Wiring Diagrams (new).pdf

Drive Technology \ Drive Automation \ System Integration \ Services
DR Motor
Common Connection Diagrams
Edition 06/2010 9PD0058 / US

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2010 DR Motor common connection diagrams
Table of Contents
Overview ..................................................................................................................... 5
Important notes .......................................................................................................... 6
Safety notes ............................................................................................................ 6
Motor nameplate ..................................................................................................... 6
Connecting the brake from the terminal block ......................................................... 7
BGE/BG ........................................................................................................ 7
BSR (R76 only) ............................................................................................. 7
R76 ............................................................................................................................... 8
Brake Voltage Supplied from the Motor .................................................................. 9
BGE/BG - Motor = 230V; Brake = 230V ........................................................ 9
BGE/BG - Motor = 460V; Brake = 230V ...................................................... 10
BGE/BG - Motor = 460V; Brake = 460V ...................................................... 11
BSR - Motor = 230V; Brake = 230V ............................................................ 12
BSR - Motor = 460V; Brake = 230V ............................................................ 13
BSR - Motor = 460V; Brake = 460V............................................................ 14
R72............................................................................................................................. 15
Brake Voltage Supplied from the Motor ................................................................ 16
BGE/BG - Motor = 460V; Brake = 230V ...................................................... 16
BGE/BG - Motor = 460V; Brake = 460V...................................................... 17
BSR - Motor = 460V; Brake = 230V ............................................................ 18
BSR - Motor = 460V; Brake = 460V ............................................................ 19
R13 ............................................................................................................................. 20
Brake Voltage Supplied from the Motor ................................................................ 21
BGE/BG - Motor = low () voltage; Brake = low () voltage .................... 21
BGE/BG - Motor = high () voltage; Brake = low () voltage ................... 22
BGE/BG - Motor = high () voltage; Brake = high () voltage .................. 23
BSR - Motor = low () voltage; Brake = low () voltage........................... 24
BSR - Motor = high () voltage; Brake = low () voltage .......................... 25
BSR - Motor = high () voltage; Brake = high () voltage ......................... 26
BSG and BUR brake connection............................................................................. 27
3

4 2010 DR Motor common connection diagrams

1 Overview
2010 DR Motor common connection diagrams
Overview
This document details common connection diagrams for DR motor. This is not a
replacement for the Operating Instructions. Always refer to the Operating Instructions
for safety and installation information. Additional resources and information for DR
motor “BE” brakes can be found at www.seweurodrive.com under the Technical Notes
tab.
There are specific instances when the brake voltage can be tapped directly from the
motor's terminal block. The advantage of brake systems wired in this way is when
power is applied to the motor, the brake releases (requiring no additional brake supply
wiring).
The brake can be wired to the motor terminal block under the following conditions: a
single speed motor, the motor is started and run across the line, and the brake voltage
is equal to either the low or high motor voltage.
The brake must be powered separately if the brake voltage does not equal the low or
high motor voltage, the motor is powered by an inverter, or electronic soft start.
5

Important notes
2 Important notes
2.1 Safety notes
2.2 Motor nameplate
Refer to the Operating Instructions for safety and installation information. The latest version
can be found at www.seweurodrive.com.
Installation, startup and service work may only be performed by trained personnel observing
applicable accident prevention regulations and operating instructions.
Refer to the motor nameplate for information that describes the motor data. Some of the
important fields related to the connection are listed below.
[1]
[3]
Type
S.O.
V
230V / 460V HZ 60
A 2.9 / 1.44 Code
NEMA
Nom Eff % 82.5
Conn
Dia R76
HP 1.0 S.F. 1.0 Duty CONT
Design
Letter
rpm
Ins
Class
Maximum
Ambient
Brake V
Torque lb-in Control
[1] Motor Voltage - Lists the motor voltage and configuration. Example: 230V /
460V .
[2] Connection Type - Lists the basic type of connection indicating the type of internal
motor windings, , , , etc. Example: R76. This value may also be followed by a
series of letters and/or numbers.
[3] Brake Voltage - Lists the brake voltage required to operate the brake. Example:
460V.
[4] Brake Control - Lists the brake control type. Example: BG, BGE, BSR, etc. These
maybe followed by additional characters.
6 2010 DR Motor common connection diagrams
â
E189357
DRE80M4BE05/FF TEFC 3PH
870173931.03.03.001
1740 B 40
460 3.69 BG1.5
C
[2]
[4]

2.3 Connecting the brake from the terminal block
2.3.1 BGE/BG
2010 DR Motor common connection diagrams
Important notes
When connecting the supply power from the motor terminal block to the brake rectifier,
follow the specifications below.
Connecting wire is to be AWG14, MTW, 600V, 105°C temperature rating and black color.
The recommended ring terminals are manufactured by Thomas & Betts or equivalent.
Follow the manufacturer’s recommendations for installation procedures.
DR Motor Frame Size Wire Length Thomas & Betts Ring Terminal
DR.71-100 8” RB14-8
DR.112-132 8” RB14-10
DR.160 10” RB 14-14
DR.180-225 12” RB 14-516
Thomas & Betts Crimp
Tool
WT2000
2.3.2 BSR (R76 only)
When connecting the jumper wire between the 2-pole terminal block for the SR relay and
the motor terminal block, follow the specifications below.
Connecting wire is to be MTW, 600V, 105°C temperature rating and black color. Maximum
length 8", trimmed to fit.
The recommended ring terminals are manufactured by Thomas & Betts or equivalent.
Follow the manufacturers recommendations for installation procedures.
DR Motor Frame Size AWG Thomas & Betts Ring Terminal
DR.71-100 14 RB14-8
DR.112-132 14 RB14-10
DR.160 12 RB 10-14
Thomas & Betts Crimp
Tool
WT2000
7

3 R76
R76
Connection Type R76
Single Speed, Dual Voltage
Example: 230V / 460V
W2 (T6)
U3 (T7)
U1 (T1)
Low Voltage High Voltage
U2 (T4)
V3 (T8)
V1 (T2)
[5] L1 L2 L3
[1] Terminal link [4] Terminal board
[2] Terminal stud [5] Voltage supply (Customer connection)
[3] Flange nut
V2 (T5)
W3 (T9)
W1 (T3)
VOLTAGE CHANGE
Three wires must be relocated and terminal links added to change
from high to low voltage.
The wires designated U3 (T7), V3 (T8) and W3 (T9) must be reconnected
and terminal links added as shown in the diagram.
Changing from low to high voltage is carried out in reverse order.
In both cases, the supply voltage is connected to U1 (T1), V1 (T2)
and W1 (T3). The direction of rotation is changed by exchanging two
wires. . .
8 2010 DR Motor common connection diagrams
[4]
Arrangement of terminal links for connection
T6 T4 T5
U1 U3
V1 V3
T1 T7 T2 T8 T3 T9
[5]
W2
U2
W1 W3
V2
[1]
[3]
[4]
[2]
W3 (T9)
W2 (T6)
U1 (T1)
U3 (T7) V3 (T8)
U2 (T4) V2 (T5)
V1 (T2)
W1 (T3)
[5] L1 L2 L3
Example: 230V Example: 460V
No terminal links required for connection
T6/T9 T4/
T5/T8
T7
U1
V1
T1
T2
[5]
W2/W3
U2/U3
W1
T3
V2/V3
[3]
[4]
[2]
[4]

3.1 Brake Voltage Supplied from the Motor
3.1.3 BGE/BG - Motor = 230V; Brake = 230V
Brake Control: BGE/BG. Motor configured for low voltage. Brake voltage matches the
low motor voltage.
2010 DR Motor common connection diagrams
• Example: 230V / 460V motor configured for 230V () supply voltage
• Brake voltage is 230V (normal reaction time)*
* BGE/BG Rapid Reaction Time
BGE
BG
[1] Motor terminal board [3] Customer supplied contacts
[2] Brake coil [4] Brake supply voltage
BU - blue RD - red WH - white
WH
BGE
BG
WH
[3]
1 2 3 4 5
W2 (T6)
RD
U3 (T7)
U1 (T1)
DC
AC
L1
1 2 3 4 5
[2]
BU
U2 (T4)
V3 (T8)
V1 (T2)
L2
Example: 230V
RD
[4]
V AC
[2]
BU
69 001 XX 06 01 00
V2 (T5)
W3 (T9)
W1 (T3)
L3
[1]
R76
68051 _ 06 02 01 R76H US
9

R76
3.1.4 BGE/BG - Motor = 460V; Brake = 230V
Brake Control: BGE/BG. Motor configured for high voltage. Brake voltage matches the
low motor voltage.
• Example: 230V / 460V motor configured for 460V () supply voltage
• Brake voltage is 230V (normal reaction time)*
* BGE/BG Rapid Reaction Time
[1] Motor terminal board [3] Customer supplied contacts
[2] Brake coil [4] Brake supply voltage
BU - blue RD - red WH - white
10 2010 DR Motor common connection diagrams
BGE
BG
WH
1 2 3 4 5
W2 (T6)
W3 (T9)
U1 (T1)
L1
BGE
BG
WH
[3]
RD
[2]
BU
U2 (T4)
U3 (T7)
V1 (T2)
L2
L3
Example: 460V
DC
AC
1 2 3 4 5
RD
[4]
V AC
[2]
BU
V2 (T5)
V3 (T8)
W1 (T3)
69 001 XX 06 01 00
[1]
68052 _ 06 02 02 R76I US

3.1.5 BGE/BG - Motor = 460V; Brake = 460V
Brake Control: BGE/BG. Motor configured for high voltage. Brake voltage matches the
high motor voltage.
2010 DR Motor common connection diagrams
• Example: 230V / 460V motor configured for 460V () supply voltage
• Brake voltage is 460V (normal reaction time)*
* BGE/BG Rapid Reaction Time
BGE
BG
WH
1 2 3 4 5
[1] Motor terminal board [3] Customer supplied contacts
[2] Brake coil [4] Brake supply voltage
BU - blue RD - red WH - white
RD
W2 (T6)
W3 (T9)
U1 (T1)
L1
[2]
BU
U2 (T4)
U3 (T7)
L2
Example: 460V
BGE
BG
WH
[3]
DC
AC
V1 (T2)
1 2 3 4 5
RD
[4]
V AC
[2]
BU
V2 (T5)
V3 (T8)
W1 (T3)
L3
69 001 XX 06 01 00
[1]
R76
68053 _ 06 02 01 R76J US
11

R76
3.1.6 BSR - Motor = 230V; Brake = 230V
Brake Control: BSR. Motor configured for low voltage. Brake voltage matches the low
motor voltage.
• Example: 230V / 460V motor configured for 230V ()
• Brake voltage is 230V
[3]
BGE
BG
WH
1 2 3 4 5
RD
BU
[4]
[5]
RD BU
WH
[6] W2 (T6)
[1] Motor terminal board [4] SR current relay
[2] Supply leads [5] Terminal strip
[3] Brake coil [6] Wire end from stator winding
BU - blue RD - red WH - white
12 2010 DR Motor common connection diagrams
WH
*refer to section 1.3.2
*
L1
U2 (T4) V2 (T5)
U3 (T7) V3 (T8) W3 (T9)
U1 (T1) V1 (T2) W1 (T3)
L2
L3
Example: 230V
[1]
[2]
68046 _ 06 02 02 R76C US

3.1.7 BSR - Motor = 460V; Brake = 230V
Brake Control: BSR. Motor configured for high voltage. Brake voltage matches the low
motor voltage.
2010 DR Motor common connection diagrams
• Example: 230V / 460V motor configured for 460V ()
• Brake voltage is 230V
WH
[3]
BGE
BG
1 2 3 4 5
RD
BU
[4]
[5]
RD BU
WH
[6]
W2 (T6)
[1] Motor terminal board [4] SR current relay
[2] Supply leads [5] Terminal strip
R76
[3] Brake coil [6] Wire end from stator winding
BU - blue RD - red WH - white
WH
*refer to section 1.3.2
*
L1
L2
L3
[1]
U2 (T4) V2 (T5)
W3 (T9) U3 (T7) V3 (T8)
U1 (T1) V1 (T2) W1 (T3)
Example: 460V
[2]
68047 _ 06 02 02 R76D US
13

R76
3.1.8 BSR - Motor = 460V; Brake = 460V
Brake Control: BSR. Motor configured for high voltage. Brake voltage matches the high
motor voltage.
• Example: 230V / 460V motor configured for 460V ()
• Brake voltage is 460V
WH
[3]
BGE
BG
1 2 3 4 5
RD
BU
[4]
[5]
RD BU
WH
[6]
W2 (T6)
WH
*refer to section 1.3.2
[1] Motor terminal board [4] SR current relay
[2] Supply leads [5] Terminal strip
[3] Brake coil [6] Wire end from stator winding
BU - blue RD - red WH - white
14 2010 DR Motor common connection diagrams
*
L1
L2
L3
[1]
U2 (T4) V2 (T5)
W3 (T9) U3 (T7) V3 (T8)
U1 (T1) V1 (T2) W1 (T3)
Example: 460V
[2]
68048 _ 06 02 01 R76E US

4 R72
Connection Type R72
Single Speed, Dual Voltage
Example Voltage: 230V / 460V
2010 DR Motor common connection diagrams
[5]
L1
[1] Terminal link [4] Terminal board
R72
Low voltage High voltage
V3
(T8)
V2
(T5)
V4
(T11)
U1
(T1)
L2
W3
(T9)
W2
(T6)
W4
(T12)
V1
(T2)
L3
U3
(T7)
U2
(T4)
U4
(T10)
W1
(T3)
[2] Terminal stud [5] Voltage supply (Customer connection)
[3] Flange nut [6] Wiring designation plate
[4]
Arrangement of terminal links for connection
V4/T11
V1/T1
[5]
V2/T5
T1
[5]
L1
V3
(T8)
V2
(T5)
V4
(T11)
U1
(T1)
L2
W3
(T9)
W2
(T6)
W4
(T12)
V1
(T2)
Example: 230V Example: 460V
V1/T2 W1/T3
V3/T8 W3/T9
U3/T7
U4/T10 U2/T4
[4]
[1]
[2]
[3]
[6]
L3
U3
(T7)
U2
(T4)
U4
(T10)
W1
(T3)
Arrangement of terminal links for connection
V4/T11
V1/T1
[5]
V2/T5
V1/T2 W1/T3
V3/T8 W3/T9
U3/T7
U4/T10
[4]
U2/T4
[1]
[2]
[3]
[6]
[4]
15

R72
4.1 Brake Voltage Supplied from the Motor
4.1.9 BGE/BG - Motor = 460V; Brake = 230V
Brake Control: BGE/BG. Motor configured for high voltage. Brake voltage matches the
low motor voltage.
• Example: 230V / 460V motor configured for 460V ()
• Brake voltage is 230V (normal reaction time)*
* BGE/BG Rapid Reaction Time
[1] Motor terminal board [3] Customer supplied contacts
[2] Supply leads [4] Brake supply voltage
BU - blue RD - red WH - white
16 2010 DR Motor common connection diagrams
[2]
[1]
L1
BGE
BG
WH
1 2 3 4 5
V3
(T8)
V2
(T5)
V4
(T11)
U1
(T1)
L2
RD
BU
W3
(T9)
W2
(T6)
W4
(T12)
V1
(T2)
Example: 460V
BGE
BG
WH
[3]
DC
AC
1 2 3 4 5
RD
[4]
V AC
[2]
BU
L3
U3
(T7)
U2
(T4)
U4
(T10)
W1
(T3)
69 001 XX 06 01 00

4.1.10 BGE/BG - Motor = 460V; Brake = 460V
Brake Control: BGE/BG. Motor configured for high voltage. Brake voltage matches the
high motor voltage.
2010 DR Motor common connection diagrams
• Example: 230V / 460V motor configured for 460V ()
• Brake voltage is 460V (normal reaction time)*
[2]
* BGE/BG Rapid Reaction Time
[1]
[1] Motor terminal board [3] Customer supplied contacts
[2] Supply leads [4] Brake supply voltage
BU - blue RD - red WH - white
L1
BGE
BG
WH
1 2 3 4 5
V3
(T8)
V2
(T5)
V4
(T11)
U1
(T1)
L2
RD
BU
W3
(T9)
W2
(T6)
W4
(T12)
V1
(T2)
Example: 460V
BGE
BG
WH
[3]
DC
AC
1 2 3 4 5
RD
[4]
V AC
[2]
BU
L3
U3
(T7)
U2
(T4)
U4
(T10)
W1
(T3)
69 001 XX 06 01 00
R72
17

R72
4.1.11 BSR - Motor = 460V; Brake = 230V
Brake Control: BSR. Motor configured for high voltage. Brake voltage matches the low
motor voltage.
• Example: 230V / 460V motor configured for 460V ()
• Brake voltage is 230V
[2]
[1] Motor terminal board [3] SR current relay
[2] Supply leads [4] Brake coil
BU - blue RD - red WH - white
18 2010 DR Motor common connection diagrams
L1
WH
[4]
V3
(T8)
V2
(T5)
V4
(T11)
U1
(T1)
BGE
1 2 3 4 5
RD
BU
L2
W3
(T9)
W2
(T6)
W4
(T12)
V1
(T2)
Example: 460V
L3
U3
(T7)
U2
(T4)
U4
(T10)
W1
(T3)
RD
BU
WH WH
[1]
[3]
69043 _ 09 01 01 R72-1D US

4.1.12 BSR - Motor = 460V; Brake = 460V
Brake Control: BSR. Motor configured for high voltage. Brake voltage matches the high
motor voltage.
2010 DR Motor common connection diagrams
• Example: 230V / 460V motor configured for 460V ()
• Brake voltage is 460V
[2]
[1] Motor terminal board
[2] Supply leads
[3] SR current relay
BU - blue RD - red WH - white
L1
WH
V3
(T8)
V2
(T5)
V4
(T11)
U1
(T1)
BGE
BG
1 2 3 4 5
RD
BU
L2
W3
(T9)
W2
(T6)
W4
(T12)
V1
(T2)
Example: 460V
L3
U3
(T7)
U2
(T4)
U4
(T10)
W1
(T3)
RD
BU
WH WH
[1]
R72
[3]
68203 _ 09 02 00 R72-2 US
19

5 R13
R13
Connection Type R13
Single Speed, Dual Voltage
Example voltages:
[5]
Low voltage High voltage
208V 360V
220V 380V
230V 400V
266V 460V
330V 575V
Low voltage High voltage
W2
(T6)
U1
(T1)
L1 L2 L3
[1] Terminal link [4] Terminal board
[2] Terminal stud [5] Voltage supply (Customer connection)
[3] Flange nut
U2
(T4)
V1
(T2)
20 2010 DR Motor common connection diagrams
V2
(T5)
W1
(T3)
[4]
Arrangement of terminal links with connection
Motor size DR.71-DR.225:
[1]
(T1)
[5]
U1
(T2)
W2
U2
V1
(T6)
(T4)
(T3)
W1
V2
(T5)
[2]
[3]
[4]
[5]
W2 (T6)
U2 (T4)
V2 (T5)
U1 (T1) V1 (T2) W1 (T3)
L1 L2 L3
[4]
Arrangement of terminal links with connection
(T1)
[5]
U1
V1
(T2)
(T3)
[1]
W1
[2]
[3]
[4]

5.1 Brake Voltage Supplied from the Motor
5.1.13 BGE/BG - Motor = low () voltage; Brake = low () voltage
Brake Control: BGE/BG. Motor configured for low voltage. Brake voltage matches the
low motor voltage.
2010 DR Motor common connection diagrams
• Example: 230V / 400V motor configured for 230V ()
• Brake voltage is 230V (normal reaction time)
BGE
BG
WH
[2]
* BGE/BG Rapid Reaction Time
1 2 3 4 5
W2
(T6)
U1
(T1)
U2
(T4)
V1
(T2)
L1 L2L3 V2
(T5)
W1
(T3)
R13
[1] Brake coil [3] Customer supplied contacts
[2] Terminal board [4] Brake supply voltage
BU - blue RD - red WH - white
RD
[1]
BU
BGE
BG
WH
[3]
DC
AC
1 2 3 4 5
RD
[4]
V AC
[2]
BU
68 008 _ 06 01 00 R13G US
69 001 XX 06 01 00
21

R13
5.1.14 BGE/BG - Motor = high () voltage; Brake = low () voltage
Brake Control: BGE/BG. Motor configured for high voltage. Brake voltage matches the
low motor voltage.
• Example: 330V / 575V motor configured for 575V ()
• Brake voltage is 330V (normal reaction time)
[2]
* BGE/BG Rapid Reaction Time
U2 (T4) V2 (T5)
[1] Brake coil [3] Customer supplied contacts
[2] Terminal board [4] Brake supply voltage
BU - blue RD - red WH - white
22 2010 DR Motor common connection diagrams
BGE
BG
WH
1 2 3 4 5
W2 (T6)
U1 (T1)
L1
RD
BGE
BG
WH
[3]
[1]
BU
V1 (T2)
DC
AC
W1 (T3)
L2L3 1 2 3 4 5
RD
[4]
V AC
[2]
BU
69 001 XX 06 01 00
68 011 _ 06 01 00 R13J US

5.1.15 BGE/BG - Motor = high () voltage; Brake = high () voltage
Brake Control: BGE/BG. Motor configured for high voltage. Brake voltage matches the
high motor voltage.
2010 DR Motor common connection diagrams
• Example: 266V / 460V motor configured for 460V ()
• Brake voltage is 460V (normal reaction time)
[2]
BGE
BG
WH
* BGE/BG Rapid Reaction Time
1 2 3 4 5
W2 (T6) U2 (T4) V2 (T5)
U1 (T1)
V1 (T2)
L1L2 W1 (T3)
R13
[1] Brake coil [3] Customer supplied contacts
[2] Terminal board [4] Brake supply voltage
BU - blue RD - red WH - white
RD
[1]
BU
BGE
BG
WH
[3]
DC
AC
1 2 3 4 5
RD
[4]
V AC
[2]
BU
L3
69 001 XX 06 01 00
68 009 _ 06 01 00 R13H US
23

R13
5.1.16 BSR - Motor = low () voltage; Brake = low () voltage
Brake Control: BSR. Motor configured for low voltage. Brake voltage matches the low
motor voltage.
• Example: 230V / 400V motor configured for 230V ()
• Brake voltage is 230V
BGE
BG
WH
[3]
1 2 3 4 5
[1] Brake coil
[2] SR Current relay
[3] Terminal board
68 003 _ 06 01 01 R13B US
BU - blue RD - red WH - white
24 2010 DR Motor common connection diagrams
RD
[1]
BU
W2
(T6)
U1
(T1)
RD BU
WH WH
U2
(T4)
V1
(T2)
[2]
L1 L2 L3
V2
(T5)
W1
(T3)

5.1.17 BSR - Motor = high () voltage; Brake = low () voltage
Brake Control: BSR. Motor configured for high voltage. Brake voltage matches the low
motor voltage.
2010 DR Motor common connection diagrams
• Example: 330V / 575V motor configured for 575V ()
• Brake voltage is 330V
WH
[3]
BGE
BG
1 2 3 4 5
W2 (T6) U2 (T4) V2 (T5)
U1 (T1)
L1
[1] Brake coil
RD BU
V1 (T2)
[2] SR Current relay
[3] Terminal board
W1 (T3)
BU - blue RD - red WH - white
RD
[1]
BU
WH
L2
WH
[2]
L3
68 006 _ 06 01 01 R13E US
R13
25

R13
5.1.18 BSR - Motor = high () voltage; Brake = high () voltage
Brake Control: BSR. Motor configured for high voltage. Brake voltage matches the high
motor voltage.
• Example: 266V / 460V motor configured for 460V ()
• Brake voltage is 460V
BGE
BG
WH
1 2 3 4 5
W2 (T6) U2 (T4)
U1 (T1)
[1] Brake coil
[2] SR Current relay
[3] Terminal board
V2 (T5)
W1 (T3)
BU - blue RD - red WH - white
26 2010 DR Motor common connection diagrams
L1
RD
[1]
BU
RD BU
WH
V1 (T2)
L2
WH
[2]
L3
[3]
68 004 _ 06 01 00 R13C US

6 BSG and BUR brake connection
Brake control system BSG
2010 DR Motor common connection diagrams
WH
BSG
1 2 3 4 5
- +
24VDC RD BU
[1]
69 001 XX 06 02 00
BSG and BUR brake connection
[1] Brake coil
[2] Voltage relay UR 11/15
[3]
UR11 (42-150V) = BN
UR15 (150-500V) = BK
[4] Brake voltage supply
BU - blue RD - red WH - white
BK - black BN - brown
V AC
[4]
Brake control system BUR
Connecting to the terminal
board of the motor is not permitted.
BGE
BG
1 2 3 4 5
WH
RD
[1]
BU
BN / BK
BN / BK
RD BU
[3]
[2]
69 001 XX 06 03 00
27

28 2010 DR Motor common connection diagrams

SEW-EURODRIVE—Driving the world
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