SECTION 6 - JLG CONTROL SYSTEM
3121234
6-33
M
ENU
:
H
ELP
:PR
ESS
E
N
T
E
R
H
ELP
:
G
ROU
ND MOD
E
O
K
FR
OM:
ME
NU:
MA
CHI
NE SET
UP
M
ENU
:
C
ALI
BRA
TIO
NS
M
ENU
:
D
IAG
NOS
TIC
S
M
ENU
:
S
YST
EM TES
T
D
IAG
NOS
TIC
S:
D
RIV
E/S
TEE
R
DI
AGN
OST
ICS
:
BO
OM FUN
CTI
ONS
D
IAG
NO
ST
ICS
:
E
NGI
NE
DI
AGN
OS
TIC
S:
SY
STE
M
DI
AGN
OS
TIC
S:
D
IAG
NOS
TIC
S:
LO
AD
UM
S
DI
AGN
OST
ICS
:
CA
N S
TAT
IST
IC
S
D
I
A
GNO
STI
CS:
DA
TA
L
O
G
DIA
GN
OS
T
I
C
S
:
VER
SI
ON
S
DIA
GNO
ST
ICS
:
CAL
IBR
AT
ION
DA
TA
S
YST
EM TES
T:
A
CTI
VAT
E?
C
ALI
BRA
TIO
NS:
T
ILT
SE
NSO
R
CAL
IB
RA
TI
ON
S:
LEV
EL
U
P
CR
KPT
T
ILT
SE
NSO
R
C
ALI
BRA
TE?
LEV
EL
U
P
CR
KPT
CAL
IB
RA
TE
?
LI
FT OUT
PUT
:
MA
IN UP
XX
X%
SW
ING
OU
TPU
T:
LE
FT
XX
X%
PL
ATF
ORM
LE
VEL
:
UP
XX
X%
PL
ATF
ORM
RO
TAT
E:
RI
GHT
XX
X%
MA
IN TEL
ESC
OPE
:
IN
XX
X%
TO
WER
TE
LES
COP
E:
IN
XX
X%
TO
WER
LI
FT:
DO
WN
XX
X%
PL
ATF
ORM
CO
NTR
OL
VA
LVE
: O
F
F
FU
NCT
ION
SP
EED
:
PU
MP POT
XX
X%
CR
EEP
SW
ITC
H: CLO
SED
CR
EEP
MO
DE:
OF
F
GR
OUN
D MOD
UL
E
BA
TTE
RY
: X
X
.
X
V
PL
ATF
OR
M M
O
D
U
L
E
BA
TTE
RY
: X
X
.
X
V
AM
BIE
NT
TE
MPE
RA
TUR
E:
XX
XC
PL
ATF
OR
M S
E
L
E
C
T
KE
YSW
IT
CH:
O
P
E
N
GR
OUN
D SEL
EC
T
KE
YSW
IT
CH:
CL
OS
ED
ST
ATI
ON
CO
NT
RO
L:
GR
OUN
D
TR
ANS
PO
RT
SW
ITC
HE
S: OP
EN
TO
WER
L
IFT
PR
OXI
MI
TY:
CL
OS
ED
TO
WER
T
ELE
SC
OP
E
TO
WER
P
OSI
TI
ON
:
PR
OXI
MI
TY:
CL
OS
ED
UP
/RE
TR
ACT
ED
CRE
EP
SWI
TCH
: C
LOS
ED
CRE
EP MOD
E:
OFF
CHA
SSI
S T
ILT
:
XX.
X D
EGR
EES
AUX
ILI
ARY
PO
WER
SWI
TCH
: O
PEN
HOR
N
SWI
TCH
: O
PEN
SOF
T T
OUC
H L
IMI
T
SWI
TCH
: O
PEN
SOF
T T
OUC
H
OVE
RRI
DE:
OP
EN
D
RIV
E O
UTP
UT:
F
ORW
ARD
X
XX%
S
TEE
R O
UTP
UT:
L
EFT
X
XX%
S
TEE
R T
YPE
:
N
ORM
AL
B
RAK
ES STA
TUS
:
L
OCK
ED
C
REE
P
S
WIT
CH:
CL
OSE
D
C
REE
P M
ODE
:
OF
F
2
-SP
EED
S
WIT
CH:
OP
EN
2
-SP
EED
VA
LVE
O
UTP
UT:
OF
F
H
IGH
EN
GIN
E
S
WIT
CH:
OP
EN
S
TAR
T SE
QUE
NCE
:
N
OT AC
TI
VE
B
ATT
ER
Y VOL
TAG
E:
X
X.X
V
C
OOL
AN
T
T
EMP
ER
AT
URE
:XX
XC
E
NGI
NE
O
I
L
P
RES
SU
RE
:XX
XXP
SI
A
MBI
EN
T
T
EMP
ER
AT
URE
:XX
XC
F
UEL
L
E
V
EL
S
ENS
OR
: OK
E
NGI
NE
S
PEE
D
A
CTU
AL
: XXX
X
R
P
M
CA
PAC
IT
Y L
E
N
G
T
H
C
HAS
SIS
TI
LT
SW
ITC
H:
CL
OS
ED
A
NGL
E X
XX.
X
CA
PAC
IT
Y A
N
G
L
E
U
MS TO TUR
NTA
BLE
SW
ITC
H:
CL
OS
ED
A
NGL
E X
XX.
X
PL
ATF
OR
M L
O
A
D
U
MS STA
TUS
:
ST
ATE
:O
K
N
ORM
AL
CA
N S
TAT
IST
IC
S
RX
/SE
C: X
CA
N S
TAT
IST
IC
S
TX
/SE
C: X
CA
N S
TAT
IST
IC
S
BU
S O
FF:
X
CA
N S
TAT
IST
IC
S
PA
SSI
VE:
1
CAL
IBR
AT
ION
DA
TA
LOA
D Z
E
R
O:
XXX
CAL
ABR
AT
ION
DA
TA
LOA
D 5
0
0
LB:
XX
X
D
A
T
ALO
G:
ON
: X
X
H
XX
M
D
A
T
ALO
G:
EN
GI
N
E
:
XH
XM
D
A
T
ALO
G:
D
R
I
VE:
XH
XM
DA
TA
L
O
G
:
LI
FT
:
X
H
X
M
D
A
T
A
L
O
G
:
S
W
I
N
G
:
X
H
X
M
D
A
T
A
L
O
G
:
T
E
L
E
:
X
H
X
M
D
A
T
A
L
O
G
:
M
A
X
T
E
M
P
:
X
X
C
D
A
T
A
L
O
G
:
M
I
N
T
E
M
P
:
X
X
C
D
A
T
A
L
O
G
:
M
A
X
V
O
L
T
S
:
X
X
.
X
V
D
A
T
A
L
O
G
:
R
E
N
T
A
L
:
X
H
X
M
D
A
T
A
L
O
G
:
E
R
A
S
E
R
E
N
T
A
L
?
GRO
U
N
D
M
O
D
U
L
E
SOF
T
W
A
R
E
:
P
5
.
0
G
R
O
U
N
D
M
O
D
U
L
E
H
A
R
D
W
A
R
E
:
R
E
V
X
G
R
O
U
N
D
M
O
D
U
L
E
S
/
N
:
X
X
X
X
X
X
P
L
A
T
F
O
R
M
M
O
D
U
L
E
S
O
F
T
W
A
R
E
:
P
5
.
0
P
L
A
T
F
O
R
M
M
O
D
U
L
E
H
A
R
D
W
A
R
E
:
R
E
V
X
P
L
A
T
F
O
R
M
M
O
D
U
L
E
S
/
N
:
X
X
X
X
X
X
A
N
A
L
Y
Z
E
R
:
A
N
A
L
Y
Z
E
R
V
6
.
3
E
LEC
TR
IC
FA
N
O
UTP
UT
: OFF
E
LEC
TR
IC
FU
EL
P
UMP
O
U
T
PUT
: O
F
F
E
NGI
NE
S
PEE
D
T
ARG
ET
: XXX
X
R
P
M
EN
D O
F
STR
OK
E
PR
OXI
MI
TY:
O
P
E
N
CA
BLE
B
REA
K
SW
ITC
H:
CL
OS
ED
GEN
SET
/WE
LDE
R
SWI
TCH
: O
PEN
LIG
HTS
SWI
TCH
: O
PEN
PLA
TFO
RM TIL
T1
ANG
LE:
XX
.X
DEG
PLA
TFO
RM TIL
T2
ANG
LE:
XX
.X
DEG
PLA
TFO
RM TIL
T1
CHA
SSI
S T
ILT
:
VOL
TAG
E: XXX
X
M
V
X-A
XIS
XX
.X
PLA
TFO
RM TIL
T2
CHA
SSI
S T
ILT
:
VOL
TAG
E: XXX
X
M
V
Y-A
XIS
XX
.X
JI
B L
IFT
:
UP
XX
X%
CAL
IBR
AT
ION
DA
TA
PLA
TFO
RM
UP
: X
X
X
CAL
ABR
AT
ION
DA
TA
PLA
TFO
RM
DN
: X
X
X
S
TAR
TE
R
C
RAN
K
TI
ME:
XX
S
C
A
L
I
B
RAT
ION
S:
C
ALI
BRA
TIO
NS:
DE
UT
Z S
E
T
U
P
U
MS SEN
SOR
DE
UT
Z S
E
T
U
P
U
MS SEN
SOR
:
SE
TU
P X
C
ALI
BRA
TE?
P
R
O
P
U
L
S
I
O
N
M
O
D
.
S
O
F
T
W
A
R
E
:
P
X
.
X
G
R
O
U
N
D
M
O
D
U
L
E
C
N
S
T
.
D
A
T
A
:
P
X
.
X
CAL
IBR
ATI
ON
S:
LEV
EL DOW
N CR
KP
T
LEV
EL DOW
N CR
KP
T
CAL
IBR
ATE
?
L
EFT
TR
ACK
O
UTP
UT:
FW
D X
XX%
R
IGH
T T
RAC
K
O
UTP
UT:
FW
D X
XX%
J
OYS
TIC
K D
RIV
E:
F
ORW
ARD
X
XX%
J
OYS
TIC
K S
TEE
R:
L
EFT
X
XX%
FO
OTS
WI
TCH
I
N
P
UT
GR
OUN
D:
OP
EN
FO
OTS
WI
TCH
I
N
P
UT
PL
ATF
OR
M: CL
OS
ED
TR
ANS
PO
RT MO
DE
:
OU
T O
F
TRA
NS
PO
RT
D
RIV
E M
ODE
:
M
ID ENG
INE
RET
URN
HY
DRA
ULI
C
FIL
TER
: O
PEN
CHA
RGE
PU
MP
FIL
TER
: O
PEN
F
UEL
S
E
L
ECT
ION
F
UEL
S
E
L
ECT
ION
S
WIT
CH
:G
AS
S
TAT
US
:G
AS
CA
N S
TAT
IST
IC
S
MS
G E
RRO
R:
XX
XX
A
IR FI
LT
ER
S
WIT
CH
: OPE
N
PE
RCE
NT
OF
M
A
X
U
MS INC
LIN
ATI
ON
LO
AD:
X
XXX
%
A
NGL
E X
XX.
X
JO
YST
ICK
LI
FT:
MA
IN UP
XX
X%
JO
YST
ICK
SW
ING
:
LE
FT
XX
X%
F
igu
re
6-10.
A
n
aly
zer F
lo
w
Cha
rt
,
V
e
rsion 5.X S
o
ft
w
a
re
- Sheet
4 of
4
Summary of Contents for 680S
Page 2: ......
Page 52: ...SECTION 2 GENERAL 2 14 3121234 NOTES...
Page 55: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 3 This page left blank intentionally...
Page 89: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 37 Figure 3 28 Assembly Tools Seal Pressing...
Page 139: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 87 Figure 3 62 Swing Hub Prior to SN 0300134352...
Page 143: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 91 Figure 3 64 Swing Brake...
Page 205: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 153 This page left blank intentionally...
Page 208: ...SECTION 3 CHASSIS TURNTABLE 3 156 3121234 Figure 3 91 Generator Electrical Circuit Diagram...
Page 224: ...SECTION 3 CHASSIS TURNTABLE 3 172 3121234 Figure 3 103 EMR 2 Engine Side Equipment...
Page 225: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 173 Figure 3 104 Deutz EMR 2 Troubleshooting Flow Chart...
Page 229: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 177 Figure 3 108 EMR 2 Engine Plug Pin Identification...
Page 230: ...SECTION 3 CHASSIS TURNTABLE 3 178 3121234 Figure 3 109 EMR 2 Vehicle Plug Pin Identification...
Page 231: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 179 Figure 3 110 EMR2 Fault Codes Sheet 1 of 5...
Page 232: ...SECTION 3 CHASSIS TURNTABLE 3 180 3121234 Figure 3 111 EMR2 Fault Codes Sheet 2 of 5...
Page 233: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 181 Figure 3 112 EMR2 Fault Codes Sheet 3 of 5...
Page 234: ...SECTION 3 CHASSIS TURNTABLE 3 182 3121234 Figure 3 113 EMR2 Fault Codes Sheet 4 of 5...
Page 235: ...SECTION 3 CHASSIS TURNTABLE 3121234 3 183 Figure 3 114 EMR2 Fault Codes Sheet 5 of 5...
Page 264: ...SECTION 3 CHASSIS TURNTABLE 3 212 3121234 NOTES...
Page 285: ...SECTION 4 BOOM PLATFORM 3121234 4 21 This page left blank intentionally...
Page 333: ...SECTION 4 BOOM PLATFORM 3121234 4 69 Figure 4 25 Load Sensing Device...
Page 336: ...SECTION 4 BOOM PLATFORM 4 72 3121234 NOTES...
Page 416: ...SECTION 5 BASIC HYDRAULICS INFORMATION SCHEMATICS 5 80 3121234 NOTES...
Page 423: ...SECTION 6 JLG CONTROL SYSTEM 3121234 6 7 Figure 6 2 ADE Block Diagram...
Page 480: ...SECTION 6 JLG CONTROL SYSTEM 6 64 3121234 NOTES...
Page 528: ...SECTION 7 BASIC ELECTRICAL INFORMATION SCHEMATICS 7 48 3121234 NOTES...
Page 529: ......