Page 1
QUADRANT 2100
QUADRANT 2100 RC
Technical Systems
Electric System
Page 2
Electric System Quadrant 2100 TIC
qu2100-e-ze 12/04
Page 3
TIC Quadrant 2100 Electric System
Layout of electric circuit
diagrams
01a / 01b ...
+30
+15
K90/87
-31
Wiring loom A
All electric circuits are shown in individual circuit diagrams. Some
explanations are given below to illustrate the layout.
Numbering of circuit diagrams
01...
- The respective numbering can be found on the corresponding cover
sheet and in the footer.
- Depending on the machine no., the components fitted and the
country specification, there may be several individual circuit
diagrams for a given function.
Potentials
- Main power supply (battery)
- Switched power supply (ignition switch)
- Relay-controlled power supply
- Earth
- Housing earth (external)
Connections
- The description provided inside the circle (e.g. „H44”) defines the
connection.
- Numbers next to the circle (e.g. „1a”) describe the continuation of
the cabling in accordance with the circuit diagram numbering which
can be taken from the cover sheet or from the footer.
Designations
- Connectors (e.g. „X14”, pin 8 - 19 - 7 - 17).
Each chapter lists the respective connectors and their pin
assignment in the individual connection tables.
- Modules (e.g. „A20“)
The arrows identify the functional inputs and outputs according to
the assignment table provided in chapter ZE.
- Position of components according to wiring looms
12/04 qu2100-e-ze ZE-3
Page 4
Electric System Quadrant 2100 TIC
A 1 ... Z 99
Connector mm² Colour
XT1 – 1 1.5 bk
XT1 – 2 1.5 br
XT1 – 4 1.5 bk-rd
XT1 – 5 1.5 br-rd
XT2 – 1 1.5 bk
XT2 – 2 1.5 bk-rd
XT2 – 3 1.5 br-rd
XT2 – 15 1.5 br
- Component designation according to CLAAS standards catalogue
A - Terminal / Module
B - Sensor
E - Lighting
F - Fuse
G - Voltage Source
H - Signalling Device / Lamp
K - Relay
M - Electric Motor
P - Gauge
R - Potentiometer / Resistor
S - Switches – Cab Operation
T - Switches – Terminal Operation
U - Switches – External Operation
V - Electronic Component
W - Antenna
X - Connector
Y - Solenoid coil
Z - Actual Value Function Switch
Wire colours / Wire cross-sections
- Indication of cross-section (mm²) and colour
rd - red
bk - black
br - brown
wh - white
bl - blue
gr - grey
ye - yellow
gn - green
pi - pink
or - orange
vi - violet
ZE-4 qu2100-e-ze 12/04
Page 5
TIC Quadrant 2100 Electric System
Contents
Pin assignment in modules............................................................................................ ZE-8
01a - Main power supply, Quadrant 2100 RC and 2100 RF ......................................01a-2
01b - Main power supply, Quadrant 2100 (without rotor)........................................... 01b-2
06a - CAN bus, module power supply, Quadrant 2100 RC and 2100 RF..................06a-2
07a - ROTOCUT, Quadrant 2100 RC and 2100 RF ..................................................07a-2
08a - Automatic cutting frame, Quadrant 2100 RC and 2100 RF .............................. 08a-2
10a - Baling pressure control, Quadrant 2100 RC und 2100 RF ...............................10a-2
11a - Wrapping release, knotter cleaning,
Quadrant 2100 RC and 2100 RF - up to 2004 model .......................................11a-2
11b - Wrapping release, knotter cleaning,
Quadrant 2100 RC and 2100 RF - from 2005 model........................................11b-2
11c - Knotter cleaning, Quadrant 2100 without rotor ................................................. 11c-2
13a - Ejecting bales / Operating the bale ramp, Quadrant 2100 RC and 2100 RF ....13a-2
20a - Raise / lower pick-up, Quadrant 2100 RC and 2100 RF...................................20a-2
26a - Machine monitoring, Quadrant 2100 RC and 2100 RF.....................................26a-2
26b - Machine monitoring, Quadrant 2100 without rotor............................................26b-2
27a - Operating displays (bale discharge, crop moisture),
Quadrant 2100 RC and 2100 RF......................................................................27a-2
28a - Steering axle lock ON/OFF, Quadrant 2100 RC and 2100 RF .........................28a-2
29a - Central lubrication system, Quadrant 2100 RC and 2100 RF...........................29a-2
32a - Taillight, side light .............................................................................................32a-2
12/04 qu2100-e-ze ZE-5
Page 6
Electric System Quadrant 2100 TIC
40a - Additional sockets, Quadrant 2100 RC and 2100 RF....................................... 40a-2
40b - Additional sockets, Quadrant 2100 without rotor.............................................. 40b-2
Wiring loom A (Quadrant 2100RC without rotor)............................................................KB-2
Wiring loom A, part 1 (Quadrant 2100RC) .....................................................................KB-6
Wiring loom A, part 1 (Quadrant 2100RF)....................................................................KB-10
Wiring loom A, part 2 (Quadrant 2100RC and Quadrant 2100RF)...............................KB-14
Wiring loom B, part 1 (Quadrant 2100RC and Quadrant 2100RF)...............................KB-18
Wiring loom B, part 2 (Quadrant 2100RC and Quadrant 2100RF)...............................KB-22
Wiring loom C ..............................................................................................................KB-26
Wiring loom D ..............................................................................................................KB-30
Index ..........................................................................................................................index-3
ZE-6 qu2100-e-ze 12/04
Page 7
Pin assignment in modules
Page 8
Electric System Quadrant 2100 TIC
Pin assignment in modules
ZE-8 qu2100-e-ze 12/04
Page 9
TIC Quadrant 2100 Electric System
Module A20 CCU
Pin Function Component Measuring
1 Power earth 31 Earth Input 6
2 Rotor speed sensor B 24 High - Low Input 8
3 Feed rake speed sensor (blue) B 23 High - Low Input 8
4 not used - - - 5 Electronics plus 15 12 V Input 6
6 Cutting frame position sensor B 67 0.25 – 4.75 V Input 8
7 Wrapping motor monitoring M1 / 53 0 – 12 V Input 11
8 not used U 2 12 V Input 13
9 not used - - - 10 Extend bale ejector cylinder switch (blue) U 1 12 V Input 13
11 not used - - - 12 not used - - - 13 Crop moisture sensor B 38 Frequenz Input 27
14 Metering wheel / bale length signal A B 69 High - Low Input 11
15
16 Flywheel brake switch Z 56 12 V Input 26
17 CAN low - - - 6
18 Twine break switch left / right Z 11 Earth Input 26
19 Electronics earth XD pin 7 XD Earth Input 5
20 not used - - - 21 Drive speed sensor (red) B 9 High - Low Input 8
22 not used
23 Electronics plus 15 12 V Input 6
24 Diagnosis plug XD pin 1 XD Boot signal Input 5
25 Baling pressure sensor B 56 approx. 1 – 3.5 V Input 27
26 Emergency operation U5 12 V Input 1
27 ROTOCUT knives position B 111 0.25 – 4.75 V Input 8
28 not used - - - 29 Retract bale ejector cylinder switch (red) U 2 12 V Input 13
30 not used - - - 31 not used - - - 32 Metering wheel / bale length signal B B 69 High - Low Input 11
33 Wrapping system monitoring sensor B 112 High - Low Input 11
34 No function
35 Bale discharge sensor B 101 High - Low Input 27
36 CAN high - - - 6
37 Identification of bale eject / bale ramp
function
38 Power plus (fused by F2 with 25 A) 30 12 V Input 7, 8, 10, 11,
39 Power plus (fused by F2 with 25 A) 30 12 V Input 7, 8, 10, 11,
Direction Circuit
variable
B 113 High - Low Input 13
diagram no.
13, 28, 29
13, 28, 29
40 CCU switch-on voltage K90 / 30 12 V Input 6
12/04 qu2100-e-ze ZE-9
Page 10
Electric System Quadrant 2100 TIC
Module A20 CCU
Pin Function Component Measuring
variable
41 Central lubrication system motor M 25 12 V Output 29
42 Direction P – A reversing valve solenoid
Y 150 12 V Output 7
coil
43 Rotor blocking solenoid coil Y 58 12 V Output 8
44 Bale ejector / bale ramp pre-selection
Y 149 12 V Output 13
solenoid coil
45 Direction P – B reversing valve solenoid
Y 151 12 V Output 7
coil
46 Pick-up raise solenoid coil Y 48 12 V Output 20
47 ROTOCUT knives in/out solenoid coil Y147 12 V Output 7
48 Cutting frame open/close pre-selection
Y148 12 V Output 7
solenoid coil
49 Steering axle lock ON solenoid coil Y145 12 V Output 28
50 Socket CAN bus (7-pin) XD pin 2 serial
XD Data - 5
interface
51 Socket CAN bus (7-pin) XD pin 3 serial
XD Data - 5
interface
52 Pick-up lower solenoid coil Y 49 12 V Output 20
53 Baling pressure build-up solenoid coil Y 50 12 V PWM Output 10
54 Wrapping release relay K 92 12 V Output 11
55 Steering axle lock OFF solenoid coil Y 146 12 V Output 28
Circuit diagram assignment
of fuses and relays
Component Designation Circuit diagram
F1 Fuse 5 A 11
F2 Fuse 25 A 1
F3 Fuse 7.5 A 11
F4 Fuse 7.5 A 11
K90 Relay 1
K92 Relay 11
Direction Circuit
diagram no.
ZE-10 qu2100-e-ze 12/04
Page 11
1a
Main power supply
Quadrant 2100 RC and 2100 RF
Page 12
Electric System Quadrant 2100 TIC
01a - Main power supply, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
A30 Terminal
F 2 Main fuse 25 Amp........................................................ Switchbox
K 90 Relay ........................................................................... Switchbox
T12 Main switch
U5 Emergency operation switch ....................................... Switchbox
V10 Polarity reversal protection diode ............................... Switchbox
X14 Wiring loom connector
XT1 Terminal connector
XT2 Terminal connector
XV Power supply connector
Measured value table:
Item Component Measured value Remark
K90 Remote control relay
20 A
30 A
85±10 Ω
(Pin 86/1 – 85/2)
(Pin 87a/4 – 30/3)
(Pin 87/5 – 30/3)
1a-2 qu2100-e-Kap01a 12/04
Page 13
TIC Quadrant 2100 Electric System
Description of function:
Main power supply
Power supply from the tractor to the baler is by connector XV.
Potential + 30
The potential + 30 (battery power plus) is fused with 25 A by fuse F2.
Potential + 15
Is switched by main switch T12 at terminal A30 (electronics +).
Potential K 90 / 30
The potential K 90 / 30 is a power plus with polarity reversal protection by
diode V10.
Emergency operation The baler can be operated without terminal A30 in emergency operating
mode after actuating the emergency operation switch U5.
For machine operation in emergency operation refer to the Operator's
Manual.
12/04 qu2100-e-Kap01a 1a-3
Page 14
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector X14 Socket X14 Connector XV1
Connector XT1 Socket XT1 Connector XT2
Connector mm² Colour
A20 - 26 0.5 br/wh
K90 - 30 1.5 bk/rd
K90 - 85 0.5 bk
K90 - 86 0.5 rd
K90 - 87 1.5 bk
U5 - 1 0.5 br/wh
U5 - 2 0.5 rd
U5 - 3 1.5 bk
U5 - 5 1.5 br/rd
U5 - 6 1.5 br
X14 - 36 0.5 br/wh
X14 - 37 0.5 br/wh
XT1 - 3 0.5 bk
XT1 - 6 0.5 br
XT1 - 8 0.5 rd
XT1 - 9 0.5 bk
XT2 - 1 4 br
XT2 - 3 4 bk
XT2 - 6 0.5 rd
XT2 - 7 0.5 bk
XV1 - 15/30 4 bk
XV1 - 31 4 br
1a-4 qu2100-e-Kap01a 12/04
Page 15
1b
Main power supply
Quadrant 2100 (without rotor)
Page 16
Electric System Quadrant 2100 TIC
01b - Main power supply, Quadrant 2100 (without rotor)
Key to diagram:
Coordinates
XV Power supply connector
1b-2 qu2100-e-Kap01b 12/04
Page 17
TIC Quadrant 2100 Electric System
Description of function:
Main power supply
Power supply from the tractor to the baler is by connector XV. A fuse of
25 A max. must be provided on the tractor for this power supply.
12/04 qu2100-e-Kap01b 1b-3
Page 18
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector XV
Connector mm² Colour
XV1 - 15/30 4 bk
XV1 - 31 4 br
1b-4 qu2100-e-Kap01b 12/04
Page 19
6a
CAN bus, module power supply
Quadrant 2100 RC and 2100 RF
Page 20
Electric System Quadrant 2100 TIC
06a - CAN bus, module power supply, Quadrant 2100 RC and 2100 RF
Key to diagram:
Measured value table:
Coordinates
A20 CCU Module
A30 Terminal
X14 Wiring loom connector
XD CAN bus socket (7-pin) ............................................... Switchbox
XD2 CAN bus socket .......................................................... Switchbox
XT1 Terminal connector
XT2 Terminal connector,
power supply
R14 CAN BUS terminating resistor 122 Ω ......................... Switchbox
Item Component Measured value Remark
R14 Terminating
resistor
122 Ω
6a-2 qu2100-e-Kap06a 12/04
Page 21
TIC Quadrant 2100 Electric System
Description of function:
Terminal The XD connectors serve for diagnosis with the CDS CLAAS Diagnosis
system.
The performance data (total number of bales, operating hours, etc.) are
saved in module A20. These data can be read using the CDS diagnosis
system.
Communication of the module with terminal A30 is via the CAN bus.
CAN bus
Data exchange between electronic components via a serial network.
(Controller Area Network)
- Measured value table
CAN bus
CAN high (U
) CAN low (U
eff
) Diagnosis
eff
2.52 V ± 0.1 V 2.49 V ± 0.1 V System OK
2.50 V 2.50 V Short circuit CAN high to CAN low
12 V >2.50 V Short circuit CAN high to +12 Volt
0 V <2.5 V Short circuit CAN high to earth
>2.50 V 12 V Short circuit CAN low to +12 Volt
<2.50 V 0 V Short circuit CAN low to earth
12/04 qu2100-e-Kap06a 6a-3
Page 22
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector X14 Socket X14
Connector XT1 Socket XT1 Connector XT2
Connector XD 2 Socket XD
Connector mm² Colour
A20 - 1 1.5 br
A20 - 5 0.5 rd
A20 - 17 0.5 gn
A20 - 23 0.5 rd
A20 - 36 0.5 ye
A20 - 40 1.0 bk/rd
XT1- 2 0.5 gn
X14 - 10 0.5 gn
X14 - 11 0.5 ye
XT1- 7 0.5 ye
XT2 - 8 0.5 ye
XT2 - 9 0.5 gn
Connector mm² Colour
XD - 1 0.5 wh
XD - 2 0.5 wh
XD - 3 0.5 wh
XD - 4 0.5 gn
XD - 5 0.5 ye
XD - 6 1.5 bk
XD - 7 0.5 bk
6a-4 qu2100-e-Kap06a 12/04
Page 23
7a
ROTOCUT
Quadrant 2100 RC and 2100 RF
Page 24
Electric System Quadrant 2100 TIC
07a - ROTOCUT, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
Y147 ROTOCUT knives IN/OUT pre-selection
Y148 Open/close cutting frame pre-selection
Y150 Direction P – A reversing valve
Y151 Direction P – B reversing valve
Measured value table:
Item Component Measured value Remark
Y147
Y148
Y150
Y151
Solenoid coil See inscription
7a-2 qu2100-e-Kap07a 12/04
Page 25
TIC Quadrant 2100 Electric System
Description of function:
Module A 20 actuates the corresponding solenoid coils Y 147, Y148,
Y150, Y151 for operation of the ROTOCUT unit.
Rotor plugged When the rotor is plugged in automatic mode, the knives are moved out
(drive speed > 500 rpm), the cutting frame is possibly opened, depending
on the configuration, and then closed (see "Rotor plugged" sequence
diagram, circuit diagram 8a).
Feed rake plugged In case of feed rake standstill, the rotor drive is additionally disconnected
via the solenoid Y 58 (see "Feed rake plugged" sequence diagram, circuit
diagram 8a).
12/04 qu2100-e-Kap07a 7a-3
Page 26
Electric System Quadrant 2100 TIC
Connector pin definition:
Socket Y147, Y151
Connector mm² Colour
A20 - 38 2.5 bk
A20 - 39 2.5 bk
A20 - 42 0.75 gr/ye
A20 - 45 0.75 gn/rd
A20 - 47 0.75 ye/bl
A20 - 48 0.75 gn/bl
Y147 - 1 0.75 br
Y147 - 2 0.75 ye/bl
Y148 - 1 0.75 br
Y148 - 2 0.75 gn/bl
Y150 - 1 0.75 br
Y150 - 2 0.75 gr/ye
Y151 - 1 0.75 br
Y151 - 2 0.75 gn/rd
7a-4 qu2100-e-Kap07a 12/04
Page 27
8a
Automatic cutting frame
Quadrant 2100 RC and 2100 RF
Page 28
Electric System Quadrant 2100 TIC
08a - Automatic cutting frame, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
B9 Drive speed sensor
(red), vertical
B23 Feed rake speed sensor
(blue), horizontal
B24 Rotor speed sensor
B67 Cutting frame position sensor
B111 ROTOCUT knives position sensor
VDR2 Varistor ........................................................................ not shown
X16 Connector
Y58 Rotor blocking solenoid coil
Measured value table:
Item Component Measured value Remark
Y58 Solenoid coil See inscription
B9
B23
B24
B67
B111
Sensor LED bright = low (0 - 1 V)
LED weak = high
(6 - 12 V)
Sensor
12 V
0.25 - 4.75 V
Metal
no metal
(Pin 1 - 2)
(Pin 1 - 3)
8a-2 qu2100-e-Kap08a 12/04
Page 29
TIC Quadrant 2100 Electric System
Description of function:
The electronic unit monitors the following in order to control the automatic
functions:
- Drive speed
- Feed rake speed
- Rotor speed
- Knives position
- Opening angle of cutting frame
Rotor plugged When the rotor is plugged in automatic mode (drive speed > 500 rpm), the
knives are moved out, the cutting frame is possibly opened, depending on
the configuration, and then closed (see "Rotor plugged" sequence
diagram).
Feed rake plugged In case of feed rake standstill, the rotor drive is additionally disconnected
via the solenoid Y 58 (see "Feed rake plugged" sequence diagram).
Note: For cabling of the corresponding solenoid valves see circuit
diagram 7a.
- Speed sensors
(B9, B23, B24)
The clearance between the HALL sensors and the tooth top should be
approx. 1.5 ± 0.25 mm (Pitch of sensor threads: 1 mm).
At a drive speed of approx. 350 rpm, the speed values should be
displayed correctly in the CDS diagnosis system.
HALL sensor (B67) The cutting frame angle can be read using the CDS diagnosis system.
When the cutting frame is closed, the displayed value must be - 2°.
HALL sensor (B111) The ROTOCUT knives position angle can be read using the CDS
diagnosis system. With the knives retracted, the displayed value must be
> 35°.
Actuator settings
Rotor blocking solenoid coil
Y58
Clearance between flange surface and cap nut:
- Solenoid non-energized (Solenoid linkage retracted) = 43 mm
- Solenoid energized (Solenoid linkage extended) = 49 mm
12/04 qu2100-e-Kap08a 8a-3
Page 30
Electric System Quadrant 2100 TIC
y
Feed rake plugged sequence diagram
Step Action
0
Feed rake standstill (at drive speed above 500 rpm)
Feed rake coupling disengaged
1 Rotor solenoid ON and fault displa
Reduce speed
2 Feed rake coupling engages
Increase speed
Feed rake must rotate for more than 6.5 s at drive speeds above 500 rpm.
3 Rotor solenoid OFF
Rotor coupling will not engage Rotor fault
4 Knife swings out
Signal from ROTOCUT knife position sensor < -26°
5 "Automatic cutting frame" no
function configured?
yes
6 Cutting frame swings out
Cutting frame angle above 10° Cutting frame cylinder stroke approx. 50 mm
Reduce speed
7 Rotor coupling engages
Increase speed
Rotor rotates (drive above 500 rpm)
8 "Automatic cutting frame" no
function configured?
yes
9 Cutting frame swings in
Cutting frame angle below 0° (cutting frame cylinder fully retracted)
10 Knives swing in
until the signal from ROTOCUT knives position sensor is > 35°
End
8a-4 qu2100-e-Kap08a 12/04
Page 31
TIC Quadrant 2100 Electric System
Rotor plugged sequence diagram
Step Action
0
Rotor standstill (at speeds above 500 rpm) Rotor fault
Rotor coupling disengaged
4 Knife swings out
Signal > -26° from ROTOCUT knives position sensor
5 "Automatic cutting frame" no
function configured ?
yes
6 Cutting frame swings out
Cutting frame angle above 10° Cutting frame cylinder stroke approx. 50 mm
7 Rotor coupling engages
8 "Automatic cutting frame" no
9 Cutting frame swings in
10 Knives swing in
End
Reduce speed
Increase speed
Rotor rotates (drive above 500 rpm)
function configured ?
yes
Cutting frame angle below 0° (cutting frame cylinder fully retracted)
until signal > 35° from ROTOCUT knives position sensor ?
12/04 qu2100-e-Kap08a 8a-5
Page 32
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector B9, B23, B24 Socket B9, B23, B24 Socket B67, B111
Connector X16 Socket X16 Socket Y58
Connector mm² Colour
A20 - 2 0.5 br/bk
A20 - 3 0.5 vi/rd
A20 - 6 0.5 bk/wh/gn
A20 - 21 0.5 br/gn
A20 - 27 0.5 gn/vi
A20 - 38 2.5 bk
A20 - 39 2.5 bk
A20 - 43 0.75 bk/gn
B9 - 1 0.5 br/rd
B9 - 2 0.5 br/gn
B9 - 3 0.5 bk/rd
B23 - 1 0.5 br/rd
B23 - 2 0.5 vi/rd
B23 - 3 0.5 bk/rd
Connector mm² Colour
B67 - 1 0.5 br/rd
B67 - 2 0.5 bk/rd
B67 - 3 0.5 bk/wh/gn
B111 - 1 0.5 br/rd
B111 - 2 0.5 bk/rd
B111 - 3 0.5 gn/vi
X16 - 1 0.5 br/rd
X16 - 3 0.5 bk/rd
X16 - 5 0.5 bk/wh/gn
X16 - 6 0.75 bk/gn
X16 - 7 0.5 br/bk
X16 - 8 0.75 br
Y58 - 1 0.75 br
Y58 - 2 0.75 bk/gn
B24 - 1 0.5 br/rd
B24 - 2 0.5 br/bk
B24 - 3 0.5 bk/rd
8a-6 qu2100-e-Kap08a 12/04
Page 33
10a
Baling pressure control
Quadrant 2100 RC and 2100 RF
Page 34
Electric System Quadrant 2100 TIC
10a - Baling pressure control, Quadrant 2100 RC und 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
B56 Baling pressure sensor
Y50 Baling pressure build-up solenoid coil
Measured value table:
Item Component Measured value Remark
B56 Sensor approx. 1 – 3.5 V at 0 – 220 bar
Y50 Solenoid coil See inscription
10a-2 qu2100-e-Kap10a 12/04
Page 35
TIC Quadrant 2100 Electric System
Description of function:
Pressure setting The pressure of the baling chamber cylinders 334 is pre-selected in
terminal A 30 (set value).
According to the pre-selected value, a pressure in the baling chamber
cylinders 334 is regulated (actual value) via module A20 and the baling
pressure build-up solenoid coil Y 50.
Control of the baling pressure build-up solenoid coil Y 50 is by pulse-width
modulation (PWM).
Baling pressure monitoring The set pressure of the bale chamber cylinders 334 is monitored by
sensor B 56. This value is displayed in terminal A30.
Baling pressure reduction
for "Eject bale" function
When sensor B113 identifies the "Eject bale" function (reversing valve in
corresponding position), module A20 regulates the baling pressure to
0 bar.
This can be seen in terminal A30 by the inverted baling pressure symbol
(see circuit diagram 13a).
12/04 qu2100-e-Kap10a 10a-3
Page 36
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector B56 Socket Y50
Connector mm² Colour
A20 - 38 2.5 bk
A20 - 39 2.5 bk
A20 - 53 0.75 wh/gn
B56 - 1 0.5 br/rd
B56 - 2
B56 - 3
0.5 rd/bk
0.5 bk/rd
Y50 - 1 0.75 br
Y50 - 2 0.75 wh/gn
10a-4 qu2100-e-Kap10a 12/04
Page 37
11a
Wrapping release, knotter cleaning
Quadrant 2100 RC and 2100 RF
up to 2004 model
Page 38
Electric System Quadrant 2100 TIC
11a - Wrapping release, knotter cleaning, Quadrant 2100 RC and 2100 RF - up to 2004 model
Key to diagram:
Coordinates
A20 CCU Module
B69 Metering wheel / bale length sensor
B112 Metering wheel / bale length sensor
F1 Fuse 5 A
F3 Fuse 7.5 A
F4 Fuse 7.5 A
K92 Wrapping release relay
K100 Knotter cleaning fan relay
M1 Wrapping release motor
M27 Knotter cleaning fan motor
V7 Return diode (wrapping)
X14 Connector
X15 Connector
X20 Connector
Z100 Wrapping cover actual value switch
Measured value table:
Item Component Measured value Remark
B112 Sensor High - low
K92
K100
M1 Motor I
Remote control relay
20 A
30 A
75±10 Ω
= 8.5 A
max.
(Pin 86/1 – 85/2)
(Pin 87a/4 – 30/3)
(Pin 87/5 – 30/3)
11a-2 qu2100-e-Kap11a 12/04
Page 39
TIC Quadrant 2100 Electric System
Description of function:
Bale length The desired bale length is pre-selected in terminal A 30. The metering
wheel / bale length sensor B 69 detects the bale length. Both values are
compared in module A20. When they are identical, wrapping is released.
Wrapping release Wrapping is released by module A 20 by a short switching pulse. When
motor M1 is near its parking position, pin 53 is internally connected with
pin 31b. The induced voltage electrically brakes motor M1 via relay K 92
against earth.
Following a wrapping release, the electronic unit must detect at least
0.4 metres of bale length before wrapping can be released one more time.
Wrapping monitoring Generates the „Wrapping fault“ error in terminal A 30 if the wrapping
system monitoring sensor B112 transmits a signal without wrapping
command (from module A20) at a drive speed of > 500 rpm.
Wrapping is now electronically blocked
(see Wrapping fault sequence diagram).
Knotter cleaning fan The fan motors run only while the wrapping cover is closed (Z100). When
opening the wrapping cover (e.g. for service work), relay K100 drops out
and consequently cuts the electrical connection with the knotter cleaning
fan motors (M27).
12/04 qu2100-e-Kap11a 11a-3
Page 40
Electric System Quadrant 2100 TIC
Wrapping fault sequence diagram Q2100
Fault monitoring is active only at drive speeds above 500 rpm!
Step Action
20 Basic position (waiting)
yes Step 26:
2 wrapping commands in less than 3 s ? Wrapping fault
Wrapping release locked
no
yes
Knotter shaft rotating ? Step 27:
(Wrapping system monitoring Wrapping fault
sensor B112 transmits signal) Wrapping release locked
no
21 Wrapping release relay (K92 is energized)
22 Wrapping release relay (K92 energized)
wait for 250 ms
23 Wrapping release relay (K92 is de-energized)
wait for 2 s
Knotter shaft rotating no Step 28:
(Wrapping system monitoring Wrapping fault
sensor B112 transmits signal) Wrapping release locked
yes
24
wait for 2 s
Knotter shaft rotating no Step 29:
(Wrapping system monitoring Wrapping fault
sensor B112 transmits no signal) Wrapping release locked
yes
25
When a fault has occurred, steps 26 27, 28 and 29 can be read out with the CDS:
The fault in steps 27, 28 and 29 can be deleted with terminal A30 (back to step 20)
The fault in step 26 can be deleted as follows:
1. Delete fault on terminal A30
2. Rotate metering wheel backwards until the bale indicator bar is at zero.
3. Terminal A30 OFF
4. Terminal A30 ON (back to step 20)
11a-4 qu2100-e-Kap11a 12/04
Page 41
TIC Quadrant 2100 Electric System
Connector pin definition:
Connector B69 Connector B112 Socket B112
Relay socket K92 Connector X14 Socket X14
Connector X15 Socket X15
12/04 qu2100-e-Kap11a 11a-5
Page 42
Electric System Quadrant 2100 TIC
Connector mm² Colour
A20 - 7 1.0 gr/bl
A20 - 14 0.5 br/ye
A20 - 32 0.5 bl/ye
A20 - 33 0.5 br/bl
A20 - 38 2.5 bk
A20 - 39 2.5 bk
B69 - 1 0.5 bk/rd
B69 - 2 0.5 br/ye
B69 - 3 0.5 bl/ye
B69 - 4 0.5 br/rd
B112 - 1 0.5 br/rd
B112 - 2 0.5 br/bl
B112 - 3 0.5 bk/rd
K92 - 30 1.0 br/bl
K92 - 85 1.0 br
K92 - 86 1.0 gn
K92 - 87 1.0 gn
K92 - 87a 1.0 br
M1 - 31 1.0 br
M1 - 31b 1.0 br/bl
M1 - 53 1.0 gn/bl
M1 - 53a 1.0 bk/wh
M27 - 1 4.0 br
M27 - 2 4.0 bk
X14 - 1 1.5 bk
X14 - 2 1.5 bk
X14 - 4 1.5 br
X14 - 5 1.5 br
X14 - 6 1.5 br
X14 - 7 1.5 bk/rd
X14 - 8 1.5 br/rd
X14 - 9 1.5 bk/wh
X14 - 12 1.5 bk/wh
X14 - 21 0.5 br/ye
X14 - 22 0.5 bl/ye
X14 - 25 1.0 gr/bl
X14 - 33 1.0 gn
X15 - 1 2.5 br
X15 - 3 0.5 br/rd
X15 - 4 0.5 bk/rd
X15 - 5 1.0 gn
X15 - 6 0.5 br/bl
X15 - 7 1.0 gn/bl
X15 - 12 1.0 bk/wh
11a-6 qu2100-e-Kap11a 12/04
Page 43
11b
Wrapping release, knotter cleaning
Quadrant 2100 RC and 2100 RF
from 2005 model
Page 44
Electric System Quadrant 2100 TIC
11b - Wrapping release, knotter cleaning, Quadrant 2100 RC and 2100 RF - from 2005 model
Key to diagram:
Coordinates
A20 CCU Module
B69 Sensor for metering wheel / bale length
B112 Sensor für monitoring wrapping system
F1 Fuse 5 A
F3 Fuse 7.5 A
F4 Fuse 7.5 A
K92 Wrapping release relay
K100 Knotter cleaning fan relay
M1 Wrapping release motor
M27 Knotter cleaning fan motor
V7 Return diode (wrapping)
X14 Connector
X15 Connector
X20 Connector
Z100 Wrapping cover actual value switch
Measured value table:
Item Component Measured value Remark
B112 Sensor High - low
K92
K100
M1 Motor I
Remote control relay
20 A
30 A
75±10 Ω
= 8.5 A
max.
(Pin 86/1 – 85/2)
(Pin 87a/4 – 30/3)
(Pin 87/5 – 30/3)
11b-2 qu2100-e-Kap11b 12/04
Page 45
TIC Quadrant 2100 Electric System
Description of function:
Bale length The desired bale length is pre-selected in terminal A 30. The metering
wheel / bale length sensor B 69 detects the bale length. Both values are
compared in module A20. When they are identical, wrapping is released.
Wrapping release Wrapping is released by module A 20 by a short switching pulse. When
motor M1 is near its parking position, pin 53 is internally connected with
pin 31b. The induced voltage electrically brakes motor M1 via relay K 92
against earth.
Following a wrapping release, the electronic unit must detect at least
0.4 metres of bale length before wrapping can be released one more time.
Wrapping monitoring Generates the „Wrapping fault“ error in terminal A 30 if the wrapping
system monitoring sensor B112 transmits a signal without wrapping
command (from module A20) at a drive speed of > 500 rpm.
Wrapping is now electronically blocked
(see Wrapping fault sequence diagram).
Knotter cleaning fan The fan motors run only while the wrapping cover is closed (Z100). When
opening the wrapping cover (e.g. for service work), relay K100 drops out
and consequently cuts the electrical connection with the knotter cleaning
fan motors (M27).
12/04 qu2100-e-Kap11b 11b-3
Page 46
Electric System Quadrant 2100 TIC
Wrapping fault sequence diagram Q2100
Fault monitoring is active only at drive speeds above 500 rpm!
Step Action
20 Basic position (waiting)
yes Step 26:
2 wrapping commands in less than 3 s ? Wrapping fault
Wrapping release locked
no
yes
Knotter shaft rotating ? Step 27:
(Wrapping system monitoring Wrapping fault
sensor B112 transmits signal) Wrapping release locked
no
21 Wrapping release relay (K92 is energized)
22 Wrapping release relay (K92 energized)
wait for 250 ms
23 Wrapping release relay (K92 is de-energized)
wait for 2 s
Knotter shaft rotating no Step 28:
(Wrapping system monitoring Wrapping fault
sensor B112 transmits signal) Wrapping release locked
yes
24
wait for 2 s
Knotter shaft rotating no Step 29:
(Wrapping system monitoring Wrapping fault
sensor B112 transmits no signal) Wrapping release locked
yes
25
When a fault has occurred, steps 26 27, 28 and 29 can be read out with the CDS:
The fault in steps 27, 28 and 29 can be deleted with terminal A30 (back to step 20)
The fault in step 26 can be deleted as follows:
1. Delete fault on terminal A30
2. Rotate metering wheel backwards until the bale indicator bar is at zero
3. Terminal A30 OFF
4. Terminal A30 ON (back to step 20)
11b-4 qu2100-e-Kap11b 12/04
Page 47
TIC Quadrant 2100 Electric System
Connector pin definition:
Connector B69 Connector B112 Socket B112
Relay socket K92 Connector X14 Socket X14
Connector X15 Socket X15
12/04 qu2100-e-Kap11b 11b-5
Page 48
Electric System Quadrant 2100 TIC
Connector mm² Colour
A20 - 7 1.0 gr/bl
A20 - 14 0.5 br/ye
A20 - 32 0.5 bl/ye
A20 - 33 0.5 br/bl
A20 - 38 2.5 bk
A20 - 39 2.5 bk
B69 - 1 0.5 bk/rd
B69 - 2 0.5 br/ye
B69 - 3 0.5 bl/ye
B69 - 4 0.5 br/rd
B112 - 1 0.5 br/rd
B112 - 2 0.5 br/bl
B112 - 3 0.5 bk/rd
K92 - 30 2.5 br/bl
K92 - 85 2.5 br
K92 - 86 1.0 gn
K92 - 87 2.5 gn
K92 - 87a 2.5 br
M1 - 31 2.5 br
M1 - 31b 1.0 br/bl
M1 - 53 1.0 gn/bl
M1 - 53a 1.0 bk/wh
M27 - 1 4.0 br
M27 - 2 4.0 bk
X14 - 1 1.5 bk
X14 - 2 1.5 bk
X14 - 4 1.5 br
X14 - 5 1.5 br
X14 - 6 1.5 br
X14 - 7 1.5 bk/rd
X14 - 8 1.5 br/rd
X14 - 9 1.5 bk/wh
X14 - 12 1.5 bk/wh
X14 - 21 0.5 br/ye
X14 - 22 0.5 bl/ye
X14 - 25 1.0 gr/bl
X14 - 33 1.0 gn
X15 - 1 2.5 br
X15 - 3 0.5 br/rd
X15 - 4 0.5 bk/rd
X15 - 5 1.0 gn
X15 - 6 0.5 br/bl
X15 - 7 1.0 gn/bl
X15 - 12 1.0 bk/wh
11b-6 qu2100-e-Kap11b 12/04
Page 49
11c
Knotter cleaning
Quadrant 2100 without rotor
Page 50
Electric System Quadrant 2100 TIC
11c - Knotter cleaning, Quadrant 2100 without rotor
Key to diagram:
Coordinates
M27 Knotter cleaning fan motor
X20 Connector
Measured value table:
Item Component Measured value Remark
M27 Motor
11c-2 qu2100-e-Kap11c 12/04
Page 51
TIC Quadrant 2100 Electric System
Description of function:
Knotter cleaning Power supply from the tractor to the knotter cleaning fan motor M27 is by
connector XV.
A fuse of 25 A max. must be provided on the tractor for this power supply.
Connector pin definition:
Connector mm² Colour
M27 - 1 4.0 bk
M27 - 2 4.0 br
12/04 qu2100-e-Kap11c 11c-3
Page 52
Electric System Quadrant 2100 TIC
11c-4 qu2100-e-Kap11c 12/04
Page 53
13a
Ejecting bales
Operating the bale ramp
Quadrant 2100 RC and 2100 RF
Page 54
Electric System Quadrant 2100 TIC
13a - Ejecting bales / Operating the bale ramp, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
B113 Identification of bale ejector / bale ramp function
U1 Bale ejector extend cylinder or
lower bale ramp switch (blue)
U2 Bale ejector retract cylinder or
raise bale ramp switch (red)
X14 Connector
Y149 Bale ejector / bale ramp pre-selection
Measured value table:
Item Component Measured value Remark
B113 Sensor High - low
Y149 Solenoid coil See inscription
13a-2 qu2100-e-Kap13a 12/04
Page 55
TIC Quadrant 2100 Electric System
Description of function:
Identification of operating
mode
The operating mode pre-selected at the reversing valve 633 – Bale
ejector or bale ramp - is transmitted to module A20 as a signal by sensor
B113.
This is required for the switches to work properly according to their layout
front = raise bale ramp / retract bale ejector
rear = lower bale ramp / extend bale ejector
Note: Module A20 controls the baling pressure to 0 bar when
- sensor B113 detects the bale ejector position
- the bale ejector is actuated via switches U1/U2
A baling pressure of 0 bar is indicated in terminal A30 by the
inverted „Baling pressure“ symbol.
Ejecting bales
Operating the bale ramp
When module A20 identifies a signal from switches U1 or U2, module A20
actuates bale ejector / bale ramp pre-selection solenoid coil Y149.
In parallel with the function, the solenoid coils Y150 Direction P - A
reversing valve or Y151 Direction P - B reversing valve are actuated.
(See also Technical Systems – Hydraulic System)
Bale length The bale length determined by the metering wheel upon bale ejection is
saved in module A20, but not directly displayed in terminal A30.
In the next use, the saved value is added to the following bale and will
then be displayed in terminal A30. This value remains saved even after
switching off terminal A30.
12/04 qu2100-e-Kap13a 13a-3
Page 56
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector B113 Socket B113 Socket U1, U2
Connector X14 Socket X14 Socket Y149
Connector mm² Colour
A20 - 8 0.5 br/wh
A20 - 10 0.5 rd
A20 - 29 0.5 gr/wh
A20 - 37 0.5 bk/gn
A20 - 38 2.5 bk
A20 - 39 2.5 bk
A20 - 44 0.75 ye/bk
B113 - 1 0.5 br/rd
B113 - 2 0.5 bk/gn
B113 - 3 0.5 bk/rd
U1 - 5 0.5 bk/rd
U1 - 7 0.5 gr/wh
U2 - 5 0.5 bk/rd
U2 - 7 0.5 rd
X14 - 7 0.5 bk/rd
X14 - 8 1.4 br/rd
X14 - 23 0.5 br/wh
X14 - 24 0.5 gr/wh
X14 - 27 0.5 bk/gn
Y149 - 1 0.75 br
Y149 - 2 0.75 ye/bk
13a-4 qu2100-e-Kap13a 12/04
Page 57
20a
Raise / lower pick-up
Quadrant 2100 RC and 2100 RF
Page 58
Electric System Quadrant 2100 TIC
20a - Raise / lower pick-up, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
Y48 Raise pick-up solenoid coil
Y49 Lower pick-up solenoid coil
Measured value table:
Item Component Measured value Remark
Y48
Y49
Solenoid coil See inscription
20a-2 qu2100-e-Kap20a 12/04
Page 59
TIC Quadrant 2100 Electric System
Description of function:
Raise / lower pick-up According to the operation on the A 30 terminal, the raise pick-up solenoid
coil Y48 and lower pick–up solenoid coil Y49 are actuated by module A20.
12/04 qu2100-e-Kap20a 20a-3
Page 60
Electric System Quadrant 2100 TIC
Connector pin definition:
Socket Y48, Y49
Connector mm² Colour
A20 - 38 2.5 bk
A20 - 39 2.5 bk
A20 - 46 0.75 bl
A20 - 52 0.75 bk/rd
Y48 - 1 0.75 br
Y48 - 2 0.75 bl
Y49 - 1 0.75 br
Y49 - 2 0.75 bk/rd/wh
20a-4 qu2100-e-Kap20a 12/04
Page 61
26a
Machine monitoring
Quadrant 2100 RC and 2100 RF
Page 62
Electric System Quadrant 2100 TIC
26a - Machine monitoring, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
X14 Connector
Z11 Twine break switch left / right
Z56 Flywheel brake switch
26a-2 qu2100-e-Kap26a 12/04
Page 63
TIC Quadrant 2100 Electric System
Description of function:
Twine break monitoring When actuating twine break left / right switch Z 11, an earth signal is
connected to module A 20. The fault is displayed in terminal A 30.
Flywheel brake monitoring Upon actuation of the flywheel brake switch Z 56 an earth signal is
connected to module A 20. The fault is displayed in terminal A 30.
12/04 qu2100-e-Kap26a 26a-3
Page 64
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector X14 Socket X14 Socket Z56
Connector mm² Colour
A20 -16 0.5 br/bk
A20 - 18 0.5 vi/rd
X14 - 8 1.5 br/rd
X14 - 18 0.5 wh/gr
Z11 - 1 0.5 br/rd
Z11 - 2 0.5 wh/gr
Z11 - 3 0.5 wh/gr
Z11 - 4 0.5 br/rd
Z56 - 1 0.5 bk/rd
Z56 - 4 0.5 or/bk
26a-4 qu2100-e-Kap26a 12/04
Page 65
26b
Machine monitoring
Quadrant 2100 without rotor
Page 66
Electric System Quadrant 2100 TIC
26b - Machine monitoring, Quadrant 2100 without rotor
Key to diagram:
Coordinates
E 64 Twine break signal light
H44 Buzzer
Z11 Twine break switch left / right
26b-2 qu2100-e-Kap26b 12/04
Page 67
TIC Quadrant 2100 Electric System
Description of function:
Twine break monitoring When the twine break left / right switch Z11 is actuated, an earth signal is
connected to H44 and H64. H44 and H64 give a warning.
12/04 qu2100-e-Kap26b 26b-3
Page 68
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector mm² Colour
H44 - 1 1.0 br/wh
H44 - 2 1.0 bk
H64 - 1 1.0 bk
H64 - 2 1.0 br/wh
Z11 - 1 1.0 br
Z11 - 2 1.0 br/wh
26b-4 qu2100-e-Kap26b 12/04
Page 69
27a
Operating displays
(bale discharge,
crop moisture)
Quadrant 2100 RC and 2100 RF
Page 70
Electric System Quadrant 2100 TIC
27a - Operating displays (bale discharge, crop moisture),
Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
B38 Crop moisture sensor
B101 Bale discharge sensor
X14 Connector
Measured value table:
Item Component Measured value Remark
B38 Sensor 0 to 800 Hz - Frequency
B101 Sensor LED bright =
low (0 – 1 V)
LED weak =
high (6 – 12 V)
Metal
no metal
27a-2 qu2100-e-Kap27a 12/04
Page 71
TIC Quadrant 2100 Electric System
Description of function:
Moisture monitoring According to the measured resistance of the crop at the sensor, crop
moisture sensor B 38 transmits a frequency signal to module A 20. This
value is displayed in terminal A 30.
Bale discharge monitoring When the finished bale leaves the bale chute, the bale discharge sensor
B 101 transmits a signal to module A 20. This process is displayed in
terminal A 30.
12/04 qu2100-e-Kap27a 27a-3
Page 72
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector B38 Socket B38
Connector B101 Socket B101
Connector X14 Socket X14
Connector mm² Colour
A20 - 13 0.5 gn/wh
A20 - 25 0.5 rd/bk
A20 - 35 0.5 bl/gr
Connector mm² Colour
X14 - 7 1.5 bk/rd
X14 - 8 1.5 br/rd
X14 - 17 0.5 bl/gr
X14 - 19 0.5 gn/wh
B38 - 1 0.5 br/rd
B38 - 2 0.5 gn/wh
B38 - 3 0.5 bk/rd
B101 - 1 0.5 br/rd
B101 - 2 0.5 bl/gr
B101 - 3 0.5 bk/rd
27a-4 qu2100-e-Kap27a 12/04
Page 73
28a
Steering axle lock ON/OFF
Quadrant 2100 RC and 2100 RF
Page 74
Electric System Quadrant 2100 TIC
28a - Steering axle lock ON/OFF, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
Y145 Steering axle lock ON solenoid coil
Y146 Steering axle lock OFF solenoid coil
Measured value table:
Item Component Measured value Remark
Y145
Y146
Solenoid coil See inscription
28a-2 qu2100-e-Kap28a 12/04
Page 75
TIC Quadrant 2100 Electric System
Description of function:
Steering axle lock ON/OFF According to the operation on the A30 terminal, the steering axle lock ON
solenoid coil Y145 or the steering axle lock OFF solenoid coil Y146 is
actuated by module A20.
12/04 qu2100-e-Kap28a 28a-3
Page 76
Electric System Quadrant 2100 TIC
Connector pin definition:
Socket Y145 - Y146
Connector mm² Colour
A20 - 38 2.5 bk
A20 - 39 2.5 bk
A20 - 49 0.75 rd/wh
A20 - 55 0.75 bl/gn
Y145 - 1 0.75 br
Y145 - 2 0.75 rd/wh
Y146 - 1 0.75 br
Y146 - 2 0.75 bl/gn
28a-4 qu2100-e-Kap28a 12/04
Page 77
29a
Central lubrication system
Quadrant 2100 RC and 2100 RF
Page 78
Electric System Quadrant 2100 TIC
29a - Central lubrication system, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
A20 CCU Module
M25 Central lubrication system motor
Measured value table:
Item Component Measured value Remark
M25 Motor I
= 6.5 A
max.
29a-2 qu2100-e-Kap29a 12/04
Page 79
TIC Quadrant 2100 Electric System
Description of function:
Automatic
central lubrication system
At a drive speed of > 500 rpm, the automatic lubrication system is
activated by module A20 according to the programmed lubricating and
pre-set interval periods. The operating status is displayed in terminal A30.
12/04 qu2100-e-Kap29a 29a-3
Page 80
Electric System Quadrant 2100 TIC
Connector pin definition:
Socket M25
Connector mm² Colour
A20 - 38 2.5 bk
A20 - 39 2.5 bk
A20 - 41 1.5 or/bk
M25 - 1 1.5 or/bk
M25 - 2 1.5 br
29a-4 qu2100-e-Kap29a 12/04
Page 81
32a
Taillight, side light
Page 82
Electric System Quadrant 2100 TIC
32a - Taillight, side light
Key to diagram:
Coordinates
E20 Side light, front left
E21 Side light, front right
E22 Brake light, left
E23 Brake light, right
E24 Indicator, rear left
E26 Indicator, rear right
E36 Rear number plate light
E45 Taillight, left
E46 Taillight, right
E75 Rear fog light
X25 Lighting wiring loom connector
X26 Lighting wiring loom connector
32a-2 qu2100-e-Kap32a 12/04
Page 83
TIC Quadrant 2100 Electric System
Description of function:
None
12/04 qu2100-e-Kap32a 32a-3
Page 84
Electric System Quadrant 2100 TIC
Connector pin definition:
Socket X25 Connector X26 Socket X26
Connector mm² Colour
X25 - 58L 1.5 gr-bk
X25 - 58R 1.5 gr-rd
X25 - L 1.5 bk-wh
X25 - R 1.5 bk-gn
X25 - 31 1.5 br
X25 - 54 1.5 bk-rd
X25 - 54G 1.5 bl
X26 - 1 1.5 bk-wh
X26 - 2 1.5 bl
X26 - 3 1.5 br
X26 - 4 1.5 bk-gn
X26 - 5 1.5 gr-rd
X26 - 6 1.5 bk-rd
X26 - 7 1.5 gr-bk
32a-4 qu2100-e-Kap32a 12/04
Page 85
40a
Additional sockets
Quadrant 2100 RC and 2100 RF
Page 86
Electric System Quadrant 2100 TIC
40a - Additional sockets, Quadrant 2100 RC and 2100 RF
Key to diagram:
Coordinates
X14 Connector
X15 Connector
XS Service socket 12 V
40a-2 qu2100-e-Kap40a 12/04
Page 87
TIC Quadrant 2100 Electric System
Description of function:
None
12/04 qu2100-e-Kap40a 40a-3
Page 88
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector X14 Socket X14
Connector X15 Socket X15
Connector mm² Colour
X14 - 1 1.5 bk
X14 - 2 1.5 bk
X14 - 3 1.5 bk
X14 - 4 1.5 br
X14 - 5 1.5 br
X14 - 6 1.5 br
X15 - 1 2.5 br
X15 - 2 2.5 bk
40a-4 qu2100-e-Kap40a 12/04
Page 89
40b
Additional sockets
Quadrant 2100 without rotor
Page 90
Electric System Quadrant 2100 TIC
40b - Additional sockets, Quadrant 2100 without rotor
Key to diagram:
Coordinates
XS Service socket 12 V
40b-2 qu2100-e-Kap40b 12/04
Page 91
TIC Quadrant 2100 Electric System
Description of function:
None
12/04 qu2100-e-Kap40b 40b-3
Page 92
Electric System Quadrant 2100 TIC
Connector pin definition:
Connector X14 Socket X14
Connector X15 Socket X15
Connector mm² Colour
XS - 1 1.0 br
XS - 2 1.0 bk
40b-4 qu2100-e-Kap40b 12/04
Page 93
TIC Quadrant 2100 Electric System
12/04 qu2100-e-Kap40b 40b-5
Page 94
Wiring loom A
Quadrant 2100RC without rotor
Page 95
TIC Quadrant 2100 Electric System
Wiring loom A (Quadrant 2100RC without rotor)
Key to diagram:
E64 Twine break signal light............................................... 26b
H44 Buzzer ......................................................................... 26b
X20 Connector............................................................ 11b, 11c
XS Service socket outlet 12V............................................ 40b
XV Power supply connector ............................................... 1b
Z11 Twine break switch left / right ..................................... 26b
12/04 qu2100 kb-2
Page 96
Wiring loom A, part 1
Quadrant 2100RC
Page 97
TIC Quadrant 2100 Electric System
Wiring loom A, part 1 (Quadrant 2100RC)
Key to diagram:
A30 Terminal (Communicator) ............................................. 1a
B9 Drive speed sensor (red) vertical .................................. 8a
B23 Feed rake speed sensor (blue) horizontal .................... 8a
B56 Baling pressure sensor ............................................... 10a
B111 ROTOCUT knife position sensor................................... 8a
F2 Fuse 25 A (switchbox)................................................... 1a
K90 Relay (switchbox).......................................................... 1a
M25 Central lubrication system motor................................. 29a
R14 CAN bus terminating resistor 122 Ω ........................... 06a
XA20 CCU module connector............................................... 06a
XD CAN bus connector (7-pin).......................................... 06a
XT1 Terminal connector ....................................................... 1a
XT2 Terminal connector ....................................................... 1a
XV Power supply connector................................................ 1a
X14 Connector.............................. 1a, 11a, 13a, 26a, 27a, 40a
X16 Connector.............................................................. 26a, 8a
Y48 Pick-up raise solenoid coil........................................... 20a
Y49 Pick-up lower solenoid coil.......................................... 20a
Y50 Baling pressure build-up solenoid coil ........................ 10a
Y145 Steering axle lock ON solenoid coil ............................28a
Y146 Steering axle lock OFF solenoid coil........................... 28a
Y147 Solenoid coil
ROTOCUT knives IN/OUT pre-selection ...................... 7a
Y148 Solenoid coil .....................................................................
Open/close cutting frame pre-selection solenoid coil ... 7a
Y149 Solenoid coil
Bale ejector / bale ramp pre-selection solenoid coil ... 13a
Y150 Solenoid coil .....................................................................
Direction P – A reversing valve ..................................... 7a
Y151 Solenoid coil
Direction P – B reversing valve ..................................... 7a
Z56 Flywheel brake connector ........................................... 26a
12/04 qu2100 kb-4
Page 98
Wiring loom A, part 1
Quadrant 2100RF
Page 99
TIC Quadrant 2100 Electric System
Wiring loom A, part 1 (Quadrant 2100RF)
Key to diagram:
A30 Terminal (Communicator) ............................................. 1a
B9 Drive speed sensor (red), vertical ................................. 8a
B23 Feed rake speed sensor (blue) horizontal .................... 8a
B56 Baling pressure sensor ............................................... 10a
B111 ROTOCUT knife position sensor................................... 8a
F2 Fuse 25 A (switchbox).................................................. 1a
K90 Relay (switchbox).......................................................... 1a
M25 Central lubrication system motor................................. 29a
R14 CAN bus terminating resistor 122 Ω ........................... 06a
XA20 CCU module connector............................................... 06a
XD CAN bus connector (7-pin).......................................... 06a
XT1 Terminal connector ....................................................... 1a
XT2 Terminal connector ....................................................... 1a
XV Power supply connector................................................ 1a
X14 Connector.............................. 1a, 11a, 13a, 26a, 27a, 40a
X16 Connector.................................................................... 26a
Y48 Pick-up raise solenoid coil........................................... 20a
Y49 Pick-up lower solenoid coil.......................................... 20a
Y50 Baling pressure build-up solenoid coil ........................ 10a
Y150 Solenoid coil .....................................................................
Direction P – A reversing valve ..................................... 7a
Y151 Solenoid coil
Direction P – B reversing valve ..................................... 7a
Z56 Flywheel brake connector ........................................... 26a
12/04 qu2100 kb-6
Page 100
Wiring loom A, part 2
Quadrant 2100RC and Quadrant 2100RF
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