteristics - CAF Power & Automation
Characteristics - CAF Power & Automation
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1500 VDC Traction Converter<br />
Mallorca Regional Train<br />
1500 VDC Traction converter<br />
Engineering adapted to projects<br />
Specifications<br />
Technology<br />
Maximum power<br />
Rated power<br />
Rated voltage<br />
Values<br />
IGBT 3300 V<br />
900 kw (1 x 900 kW)<br />
600 kw (1 x 600 kW)<br />
1500 Vdc<br />
<strong>CAF</strong> POWER & AUTOMATION designs, develops and manufactures<br />
electric traction equipment adapted to the needs of its clients.<br />
We have high added value proprietary technology. With groups<br />
of professional engineers specialized in varied areas: automated,<br />
power electronic, mechanical, micro-electronic and software<br />
engineering, who work with most cutting edge technology and the<br />
newest equipment.<br />
We also have our own laboratories to investigate new solutions<br />
and test the equipment we design and manufacture for our clients.<br />
Operating voltage range<br />
1000 Vdc—1800 Vdc<br />
Cooling system<br />
Natural (heat pipe)<br />
Electric braking Regenerative / Rheostatic (*)<br />
<strong>CAF</strong> POWER & AUTOMATION also has its own manufacturing<br />
plant. With strict and internal controls and processes which guarantee<br />
the quality and dependability of the final product.<br />
Mounting<br />
Under frame mounting<br />
Weight<br />
* Depending on the catenary’s absorption capacity.<br />
600 kg<br />
Parque Tecnológico de San Sebastián<br />
Pso. Mikeletegi, 58 - 2º<br />
20009 San Sebastián · SPAIN<br />
T +34 943 309 251<br />
F +34 943 309 252<br />
cafpower.com<br />
Projects: Mallorca Regional Train<br />
Over the last few years, <strong>CAF</strong> POWER & AUTOMATION has undertaken<br />
various projects which are now rolling realities.<br />
Below we detail the characteristics of the project developed for<br />
the Mallorca REGIONAL TRAIN.
1500 VDC<br />
Tren Regional Mallorca<br />
Operation voltage range DC: 1000 V - 1800 V<br />
Traction converter schematic<br />
LF<br />
Train configuration<br />
Motor car / cabin<br />
Motor car without cabin<br />
Motor car / cabin<br />
CONVERTER BOX<br />
W<br />
N<br />
M Car<br />
N Car<br />
M Car<br />
Catenary (+)<br />
PAT<br />
+1500V<br />
RP<br />
RDR<br />
CF<br />
RDP<br />
POWER CORE<br />
K<br />
K<br />
RD_Bus<br />
C_Bus<br />
V<br />
U<br />
W<br />
V<br />
U<br />
W<br />
V<br />
U<br />
M<br />
3<br />
N<br />
M<br />
3<br />
N<br />
M<br />
3<br />
6 motor bogies, 2 motors per bogie.<br />
3 traction converters and 12 motors per train.<br />
Semiunit<br />
A<br />
A<br />
W<br />
N<br />
Return (-)<br />
V<br />
U<br />
M<br />
3<br />
CMC<br />
CMC<br />
CMC<br />
Train performances<br />
Train connection to a semiunit (M-N)<br />
Brake_R<br />
Brake_R<br />
The inverter feeds 4 motors.<br />
The 2 resistor branches are within separate outside boxes. Natural cooling.<br />
The filter inductance is within an outside box. Under frame natural cooling.<br />
Traction performances<br />
Maximum speed<br />
100 km/h<br />
Rated power<br />
1500 kW<br />
Acceleration 1,1 m/s 2<br />
EJ1<br />
EJ2<br />
M CAR<br />
EJ3<br />
Semiunit<br />
EJ4<br />
EJ1<br />
EJ2<br />
N CAR<br />
EJ3<br />
EJ4<br />
INV1<br />
INV1<br />
Braking performances<br />
Service brake 1,2 m/s 2<br />
MOTOR1<br />
MOTOR2<br />
MOTOR3<br />
MOTOR4<br />
MOTOR1<br />
MOTOR2<br />
MOTOR3<br />
MOTOR4