Page 757 - Softbound_Edition_19_en

MD2
Magnet B
Sicherung
MD2
Magnet B
Versorungsspannung
+
X1-A2
Magnetausgänge
Versorungsspannung
0V DC
Magnetausgänge
X1-A3
X1-G2
0V DC
X1-A3
X1-G2
Sicherung
X1-H1
Sicherung
+
X1-B2
Versorungsspannung
X1-H1
X1-H2
X1-B2
+
Logikteil
X1-H2
X1-B3
Logikteil
0V DC
0V DC
X1-B3
Magnet C
Magnet D
Magnet C
Magnet D
X1-C2
Digitaleingang 1
X1-J1
X1-C2
Digitaleingang 1
X1-J1
X1-J2
Digitaleingang 2
X1-C3
X1-J2
Digitaleingang 2
X1-C3
X1-K1
X1-K1
X1-K2
Digitaleingang 3
X2-E1
X1-K2
X1-A1
Digitaleingang 4
X2-E2
Sollwertvorgabe
mit Potetiometer
X1-E1
Magnet E
X1-F2
am Analogeingang 1
X1-C1
X2-A1
X1-F3
X1-A1
X2-A2
Sollwertvorgabe
X1-B1
mit Potetiometer
X2-B1
X1-E1
Sollwertvorgabe
am Analogeingang 1
X2-B2
mit Potetiometer
X1-F1
am Analogeingang 2
X1-D1 Basic X1-G1 Magnet A Digitalausgang 2 Digitalausgang 1 Versorungsspannung + Sicherung X1-A2 Enhanced X1-G1 Magnet A Magnet F
am Analogeingang 2
X1-G3 X1-F1 Magnet G
Mobile electronics
Mobile electronics MD2 X2-C1
X1-C1
X2-C2
CONNECTOR WIRING DIAGRAM / PIN ASSIGNMENT
Magnet H
X2(Enhanced version only) X1
MD2 X1-B1 X2-D1
Sicherung Basic Magnet A Magnet B MD2
Versorgungsspannung + X1-A2 A B C D E F A B C D E F G H J K Sicherung Enhanced Magnet A Magnet B X2-D2
1
+
Magnetausgänge X1-G1 1 1 Versorgungsspannung 1 X1-A2
0V DC X1-A3 X1-G2 Magnetausgänge X1-G1 am Analogeingang 3
2 2 2 0V DC 2 X1-A3 X1-G2
Sicherung X2-F1
3
Versorgungsspannung + X1-B2 X1-H1 3 3 3 Sicherung X1-H1
Logikteil X1-H2 Versorgungsspannung + X1-B2 X1-H2
0V DC X1-B3 Logikteil
0V DC X1-B3
Magnet C Magnet D X1-F2
Magnet C Magnet D
Digitaleingang 1 X1-C2 X1-J1 am Analogeingang 4
X1-J2 Digitaleingang 1 X1-C2 X1-J1
Digitaleingang 2 X1-C3 X1-J2 X2-F2 X1-F3
Digitaleingang 2 X1-C3
X1-K1
X1-K2 X1-K1
Digitaleingang 3
DEVICE PLUG (X2; ONLY FOR ENHANCED VERSION) DEVICE PLUG (X1) X2-E1 X1-K2
X1-A1
X2-E2
Digitaleingang 4
Sollwertvorgabe A1 = Output solenoid E + A1 = Stabilised output voltage X1-D1 Digitalausgang 2 Digitalausgang 1
mit Potentiometer A2 = Output solenoid E - A2 = Supply voltage + (Solenoid outputs) Magnet E Magnet F
X1-E1
am Analogeingang 1 X1-F2
A3 = CAN High A3 = Supply voltage 0 VDC (Solenoid outputs)
X1-C1
X2-A1
B1 = Output solenoid F + 2 1 B1 = Stabilised output voltage X2-A2
X1-F3
X1-A1
B2 = Output solenoid F - B2 = Supply voltage + (Logic part) X1-G3
Sollwertvorgabe
X1-B1
mit Potentiometer
X2-B1
X1-E1
Sollwertvorgabe B3 = CAN Low Digitalausgang 2 Digitalausgang 1 B3 = Supply voltage 0 VDC (Logic part) X2-B2
am Analogeingang 1
mit Potentiometer C1 = Output solenoid G + C1 = Analogue ground
X1-F1
am Analogeingang 2
C2 = Output solenoid G - 3 4 C2 = Digital input 1
X1-D1
am Analogeingang 2
C3 = CAN Gnd X1-G3 C3 = Digital input 2 X1-F1 Magnet G
D1 = Output solenoid H + D1 = Analogue ground X2-C1
D2 = Output solenoid H - D2 = VBUS (USB) X1-C1 X2-C2
D3 = CAN High D3 = GND (USB)
E1 = Digital input 3 E1 = Analogue input 1
E2 = Digital input 4 E2 = D- (USB) Magnet H
E3 = CAN Low E3 = D+ (USB)
X2(nur bei Enhanced) X1
F1 = Analogue input 3 F1 = Analogue input 2 X1-B1 X2-D1
D E F
A B C
A B C D E
1 F2 = Analogue input 4 F G H J K 1 F2 = Digital output 1 X2-D2
1
1
2 2 2 2 am Analogeingang 3
3
3 F3 = CAN Gnd 3 3 F3 = Digital output 2 X2-F1
G1 = Output solenoid A + X1-F2
G2 = Output solenoid A -
am Analogeingang 4
USB-interface (X3, underneath the screw cover) G3 = Digital ground X2-F2 X1-F3
H1 = Output solenoid B + Digitalausgang 2 Digitalausgang 1
1 = VBUS H2 = Output solenoid B - X1-D1
2 1 H3 = Reserved
2 = D - X1-G3
3 = D + J1 = Output solenoid C +
3 4 4 = GND J2 = Output solenoid C -
J3 = Reserved
K1 = Output solenoid D +
Socket USB type B K2 = Output solenoid D -
K3 = Reserved
Remark!
The parameterisation cable is not part of the scope of
supply (commercially available USB-cable, plug type A
to plug type B)
START-UP ADDITIONAL INFORMATION
Information regarding installation and commissioning are contained Wandfluh-Documentation
in the information leaflet supplied with the amplifier module and in the Wandfluh electronics general register 1.13
operating instructions. Accessories register 1.13
Additional information can be found on our website: Proportional directional valves register 1.10
«www.wandfluh.com» Proportional pressure valves register 2.3
Proportional flow control valves register 2.6
Free-of-charge download:
• «PASO-MD2» Parameterisation software
• Operating instructions (*.pdf)
Wandfluh AG Tel. +41 33 672 72 72 E-mail: sales@wandfluh.com Illustrations not obligatory Data sheet no.
Postfach Fax +41 33 672 72 12 Internet: www.wandfluh.com Data subject to change 1.13-240E 5/10
CH-3714 Frutigen Edition 11 15
Page 757