EMCP Modbus Register List Version for 4p2 Prod FINAL

EMCP 4 Modbus Registers - 4.2 Prod Software Parameter Name

R8 Read =&+ 58 5rite =&+

R/W

-oling Register

Ct Description

Cou'& 78 #ddress i& 7e%i'a ?1-based 'a+ &eed to add 40000@ Cou'& E8 #ddress i& exade%i'a ?0-based as tra&s'itted@

!enerator "#erage LineLine "C R$S 0oltage

R

10 1 00

0x0063

1

!enerator "#erage "C R$S Current

R

101

0x0064

1

!enerator "#erage "C R$S %re&uenc'

R

102

0x006!

!enerator O#erall Poer %actor

R

103

!enerator O#erall Poer %actor Lagging

R

!enerator otal Percent *W

R

Scaling (Resolution)

;u'ber of Registers t(is )ara'eter s)a&s ?if 'ore t(a& t(a& 1 t(e owest register is 'ost sig&ifi%a&t@

#$erage i&e to i&e RMS RMS $otage 'easured at t(e ge&erator out)ut.

Offset

Vaue8 Register Vaue<
Limits (Ranges)

Sec 4.2 L#l

Vaues outside of t(ese i'its are Error or >&a$aiabe

4.

4.4

Se%urit+ e$e

1 V  bit

0V

0 to 642!! V

0

"

"

"

#$erage RMS %urre&t 'easured at t(e ge&erator out)ut.

1 #  bit

0#

0 to 642!! #

0

"

"

"

1

#$erage #C fre*ue&%+ 'easured at t(e ge&erator out)ut.

112,   bit

0 

0 to !01.9922 

0

"

"

"

0x0066

1

/(e a$erage Power a%tor of t(e ge&erator.

1163,4  bit

-1.0

-1.0 to 1.0

0

"

"

"

104

0x006

1

eadag status for ge&erator a$erage Power a%tor.

0

"

"

"

10!

0x006,

1

/ota rea )ower dei$ered b+ t(e ge&erator as a )er%e&tage of ge&erator rated )ower.

0 8 Power fa%tor eadi&g 1 8 Power fa%tor aggi&g 0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0

"

"

"

!enerator otal Real Poer

R

106

0x0069

2

/ota rea )ower dei$ered b+ t(e ge&erator.

1 5  bit

-2000000000 5

-2000000000 to :22110,121! 5

!enerator P+ase " LineLine "C R $S 0oltage

R

10 1 0,

0x006

1

i&e to i&e RMS $otage 'easured at t(e ge&erator )(ase # out)ut.

1 V  bit

0V

0 to 642!! V

0

"

"

"

1

i&e to i&e RMS $otage 'easured at t(e ge&erator )(ase C out)ut.

1 V  bit

0V

0 to 642!! V

0

"

"

"

1 V  bit

0V

0 to 642!! V

0

"

"

"

!enerator P+ase , LineLine "C R$S 0oltage

R

!enerator P+ase C LineLine "C R$S 0oltage

R

!enerator P+ase " "C R$S Current !enerator P+ase , "C R$S Current

10 1 09 0x006C 110

0x0067

1

i&e to i&e RMS $otage 'easured at t(e ge&erator )(ase C# out)ut.

R

111

0x006E

1

RMS %urre&t 'easured at t(e ge&erator )(ase # out)ut.

1 #  bit

0#

0 to 642!! #

0

"

"

"

R

112

0x006

1

RMS %urre&t 'easured at t(e ge&erator )(ase  out)ut.

1 #  bit

0#

0 to 642!! #

0

!enerator P+ase C "C R$S Current

R

113

0x000

1

RMS %urre&t 'easured at t(e ge&erator )(ase C out)ut.

1 #  bit

0#

0 to 642!! #

0

" "

" "

" "

!enerator P+ase " LineNeutral "C R$S 0oltage

R

114

0x001

1

i&e to ;eutra RMS $otage 'easured at t(e ge&erator )(ase # out)ut.

1 V  bit

0V

0 to 642!! V

0

"

"

"

1

i&e to ;eutra RMS $otage 'easured at t(e ge&erator )( ase  out)ut.

1 V  bit

0V

0 to 642!! V

0

"

"

"

1 V  bit

0V

0 to 642!! V

0

"

"

"

1 5  bit

-2000000000 5

-2000000000 to :22110,121! 5

0

"

"

"

-2000000000 5

-2000000000 to :22110,121! 5

0

"

"

"

0

"

"

"

!enerator P+ase , LineNeutral "C R$S 0oltage

R

11!

0x002

!enerator P+ase C LineNeutral "C R$S 0oltage

R

116

0x003

1

i&e to ;eutra RMS $otage 'easured at t(e ge&erator )( ase C out)ut.

!enerator P+ase " Real Poer

R

11

0x004

2

/(e rea )ower dei$ered b+ )(ase # of t(e ge&erator.

!enerator P+ase , Real Poer

R

119

0x006

2

/(e rea )ower dei$ered b+ )(ase  of t(e ge&erator.

1 5  bit

!enerator P+ase C Real Poer

R

121

0x00,

2

/(e rea )ower dei$ered b+ )(ase C of t(e ge&erator.

1 5  bit

-2000000000 5

-2000000000 to :22110,121! 5

!enerator P+ase " "pparent Poer

R

123

0x00#

2

/(e a))are&t )ower dei$ered b+ )(ase # of t(e ge&erator.

1 V#  bit

-2000000000 V#

-2000000000 to :22110,121! V#

0

"

"

"

-2000000000 V#

-2000000000 to :22110,121! V#

0

"

"

"

-2000000000 V#

-2000000000 to :22110,121! V#

0

"

"

"

0

"

"

"

!enerator P+ase , "pparent Poer !enerator P+ase C "pparent Poer

R R

12! 0x00C 12

0x00E

2 2

/(e a))are&t )ower dei$ered b+ )(ase  of t(e ge&erator. /(e a))are&t )ower dei$ered b+ )(ase C of t(e ge&erator.

1 V#  bit 1 V#  bit

!enerator P+ase " Reacti#e Poer

R

129

0x00,0

2

/(e rea%ti$e )ower dei$ered b+ )(ase # of t(e ge&erator.

1 V#r  bit

-2000000000 V#r

-2000000000 to :22110,121! V#r

!enerator P+ase , Reacti#e Poer

R

131

0x00,2

2

/(e rea%ti$e )ower dei$ered b+ )(ase  of t(e ge&erator.

1 V#r  bit

-2000000000 V#r

-2000000000 to :22110,121! V#r

0

"

"

"

!enerator P+ase C Reacti#e Poer

R

133

0x00,4

2

/(e rea%ti$e )ower dei$ered b+ )(ase C of t(e ge&erator.

1 V#r  bit

-2000000000 V#r

-2000000000 to :22110,121! V#r

0

"

"

"

!enerator P+ase " Poer %actor

R

13!

0x00,6

1

/(e Power a%tor of )(ase # of t(e ge&erator.

1163,4  bit

-1.0

-1.0 to 1.0

0

"

"

"

!enerator P+ase , Poer %actor

R

136

0x00,

1

/(e Power a%tor of )(ase  of t(e ge&erator.

1163,4  bit

-1.0

-1.0 to 1.0

0

"

"

"


Offset

Limits (Ranges)

4.

4.4

1163,4  bit

-1.0

-1.0 to 1.0

0

"

"

"

1 V#  bit

-2000000000 V#

-2000000000 to :22110,121! V#

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1 V#r  bit

-2000000000 V#r

-2000000000 to :22110,121! V#r

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

Page 1 of 29

EMCP 4 Modbus Registers - 4.2 Prod Software Parameter Name !enerator P+ase C Poer %actor !enerator otal "pparent Poer !enerator otal Percent "pparent Poer

R/W R R R

-oling Register 13 13, 140

0x00,, 0x00,9 0x00,

Ct Description 1

/(e Power a%tor of )(ase C of t(e ge&erator.

2

/(e tota a))are&t )ower dei$ered b+ t(e ge&erator.

1

/(e tota a))are&t )ower dei$ered b+ t(e ge&erator as a )er%e&tage of ge&erator rated a))are& t )ower.

Sec 4.2 L#l

!enerator otal Reacti#e Poer

R

141

0x00,C

2

/(e tota rea%ti$e )ower dei$ered b+ t(e ge&erator.

!enerator otal Percent Reacti#e Poer

R

143

0x00,E

1

/(e tota rea%ti$e )ower dei$ered b+ t(e ge&erator as a )er%e&tage of ge&erator rated rea%ti$e )ower.

!enerator otal Real 1nerg' 1porte

R

144

0x00,

2

/(e tota Aiowatt-(ours t(at (a$e bee& ex)orted b+ t(e ge&erator.

1 A5(  bit

0 A5(

0 to 42110,121! A5(

0

"

"

"

!enerator otal Reacti#e 1nerg' 1porte

R

146

0x0091

2

/(e tota Aio$ar-(ours t(at (a$e bee& ex)orted b+ t(e ge&erator.

1 AV#r(bit

0 AV#r(

0 to 42110,121! AV#r(

0

"

"

"

!enerator "#erage LineNeutral "C R$S 0oltage

R

14 1 4,

0x0093

1

/(e a$erage i&e to ;eutra #C RMS $otage 'easured at t(e ge&erator out)ut.

1 V  bit

0V

0 to 642!! V

0

"

"

"

1

/e')erature of t(e beari&g i& side t(e ater&ator. /(is is t(e rig(t or fro&t beari&g.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator %ront ,earing emperature from Data Lin*

R

149

0x0094

!enerator Rear ,earing emperature from Data Lin*

R

1!0

0x009!

1

/e')erature of t(e beari&g i&side t(e ater&ator. /(is is t(e eft or rear beari&g.

!enerator P+ase " Wining emperature from Data Lin*

R

1!1

0x0096

1

/e')erature of t(e P(ase # wi&di&g i&side t(e ater&ator.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator P+ase , Wining emperature from Data Lin*

R

1!2

0x009

1

/e')erature of t(e P(ase  wi&di&g i&side t(e ater&ator.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator P+ase C Wining emperature from Data Lin*

R

1!3

0x009,

1

/e')erature of t(e P(ase C wi&di&g i&side t(e ater&ator.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator P+ase " Poer %actor Lagging

R

1!9

0x009E

1

eadag status for ge&erator )(ase # Power a%tor.

0

"

"

"

0

"

"

"

0

"

"

"

!enerator P+ase , Poer %actor Lagging

R

160

0x009

1

eadag status for ge&erator )(ase  Power a%tor.

!enerator P+ase C Poer %actor Lagging

R

161

0x00#0

1

eadag status for ge&erator )(ase C Power a%tor.

!enerator Rear ,earing emperature from 3/O Pin

R

162

0x00#1

1

or ega%+ su))ort o&+. or &ew a))i%atio&s use register 1!0.

!enerator "#erage LineLine "C R$S 0oltage 0oltage Percent

R

163

0x00#2

1

#$erage i&e to i&e RMS $otage at t(e ge&erator ge&erator as a )er%e&tage of &o'i&a ge&erator $otage.

1

#$erage i&e to i&e RMS $otage 'easured at t(e oad side of t(e ge&erator %ir%uit b reaAer.

,us "#erage LineLine "C R$S 0oltage

R

16 1 64

0x00#3

0 8 Power fa%tor eadi&g 1 8 Power fa%tor aggi&g

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1 V  bit

0V

0 to 642!! V

0

"

EMCP 4 Modbus Registers - 4.2 Prod Software Parameter Name !enerator P+ase C Poer %actor !enerator otal "pparent Poer !enerator otal Percent "pparent Poer

R/W R R R

-oling Register 13 13, 140

0x00,, 0x00,9 0x00,

Ct Description 1

Offset

1163,4  bit

-1.0

-1.0 to 1.0

0

1 V#  bit

-2000000000 V#

-2000000000 to :22110,121! V#

0.00,12!   bit

-2!1 

1 V#r  bit

/(e Power a%tor of )(ase C of t(e ge&erator.

2

/(e tota a))are&t )ower dei$ered b+ t(e ge&erator.

1

/(e tota a))are&t )ower dei$ered b+ t(e ge&erator as a )er%e&tage of ge&erator rated a))are& t )ower.

Limits (Ranges)

Sec 4.2 L#l


4.

4.4

"

"

"

0

"

"

"

-2!1 to 2!0.99 

0

"

"

"

-2000000000 V#r

-2000000000 to :22110,121! V#r

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

!enerator otal Reacti#e Poer

R

141

0x00,C

2

/(e tota rea%ti$e )ower dei$ered b+ t(e ge&erator.

!enerator otal Percent Reacti#e Poer

R

143

0x00,E

1

/(e tota rea%ti$e )ower dei$ered b+ t(e ge&erator as a )er%e&tage of ge&erator rated rea%ti$e )ower.

!enerator otal Real 1nerg' 1porte

R

144

0x00,

2

/(e tota Aiowatt-(ours t(at (a$e bee& ex)orted b+ t(e ge&erator.

1 A5(  bit

0 A5(

0 to 42110,121! A5(

0

"

"

"

!enerator otal Reacti#e 1nerg' 1porte

R

146

0x0091

2

/(e tota Aio$ar-(ours t(at (a$e bee& ex)orted b+ t(e ge&erator.

1 AV#r(bit

0 AV#r(

0 to 42110,121! AV#r(

0

"

"

"

!enerator "#erage LineNeutral "C R$S 0oltage

R

14 1 4,

0x0093

1

/(e a$erage i&e to ;eutra #C RMS $otage 'easured at t(e ge&erator out)ut.

1 V  bit

0V

0 to 642!! V

0

"

"

"

1

/e')erature of t(e beari&g i& side t(e ater&ator. /(is is t(e rig(t or fro&t beari&g.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator %ront ,earing emperature from Data Lin*

R

149

0x0094

!enerator Rear ,earing emperature from Data Lin*

R

1!0

0x009!

1

/e')erature of t(e beari&g i&side t(e ater&ator. /(is is t(e eft or rear beari&g.

!enerator P+ase " Wining emperature from Data Lin*

R

1!1

0x0096

1

/e')erature of t(e P(ase # wi&di&g i&side t(e ater&ator.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator P+ase , Wining emperature from Data Lin*

R

1!2

0x009

1

/e')erature of t(e P(ase  wi&di&g i&side t(e ater&ator.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator P+ase C Wining emperature from Data Lin*

R

1!3

0x009,

1

/e')erature of t(e P(ase C wi&di&g i&side t(e ater&ator.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

!enerator P+ase " Poer %actor Lagging

R

1!9

0x009E

1

eadag status for ge&erator )(ase # Power a%tor.

0

"

"

"

0

"

"

"

0

"

"

"

!enerator P+ase , Poer %actor Lagging

R

160

0x009

1

eadag status for ge&erator )(ase  Power a%tor.

!enerator P+ase C Poer %actor Lagging

R

161

0x00#0

1

eadag status for ge&erator )(ase C Power a%tor.

!enerator Rear ,earing emperature from 3/O Pin

R

162

0x00#1

1

or ega%+ su))ort o&+. or &ew a))i%atio&s use register 1!0.

!enerator "#erage LineLine "C R$S 0oltage 0oltage Percent

R

163

0x00#2

1

#$erage i&e to i&e RMS $otage at t(e ge&erator ge&erator as a )er%e&tage of &o'i&a ge&erator $otage. #$erage i&e to i&e RMS $otage 'easured at t(e oad side of t(e ge&erator %ir%uit b reaAer.

0 8 Power fa%tor eadi&g 1 8 Power fa%tor aggi&g

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1 V  bit

0V

0 to 642!! V

0

"

112,   bit

0 

0 to !01.9922 

0

"

i&e to i&e RMS $otage 'easured at t(e )(ase # out)ut of t(e oad side of t(e g e&erator %ir%uit breaAer.

1 V  bit

0V

0 to 642!! V

0

"

1 V  bit

0V

0 to 642!! V

0

"

,us "#erage LineLine "C R$S 0oltage

R

16 1 64

0x00#3

1

,us "#erage "C R$S %re&uenc'

R

16!

0x00#4

1

#$erage #C fre*ue&%+ 'easured at t(e us out)ut.

,us P+ase " LineLine "C R$S 0oltage

R

16 1 66

0x00#!

1

,us P+ase , LineLine "C R$S 0oltage

R

16 1 6

0x00#6

1

i&e to i&e RMS $otage 'easured at t(e )(ase C out)ut o f t(e oad side of t(e g e&erator %ir%uit breaAer.

,us P+ase C LineLine "C R$S 0oltage

R

16 1 6,

0x00#

1

i&e to i&e RMS $otage 'easured at t(e )(ase C# out)ut of t(e oad side of t(e g e&erator %ir%uit breaAer.

1 V  bit

0V

0 to 642!! V

0

"

1

i&e to ;eutra RMS $otage 'easured a t t(e )(ase # out)ut of t(e oad side of t(e ge&erator %ir%uit breaAer.

1 V  bit

0V

0 to 642!! V

0

"

1 V  bit

0V

0 to 642!! V

0

"

,us P+ase " LineNeutral "C R$S 0oltage

R

16 1 69

0x00#,

,us P+ase , LineNeutral "C R$S 0oltage

R

1 1 0

0x00#9

1

i&e to ;eutra RMS $otage 'easured a t t(e )(ase  out)ut of t(e oad side of t(e ge&erator %ir%uit breaAer.

,us P+ase C LineNeutral "C R$S 0oltage

R

1 1 1 0x00##

1

i&e to ;eutra RMS $otage 'easured a t t(e )(ase C out)ut of t(e oad side of t(e ge&erator %ir%uit breaAer.

1 V  bit

0V

0 to 642!! V

0

"

1

/(e a$erage i&e to ;eutra #C RMS $otage of t(e oad side of t(e ge&erator %ir%uit b reaAer.

1 V  bit

0V

0 to 642!! V

0

"

1

#$erage i&e to i&e RMS $otage at t(e bus as a )er%e&tage of &o'i&a bus $otage.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"


Offset

Limits (Ranges)

,us "#erage LineNeutral "C R$S 0oltage ,us "#erage LineLine "C R$S 0oltage Percent

R R

1 1 2 0x00# 13 0x00#C

Page 2 of 29

EMCP 4 Modbus Registers - 4.2 Prod Software R/W

-oling Register

!enerator otal Percent Current

R

14 0x00#7

1

Rated %urre&t is Rated #))are&t Power di$ided b+ Rated Votage

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

Loa S+are Line otal Percent *W

R

1,1

0x004

1

S(ows t(e oad S(are i&e /ota Per%e&t A5

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

Loa S+are Line otal Percent *0"r

R

1,2

0x00!

1

S(ows t(e oad S(are i&e /ota Per%e&t AV#r

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

!enerator "#erage "C R$S %re&uenc' Percent

R

1,3

0x006

1

P(ase a$erage fre*ue&%+ as a )er%e&t of rated fre*ue&%+.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

%uel Le#el

R

19,

0x00C!

1

ue e$e as read fro' io )i&.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1

=i te') i&de)e&de&t of sour%e. Bo )i& ?if %o&figured@ taAes )re%ede&%e o$er datai&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

0.0! V  bit

0V

0 to 3212.! V

0

" "

" "

" "

Parameter Name

1ngine Oil emperature

R

199

0x00C6

Ct Description

Sec 4.2 L#l "

4.

4.4

"

"

1ngine Oil Pressure

R

200

0x00C

1

auge )ressure of oi i& e&gi&e ubri%atio& s+ste' as )ro$ided b+ oi )u').

1ngine Coolant emperature

R

201

0x00C,

1

/e')erature of i*uid fou&d i& e&gi&e %ooi&g s+ste'.

,atter' 0oltage

R

202

0x00C9

1

S(ows t(e atter+ Votage as read at t(e i&)ut to t(e EMCP 4.

1ngine rpm

R

203 0x00C#

1

E&gi&e rotatio&a s)eed %a%uated i& re$outio&s )er 'i&ute.

0.12! r)'  bit

0 r)'

0 to ,031.,! r)'

0

"

"

"

1ngine Operating -ours

R

204 0x00C

2

#%%u'uated ti'e t(at t(e e&gi&e is ru&&i&g.

0.0! (our  bit

0 (r

0 to 210!!4060.! (our

0

"

"

"

0

"

"

"

Curre&t state of t(e #uto'ati% StartSto) se*ue&%e. Eit(er read fro' e&gi&e ?if #7EM %o&tros startsto)@ or deter'i&ed b + EMCP 4.

"utomatic Start/Stop State

R

206 0x00C7

1

Spare "nalog 3nput Percent

R

20 0x00CE

1

#wa+s >&a$aiabe ?0x@. or ega%+ su))ort o&+. or &ew a))i%atio&s use registers reated to t(e )ara'eter for w(i%( t(e a&aog i&)ut is %o&figured.

Spare "nalog 3nput emperature

R

20, 0x00C

1

Reads te')erature re)rese&ted b+ #&aog B&)u t F3. Bf #&aog B&)ut F3 is &ot %o&figured for a te')erature reads >&a$aiabe. or ega%+ su))ort o&+. or &ew a))i%atio&s use registers reated to t(e )ara'eter for w(i%( t(e a&aog i&)ut is %o&figured.

Spare "nalog 3nput Pressure

R

209

1

0x0070

Reads )ressure re)rese&ted b+ #&aog B&)ut F3. Bf #&aog B&)ut F3 is &ot %o&figured for a )ressure reads >&a$aiabe. or ega%+

0 8 B;B/ 1 8 PREDCR#; 2 8 S/#R/B; 3 8 R>;;B; 4 8 PREDC==7=5; ! 8 C==7=5; 6 8 S/=PPB;  8 S/=PPE7 , 8 B7B;

&a

0.0312! C  bit

-23 C

-23 to 13! C

0 12! APa  bit

0 APa

0 to ,031 ,! APa


-oling Register

!enerator otal Percent Current

R

14 0x00#7

1

Loa S+are Line otal Percent *W

R

1,1

0x004

1

Loa S+are Line otal Percent *0"r

R

1,2

0x00!

!enerator "#erage "C R$S %re&uenc' Percent

R

1,3

%uel Le#el

R

19,

Parameter Name

1ngine Oil emperature

R

199

Sec 4.2 L#l


Offset

Limits (Ranges)

Rated %urre&t is Rated #))are&t Power di$ided b+ Rated Votage

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

S(ows t(e oad S(are i&e /ota Per%e&t A5

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

1

S(ows t(e oad S(are i&e /ota Per%e&t AV#r

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

0x006

1

P(ase a$erage fre*ue&%+ as a )er%e&t of rated fre*ue&%+.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0x00C!

1

ue e$e as read fro' io )i&.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1

=i te') i&de)e&de&t of sour%e. Bo )i& ?if %o&figured@ taAes )re%ede&%e o$er datai&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

0.0! V  bit

0V

0 to 3212.! V

0

" "

" "

" "

0x00C6

Ct Description

"

4.

4.4

"

"

1ngine Oil Pressure

R

200

0x00C

1

auge )ressure of oi i& e&gi&e ubri%atio& s+ste' as )ro$ided b+ oi )u').

1ngine Coolant emperature

R

201

0x00C,

1

/e')erature of i*uid fou&d i& e&gi&e %ooi&g s+ste'.

,atter' 0oltage

R

202

0x00C9

1

S(ows t(e atter+ Votage as read at t(e i&)ut to t(e EMCP 4.

1ngine rpm

R

203 0x00C#

1

E&gi&e rotatio&a s)eed %a%uated i& re$outio&s )er 'i&ute.

0.12! r)'  bit

0 r)'

0 to ,031.,! r)'

0

"

"

"

1ngine Operating -ours

R

204 0x00C

2

#%%u'uated ti'e t(at t(e e&gi&e is ru&&i&g.

0.0! (our  bit

0 (r

0 to 210!!4060.! (our

0

"

"

"

0

"

"

"

Curre&t state of t(e #uto'ati% StartSto) se*ue&%e. Eit(er read fro' e&gi&e ?if #7EM %o&tros startsto)@ or deter'i&ed b + EMCP 4.

0 8 B;B/ 1 8 PREDCR#; 2 8 S/#R/B; 3 8 R>;;B; 4 8 PREDC==7=5; ! 8 C==7=5; 6 8 S/=PPB;  8 S/=PPE7 , 8 B7B;

"utomatic Start/Stop State

R

206 0x00C7

1

Spare "nalog 3nput Percent

R

20 0x00CE

1

#wa+s >&a$aiabe ?0x@. or ega%+ su))ort o&+. or &ew a))i%atio&s use registers reated to t(e )ara'eter for w(i%( t(e a&aog i&)ut is %o&figured.

Spare "nalog 3nput emperature

R

20, 0x00C

1

Reads te')erature re)rese&ted b+ #&aog B&)u t F3. Bf #&aog B&)ut F3 is &ot %o&figured for a te')erature reads >&a$aiabe. or ega%+ su))ort o&+. or &ew a))i%atio&s use registers reated to t(e )ara'eter for w(i%( t(e a&aog i&)ut is %o&figured.

0.0312! C  bit

-23 C

-23 to 13! C

Spare "nalog 3nput Pressure

R

209

0x0070

1

Reads )ressure re)rese&ted b+ #&aog B&)ut F3. Bf #&aog B&)ut F3 is &ot %o&figured for a )ressure reads >&a$aiabe. or ega%+ su))ort o&+. or &ew a))i%atio&s use registers reated to t(e )ara'eter for w(i%( t(e a&aog i&)ut is %o&figured.

0.12! APa  bit

0 APa

0 to ,031.,! APa

Ser#ice $aintenance 3nter#al -ours Remaining

R

210

0x0071

1

Maxi'u' ti'e i& o)eratio& u&ti t(e & ext ser$i%e i&s)e%tio& is re*uired. /(is &u'ber is &egati$e if a ser$i%e i&s)e%tio& is o$erdue.

1 (r  bit

-3212 (r

-3212 to 3212, (r

0

"

"

"

Ser#ice $aintenance 3nter#al Da's Remaining

R

212

0x0073

1

Maxi'u' %ae&dar da+s u&ti t(e &ext ser$i%e i&s)e%tio& i s re*uired. /(is &u'ber is &egati$e if a ser$i%e i&s)e%tio& is o$erdue.

1 da+  bit

-3212 da+s

-3212 to 3212, da+s

0

"

"

"

Numer of Cran* "ttempts

R

213

0x0074

2

#%%u'uated &u'ber of %ra&A atte')ts 'ade b+ t(e e&gi&e.

1  bit

0

0 to 42110,121!

0

"

"

"

Numer of Successful Starts

R

21!

0x0076

2

#%%u'uated &u'ber of su%%essfu starts of t(e e&gi&e.

1  bit

0

0 to 42110,121!

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

&a

1ngine Oil Pressure from Data Lin*

R

21

0x007,

1

auge )ressure of oi i& e&gi&e ubri%atio& s+ste' as broad%ast o& t(e C#; 7ata i&A. or ega%+ su))ort o& +. or &ew a))i%atio&s use register 200.

1ngine Coolant emperature from Data Lin*

R

219 0x007#

1

/e')erature of i*uid fou&d i & e&gi&e %ooi&g s+ste' as broad%ast o& t(e C#; 7ata i&A. or eg a%+ su))ort o&+. or &ew a))i%atio&s use register 201.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

C'liner 56 1+aust Port emperature from Data Lin*

R

221 0x007C

1

/e')erature at t(e %+i&der ex(aust )ort of t(e e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


Offset

Limits (Ranges)

4.

4.4

Page 3 of 29

EMCP 4 Modbus Registers - 4.2 Prod Software Parameter Name C'liner 52 1+aust Port emperature from Data Lin*

R/W

-oling Register

R

222 0x0077

Ct Description

Sec 4.2 L#l

1

/e')erature at t(e %+i&der e x(aust )ort of t(e e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

C'liner 5 1+aust Port emperature from Data Lin*

R

223 0x007E

1



R

224 0x007

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

22!

0x00E0


R

226

0x00E1

1



R

22

0x00E2

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

C'liner 5: 1+aust Port emperature from Data Lin*

R

22,

0x00E3

C'liner 5; 1+aust Port emperature from Data Lin*

R

229

0x00E4

1


C'liner 56< 1+aust Port emperature from Data Lin*

R

230

0x00E!

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

C'liner 566 1+aust Port emperature from Data Lin* C'liner 562 1+aust Port emperature from Data Lin*

R R

231 232

0x00E6 0x00E


R

233

0x00E,

1



R

234

0x00E9

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

23! 0x00E#


R

236 0x00E

1



R

23 0x00EC

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0 0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

C'liner 56: 1+aust Port emperature from Data Lin* C'liner 56; 1+aust Port emperature from Data Lin* C'liner 52< 1+aust Port emperature

R

23, 0x00E7

R

239 0x00EE

1

R

240

1

0x00E

/e')erature at t(e %+i&der e x(aust )ort of t(e e&gi&e as

EMCP 4 Modbus Registers - 4.2 Prod Software Parameter Name C'liner 52 1+aust Port emperature from Data Lin*

R/W

-oling Register

R

222 0x0077

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

223 0x007E

1



R

224 0x007

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

22!

0x00E0


R

226

0x00E1

1



R

22

0x00E2

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

22,

0x00E3


R

229

0x00E4

1



R

230

0x00E!

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

C'liner 566 1+aust Port emperature from Data Lin* C'liner 562 1+aust Port emperature from Data Lin*

R R

231 232

0x00E6 0x00E


R

233

0x00E,

1



R

234

0x00E9

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

23! 0x00E#


R

236 0x00E

1



R

23 0x00EC

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

23, 0x00E7


R

239 0x00EE

1



R

240

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0x00E

1+aust $anifol 56 (Left) emperature from Data Lin*

R

241

0x000

1

/e')erature of %o'bustio& b+)rodu%ts wit(i& t(e eft e&gi&e ex(aust 'a&ifod as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

1+aust $anifol 52 (Rig+t) emperature from Data Lin*

R

242

0x001

1

/e')erature of %o'bustio& b+)rodu%ts wit(i& t(e rig(t e&gi&e ex(aust 'a&ifod as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

3nta*e $anifol 56 emperature from Data Lin*

R

243

0x002

1

/e')erature of )re-%o'bustio& air fou&d i& i&taAe 'a&ifod F1 of e&gi&e air su))+ s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

3nta*e $anifol 52 emperature from Data Lin*

R

244

0x003

1

/e')erature of )re-%o'bustio& air fou&d i& i&taAe 'a&ifod F2 of e&gi&e air su))+ s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1ngine Oil emperature from Data Lin*

R

24!

0x004

1

/e')erature of t(e e&gi&e ubri%a&t as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1

/e')erature of t(e e&gi&e fue as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


Offset

Limits (Ranges)

4.

4.4

1ngine %uel emperature from Data Lin*

R

246

0x00!

Page 4 of 29


R/W

-oling Register

Ct Description

Sec 4.2 L#l

%uel Pressure from Data Lin*

R

24

0x006

1

auge )ressure of fue i& s+ste' as dei$ered fro' su))+ )u') to t(e i&Ge%tio& )u') as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

Cran*case Pressure from Data Lin*

R

24,

0x00

1

auge )ressure i&side e&gi&e %ra&A%ase as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

1  12, APa  bit

-2!0 APa

-2!0 to 2!1.99 APa

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

,oost Pressure from Data Lin*

R

249

0x00,

1

auge )ressure of air 'easured dow& strea' o& t(e %o')ressor dis%(arge side of t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

Oil %ilter Differential Pressure from Data Lin*

R

2!1

0x00#

1

C(a&ge i& e&gi&e oi )ressure 'easured a%ross t(e fiter due to t(e fiter a&d a&+ a%%u'uatio& of soid or se'isoid 'ateria o& or i& t(e fiter as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.! APa  bit

0 APa

0 to 12! APa

0

"

"

"

%uel %ilter Differential Pressure from Data Lin*

R

2!2 0x00

1

C(a&ge i& fue dei$er+ )ressure 'easured a%ross t(e fiter due to a%%u'uatio& of soid or se'isoid 'atter o& t(e fiter ee'e&t as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

"ir %ilter 6 Differential Pressure from Data Lin*

R

2!3 0x00C

1

C(a&ge i& e&gi&e air s+ste' )ressure 'easured a%ross t(e fiter due to t(e fiter a&d a& + a%%u'uatio& of soid foreig& 'atter o& or i& t(e fiter as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

1  12, APa  bit

-2!0 APa

-2!0 to 2!1.99 APa

0

"

"

"

otal %uel Consumption from Data Lin*

R

2!4 0x007

2

/ota a'ou&t of fue used b+ e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.!   bit

0

0 to 210!!4060.! 

0

"

"

"

0.0! ( )er bit

0 (

0 to 3212.! (

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

3nstantaneous %uel Consumption from Data Lin*

R

2!6

0x00

1

#'ou&t of fue used b+ e&gi&e )er u&it ti'e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

"tmosp+eric Pressure from Data Lin*

R

2!

0x0100

1

#bsoute air )ressure of t(e at'os)(ere as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

%uel Le#el

R

2!,

0x0101

1

ue e$e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A. or ega%+ su))ort o&+. or &ew a))i%atio&s use register 19,.

Net ,atter' Current from Data Lin*

R

2!9

0x0102

1

;et %urre&t fow of batter+ as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

1 #  bit

-12! #

-12! to 12! #

0

"

"

"

1 weeA  bit

-12! weeAs

-12! to 12! weeAs

0

"

"

"

0

"

"

"

Ser#ice $aintenance 3nter#al Wee*s Remaining

R

299

0x012#

1

/(e &u'ber of fu %ae&dar weeAs u&ti t(e &ext ser$i%e i&s)e%tio& is re*uired. /(is &u'ber is &egati$e if a ser$i%e i&s)e%tio& is o$erdue.

,'pass Coolon (NO1 6)

5

300

0x012

1

Co''a&d to b+)ass re'ai&i&g %oodow& duratio& a&d i''ediate+ sto) e&gi&e u)o& t(e &ext soft s(utdow& re*uest.

00 8 #SE 01 8 /R>E


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4

%uel Pressure from Data Lin*

R

24

0x006

1

auge )ressure of fue i& s+ste' as dei$ered fro' su))+ )u') to t(e i&Ge%tio& )u') as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

Cran*case Pressure from Data Lin*

R

24,

0x00

1

auge )ressure i&side e&gi&e %ra&A%ase as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

1  12, APa  bit

-2!0 APa

-2!0 to 2!1.99 APa

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

,oost Pressure from Data Lin*

R

249

0x00,

1

auge )ressure of air 'easured dow& strea' o& t(e %o')ressor dis%(arge side of t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

Oil %ilter Differential Pressure from Data Lin*

R

2!1

0x00#

1

C(a&ge i& e&gi&e oi )ressure 'easured a%ross t(e fiter due to t(e fiter a&d a&+ a%%u'uatio& of soid or se'isoid 'ateria o& or i& t(e fiter as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.! APa  bit

0 APa

0 to 12! APa

0

"

"

"

%uel %ilter Differential Pressure from Data Lin*

R

2!2 0x00

1

C(a&ge i& fue dei$er+ )ressure 'easured a%ross t(e fiter due to a%%u'uatio& of soid or se'isoid 'atter o& t(e fiter ee'e&t as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

"ir %ilter 6 Differential Pressure from Data Lin*

R

2!3 0x00C

1

C(a&ge i& e&gi&e air s+ste' )ressure 'easured a%ross t(e fiter due to t(e fiter a&d a& + a%%u'uatio& of soid foreig& 'atter o& or i& t(e fiter as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

1  12, APa  bit

-2!0 APa

-2!0 to 2!1.99 APa

0

"

"

"

otal %uel Consumption from Data Lin*

R

2!4 0x007

2

/ota a'ou&t of fue used b+ e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.!   bit

0

0 to 210!!4060.! 

0

"

"

"

0.0! ( )er bit

0 (

0 to 3212.! (

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

3nstantaneous %uel Consumption from Data Lin*

R

2!6

0x00

1

#'ou&t of fue used b+ e&gi&e )er u&it ti'e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

"tmosp+eric Pressure from Data Lin*

R

2!

0x0100

1

#bsoute air )ressure of t(e at'os)(ere as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

%uel Le#el

R

2!,

0x0101

1

ue e$e as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A. or ega%+ su))ort o&+. or &ew a))i%atio&s use register 19,.

Net ,atter' Current from Data Lin*

R

2!9

0x0102

1

;et %urre&t fow of batter+ as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

1 #  bit

-12! #

-12! to 12! #

0

"

"

"

1 weeA  bit

-12! weeAs

-12! to 12! weeAs

0

"

"

"

Ser#ice $aintenance 3nter#al Wee*s Remaining

R

299

0x012#

1

/(e &u'ber of fu %ae&dar weeAs u&ti t(e &ext ser$i%e i&s)e%tio& is re*uired. /(is &u'ber is &egati$e if a ser$i%e i&s)e%tio& is o$erdue.

,'pass Coolon (NO1 6)

5

300

0x012

1

Co''a&d to b+)ass re'ai&i&g %oodow& duratio& a&d i''ediate+ sto) e&gi&e u)o& t(e &ext soft s(utdow& re*uest.

00 8 #SE 01 8 /R>E

0

"

"

"

1ngine Control Sitc+ Position

R

301 0x012C

1

B&di%ates %urre&t )ositio& of t(e E&gi&e Co&tro Swit%(.

0 8 S/=P 1 8 #>/= 2 8 R>;

0

"

"

"

1ngine Control Sitc+ Comman (NO1 6)

5

302 0x0127

1

SC#7# %o''a&d to %(a&ge t(e )ositio& of t(e E&gi&e Co&tro 0 8 S/=P Swit%(. ;ote t(at if a&+ 7igita B&)uts are %o&figured for HECS i& 1 8 #>/= Ru&H HECS i& #utoH or HECS i& Sto)H a&d are a%ti$e t(e+ wi taAe 2 8 R>; )re%ede&%e o$er t(is %o''a&d.

0

"

"

"

Lamp est Comman (NO1 6)

5

303

0x012E

1

Co''a&ds t(e %o&tro to %o&du%t a a')dis)a+ test of t(e EMCP 00 8 #SE SC si'iar to t(e Ha') /estH fu&%tio& o& t(e d is)a+ i& t(e 01 8 /R>E Prefere&%es 'e&u.

0

"

"

"

"c*nolege "ll 1#ents Comman (NO1 6)

5

304

0x012

1

SC#7# %o''a&d to a%A&owedge a e$e&ts si'iar to )ressi&g t(e #ar' #%A&owedge Ae+ o& t(e %o&tro.

00 8 #SE 01 8 /R>E

0

"

"

"

"uto Start/Stop %uel Control 1nale

R

30

0x0132

1

B&di%ates t(at t(e fue %o&tro is e&abed. =& so'e ge&sets t(ere wi be a ue Co&tro Rea+. B& t(at %ase t(is i&di%ates t(at t(e rea+ is a%ti$e.

00 8 #SE 01 8 /R>E

0

"

"

"

=e' Press (NO1 6)

5

310

0x013!

1

/riggers a Ae+ )ress e$e&t o& t(e %o&tro. or ega%+ su))ort o&+.

0 8 #SE 1 8 /R>E

Sec L#l

4.2

4.

4.4

"

"

Page ! of 29


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

SCR S'stem C+ec* Re&uire Status

R

319

0x013E

1

B&di%ates w(et(er SCR s+ste' %(e%A is &eeded fro' CCEM.

0 8 #SE 1 8 /R>E 2 8 ERR=R 3 8 7BS#E7 =R ;=/ #V#B#E

0

"

%uel >nloa Pump "cti#e

R

321

0x0140

1

or t(e ue /ra&sfer feature i&di%ates t(at t(e /ra&sfer ue =ut %o''a&d is a%ti$e.


0

"

%uel Loa Pump "cti#e

R

322

0x0141

1

or t(e ue /ra&sfer feature i&di%ates t(at t(e /ra&sfer ue B& %o''a&d is a%ti$e.


0

"

"

"

S'stem 1#ent Count

R

334 0x0147

1

;u'ber of s+ste' e$e&ts ?)rese&t or a%ti$e@.

0

"

"

"

its 3I2 #'ber a') Status ?ooea&@ its 1I0 Red a') Status ?ooea&@ ! 8 #'ber a&d Red a') a %ti$e 4 8 #'ber a') a %ti$e 1 8 Red a') a%ti$e 0 8 &o a') a%ti$e

0

"

"

"

0 8 #SE 1 8 /R>E

0

"

"

"

1  bit

0

0 to 2!! e$e&ts

"

S'stem 1#ent Lamp Status

R

33!

0x014E

1

B&di%ates t(e status of t(e a'ber a&d red e$e&t status a')s o& t(e %o&tro.

%orce 3le Comman "cti#e

R

33

0x01!0

1

B&di%ates w(et(er t(e EMCP 4 is %o''a&di&g t(e e&gi&e to ide. or t(e a%tua ide status read register 1263.

!enerator 1citation %iel 0oltage from Data Lin*

R

33,

0x01!1

1

e&erator Ex%itatio& ied Votage as read fro' t(e C7VR 'odue o& t(e Pri'ar+ C#; 7ata i&A.

0.0! V  bit

-1606.0

-1606.0 to 1606.! V

0

"

"

"

0.0! #  bit

0#

0 to 3212.! #

0

"

"

"

0

"

"

"

!enerator 1citation %iel Current from Data Lin*

R

340

0x01!3

1

e&erator Ex%itatio& ied Curre&t as read fro' t(e C7VR 'odue o& t(e Pri'ar+ C#; 7ata i&A.

RS4:7 "nn "larm !roup 6 Column 6

R

342

0x01!!

1

Ea%( bit gi$es a status of a %ertai& rowe$e&t for t(e H#ar' rou) F1H setti&g w(i%( is E/-%o&figurabe.

Ea%( bit gi$es a status of a %ertai& rowe$e&t for t(e H#ar' rou)

B/ 1! 8 R=5 16 B/ 14 8 R=5 1! B/ 13 8 R=5 14 B/ 12 8 R=5 13 B/ 11 8 R=5 12 B/ 10 8 R=5 11 B/ 9 8 R=5 10 B/ , 8 R=5 9 B/  8 R=5 ,


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

Sec L#l

4.2

4.

4.4

"

"

SCR S'stem C+ec* Re&uire Status

R

319

0x013E

1

B&di%ates w(et(er SCR s+ste' %(e%A is &eeded fro' CCEM.


0

"

%uel >nloa Pump "cti#e

R

321

0x0140

1

or t(e ue /ra&sfer feature i&di%ates t(at t(e /ra&sfer ue =ut %o''a&d is a%ti$e.


0

"

%uel Loa Pump "cti#e

R

322

0x0141

1

or t(e ue /ra&sfer feature i&di%ates t(at t(e /ra&sfer ue B& %o''a&d is a%ti$e.


0

"

"

"

S'stem 1#ent Count

R

334 0x0147

1

;u'ber of s+ste' e$e&ts ?)rese&t or a%ti$e@.

0

"

"

"

its 3I2 #'ber a') Status ?ooea&@ its 1I0 Red a') Status ?ooea&@ ! 8 #'ber a&d Red a') a %ti$e 4 8 #'ber a') a %ti$e 1 8 Red a') a%ti$e 0 8 &o a') a%ti$e

0

"

"

"

0 8 #SE 1 8 /R>E

0

"

"

"

1  bit

0

0 to 2!! e$e&ts

"

S'stem 1#ent Lamp Status

R

33!

0x014E

1

B&di%ates t(e status of t(e a'ber a&d red e$e&t status a')s o& t(e %o&tro.

%orce 3le Comman "cti#e

R

33

0x01!0

1

B&di%ates w(et(er t(e EMCP 4 is %o''a&di&g t(e e&gi&e to ide. or t(e a%tua ide status read register 1263.

!enerator 1citation %iel 0oltage from Data Lin*

R

33,

0x01!1

1

e&erator Ex%itatio& ied Votage as read fro' t(e C7VR 'odue o& t(e Pri'ar+ C#; 7ata i&A.

0.0! V  bit

-1606.0

-1606.0 to 1606.! V

0

"

"

"

0.0! #  bit

0#

0 to 3212.! #

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

Sec L#l

4.2

4.

4.4

0

"

"

"

0

"

"

"

0

"

"

"

!enerator 1citation %iel Current from Data Lin*

R

340

0x01!3

1

e&erator Ex%itatio& ied Curre&t as read fro' t(e C7VR 'odue o& t(e Pri'ar+ C#; 7ata i&A.


R

342

0x01!!

1



R

343

0x01!6

1


RS4:7 "nn "larm !roup 6 -orn

R

344

0x01!

1

Ea%( bit gi$es a status of t(e (or& for a %ertai& rowe$e&t for t(e H#ar' rou) F1H setti&g w(i%( is E/-%o&figurabe.


R

346

0x01!9

1


B/ 1! 8 R=5 16 B/ 14 8 R=5 1! B/ 13 8 R=5 14 B/ 12 8 R=5 13 B/ 11 8 R=5 12 B/ 10 8 R=5 11 B/ 9 8 R=5 10 B/ , 8 R=5 9 B/  8 R=5 , B/ 6 8 R=5  B/ ! 8 R=5 6 B/ 4 8 R=5 ! B/ 3 8 R=5 4 B/ 2 8 R=5 3 B/ 1 8 R=5 2 B/ 0 8 R=5 1

B/ 1! 8 R=5 16 B/ 14 8 R=5 1! B/ 13 8 R=5 14 B/ 12 8 R=5 13 B/ 11 8 R=5 12

Page 6 of 29


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

8 B/ 9 8 R=5 10 B/ , 8 R=5 9 B/  8 R=5 , B/ 6 8 R=5  B/ ! 8 R=5 6 B/ 4 8 R=5 ! B/ 3 8 R=5 4 B/ 2 8 R=5 3 B/ 1 8 R=5 2 B/ 0 8 R=5 1


R

34

0x01!#

1



R

34,

0x01!

1


1

B/ 1! 8 #ftertreat'e&t S(utdow& E$e&t #%ti$e B/ 14 8 &ot used B/ 13 8 &ot used B/ 12 8 &ot used B/ 11 8 &ot used B/ 10 8 &ot used B/ 9 8 ig( atter+ Votage S(utdow& E$e&t #%ti$e B/ , 8 &ot used Ea%( bit gi$es a status of a %ertai& rowe$e&t for t(e H#ar' rou) B/  8 ow ue e$e S(utdow& or ow as Pressure S(utdow& E$e&t F3H setti&g w(i%( is fixed. #%ti$e B/ 6 8 ow Cooa&t e$e S(utdow& E$e&t #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t #%ti$e B/ 4 8 ow =i Pressure S(utdow& E$e&t #%ti$e B/ 3 8 &ot used B/ 2 8 ig( Cooa&t /e')erature S(utdow& E$e&t #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow& E$e&t #%ti$e

RS4:7 "nn "larm !roup  Column 6

R

3!0 0x01!7

B/ 1! 8 #ftertreat'e&t 5ar&i&g E$e&t #%ti$e B/ 14 8 E&gi&e Ru&&i&g Co&ditio& #%ti$e B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t #%ti$e B/ 11 8 ow Cra&Ai&g Votage 5ar&i&g E$e&t #%ti$e B/ 10 8 ow atter+ Votage 5ar&i&g E$e&t #%ti$e


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

8 B/ 9 8 R=5 10 B/ , 8 R=5 9 B/  8 R=5 , B/ 6 8 R=5  B/ ! 8 R=5 6 B/ 4 8 R=5 ! B/ 3 8 R=5 4 B/ 2 8 R=5 3 B/ 1 8 R=5 2 B/ 0 8 R=5 1

Sec L#l

4.2

4.

4.4

0

"

"

"

0

"

"

"


R

34

0x01!#

1



R

34,

0x01!

1


1

B/ 1! 8 #ftertreat'e&t S(utdow& E$e&t #%ti$e B/ 14 8 &ot used B/ 13 8 &ot used B/ 12 8 &ot used B/ 11 8 &ot used B/ 10 8 &ot used B/ 9 8 ig( atter+ Votage S(utdow& E$e&t #%ti$e B/ , 8 &ot used Ea%( bit gi$es a status of a %ertai& rowe$e&t for t(e H#ar' rou) B/  8 ow ue e$e S(utdow& or ow as Pressure S(utdow& E$e&t F3H setti&g w(i%( is fixed. #%ti$e B/ 6 8 ow Cooa&t e$e S(utdow& E$e&t #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t #%ti$e B/ 4 8 ow =i Pressure S(utdow& E$e&t #%ti$e B/ 3 8 &ot used B/ 2 8 ig( Cooa&t /e')erature S(utdow& E$e&t #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow& E$e&t #%ti$e

0

"

"

"

1

B/ 1! 8 #ftertreat'e&t 5ar&i&g E$e&t #%ti$e B/ 14 8 E&gi&e Ru&&i&g Co&ditio& #%ti$e B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t #%ti$e B/ 11 8 ow Cra&Ai&g Votage 5ar&i&g E$e&t #%ti$e B/ 10 8 ow atter+ Votage 5ar&i&g E$e&t #%ti$e B/ 9 8 ig( atter+ Votage 5ar&i&g E$e&t #%ti$e B/ , 8 E&gi&e Co&tro Swit%( ;ot i& #uto'ati% E$e&t #%ti$e Ea%( bit gi$es a status of a %ertai& rowe$e&t for t(e H#ar' rou) B/  8 ow ue e$e 5ar&i&g or ow as Pressure 5ar&i&g E$e&t F3H setti&g w(i%( is fixed. #%ti$e B/ 6 8 ow Cooa&t e$e 5ar&i&g E$e&t #%ti$e B/ ! 8 &ot used B/ 4 8 ow =i Pressure 5ar&i&g E$e&t #%ti$e B/ 3 8 ow Cooa&t /e')erature 5ar&i&g E$e&t #%ti$e B/ 2 8 ig( Cooa&t /e')erature 5ar&i&g E$e&t #%ti$e B/ 1 8 &ot used B/ 0 8 E'erge&%+ Sto) 7iag&osti% E$e&t #%ti$e

0

"

"

"

Sec L#l

4.2

4.

4.4

Ea%( bit gi$es a status of t(e (or& for a %ertai& rowe$e&t for t(e H#ar' rou) F3H setti&g w(i%( is fixed.

B/ 1! 8 #ftertreat'e&t E$e&t or& #%ti$e B/ 14 8 E&gi&e Ru&&i&g Co&ditio& or& #%ti$e B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio& or& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t or& #%ti$e B/ 11 8 ow Cra&Ai&g Votage E$e&t or& #%ti$e B/ 10 8 ow atter+ Votage E$e&t or& #%ti$e B/ 9 8 ig( atter+ Votage E$e&t or& #%ti$e B/ , 8 E&gi&e Co&tro Swit%( ;ot i& #uto'ati% E$e&t or& #%ti$e B/  8 ow ue e$e or ow as Pressure E$e&t or& #%ti$e B/ 6 8 ow Cooa&t e$e E$e&t or& #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t or& #%ti$e B/ 4 8 ow =i Pressure E$e&t or& #%ti$e B/ 3 8 ow Cooa&t /e')erature E$e&t or& #%ti$e B/ 2 8 ig( Cooa&t /e')erature E$e&t or& #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t or& #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow&  7iag&osti% or& #%ti$e

0

"

"

"

Ea%( bit gi$es a status of a %ertai& rowe$e&t for t(e H#ar' rou) F4H setti&g w(i%( is fixed.

B/ 1! 8 #ftertreat'e&t S(utdow& E$e&t #%ti$e B/ 14 8 #ir S(utdow& 7a')er Cosed E$e&t #%ti$e B/ 13 8 &ot used B/ 12 8 &ot used B/ 11 8 &ot used B/ 10 8 &ot used B/ 9 8 ig( atter+ Votage S(utdow& E$e&t #%ti$e B/ , 8 &ot used B/  8 ow ue e$e S(utdow& E$e&t #%ti$e B/ 6 8 ow Cooa&t e$e S(utdow& E$e&t #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t #%ti$e B/ 4 8 ow =i Pressure S(utdow& E$e&t #%ti$e B/ 3 8 &ot used B/ 2 8 ig( Cooa&t /e')erature S(utdow& E$e&t #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow& E$e&t #%ti$e

0

"

"

"



R

R

3!0 0x01!7

3!1

0x01!E

Page  of 29


RS4:7 "nn "larm !roup  -orn


R/W

R

R

-oling Register

3!2

3!4

0x01!

0x0161

Ct Description

1

1


Offset

Limits (Ranges)


RS4:7 "nn "larm !roup  -orn


R/W

R

R

-oling Register

3!2

3!4

0x01!

0x0161

Sec L#l

4.2

4.

4.4


B/ 1! 8 #ftertreat'e&t E$e&t or& #%ti$e B/ 14 8 E&gi&e Ru&&i&g Co&ditio& or& #%ti$e B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio& or& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t or& #%ti$e B/ 11 8 ow Cra&Ai&g Votage E$e&t or& #%ti$e B/ 10 8 ow atter+ Votage E$e&t or& #%ti$e B/ 9 8 ig( atter+ Votage E$e&t or& #%ti$e B/ , 8 E&gi&e Co&tro Swit%( ;ot i& #uto'ati% E$e&t or& #%ti$e B/  8 ow ue e$e or ow as Pressure E$e&t or& #%ti$e B/ 6 8 ow Cooa&t e$e E$e&t or& #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t or& #%ti$e B/ 4 8 ow =i Pressure E$e&t or& #%ti$e B/ 3 8 ow Cooa&t /e')erature E$e&t or& #%ti$e B/ 2 8 ig( Cooa&t /e')erature E$e&t or& #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t or& #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow&  7iag&osti% or& #%ti$e

0

"

"

"


B/ 1! 8 #ftertreat'e&t S(utdow& E$e&t #%ti$e B/ 14 8 #ir S(utdow& 7a')er Cosed E$e&t #%ti$e B/ 13 8 &ot used B/ 12 8 &ot used B/ 11 8 &ot used B/ 10 8 &ot used B/ 9 8 ig( atter+ Votage S(utdow& E$e&t #%ti$e B/ , 8 &ot used B/  8 ow ue e$e S(utdow& E$e&t #%ti$e B/ 6 8 ow Cooa&t e$e S(utdow& E$e&t #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t #%ti$e B/ 4 8 ow =i Pressure S(utdow& E$e&t #%ti$e B/ 3 8 &ot used B/ 2 8 ig( Cooa&t /e')erature S(utdow& E$e&t #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow& E$e&t #%ti$e

0

"

"

"

Sec L#l

4.2

4.

4.4


B/ 1! 8 #ftertreat'e&t 5ar&i&g E$e&t #%ti$e B/ 14 8 &ot used B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t #%ti$e B/ 11 8 ow Cra&Ai&g Votage 5ar&i&g E$e&t #%ti$e B/ 10 8 ow atter+ Votage 5ar&i&g E$e&t #%ti$e B/ 9 8 ig( atter+ Votage 5ar&i&g E$e&t #%ti$e B/ , 8 E&gi&e Co&tro Swit%( ;ot i& #uto'ati% E$e&t #%ti$e B/  8 ow ue e$e 5ar&i&g E$e&t #%ti$e B/ 6 8 ow Cooa&t e$e 5ar&i&g E$e&t #%ti$e B/ ! 8 &ot used B/ 4 8 ow =i Pressure 5ar&i&g E$e&t #%ti$e B/ 3 8 ow Cooa&t /e')erature 5ar&i&g E$e&t #%ti$e B/ 2 8 ig( Cooa&t /e')erature 5ar&i&g E$e&t #%ti$e B/ 1 8 &ot used B/ 0 8 E'erge&%+ Sto) 7iag&osti% E$e&t #%ti$e

0

"

"

"


B/ 1! 8 #ftertreat'e&t E$e&t or& #%ti$e B/ 14 8 #ir S(utdow& 7a')er Cosed E$e&t or& #%ti$e B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio&  or& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t or& #%ti$e B/ 11 8 ow Cra&Ai&g Votage E$e&t or& #%ti$e B/ 10 8 ow atter+ Votage E$e&t or& #%ti$e B/ 9 8 ig( atter+ Votage E$e&t or& #%ti$e B/ , 8 E&gi&e Co&tro Swit%( ;ot i& #uto'ati% E$e&t or& #%ti$e B/  8 ow ue e$e E$e&t or& #%ti$e B/ 6 8 ow Cooa&t e$e E$e&t or& #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t or& #%ti$e B/ 4 8 ow =i Pressure E$e&t or& #%ti$e B/ 3 8 ow Cooa&t /e')erature E$e&t or& #%ti$e B/ 2 8 ig( Cooa&t /e')erature E$e&t or& #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t or& #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow&  7iag&osti% or& #%ti$e

0

"

"

"

Ct Description

1

1


Offset

Limits (Ranges)

Page , of 29




R/W

R

R

-oling Register

3!!

3!6

0x0162

0x0163

Ct Description

1

1


Offset

Limits (Ranges)



R/W

R

-oling Register

3!!

0x0162

Sec L#l

4.2

4.

4.4


B/ 1! 8 #ftertreat'e&t 5ar&i&g E$e&t #%ti$e B/ 14 8 &ot used B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t #%ti$e B/ 11 8 ow Cra&Ai&g Votage 5ar&i&g E$e&t #%ti$e B/ 10 8 ow atter+ Votage 5ar&i&g E$e&t #%ti$e B/ 9 8 ig( atter+ Votage 5ar&i&g E$e&t #%ti$e B/ , 8 E&gi&e Co&tro Swit%( ;ot i& #uto'ati% E$e&t #%ti$e B/  8 ow ue e$e 5ar&i&g E$e&t #%ti$e B/ 6 8 ow Cooa&t e$e 5ar&i&g E$e&t #%ti$e B/ ! 8 &ot used B/ 4 8 ow =i Pressure 5ar&i&g E$e&t #%ti$e B/ 3 8 ow Cooa&t /e')erature 5ar&i&g E$e&t #%ti$e B/ 2 8 ig( Cooa&t /e')erature 5ar&i&g E$e&t #%ti$e B/ 1 8 &ot used B/ 0 8 E'erge&%+ Sto) 7iag&osti% E$e&t #%ti$e

0

"

"

"

B/ 1! 8 #ftertreat'e&t E$e&t or& #%ti$e B/ 14 8 #ir S(utdow& 7a')er Cosed E$e&t or& #%ti$e B/ 13 8 E'erge&%+ Power S+ste' Su))+i&g oad Co&ditio&  or& #%ti$e B/ 12 8 atter+ C(arger #C aiure E$e&t or& #%ti$e B/ 11 8 ow Cra&Ai&g Votage E$e&t or& #%ti$e B/ 10 8 ow atter+ Votage E$e&t or& #%ti$e B/ 9 8 ig( atter+ Votage E$e&t or& #%ti$e B/ , 8 E&gi&e Co&tro Swit%( ;ot i& #uto'ati% E$e&t or& #%ti$e B/  8 ow ue e$e E$e&t or& #%ti$e B/ 6 8 ow Cooa&t e$e E$e&t or& #%ti$e B/ ! 8 =$ers)eed S(utdow& E$e&t or& #%ti$e B/ 4 8 ow =i Pressure E$e&t or& #%ti$e B/ 3 8 ow Cooa&t /e')erature E$e&t or& #%ti$e B/ 2 8 ig( Cooa&t /e')erature E$e&t or& #%ti$e B/ 1 8 E&gi&e aiure to Start ?=$er%ra&A@ S(utdow& E$e&t or& #%ti$e B/ 0 8 E'erge&%+ Sto) S(utdow&  7iag&osti% or& #%ti$e

0

"

"

"

Ct Description

1



R

3!6

0x0163

1


"ftertreatment 56 otal D1% >se

R

34

0x01!

2

/ota ex(aust fue used b+ aftertreat'e&t de$i%e F1 o$er ifeti'e as read fro' t(e C#; 7ata i&A.

Offset

Limits (Ranges)

0.!   bit

0

0 to 210!!4060.! 

0

"

"

"

1 C  bit

-40 C

-40 to 210 C

0

"

"

"

0 to 100

0

"

"

"

-40 to 210 C

0

"

"

"

0 to 642!.! APa

0

"

"

"

Limits (Ranges)

Sec L#l

4.2

4.

4.4

0

"

"

"

"ftertreatement 56 D1% Dosing emperature

R

36

0x01

1

7iese Ex(aust uid 7osi&g /e')erature as read fro' t(e C#; 7ata i&A.

>rea an* Le#el

R

3

0x01,

1

SCR urea ta&A e$e as read fro' t(e C#; 7ata i&A.

0.4   bit

0

"ftertreatment 56 SCR Catal'st Reagent an* 56 emperature

R

3,

0x019

1

SCR %ata+st ta&A te')erature as read fro' t(e C#; 7ata i&A.

1 C  bit

-40 C

>rea 3n?ection "ir Pressure

R

39

0x01#

1

SCR urea i&Ge%tio& air )ressure as read fro' t(e C#; 7ata i&A.

0.1 APa  bit

0 APa

Offset

Page 9 of 29


R/W

-oling Register

Ct Description

"ftertreatment SCR Operator 3nucement Se#erit'

R

3,0

0x01

1

Se$erit+ e$e of o)erator i&du%e'e&t s+ste' for a&o'aies wit( SCR s+ste' as read fro' t(e C#; 7ata i&A. e$e 1 is t(e east se$ere.

Catal'st 3nta*e emperature

R

3,1 0x01C

1

SCR %ata+st i&taAe te')erature as read fro' t(e C#; 7ata i&A.

"ftertreatment 56 SCR Catal'st 1+aust !as Differential Pressure

R

3,2 0x017

1

SCR %ata+st ex(aust diff )ressure ?i&taAe to ex(aust@ as read fro' t(e C#; 7ata i&A.


0 8 =5 B;7>CEME;/ 1 8 EVE 1 B;7>CEME;/ 2 8 EVE 2 B;7>CEME;/ 3 8 EVE 3 B;7>CEME;/ 4 8 EVE 4 B;7>CEME;/ ! 8 EVE ! B;7>CEME;/ 6 8 /EMP=R#RJ =VERRB7E  8 ;=/ #V#B#E

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"

"

0

"

"

"

"

"

0 8 SEEP M=7E 1 8 PREP#RB; 2 8 ;=RM# 3 8 SJS/EM ERR=R PE;7B; ! 8 E#/ PR=/EC/B=; 6 8 C=7 PR=/EC/B=;  8 S>/= , 8 7B#;=SBS 9 8 SERVBCE M=7E 7=SE #=5E7 10 8 SERVBCE M=7E 7=SE ;=/ #=5E7 14 8 ERR=R 1! 8 ;=/ #V#B#E

"ftertreatment 56 SCR S'stem State

R

3,3

0x01E

1

=)erati&g state of t(e SCR s+ste' as read fro' t(e C#; 7ata i&A

ime Since "ftertreatment 3nucement

R

39, 0x01,7

1

/i'e si&%e ast aftertreat'e&t i&du%e'e&t.

0.2 (our  bit

0 (ours

0 to 12,!1 (ours

0

"

ime >ntil "ftertreatment 3nucement

R

399

0x01,E

1

/i'e re'ai&i&g u&ti &ext aftertreat'e&t i&du%e'e&t.

0.2! (our  bit

0 (ours

0 to 62.! (ours

0

"

1ngine Oil Priming State  Sufficientl' Prime

R

423

0x01#6

1

0 8 #SE B&di%ates t(e e&gi&e is ?or (as re%e&t+ bee&@ suffi%ie&t+ ubri%ated 1 8 /R>E for starti&g )ur)oses. 2 8 ERR=R

0


R/W

-oling Register

Ct Description


"ftertreatment SCR Operator 3nucement Se#erit'

R

3,0

0x01

1

Se$erit+ e$e of o)erator i&du%e'e&t s+ste' for a&o'aies wit( SCR s+ste' as read fro' t(e C#; 7ata i&A. e$e 1 is t(e east se$ere.

Catal'st 3nta*e emperature

R

3,1 0x01C

1

SCR %ata+st i&taAe te')erature as read fro' t(e C#; 7ata i&A.

"ftertreatment 56 SCR Catal'st 1+aust !as Differential Pressure

R

3,2 0x017

1

SCR %ata+st ex(aust diff )ressure ?i&taAe to ex(aust@ as read fro' t(e C#; 7ata i&A.

Offset

Limits (Ranges)

0 8 =5 B;7>CEME;/ 1 8 EVE 1 B;7>CEME;/ 2 8 EVE 2 B;7>CEME;/ 3 8 EVE 3 B;7>CEME;/ 4 8 EVE 4 B;7>CEME;/ ! 8 EVE ! B;7>CEME;/ 6 8 /EMP=R#RJ =VERRB7E  8 ;=/ #V#B#E

Sec L#l

4.2

4.

4.4

0

"

"

"

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"

"

0

"

"

"

0

"

"

0

"

"

0

"

"

4.

4.4

"

"

0 8 SEEP M=7E 1 8 PREP#RB; 2 8 ;=RM# 3 8 SJS/EM ERR=R PE;7B; ! 8 E#/ PR=/EC/B=; 6 8 C=7 PR=/EC/B=;  8 S>/= , 8 7B#;=SBS 9 8 SERVBCE M=7E 7=SE #=5E7 10 8 SERVBCE M=7E 7=SE ;=/ #=5E7 14 8 ERR=R 1! 8 ;=/ #V#B#E

"ftertreatment 56 SCR S'stem State

R

3,3

0x01E

1

=)erati&g state of t(e SCR s+ste' as read fro' t(e C#; 7ata i&A

ime Since "ftertreatment 3nucement

R

39, 0x01,7

1

/i'e si&%e ast aftertreat'e&t i&du%e'e&t.

0.2 (our  bit

0 (ours

0 to 12,!1 (ours

0

"

ime >ntil "ftertreatment 3nucement

R

399

0x01,E

1

/i'e re'ai&i&g u&ti &ext aftertreat'e&t i&du%e'e&t.

0.2! (our  bit

0 (ours

0 to 62.! (ours

0

"

1ngine Oil Priming State  Sufficientl' Prime

R

423

0x01#6

1

0 8 #SE B&di%ates t(e e&gi&e is ?or (as re%e&t+ bee&@ suffi%ie&t+ ubri%ated 1 8 /R>E for starti&g )ur)oses. 2 8 ERR=R 3 8 7BS#E7 =R ;=/ #V#B#E

1ngine 0entilation Status

R

424

0x01#

1

B&di%ates t(e e&gi&e $e&taiatio& status.

0 8 S>BCBE;/J VE;/E7 1 8 VE;/B#/B=; ;EE7E7 2 8 VE;/B#/B=; 7E#J 3 8 C>RRE;tJ VE;/B; 4 8 RESERVE7 ! 8 RESERVE7 6 8 ;=/ #E /= 7E/ERMB;E S>BCBE;/ VE;/B;  8 ;=/ #V#B#E

1ngine 1mergenc' (3mmeiate) S+uton 3nication

R

42!

0x01#,

1

B&di%atio& t(at t(e e&gi&e %o&tro s+ste' is i''ediate+ s(utti&g t(e e&gi&e dow&


Page 10 of 29


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

0.4   bit

0

0 to 100

Sec 4.2 L#l

1ngine uroc+arger Compressor ,'pass "ctuator 6 Position

R

426

0x01#9

1

Positio& )er%e&tage of t(e turbo%(arger %o')ressor b+)ass a%tuator w(ere 0 re)rese&ts fu+ %osed a&d 100 re)rese&ts b+)ass fu+ o)e&.

Digital 3nput 56 "cti#e Status

R

600

0x02!

1

B&di%ates t(e status of t(e 7igita B&)ut.

0

"

"

"


R

601

0x02!,

1


0

Digital 3nput 5 "cti#e Status

R

602

0x02!9

1


0


R

603

0x02!#

1


0


R

604

0x02!

1


0


R

60! 0x02!C

1


" " " " "


R

606 0x02!7

1


Digital 3nput 5: "cti#e Status

R

60

0x02!E

1


0

" " " " " " "

" " " " " " "

3solate Digital 3nput 56 "cti#e Status

R

60,

0x02!

1


0

"

"


R

609

0x0260

1


0

"

"

3solate Digital 3nput 5 "cti#e Status

R

610

0x0261

1


0

"

"


R

611

0x0262

1


0

"

"

Deicate Digital 3nput 56 (1Stop) "cti#e Status

R

612

0x0263

1

E-Sto) status.

0

"

"

"

Deicate Digital 3nput 52 (3nitiate Comman) "cti#e Status

R

613

0x0264

1

Re'ote B&itiate status.

0

"

"

"

Deicate Digital 3nput 5 (!en C, "u ") "cti#e Status

R

614

0x026!

1

e& C #ux # status. /rue i&di%ates breaAer %osed.

Deicate Digital 3nput 54 (!en C, "u ,) "cti#e Status

R

61!

0x0266

1

e& C #ux  status. /rue i&di%ates breaAer o)e&.

0

Rela' Output 56 "cti#e Status

R

616

0x026

1

B&di%ates t(e status of t(e Rea+ =ut)ut.

0


R

61

0x026,

1


0

Rela' Output 5 "cti#e Status

R

61,

0x0269

1



R

619

0x026#

1



R

620

0x026

1



R

621 0x026C

1


0

0 0 8 B;#C/BVE 1 8 #C/BVE 3 8 7BS#E7

0 8 B;#C/BVE 1 8 #C/BVE

0

0 0 8 B;#C/BVE 1 8 #C/BVE 3 8 7BS#E7

"

0

0 0 0

" " " " " " "


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

0.4   bit

0

0 to 100

Sec 4.2 L#l

4.

4.4

"

"

1ngine uroc+arger Compressor ,'pass "ctuator 6 Position

R

426

0x01#9

1

Positio& )er%e&tage of t(e turbo%(arger %o')ressor b+)ass a%tuator w(ere 0 re)rese&ts fu+ %osed a&d 100 re)rese&ts b+)ass fu+ o)e&.


R

600

0x02!

1


0

"

"

"


R

601

0x02!,

1


0

Digital 3nput 5 "cti#e Status

R

602

0x02!9

1


0


R

603

0x02!#

1


0


R

604

0x02!

1


0


R

60! 0x02!C

1


" " " " "


R

606 0x02!7

1


Digital 3nput 5: "cti#e Status

R

60

0x02!E

1


0

" " " " " " "

" " " " " " "


R

60,

0x02!

1


0

"

"


R

609

0x0260

1


0

"

"

3solate Digital 3nput 5 "cti#e Status

R

610

0x0261

1


0

"

"


R

611

0x0262

1


0

"

"

Deicate Digital 3nput 56 (1Stop) "cti#e Status

R

612

0x0263

1

E-Sto) status.

0

"

"

"

Deicate Digital 3nput 52 (3nitiate Comman) "cti#e Status

R

613

0x0264

1

Re'ote B&itiate status.

0

"

"

"

Deicate Digital 3nput 5 (!en C, "u ") "cti#e Status

R

614

0x026!

1

e& C #ux # status. /rue i&di%ates breaAer %osed.

Deicate Digital 3nput 54 (!en C, "u ,) "cti#e Status

R

61!

0x0266

1

e& C #ux  status. /rue i&di%ates breaAer o)e&.

0


R

616

0x026

1


0


R

61

0x026,

1


0

Rela' Output 5 "cti#e Status

R

61,

0x0269

1



R

619

0x026#

1



R

620

0x026

1



R

621 0x026C

1



R

622 0x0267

1


0

Rela' Output 5: "cti#e Status

R

623

0x026E

1


0

Digital Output 56 "cti#e Status

R

624

0x026

1

B&di%ates t(e status of t(e 7igita =ut)ut.

0


R

62!

0x020

1


0

Digital Output 5 "cti#e Status

R

626

0x021

1


0


R

62

0x022

1


0


R

62,

0x023

1


0


R

629

0x024

1


0


R

630

0x02!

1


0

Digital Output 5: "cti#e Status

R

631

0x026

1


Digital Output 5; "cti#e Status

R

632

0x02

1


Digital Output 56< "cti#e Status

R

633

0x02,

1



R

634

0x029

1


0


R

63!

0x02#

1


0

Digital Output 56 "cti#e Status

R

636

0x02

1


0

0

0 0

0 8 B;#C/BVE 1 8 #C/BVE 3 8 7BS#E7

0 8 B;#C/BVE 1 8 #C/BVE

"

0

0 0 8 B;#C/BVE 1 8 #C/BVE 3 8 7BS#E7

0 0 0

" " " " " " " " " " "

0

0 8 B;#C/BVE 1 8 #C/BVE 3 8 7BS#E7

0 0

" " " " " " "

" " " " " " "

" " " " " "

" " " " " "

4.

4.4

Page 11 of 29


-oling Register


R

63 0x02C

1


0


R

63, 0x027

1


0

" "

" "


R

639

0x02E

1


0

"

"


R

640

0x02

1


0

"

0

"

Parameter Name

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

!roup Start "cti#e Status (D3D3<6)

R

641

0x02,0

1

B&di%ates t(e status of t(e rou) Start sig&a ?i&)ut@.

0 8 B;#C/BVE 1 8 #C/BVE

,ell "larm "cti#e Status (D3D3<2)

R

642

0x02,1

1

B&di%ates t(e status of t(e e #ar' sig&a ?i&)ut@.

0 8 B;#C/BVE 1 8 #C/BVE

0

"

0 8 B;#C/BVE 1 8 #C/BVE

0

"

!en C, rip Comman "cti#e Status (D3D3<)

R

643

0x02,2

1

B&di%ates t(e status of t(e e& reaAer /ri) Co''a&d sig&a ?i&)ut@.

!en C, Close Comman "cti#e Status (D3D3<4)

R

644

0x02,3

1

B&di%ates t(e status of t(e e& reaAer Cose Co''a&d sig&a ?i&)ut@.

0 8 B;#C/BVE 1 8 #C/BVE

0

"

0

"

"ritration Rela' "cti#e Status (DDO<6)

R

64!

0x02,4

1

S(ows status of #rbirtatio& Rea+

0 8 B;#C/BVE 1 8 #C/BVE

!en C, Close "cti#e Status (DDO<2)

R

646

0x02,!

1

S(ows w(et(er t(ere is a e& Ci r%uit reaAer Cose %o''a&d a%ti$e. See registers 614-61! for t(e a%tua status of t(e e& C.

0 8 B;#C/BVE 1 8 #C/BVE

0

"

!en C, rip "cti#e Status (DDO<)

R

64

0x02,6

1

S(ows w(et(er t(ere is a e& Ci r%uit reaAer /ri) %o''a&d a%ti$e. See registers 614-61! for t(e a%tua status of t(e e& C.

0 8 B;#C/BVE 1 8 #C/BVE

0

"

"nalog 3nput 56 Sensor 0alue

R

64,

0x02,

1

Raw se&sor $aue read fro' t(e i&)ut ?V7C '# o('s or @

116  bit

-16

-16 to 3999.93!

0


R

649

0x02,,

1


116  bit

-16

-16 to 3999.93!

0

" "

" "

" "

"nalog 3nput 5 Sensor 0alue

R

6!0

0x02,9

1


116  bit

-16

-16 to 3999.93!

0

"

"

"


R

6!1

0x02,#

1


116  bit

-16

-16 to 3999.93!

0

-,2246,

-,2246, to ,2246.996093!

0

"

"

"

-,2246,

-,2246, to ,2246.996093!

0

"

"

"

0

"

"

"

"nalog 3nput 56 Data 0alue "nalog 3nput 52 Data 0alue

R R

6!2

0x02,

6!4 0x02,7

2 2

7ata $aue as read fro' t(e i&)ut i& e&gi&eeri&g u&its. 7ata $aue as read fro' t(e i&)ut i& e&gi&eeri&g u&its.

12!6  bit 12!6  bit

"nalog 3nput 5 Data 0alue

R

6!6

0x02,

2

7ata $aue as read fro' t(e i&)ut i& e&gi&eeri&g u&its.

12!6  bit

-,2246,

-,2246, to ,2246.996093!

"nalog 3nput 54 Data 0alue

R

6!,

0x0291

2


12!6  bit

-,2246,

-,2246, to ,2246.996093!

0

-,2246,

-,2246, to ,2246.996093!

0

"nalog Output 56 Data 0alue

R

660

0x0293

2

Vaue to be out)ut $ia a&aog out)ut i& e&gi&eeri&g u&its.

12!6  bit

"

" "

"


-oling Register


R

63 0x02C

1


0


R

63, 0x027

1



R

639

0x02E

1


R

640

0x02

1

Parameter Name

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4

0

" "

" "


0

"

"


0

"

0

"

!roup Start "cti#e Status (D3D3<6)

R

641

0x02,0

1

B&di%ates t(e status of t(e rou) Start sig&a ?i&)ut@.

0 8 B;#C/BVE 1 8 #C/BVE

,ell "larm "cti#e Status (D3D3<2)

R

642

0x02,1

1

B&di%ates t(e status of t(e e #ar' sig&a ?i&)ut@.

0 8 B;#C/BVE 1 8 #C/BVE

0

"

0 8 B;#C/BVE 1 8 #C/BVE

0

"

!en C, rip Comman "cti#e Status (D3D3<)

R

643

0x02,2

1

B&di%ates t(e status of t(e e& reaAer /ri) Co''a&d sig&a ?i&)ut@.

!en C, Close Comman "cti#e Status (D3D3<4)

R

644

0x02,3

1

B&di%ates t(e status of t(e e& reaAer Cose Co''a&d sig&a ?i&)ut@.

0 8 B;#C/BVE 1 8 #C/BVE

0

"

0

"

"ritration Rela' "cti#e Status (DDO<6)

R

64!

0x02,4

1

S(ows status of #rbirtatio& Rea+

0 8 B;#C/BVE 1 8 #C/BVE

!en C, Close "cti#e Status (DDO<2)

R

646

0x02,!

1

S(ows w(et(er t(ere is a e& Ci r%uit reaAer Cose %o''a&d a%ti$e. See registers 614-61! for t(e a%tua status of t(e e& C.

0 8 B;#C/BVE 1 8 #C/BVE

0

"

!en C, rip "cti#e Status (DDO<)

R

64

0x02,6

1

S(ows w(et(er t(ere is a e& Ci r%uit reaAer /ri) %o''a&d a%ti$e. See registers 614-61! for t(e a%tua status of t(e e& C.

0 8 B;#C/BVE 1 8 #C/BVE

0

"


R

64,

0x02,

1


116  bit

-16

-16 to 3999.93!

0


R

649

0x02,,

1


116  bit

-16

-16 to 3999.93!

0

" "

" "

" "

"nalog 3nput 5 Sensor 0alue

R

6!0

0x02,9

1


116  bit

-16

-16 to 3999.93!

0

"

"

"


R

6!1

0x02,#

1


116  bit

-16

-16 to 3999.93!

0

-,2246,

-,2246, to ,2246.996093!

0

"

"

"

-,2246,

-,2246, to ,2246.996093!

0

"

"

"

0

"

"

"

"nalog 3nput 56 Data 0alue "nalog 3nput 52 Data 0alue

R R

6!2

0x02,

6!4 0x02,7

2 2

7ata $aue as read fro' t(e i&)ut i& e&gi&eeri&g u&its. 7ata $aue as read fro' t(e i&)ut i& e&gi&eeri&g u&its.

12!6  bit 12!6  bit

"

"nalog 3nput 5 Data 0alue

R

6!6

0x02,

2


12!6  bit

-,2246,

-,2246, to ,2246.996093!

"nalog 3nput 54 Data 0alue

R

6!,

0x0291

2


12!6  bit

-,2246,

-,2246, to ,2246.996093!

0

-,2246,

-,2246, to ,2246.996093!

0

"

"

0

"

"


R

660

0x0293

2


12!6  bit

"


R

662

0x029!

2


12!6  bit

-,2246,

-,2246, to ,2246.996093!

"nalog Output 5 Data 0alue

R

664

0x029

2


12!6  bit

-,2246,

-,2246, to ,2246.996093!

0

"

"

-,2246,

-,2246, to ,2246.996093!

0

"

"

0

"

"

PW$ Output 56 Data 0alue

R

62

0x029

2

Vaue to be out)ut $ia P5M out)ut i& e&gi&eeri&g u&its.

12!6  bit

PW$ Output 52 Data 0alue

R

64

0x02#1

2

Vaue to be out)ut $ia P5M out)ut i& e&gi&eeri&g u&its.

12!6  bit

-,2246,

-,2246, to ,2246.996093!

"nalog Output 56 Data Comman

5

6,1

0x02#,

2

Co''a&d a $aue for t(e out)ut if set to SC#7#. B& arbitrar+ e&gi&eeri&g u&its.

12!6  bit

-,2246,

-!0000 to !0000

0

"

"

2


12!6  bit

-,2246,

-!0000 to !0000

0

"

"

12!6  bit

-,2246,

-!0000 to !0000

0

"

"

"nalog Output 52 Data Comman

5

6,3 0x02##

"nalog Output 5 Data Comman

5

6,! 0x02#C

2


PW$ Output 56 Data Comman

5

6, 0x02#E

2


12!6  bit

-,2246,

-!0000 to !0000

0

"

"

2


12!6  bit

-,2246,

-!0000 to !0000

0

"

"

Offset

Limits (Ranges)

4.

4.4

PW$ Output 52 Data Comman

5

6,9

0x020

Page 12 of 29


-oling Register

Write "ccess Passor (NO1 6)

5

00 0x02

,

Modbus register to w(i%( t(e )assword for t(e desired #%%ess e$e ?0 1 2 or 3@ is writte&.

Ea%( b+te is %o')rised of o&e %(ara%ter $ia its #SCBB %ode. irst ;> ?0x00@ %(ara%ter ter'i&ates stri&g.

&o&e

"

"

"

Le#el 6 Passor (NO1 6)

5

0,

,

Modbus register to w(i%( a &ew e$e 1 )assword is writte& to %(a&ge t(e )assword.


1

"

"

"


2

"

"

"


2

"

"

"

Parameter Name

0x02C3

Ct Description


Sec 4.2 L#l


5

16 0x02C

,


SC"D" Passor (NO1 6)

5

24

0x0273

,

Modbus register to w(i%( a &ew SC#7# )assword is writte& to %(a&ge t(e )assword.

Current Securit' Le#el

R

32 0x027

1

Curre&t se%urit+ e$e of t(e SC#7# 7ata i&A.

1  bit

0

0 to 642!!

0

"

"

"

1  bit

0

0 to 642!!

0

"

"

"

0

"

Set Securit' Le#el (NO1 6)

5

33 0x027C

1

5rite a se%urit+ e$e $aue i&to t(is register to dro) to a ower se%urit+ e$e. /o rise to a (i g(er se%urit+ e$e write t(e %orres)o&di&g )assword to H5rite #%%ess PasswordH ?00@ i&stead.

Le#el  Passor P+one 3n Prompt

R

34 0x0277

,

;u'eri%a Ae+ t(at &eeds to be %o''u&i%ated to t(e fa%tor+ su))ort o)erator w(o %a& )ro$ide a e$e 3 )assword.

Numer of 1ngine C'liners

R

42

0x02E!

1

;u'ber of e&gi&e %+i&ders.

1ngine C'liner 56 =noc* Le#el from Data Lin*

R

43

0x02E6

1


"

"

1  bit

0

0 to 6!!3!

0

"

"

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F1 w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.

1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


R

44

0x02E

1


1ngine C'liner 5 =noc* Le#el from Data Lin*

R

4!

0x02E,

1


1  bit

0

0 to 2!0

0

"

"

1


1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


R

46

0x02E9


R

4 0x02E#

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F! w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.


R

4, 0x02E

1


1  bit

0

0 to 2!0

0

"

"

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.

1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


R

49 0x02EC

1ngine C'liner 5: =noc* Le#el from Data Lin*

R

!0 0x02E7

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F, w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.

1ngine C'liner 5; =noc* Le#el from Data Lin*

R

!1 0x02EE

1


1  bit

0

0 to 2!0

0

"

"

1


1  bit

0

0 to 2!0

0

"

"

1ngine C'liner 56< =noc* Le#el from Data Lin*

R

!2

0x02E


-oling Register

Write "ccess Passor (NO1 6)

5

00 0x02

,

Modbus register to w(i%( t(e )assword for t(e desired #%%ess e$e ?0 1 2 or 3@ is writte&.


&o&e


5

0,

,


Ea%( b+te is %o')rised of o&e %(ara%ter $ia its #SCBB %ode. irst ;> ?0x00@ %(ara%ter ter'i&ates stri&g. Ea%( b+te is %o')rised of o&e %(ara%ter $ia its #SCBB %ode. irst ;> ?0x00@ %(ara%ter ter'i&ates stri&g. Ea%( b+te is %o')rised of o&e %(ara%ter $ia its #SCBB %ode. irst ;> ?0x00@ %(ara%ter ter'i&ates stri&g.

Parameter Name

0x02C3

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4

"

"

"

1

"

"

"

2

"

"

"

2

"

"

"


5

16 0x02C

,


SC"D" Passor (NO1 6)

5

24

0x0273

,

Modbus register to w(i%( a &ew SC#7# )assword is writte& to %(a&ge t(e )assword.

Current Securit' Le#el

R

32 0x027

1

Curre&t se%urit+ e$e of t(e SC#7# 7ata i&A.

1  bit

0

0 to 642!!

0

"

"

"

1  bit

0

0 to 642!!

0

"

"

"

0

"

Set Securit' Le#el (NO1 6)

5

33 0x027C

1

5rite a se%urit+ e$e $aue i&to t(is register to dro) to a ower se%urit+ e$e. /o rise to a (i g(er se%urit+ e$e write t(e %orres)o&di&g )assword to H5rite #%%ess PasswordH ?00@ i&stead.

Le#el  Passor P+one 3n Prompt

R

34 0x0277

,

;u'eri%a Ae+ t(at &eeds to be %o''u&i%ated to t(e fa%tor+ su))ort o)erator w(o %a& )ro$ide a e$e 3 )assword.

Numer of 1ngine C'liners

R

42

0x02E!

1

;u'ber of e&gi&e %+i&ders.


R

43

0x02E6

1


"

"

1  bit

0

0 to 6!!3!

0

"

"


1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


R

44

0x02E

1


1ngine C'liner 5 =noc* Le#el from Data Lin*

R

4!

0x02E,

1


1  bit

0

0 to 2!0

0

"

"

1


1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


R

46

0x02E9


R

4 0x02E#

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F! w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.


R

4, 0x02E

1


1  bit

0

0 to 2!0

0

"

"

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.

1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


R

49 0x02EC


R

!0 0x02E7

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F, w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.


R

!1 0x02EE

1


1  bit

0

0 to 2!0

0

"

"

1


1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


R

!2

0x02E


R

!3

0x020

1



R

!4

0x021

1


1  bit

0

0 to 2!0

0

"

"

1


1  bit

0

0 to 2!0

0

"

"

1


1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"

1ngine C'liner 56 =noc* Le#el from Data Lin* 1ngine C'liner 564 =noc* Le#el from Data Lin*

R R

!! !6

0x022 0x023


R

!

0x024

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F1! w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.


R

!,

0x02!

1


1  bit

0

0 to 2!0

0

"

"

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F1 w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.

1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"

1  bit

0

0 to 2!0

0

"

"


Offset

Limits (Ranges)

4.

4.4


R

!9

0x026


R

60

0x02

1

B&di%ates t(e e$e of A&o%A for e&gi&e %+i&der F1, w(ere 0 is east e$e of A&o%A a&d 100 is 'ost se$ere e$e of A&o%A.


R

61

0x02,

1


Page 13 of 29


R/W

-oling Register

Ct Description

Sec 4.2 L#l


R

62

0x029

1


1  bit

0

0 to 2!0

0

"

"

C'liner 5 6 3gnition iming from Data Lin*

R

6 0x02E

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F1.

1  12, degree  bit

-200 degrees

-200 to 301.99 degrees

0

"

"


R

6,

0x02

1



-200 degrees


0

"

"

C'liner 5  3gnition iming from Data Lin*

R

69

0x0300

1



-200 degrees


0

"

"


R

0

0x0301

1



-200 degrees


0

"

"


R

1

0x0302

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F!.


-200 degrees


0

"

"


R

2

0x0303

1



-200 degrees


0

"

"


R

3

0x0304

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F.


-200 degrees


0

"

"

C'liner 5 : 3gnition iming from Data Lin*

R

4

0x030!

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F,.


-200 degrees


0

"

"

C'liner 5 ; 3gnition iming from Data Lin*

R

!

0x0306

1



-200 degrees


0

"

"

C'liner 56< 3gnition iming from Data Lin*

R

6

0x030

1



-200 degrees


0

"

"

C'liner 566 3gnition iming from Data Lin*

R



0x030,

1



-200 degrees


0

"

"


R

,

0x0309

1



-200 degrees


0

"

"

C'liner 56 3gnition iming from Data Lin*

R

9

0x030#

1



-200 degrees


0

"

"


R

,0

0x030

1



-200 degrees


0

"

"


R

,1 0x030C

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F1!.


-200 degrees


0

"

"


R

,2 0x0307

1



-200 degrees


0

"

"


R

,3

0x030E

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F1.


-200 degrees


0

"

"

R

,4

0x030

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F1,


200 degrees

200 to 301 99 degrees

0

"

"

C'liner 56: 3gnition iming from Data


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4


R

62

0x029

1


1  bit

0

0 to 2!0

0

"

"


R

6 0x02E

1



-200 degrees


0

"

"


R

6,

0x02

1



-200 degrees


0

"

"

C'liner 5  3gnition iming from Data Lin*

R

69

0x0300

1



-200 degrees


0

"

"


R

0

0x0301

1



-200 degrees


0

"

"


R

1

0x0302

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F!.


-200 degrees


0

"

"


R

2

0x0303

1



-200 degrees


0

"

"


R

3

0x0304

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F.


-200 degrees


0

"

"

C'liner 5 : 3gnition iming from Data Lin*

R

4

0x030!

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F,.


-200 degrees


0

"

"

C'liner 5 ; 3gnition iming from Data Lin*

R

!

0x0306

1



-200 degrees


0

"

"


R

6

0x030

1



-200 degrees


0

"

"


R



0x030,

1



-200 degrees


0

"

"


R

,

0x0309

1



-200 degrees


0

"

"

C'liner 56 3gnition iming from Data Lin*

R

9

0x030#

1



-200 degrees


0

"

"


R

,0

0x030

1



-200 degrees


0

"

"


R

,1 0x030C

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F1!.


-200 degrees


0

"

"


R

,2 0x0307

1



-200 degrees


0

"

"


R

,3

0x030E

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F1.


-200 degrees


0

"

"

C'liner 56: 3gnition iming from Data Lin*

R

,4

0x030

1

/(e ig&itio& ti'i&g or 'ai& fue i&Ge%tio& ti'i&g of t(e %+i&der F1,.


-200 degrees


0

"

"

C'liner 56; 3gnition iming from Data Lin*

R

,!

0x0310

1



-200 degrees


0

"

"


R

,6

0x0311

1



-200 degrees


0

"

"

C'liner 56 3gnition ransformer Seconar' Output from Data Lin*

R

91

0x0316

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F13 tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"

C'liner 564 3gnition ransformer Seconar' Output from Data Lin*

R

92

0x031

1


1  bit

-12!

-12! to 12!

0

"

"


R

93

0x031,

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F1! tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

94

0x0319

1


1  bit

-12!

-12! to 12!

0

"

"


Offset

Limits (Ranges)

4.

4.4

Page 14 of 29


R/W

-oling Register

Ct Description

Sec 4.2 L#l


R

9!

0x031#

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F1 tra&sfor'er  as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"

C'liner 56: 3gnition ransformer Seconar' Output from Data Lin*

R

96

0x031

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F1, tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"

C'liner 56; 3gnition ransformer Seconar' Output from Data Lin*

R

9 0x031C

1


1  bit

-12!

-12! to 12!

0

"

"

C'liner 52< 3gnition ransformer Seconar' Output from Data Lin*

R

9, 0x0317

1


1  bit

-12!

-12! to 12!

0

"

"

1ngine Oil emperature from 3/O Pin

R

,00

0x031

1

/e')erature of t(e e&gi&e  ubri%a&t as 'easured b+ t(e auxiia r+ a&aog i&)ut. or ega%+ ) ur)oses o&+. or &ew a))i%atio&s use HE&gi&e =i /e')eratureH ?199@ i&stead.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1+aust emperature

R

,01

0x0320

1

or ega%+ su))ort o&+. or &ew a))i%atio&s use register 20,6 i&stead.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

Left $anifol 1+aust emperature

R

,02

0x0321

1

or ega%+ su))ort o&+. /(is wi read t(e HEx(aust /e')eratureH o&+. or &ew a))i%atio&s i&sta t(er'o%ou)e 'odue a&d use register 241 i&stead.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

Rig+t $anifol 1+aust emperature from 3/O Pin

R

,03

0x0322

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

%uel Le#el from 3/O Pin

R

,04

0x0323

1

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1ternal an* %uel Le#el from 3/O Pin

R

,0!

0x0324

1

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1ngine Oil Le#el from 3/O Pin

R

,06

0x032!

1

or ega%+ su))ort o&+. 5i awa+s read ero. or &ew a))i%atio&s use Custo' Para'eters i&stead.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1


0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

-2!0 APa

-2!0 to 2!1.99 APa

0

"

"

"

1ngine Coolant Le#el from 3/O Pin

R

,0

0x0326

ue e$e as read fro' a& #&aog B&)ut. ue e$e of a& exter&a fue storage %o&tai&er as read fro' a& #&aog B&)ut.

Oil %ilter Differential Pressure from 3/O Pin

R

,09

0x032,

1

or ega%+ su))ort o&+. 5i awa+s read ero. or &ew a))i%atio&s use register 2!1.

"ir %ilter 6 Differential Pressure from 3/O Pin

R

,10

0x0329

1


1  12, APa  bit 0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

1   bit

-12! 

-12! to 12! 

0

"

"

"

%uel %ilter Differential Pressure from 3/O Pin

R

,11

0x032#

1


$ain an* >rea Le#el from 3/O Pin

R

,12

0x032

1

S(ows t(e Mai& /a&A >rea e$e as read fro' #&aog B&)ut


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4


R

9!

0x031#

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F1 tra&sfor'er  as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

96

0x031

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F1, tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

9 0x031C

1


1  bit

-12!

-12! to 12!

0

"

"


R

9, 0x0317

1


1  bit

-12!

-12! to 12!

0

"

"

1ngine Oil emperature from 3/O Pin

R

,00

0x031

1

/e')erature of t(e e&gi&e  ubri%a&t as 'easured b+ t(e auxiia r+ a&aog i&)ut. or ega%+ ) ur)oses o&+. or &ew a))i%atio&s use HE&gi&e =i /e')eratureH ?199@ i&stead.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1+aust emperature

R

,01

0x0320

1

or ega%+ su))ort o&+. or &ew a))i%atio&s use register 20,6 i&stead.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

Left $anifol 1+aust emperature

R

,02

0x0321

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

Rig+t $anifol 1+aust emperature from 3/O Pin

R

,03

0x0322

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

%uel Le#el from 3/O Pin

R

,04

0x0323

1

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1ternal an* %uel Le#el from 3/O Pin

R

,0!

0x0324

1

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1ngine Oil Le#el from 3/O Pin

R

,06

0x032!

1


0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

1


0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

-2!0 APa

-2!0 to 2!1.99 APa

0

"

"

"

1ngine Coolant Le#el from 3/O Pin

R

,0

0x0326

ue e$e as read fro' a& #&aog B&)ut. ue e$e of a& exter&a fue storage %o&tai&er as read fro' a& #&aog B&)ut.

Oil %ilter Differential Pressure from 3/O Pin

R

,09

0x032,

1


"ir %ilter 6 Differential Pressure from 3/O Pin

R

,10

0x0329

1


1  12, APa  bit

%uel %ilter Differential Pressure from 3/O Pin

R

,11

0x032#

1


0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

$ain an* >rea Le#el from 3/O Pin

R

,12

0x032

1

S(ows t(e Mai& /a&A >rea e$e as read fro' #&aog B&)ut.

1   bit

-12! 

-12! to 12! 

0

"

"

"

1

7esired ig&itio& ti'i&g $aue s)e%ifi% to e&gi&e a))i%atio& as re%ei$ed fro' e&gi&e ECM o& t(e 7ata i&A.


-200 degrees


0

"

"

0.001  bit

0

0 to 64.2!!

0

"

"

0.0001  bit

0

0 to 6.42!!

0

"

"

0.0! Ag( )er bit

0 Ag(

0 to 3212.! Ag(

0

"

"

1ngine Desire 3gnition iming 56 from Data Lin*

R

,14 0x0327

Specific -eat Ratio from Data Lin*

R

,1!

0x032E

1

Measured s)e%ifi% (eat ratio of t(e fue as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1ngine %uel Specific !ra#it' from Data Lin*

R

,16

0x032

1

Measured s)e%ifi% gra$it+ of t(e fue as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1ngine !as $ass %lo Rate 56

R

,1

0x0330

1

as 'ass fow rate dei$ered to t(e e&gi&e ?i&sta&%e F1@ as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1ngine uro C+arger ,oost Pressure from Data Lin*

R

,1,

0x0331

1

auge )ressure of air 'easured dow&strea' o& t(e %o')ressor dis%(arge side of t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A ?See Register F249 for ater&ate sour%e.@

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

1ngine !aseous %uel Correction %actor from Data Lin*

R

,19

0x0332

1

# %orre%tio& to a )redefi&ed gaseous fue e&erg+ %o&te&t re)rese&ted as a )er%e&tage as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A. ?#%tua fue e&erg+ used is t(e )rodu%t of gasueous fue %orre%tio& fa%tor a&d t(e e&erg+ of t(e gas@

1  bit

0

0 to 2!0

0

"

"


Offset

Limits (Ranges)

4.

4.4

2 APa  bit

0 APa

0 to !00 APa

0

"

"

4 APa  bit

0 APa

0 to 1000 APa

0

"

"

Page 1! of 29

EMCP 4 Modbus Registers - 4.2 Prod Software Parameter Name 3nta*e $anifol 56 "solute Pressure from Data Lin*

R/W R

-oling Register ,20

0x0333

Ct Description 1

#bsoute air )ressure of t(e i&taAe 'a&ifod ?i&sta&%e F1@ as re%eie$ed fro' a&ot(er 'odue o& t(e 7ata i&A. age )ressure of t(e e&gi &e oi before t(e oi  rea%(es t(e oi fiter as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

Sec 4.2 L#l

1ngine Prefilter Oil Pressure from Data Lin*

R

,21

0x0334

1

1ngine "ctual 1ngine iming from Data Lin*

R

,22

0x033!

1

#%tua ig&itio& ti'i&g at t(e %urre&t e&gi&e %o&ditio&s as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.


-200 degrees


0

"

"

0.4   bit

0

0 to 100

0

"

"

0.4   bit

0

0 to 100

0

"

"

%uel 0al#e 56 Position from Data Lin*

R

,23

0x0336

1

Positio& of a gaseous fue $a$e ?i& sta&%e F1@ t(at is 'eteri&g t(e fue fow to t(e e&gi&e as re %ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A. 0 i&di%ates &o fue fow t(roug( $a$e a&d 100 i&di%ates 'axi'u' fue fow t(roug( $a$e.

Re&ueste %uel 0al#e 56 Position from Data Lin*

R

,24

0x033

1

Re*uested )ositio& of a gaseous fue $a$e ?i&sta&%e F1@ t(at is 'eteri&g t(e fue fow to t(e e&gi &e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

"ftertreatment Wa' Catal'tic Con#erter 3nta*e !as emp from Data Lin*

R

,2!

0x033,

1

/e')erature of e&gi&e %o'bustio& b+)rodu%ts e&teri&g t(e /(ree 5a+ Cata+st i& ex(aust ba&A F1 as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"ftertreatment Wa' Catal'tic Con#erter Outlet !as emp from Data Lin*

R

,26

0x0339

1

/e')erature of e&gi&e %o'bustio& b+)rodu%ts ea$i&g t(e /(ree 5a+ Cata+st i& ex(aust ba&A F1 as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"ftertreatment Wa' Catal'st Differential !as emperature from Data Lin*

R

,2

0x033#

1

7iffere&tia e&gi&e %o'bustio& b+)rodu%ts gas te')erature 'easured betwee& t(e i&taAe a&d o utet of t(e t(ree wa+ %ata+st for ex(aust ba&A F1 as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

1+aust !as O'gen Sensor Close Loop Operation from Data Lin*

R

,2,

0x033

1

B&di%ates w(et(er t(e e&gi&e is usi&g t(e Ex(aust as =x+ge& se&sor to %o&tro t(e airfue ratio as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0

"

"

Desire +rottle 0al#e 56 Position from Data Lin*

R

,29 0x033C

1

Read t(e desired )ositio& ?as a )er%e&tage of fu su))+@ of t(e /(rotte $a$e ?i&sta&%e F1@ t(at is reguati&g t(e fuid ?usua+ airfue 'ixture@ to t(e e&gi&e as re%ei$ed fro' a &ot(er 'odue o& t(e 7ata i&A.

0.4   bit

0

0 to 100

0

"

"

+rottle Position from Data Lin*

R

,30 0x0337

1

Read t(e a%tua )ositio& ?as a )er%e&tage of fu su))+@ of t(e $a$e used to reguate t(e su))+ of a fuid ?usua+ air or fueair 'ixture@ to t(e e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.4   bit

0

0 to 100

0

"

"

ue %o&tro setti&g for fue s(utoff ?i&sta&%e F1@ as re%ei$ed fro'

0 8 =PE; ==P ?&ot usi&g Ex(aust =x+ge& se&sor@ 1 8 C=SE7 ==P ?usi&g Ex(aust =x+ge& se&sor@

0 8 =PE; ?fue su))ied to e&gi&e@ 1 8 C=SE7 ?&o fue su))ied to e&gi&e@

EMCP 4 Modbus Registers - 4.2 Prod Software Parameter Name 3nta*e $anifol 56 "solute Pressure from Data Lin*

R/W R

-oling Register ,20

0x0333

Ct Description 1

#bsoute air )ressure of t(e i&taAe 'a&ifod ?i&sta&%e F1@ as re%eie$ed fro' a&ot(er 'odue o& t(e 7ata i&A. age )ressure of t(e e&gi &e oi before t(e oi  rea%(es t(e oi fiter as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.


Offset

Limits (Ranges)

2 APa  bit

0 APa

0 to !00 APa

4 APa  bit

0 APa

Sec 4.2 L#l

4.

4.4

0

"

"

0 to 1000 APa

0

"

"

1ngine Prefilter Oil Pressure from Data Lin*

R

,21

0x0334

1

1ngine "ctual 1ngine iming from Data Lin*

R

,22

0x033!

1

#%tua ig&itio& ti'i&g at t(e %urre&t e&gi&e %o&ditio&s as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.


-200 degrees


0

"

"

0.4   bit

0

0 to 100

0

"

"

0.4   bit

0

0 to 100

0

"

"

%uel 0al#e 56 Position from Data Lin*

R

,23

0x0336

1

Positio& of a gaseous fue $a$e ?i& sta&%e F1@ t(at is 'eteri&g t(e fue fow to t(e e&gi&e as re %ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A. 0 i&di%ates &o fue fow t(roug( $a$e a&d 100 i&di%ates 'axi'u' fue fow t(roug( $a$e.

Re&ueste %uel 0al#e 56 Position from Data Lin*

R

,24

0x033

1

Re*uested )ositio& of a gaseous fue $a$e ?i&sta&%e F1@ t(at is 'eteri&g t(e fue fow to t(e e&gi &e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

"ftertreatment Wa' Catal'tic Con#erter 3nta*e !as emp from Data Lin*

R

,2!

0x033,

1

/e')erature of e&gi&e %o'bustio& b+)rodu%ts e&teri&g t(e /(ree 5a+ Cata+st i& ex(aust ba&A F1 as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"ftertreatment Wa' Catal'tic Con#erter Outlet !as emp from Data Lin*

R

,26

0x0339

1

/e')erature of e&gi&e %o'bustio& b+)rodu%ts ea$i&g t(e /(ree 5a+ Cata+st i& ex(aust ba&A F1 as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"ftertreatment Wa' Catal'st Differential !as emperature from Data Lin*

R

,2

0x033#

1

7iffere&tia e&gi&e %o'bustio& b+)rodu%ts gas te')erature 'easured betwee& t(e i&taAe a&d o utet of t(e t(ree wa+ %ata+st for ex(aust ba&A F1 as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

1+aust !as O'gen Sensor Close Loop Operation from Data Lin*

R

,2,

0x033

1

B&di%ates w(et(er t(e e&gi&e is usi&g t(e Ex(aust as =x+ge& se&sor to %o&tro t(e airfue ratio as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0

"

"

Desire +rottle 0al#e 56 Position from Data Lin*

R

,29 0x033C

1

Read t(e desired )ositio& ?as a )er%e&tage of fu su))+@ of t(e /(rotte $a$e ?i&sta&%e F1@ t(at is reguati&g t(e fuid ?usua+ airfue 'ixture@ to t(e e&gi&e as re%ei$ed fro' a &ot(er 'odue o& t(e 7ata i&A.

0.4   bit

0

0 to 100

0

"

"

+rottle Position from Data Lin*

R

,30 0x0337

1

Read t(e a%tua )ositio& ?as a )er%e&tage of fu su))+@ of t(e $a$e used to reguate t(e su))+ of a fuid ?usua+ air or fueair 'ixture@ to t(e e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.4   bit

0

0 to 100

0

"

"

%uel S+utoff 56 Control from Data Lin*

R

,31

1

ue %o&tro setti&g for fue s(utoff ?i&sta&%e F1@ as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0 8 =PE; ?fue su))ied to e&gi&e@ 1 8 C=SE7 ?&o fue su))ied to e&gi&e@ 2 8 =CE7 =>/ 3 8 ;=/ #V#B#E

0

"

"

0 8 S/=PPE7 1 8 PRE S/#R/ 2 8 S/#R/B; 3 8 5#RM >P 4 8 R>;;B; ! 8 C==7=5; 6 8 S/=PPB;  8 P=S/ R>;

0

"

"

0

"

"

4.

4.4

0

"

"

0x033E

1ngine Operating State from "D1$

R

,34

0x0341

1

B&di%ates t(e %urre&t state or o)erati&g 'ode of t(e e& gi&e as re%ei$ed fro' t(e e&gi&e ECM o& t(e 7ata i&A.

ime Remaining in 1ngine Operating State from "D1$

R

,3!

0x0342

1

B&di%ate t(e ti'e re'ai&i&g i& t(e %urre&t e&gi&e o)erati&g state as defi&ed b+ register F,34.

0 8 =PE; ==P ?&ot usi&g Ex(aust =x+ge& se&sor@ 1 8 C=SE7 ==P ?usi&g Ex(aust =x+ge& se&sor@

1 se%o&d  bit

0 se%o&ds

0 to 642!! se%o&ds

Offset

Limits (Ranges)

Page 16 of 29


R/W

-oling Register

Ct Description



Sec 4.2 L#l

1ngine Running %lag from "D1$

R

,36

0x0343

1

E&gi&e ru&&i&g status as re%ei$ed fro' t(e e&gi&e ECM o& t(e 7ata i&A. /rue i&di%ates t(e e&gi&e is ru&&i&g.


R

,3

0x0344

1


1  bit

-12!

-12! to 12!

0

"

"


R

,3,

0x034!

1


1  bit

-12!

-12! to 12!

0

"

"


R

,39

0x0346

1


1  bit

-12!

-12! to 12!

0

"

"


R

,40

0x034

1


1  bit

-12!

-12! to 12!

0

"

"


R

,41

0x034,

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F! tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

,42

0x0349

1


1  bit

-12!

-12! to 12!

0

"

"


R

,43

0x034#

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

,44

0x034

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F, tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

,4! 0x034C

1


1  bit

-12!

-12! to 12!

0

"

"


R

,46 0x0347

1


1  bit

-12!

-12! to 12!

0

"

"

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)


Sec 4.2 L#l

4.

4.4

0

"

"

1ngine Running %lag from "D1$

R

,36

0x0343

1

E&gi&e ru&&i&g status as re%ei$ed fro' t(e e&gi&e ECM o& t(e 7ata i&A. /rue i&di%ates t(e e&gi&e is ru&&i&g.


R

,3

0x0344

1


1  bit

-12!

-12! to 12!

0

"

"


R

,3,

0x034!

1


1  bit

-12!

-12! to 12!

0

"

"


R

,39

0x0346

1


1  bit

-12!

-12! to 12!

0

"

"


R

,40

0x034

1


1  bit

-12!

-12! to 12!

0

"

"


R

,41

0x034,

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F! tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

,42

0x0349

1


1  bit

-12!

-12! to 12!

0

"

"


R

,43

0x034#

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

,44

0x034

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F, tra&sfor'er as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

,4! 0x034C

1


1  bit

-12!

-12! to 12!

0

"

"


R

,46 0x0347

1


1  bit

-12!

-12! to 12!

0

"

"


R

,4

0x034E

1

B&di%ates t(e reati$e i&te&sit+ of t(e se%o&dar+ out)ut $otage of ig&itio& F11 tra&sfor'er as re%ei$ed fro' a &ot(er 'odue o& t(e 7ata i&A.

1  bit

-12!

-12! to 12!

0

"

"


R

,4,

0x034

1


1  bit

-12!

-12! to 12!

0

"

"

Offset

Limits (Ranges)

4.

4.4

Page 1 of 29


R/W

-oling Register

Ct Description


Sec 4.2 L#l

1ngine Starter $oe from Data Lin*

R

,49

0x03!0

1

B&di%ates t(e %urre&t state of t(e e&gi&e starter as re%ei$ed fro' t(e e&gi&e ECM o& t(e 7ata i&A.

0 8 S/#R/ ;=/ REK>ES/E7 1 8 S/#R/ER #C/BVE E#R ;=/ E;#E7 2 8 S/#R/ER #C/BVE E#R E;#E7 3 8 S/#R/ B;BSE7 S/#R/ER ;=/ #C/BVE 4 8 S/#R/ER B;BB/E7 E;B;E R>;;B; ! 8 S/#R/ER B;BB/E7 E;B;E ;=/ RE#7J 6 8 S/#R/ER B;BB/E7 7RBVEB;E E;#E7  8 S/#R/ER B;BB/E7 #C/BVE BMM=BBLER , 8 S/#R/ER B;BB/E7 =VER-/EMP 9 8 S/#R/ER B;BB/E7 #BR S>/= V#VE #C/BVE 10 8 S/#R/ER B;BB/E7 SCR B;7>CEME;/ #C/BVE 11 8 RESERVE7 12 8 S/#R/ER B;BB/E7 RE#S=; >;=5; 13 8 ERR=R ?E#CJ@ 14 8 ERR=R 1! 8 ;=/ #V#B#E

1ngine Oil Priming Pump Sitc+ from Data Lin*

R

,!0

0x03!1

1

B&di%ates t(e status of t(e swit%( i&)ut for a%ti$ati&g t(e e&gi&e oi )ri'i&g )u') as re%ei$ed fro' a& a &ot(er 'odue o& t(e 7ata i&A.


1ngine Percent Loa "t Current Spee from Data Lin*

R

,!1

0x03!2

1

Per%e&tage t(at re)rese&ts t(e ratio of a%tua e&gi&e )er%e& t tor*ue to 'axi'u' i&di%ated tor*ue a$aiabe at t(e %urre&t e&gi&e s)eed as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

0

0 to 2!0

0

"

"

1ngine +rottle 0al#e Differential Pressure from Data Lin*

R

,!2

0x03!3

1

7iffere&tia )ressure betwee& t(e i&taAe a&d outet of t(e e&gi &e t(rotte $a$e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"

1+aust !as emperature "#erage from Data Lin*

R

,!3

0x03!4

1

#$erage te')erature based u)o& t(e ex(aust )ort te')erature 'easure'e&ts at ea%( of t(e e&gi&e %+i&ders as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

1+aust !as emperature "#erage  ,an* 6 (Left) from Data Lin*

R

,!4

0x03!!

1

#$erage te')erature based u)o& t(e ex(aust )ort te')erature 'easure'e&ts of ea%( of t(e e&gi&e %+i&ders o& t(e eft ba&A )rior to t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

0

"

"

0

"

"


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4

1ngine Starter $oe from Data Lin*

R

,49

0x03!0

1

B&di%ates t(e %urre&t state of t(e e&gi&e starter as re%ei$ed fro' t(e e&gi&e ECM o& t(e 7ata i&A.

0 8 S/#R/ ;=/ REK>ES/E7 1 8 S/#R/ER #C/BVE E#R ;=/ E;#E7 2 8 S/#R/ER #C/BVE E#R E;#E7 3 8 S/#R/ B;BSE7 S/#R/ER ;=/ #C/BVE 4 8 S/#R/ER B;BB/E7 E;B;E R>;;B; ! 8 S/#R/ER B;BB/E7 E;B;E ;=/ RE#7J 6 8 S/#R/ER B;BB/E7 7RBVEB;E E;#E7  8 S/#R/ER B;BB/E7 #C/BVE BMM=BBLER , 8 S/#R/ER B;BB/E7 =VER-/EMP 9 8 S/#R/ER B;BB/E7 #BR S>/= V#VE #C/BVE 10 8 S/#R/ER B;BB/E7 SCR B;7>CEME;/ #C/BVE 11 8 RESERVE7 12 8 S/#R/ER B;BB/E7 RE#S=; >;=5; 13 8 ERR=R ?E#CJ@ 14 8 ERR=R 1! 8 ;=/ #V#B#E

1ngine Oil Priming Pump Sitc+ from Data Lin*

R

,!0

0x03!1

1

B&di%ates t(e status of t(e swit%( i&)ut for a%ti$ati&g t(e e&gi&e oi )ri'i&g )u') as re%ei$ed fro' a& a &ot(er 'odue o& t(e 7ata i&A.


1ngine Percent Loa "t Current Spee from Data Lin*

R

,!1

0x03!2

1

Per%e&tage t(at re)rese&ts t(e ratio of a%tua e&gi&e )er%e& t tor*ue to 'axi'u' i&di%ated tor*ue a$aiabe at t(e %urre&t e&gi&e s)eed as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  bit

0

0 to 2!0

0

"

"

1ngine +rottle 0al#e Differential Pressure from Data Lin*

R

,!2

0x03!3

1

7iffere&tia )ressure betwee& t(e i&taAe a&d outet of t(e e&gi &e t(rotte $a$e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"

1+aust !as emperature "#erage from Data Lin*

R

,!3

0x03!4

1

#$erage te')erature based u)o& t(e ex(aust )ort te')erature 'easure'e&ts at ea%( of t(e e&gi&e %+i&ders as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

1+aust !as emperature "#erage  ,an* 6 (Left) from Data Lin*

R

,!4

0x03!!

1

#$erage te')erature based u)o& t(e ex(aust )ort te')erature 'easure'e&ts of ea%( of t(e e&gi&e %+i&ders o& t(e eft ba&A )rior to t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

1+aust !as emperature "#erage  ,an* 2 (Rig+t) from Data Lin*

R

,!!

0x03!6

1

#$erage te')erature based u)o& t(e ex(aust )ort te')erature 'easure'e&ts of ea%( of t(e e&gi&e %+i&ders o& t(e rig(t ba&A before t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

%uel 0al#e 6 3nlet "solute Pressure from Data Lin*

R

,!6

0x03!

1

#bsoute )ressure of gas o& t(e i&taAe side of t(e first s+ste' %o&tro $a$e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"

1ngine %uel 0al#e Differential Pressure from Data Lin*

R

,!

0x03!,

1

7iffere&tia )ressure betwee& t(e i&taAe a&d t(e outet of a gaseous fue $a$e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"

"ctual "ftertreatment 56 3nta*e O'gen Sensor 0oltage from Data Lin*

R

,!,

0x03!9

1

#%tua $otage fro' t(e #ftertreat'e&t F1 B&taAe =x+ge& se&sor 'ou&ted at t(e i&taAe of t(e #ftertreat'e&t F1 s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.! 'V  bit

0 'V

0 to 3212.! 'V

0

"

"

Desire "ftertreatment 56 3nta*e O'gen Sensor 0oltage from Data Lin*

R

,!9

0x03!#

1

7esired $otage for t(e #ftertreat'e&t F1 B&taAe =x+ge& se&sor 'ou&ted at t(e i&taAe of t(e #ftertreat'e&t F1 s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.! 'V  bit

0 'V

0 to 3212.! 'V

0

"

"


Offset

Limits (Ranges)

4.

4.4

0

"

"

0

"

"

Page 1, of 29


R/W

-oling Register

Ct Description

Sec 4.2 L#l

"ctual "ftertreatment 56 Outlet O'gen Sensor 0oltage from Data Lin*

R

,60

0x03!

1

#%tua $otage fro' t(e #ftertreat'e&t F1 =utet =x+ge& se&sor 'ou&ted at t(e outet of t(e #ftertreat'e&t F1 s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.! 'V  bit

0 'V

0 to 3212.! 'V

0

"

"

Desire "ftertreatment 56 Outlet O'gen Sensor 0oltage from Data Lin*

R

,61 0x03!C

1

7esired $otage for t(e #ftertreat'e&t F1 =utet =x+ge& se&sor 'ou&ted at t(e outet of t(e #ftertreat'e&t F1 s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.! 'V  bit

0 'V

0 to 3212.! 'V

0

"

"

"ftertreatment 56 3nta*e O'gen Sensor %uel rim Percentage from Data Lin*

R

,62 0x03!7

1

Per%e&tage adGust'e&t 'ade b+ t(e #ftertreat'e&t F1 B&taAe =x+ge& se&sor to t(e fue a%tuator %o&tro %o''a&d as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.01   bit

-320 

-320 to 322.!! 

0

"

"

"ftertreatment 56 Outlet O'gen Sensor %uel rim Percentage from Data Lin*

R

,63

0x03!E

1

Per%e&tage adGust'e&t 'ade b+ t(e #ftertreat'e&t F1 =utet =x+ge& se&sor to t(e fue a%tuator %o&tro %o''a&d as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.01   bit

-320 

-320 to 322.!! 

0

"

"

O'gen Sensor Status from Data Lin*

R

,64

0x03!

1

Status of t(e ox+ge& se&sor t(at refe%ts t(e out)ut %o''a&ded b+ t(e ECM as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0

"

"

1ngine +rottle "ctuator 56 Control Comman from Data Lin*

R

,6,

0x0363

1

Co&tro %o''a&d to t(rotte a%tuator ?i&sta&%e F1@ &or'aied to )er%e&t w(ere 0 re)rese&ts fu+ %osed a& d 100 re)rese&ts fu+ o)e& as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.002!   bit

0

0 to 160.63! 

0

"

"

1ngine uroc+arger Compressor Control from Data Lin*

R

,69

0x0364

1

Co''a&d to a %o')ressor b+)ass a%tuator &or'aied to )er%e&t w(ere 0 &o'i&a+ re)rese&ts fu+ %osed a&d 100 re)rese&ts fu+ o)e& as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.002!   bit

0

0 to 160.63! 

0

"

"

1ngine Oil to 1ngine Coolant Differential emperature from Data Lin*

R

,0

0x036!

1

E&gi&e =i /e')erature 'i&us t(e E&gi&e Cooa&t /e')erature as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1.0 C  bit

-23 C

-23 to 326 C

0

"

"

%uel 1nerg' Content from Data Lin*

R

,1

0x0366

1

E&erg+ %o&te&t ?ower (eati&g $aue@ of t(e gaseous fue as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  2!6 M  ;'N3 )er bit

0 M  ;'N3

0 to 2!0.996 M  ;'N3

0

"

"

"ctual 1ngine 1+aust NO Le#el from Data Lin*

R

,2

0x036

1

0.0! ))'  bit

0 ))'

0 to 32!.1! ))'

0

"

"

Desire 1ngine 1+aust NO Le#el from Data Lin*

R

,3

0x036,

1

7esired e$e of ;=x %o&%e&tratio& i& t(e e&gi&e ex(aust as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0! ))'  bit

0 ))'

0 to 32!.1! ))'

0

"

"

Desire 1ngine +rottle 0al#e Differential Pressure from Data Lin*

R

,4

0x0369

1

7esired )ressure differe&tia a%ross t(e e&gi&e t(rotte $a$e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.1 APa  bit

0 APa

0 to 6!!0.3 APa

0

"

"

1ngine 3nta*e $anifol @C+argeA $ass

#%tua e$e of ;=x %o&%e&tratio& i& t(e e&gi&e ex(aust as 'easured b+ t(e ;=x Se&sor as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

Mass fow rate of t(e air a&d fue t(roug( t(e e&gi&e i&taAe

0 8 = 1 8 =;


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

Sec 4.2 L#l

4.

4.4

"ctual "ftertreatment 56 Outlet O'gen Sensor 0oltage from Data Lin*

R

,60

0x03!

1

#%tua $otage fro' t(e #ftertreat'e&t F1 =utet =x+ge& se&sor 'ou&ted at t(e outet of t(e #ftertreat'e&t F1 s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.! 'V  bit

0 'V

0 to 3212.! 'V

0

"

"

Desire "ftertreatment 56 Outlet O'gen Sensor 0oltage from Data Lin*

R

,61 0x03!C

1

7esired $otage for t(e #ftertreat'e&t F1 =utet =x+ge& se&sor 'ou&ted at t(e outet of t(e #ftertreat'e&t F1 s+ste' as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.! 'V  bit

0 'V

0 to 3212.! 'V

0

"

"

"ftertreatment 56 3nta*e O'gen Sensor %uel rim Percentage from Data Lin*

R

,62 0x03!7

1

Per%e&tage adGust'e&t 'ade b+ t(e #ftertreat'e&t F1 B&taAe =x+ge& se&sor to t(e fue a%tuator %o&tro %o''a&d as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.01   bit

-320 

-320 to 322.!! 

0

"

"

"ftertreatment 56 Outlet O'gen Sensor %uel rim Percentage from Data Lin*

R

,63

0x03!E

1

Per%e&tage adGust'e&t 'ade b+ t(e #ftertreat'e&t F1 =utet =x+ge& se&sor to t(e fue a%tuator %o&tro %o''a&d as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.01   bit

-320 

-320 to 322.!! 

0

"

"

O'gen Sensor Status from Data Lin*

R

,64

0x03!

1

Status of t(e ox+ge& se&sor t(at refe%ts t(e out)ut %o''a&ded b+ t(e ECM as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0

"

"

1ngine +rottle "ctuator 56 Control Comman from Data Lin*

R

,6,

0x0363

1

Co&tro %o''a&d to t(rotte a%tuator ?i&sta&%e F1@ &or'aied to )er%e&t w(ere 0 re)rese&ts fu+ %osed a& d 100 re)rese&ts fu+ o)e& as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.002!   bit

0

0 to 160.63! 

0

"

"

1ngine uroc+arger Compressor Control from Data Lin*

R

,69

0x0364

1

Co''a&d to a %o')ressor b+)ass a%tuator &or'aied to )er%e&t w(ere 0 &o'i&a+ re)rese&ts fu+ %osed a&d 100 re)rese&ts fu+ o)e& as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.002!   bit

0

0 to 160.63! 

0

"

"

1ngine Oil to 1ngine Coolant Differential emperature from Data Lin*

R

,0

0x036!

1

E&gi&e =i /e')erature 'i&us t(e E&gi&e Cooa&t /e')erature as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1.0 C  bit

-23 C

-23 to 326 C

0

"

"

%uel 1nerg' Content from Data Lin*

R

,1

0x0366

1

E&erg+ %o&te&t ?ower (eati&g $aue@ of t(e gaseous fue as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1  2!6 M  ;'N3 )er bit

0 M  ;'N3

0 to 2!0.996 M  ;'N3

0

"

"

"ctual 1ngine 1+aust NO Le#el from Data Lin*

R

,2

0x036

1

0.0! ))'  bit

0 ))'

0 to 32!.1! ))'

0

"

"

Desire 1ngine 1+aust NO Le#el from Data Lin*

R

,3

0x036,

1

7esired e$e of ;=x %o&%e&tratio& i& t(e e&gi&e ex(aust as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.0! ))'  bit

0 ))'

0 to 32!.1! ))'

0

"

"

Desire 1ngine +rottle 0al#e Differential Pressure from Data Lin*

R

,4

0x0369

1

7esired )ressure differe&tia a%ross t(e e&gi&e t(rotte $a$e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.1 APa  bit

0 APa

0 to 6!!0.3 APa

0

"

"

1ngine 3nta*e $anifol @C+argeA $ass %lo Rate from Data Lin*

R

,!

0x036#

1

Mass fow rate of t(e air a&d fue t(roug( t(e e&gi&e i&taAe 'a&ifod as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

1.0 Ag  (r  bit

0 Ag  (r

0 to 6!!03 Ag  (r

0

"

"

1ngine 1+aust NO Le#el Sensor Status from Data Lin*

R

,6

0x036

1

Status of t(e E&gi&e Ex(aust ;=x e$e Se&sor as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0

"

"

"ctual "ir/%uel Ratio from Data Lin*

R

, 0x036C

1

#%tua airfue ratio as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A. #%tua %(arge de&sit+ fa%tor of t(e airfue 'ixture e&teri&g t(e e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

"ctual C+arge Densit' %actor from Data Lin*

R

,, 0x0367

1

Desire C+arge Densit' %actor from Data Lin*

R

,9

0x036E

1

1ngine 3nta*e $anifol 56 "solute Pressure from Data Lin* (-ig+ Resolution)

R

,,1

0x030

1

!earo Oil Pressure from 3/O

R

,,4

0x033

1

#%tua e$e of ;=x %o&%e&tratio& i& t(e e&gi&e ex(aust as 'easured b+ t(e ;=x Se&sor as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0 8 = 1 8 =;

0 8 = 14 8 #C/BVE 1! 8 B;#C/BVE 1004 8 E#/B;

0.1  bit

0

0.0 to 30.0

0

"

"

0.0001  bit

0

0 to 6.!!03

0

"

"

0.0001  bit

0

0 to 6.!!03

0

"

"

#bsoute )ressure 'easure'e&t of t(e air i&taAe 'a&ifod as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"

age )ressure of ubri%atio& fuid i& gearbox as read fro' a& #&aog B&)ut.

0.1 APa  bit

0 APa

0 to 642!.! APa

0

"

"


Offset

Limits (Ranges)

4.

4.4

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

0

"

"

7esired %(arge de&sit+ fa%tor of t(e airfue ' ixture e&teri&g t(e e&gi&e as re%ei$ed fro' a&ot(er 'odue o& t(e 7ata i&A.

Page 19 of 29


R/W

-oling Register

Ct Description

Sec 4.2 L#l

!earo Oil emperature from 3/O

R

,,!

0x034

1

/e')erature of ubri%atio& fuid i & gearbox as read fro' a& #&aog B&)ut.

!as Sustitution Status

R

,,6

0x03!

1

Status of t(e gas substitutio& feature.

$aimum !as Sustitution Percentage

R

,,

0x036

1

Maxi'u' gas substitutio& as a )er%e&tage o f t(e 'axi'u' gasto-diese fue substitutio& rate ?0 8 ;o substitutio& of gas - fu diese100 8 Maxi'u' gas-to-diese substitutio& re*uested@.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"ctual !as Sustitution Percentage

R

,,9

0x03,

1

#%tua )ower as )er%e&tage of 'axi'u' )ower )ro$ided b+ gas to substitute diese )ower.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

Real ime Cloc*

R

900

0x03,3

3

Co%A %o&tai&i&g +ear 'o&t( da+ (our 'i&ute a&d se%o&d i&for'atio&.

>pate Real ime Cloc* Comman (NO1 6)

5

903

0x03,6

3

SC#7# %o''a&d to %(a&ge t(e rea ti'e %o%A i&for'atio&.

Log 1ntr' 3ne

5

1033 0x040,

1

See%ts t(e i&dex of t(e ge&set %o&tro e$e&t og to be read fro' og E&tr+ Modbus register.

Log 1ntr'

R

1034 0x0409

14

Reads t(e e&tr+ of t(e e&set Co&tro og as s)e%ified b+ t(e og E&tr+ B&dex Modbus register.

0 8 B;#C/BVE 1 8 #C/BVE 2 8 =CE7 B;#C/BVE

+te ! 8 1 +ear  bit 19,! offset +te 4 8 0.2! da+s  bit 0 offset +te 3 8 1 'o&t(  bit 0 offset +te 2 8 1 (our  bit 0 offset +te 1 8 1 'i&ute  bit 0 o ffset +te 0 8 0.2! se%o&ds  bit 0 offset

1  bit

0

Register 13 8 og E&tr+ B&dex 1  bit 0 offset 0 to 39 Register 12I11 8 SP;MB ?E$e&t B7@ its 31I24 8 &ot used its 23I! 8 SP; its 4I0 8 MB Register 10 8 ags  Cou&t its 1!I12 8 &ot used its 11I, 8 E$e&t Status 0 8 B&a%ti$e 4 8 #%ti$e ! 8 Prese&t its I0 8 =%%urre&%e Cou&t 1  bit 0 offset 1 to 99 Register 9I, 8 irst our'eter 1 se%o&d  bit 0 offset

0 to 39

0

"

"

"

1

"

"

"

0

"

"

"

0

"

"

"


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

0.0312! C  bit

-23 C

-23 to 13! C

Sec 4.2 L#l

4.

4.4

0

"

"

0

"

"

!earo Oil emperature from 3/O

R

,,!

0x034

1

/e')erature of ubri%atio& fuid i & gearbox as read fro' a& #&aog B&)ut.

!as Sustitution Status

R

,,6

0x03!

1

Status of t(e gas substitutio& feature.

$aimum !as Sustitution Percentage

R

,,

0x036

1

Maxi'u' gas substitutio& as a )er%e&tage o f t(e 'axi'u' gasto-diese fue substitutio& rate ?0 8 ;o substitutio& of gas - fu diese100 8 Maxi'u' gas-to-diese substitutio& re*uested@.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"ctual !as Sustitution Percentage

R

,,9

0x03,

1

#%tua )ower as )er%e&tage of 'axi'u' )ower )ro$ided b+ gas to substitute diese )ower.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

Real ime Cloc*

R

900

0x03,3

3

Co%A %o&tai&i&g +ear 'o&t( da+ (our 'i&ute a&d se%o&d i&for'atio&.

>pate Real ime Cloc* Comman (NO1 6)

5

903

0x03,6

3

SC#7# %o''a&d to %(a&ge t(e rea ti'e %o%A i&for'atio&.

Log 1ntr' 3ne

5

1033 0x040,

1

See%ts t(e i&dex of t(e ge&set %o&tro e$e&t og to be read fro' og E&tr+ Modbus register.

0 8 B;#C/BVE 1 8 #C/BVE 2 8 =CE7 B;#C/BVE

+te ! 8 1 +ear  bit 19,! offset +te 4 8 0.2! da+s  bit 0 offset +te 3 8 1 'o&t(  bit 0 offset +te 2 8 1 (our  bit 0 offset +te 1 8 1 'i&ute  bit 0 o ffset +te 0 8 0.2! se%o&ds  bit 0 offset

1  bit

0

0 to 39

Log 1ntr'

R

1034 0x0409

14

Reads t(e e&tr+ of t(e e&set Co&tro og as s)e%ified b+ t(e og E&tr+ B&dex Modbus register.

Register 13 8 og E&tr+ B&dex 1  bit 0 offset 0 to 39 Register 12I11 8 SP;MB ?E$e&t B7@ its 31I24 8 &ot used its 23I! 8 SP; its 4I0 8 MB Register 10 8 ags  Cou&t its 1!I12 8 &ot used its 11I, 8 E$e&t Status 0 8 B&a%ti$e 4 8 #%ti$e ! 8 Prese&t its I0 8 =%%urre&%e Cou&t 1  bit 0 offset 1 to 99 Register 9I, 8 irst our'eter 1 se%o&d  bit 0 offset Register I6 8 ast our'eter 1 se%o&d  bit 0 offset Register !I3 8 irst /i'esta') its 4I40 8 1 +ear  bit 19,! offset its 39I32 8 0.2! da+s  bit 0 offset its 31I24 8 1 'o&t(  bit 0 offset its 23I16 8 1 (our  bit 0 offset its 1!I, 8 1 'i&ute  bit 0 offset its I0 8 0.2! se%o&ds  bit 0 offset Register 2I0 8 ast /i'esta') ?sa'e e&%odi&g as irst /i'esta')@

Reset 1#ent (NO1 6)

5

104, 0x041

2

SC#7# %o''a&d to reset a si&ge EMCP SC i&ter$a e$e&t ide&tified b+ t(e SP; a&d MB &u'bers.

its 31I24 8 &ot used its 23I! 8 SP; its 4I0 8 MB

Coolon Duration Remaining

R

10!4 0x0417

1

/i'e re'ai&i&g i& %oodow& u&ti e&gi&e is sto))ed. /(is $aue is o&+ 'ea&i&gfu w(ie t(e e&gi&e is i & t(e Coodow& state.

Remote 3nitiate Comman (NO1 6)

5

10!! 0x041E

1

5(e& t(e %o&tro is i& #uto 'ode t(is %o''a&ds t(e e&gi&e to Start w(e& /R>E a&d Sto) w(e& #SE.

1 se%o&d  bit

0 se%o&ds

0 to 642!! se%o&ds

0 8 #SE 1 8 /R>E

0

"

"

"

1

"

"

"

0

"

"

"

0

"

"

"

1

"

"

"

0

"

"

"

0

"

"

"

4.

4.4

Page 20 of 29


-oling Register

1mergenc' Stop Comman (NO1 6)

5

10!6 0x041

1

Desire !enset Output 0oltage

R

10! 0x0420

1

/(e desired RMS $otage to be dei$ered b+ t(e ge&set.

1 V  bit

0V

0.00,12!   bit

Parameter Name

Ct Description 5i %ause t(e e&gi&e to i''ediate+ sto) wit(out %ooi&g dow&.


Offset

Limits (Ranges)

0 8 #SE 1 8 /R>E

Sec 4.2 L#l 0

"

"

"

0 to 642!! V

0

"

"

"

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0.12! r)'  bit

0 r)'

0 to ,031.,! r)'

0

"

"

"

otal 0oltage ,ias Percent

R

10!, 0x0421

1

/(e bias bei&g a))ied to t(e $otage reguator desired out)ut $otage as a )er%e&tage of 40 of rated $otage. /(is wi %(a&ge b+ 0.! w(e& t(e Votage #dGust u)dow& arrow is )ressed o& t(e EMCP 4 dis)a+.

0oltage ,ias Percent 3ncrement Comman (NO1 6)

5

10!9 0x0422

1

B&%re'e&ts t(e )er%e&tage bias to be a))ied to t(e #uto'ati% Votage Reguator. /(is i&%re'e&t gets a))ie d to t(e tota $otage bias )er%e&t register 10!,.

Re&ueste 1ngine Spee

R

1060 0x0423

1

E&gi&e s)eed %urre&t+ bei&g re*uested b+ t(e EMCP 4.

otal Spee ,ias Percent

R

1061 0x0424

1

/(e bias bei&g a))ied to t(e s)eed %o''a&d out)ut as a )er%e&tage of 200 r)'. /(is wi %(a&ge b+ 0.! ea%( ti'e t(e S)eed #dGust eftrig(t arrow is )ressed o& t(e EMCP 4 dis)a+.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

Spee ,ias Percent 3ncrement Comman (NO1 6)

5

1062 0x042!

1

B&%re'e&ts t(e )er%e&tage bias bei&g a))ied to t(e s)eed %o''a&d out)ut. /(is i&%re'e&t gets a))ied to t(e tota s)eed bias )er%e&t register 1061.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

!enerator/,us P+ase Difference

R

1064 0x042

1

P(ase differe&%e betwee& ge& a&d bus. Ma+ be 'ea&i&g ess if V  &ot 5it(i& i'its or if i&  re*ue&%+ Co&tro.


-200 degrees


0

"

!enerator Circuit ,rea*er Status

R

106! 0x042,

1

S(ows t(e status of t(e e&erator Cir%uit reaAer

0 8 =PE; 1 8 C=SE7 2 8 =CE7 =>/  8 ERR=R

0

"

!enerator %re&uenc' it+in Limits

R

106 0x042#

1

B&di%ates w(et(er t(e ge&erator fre*ue&%+ is beow t(e t(res(od for a ge&erator o$er fre*ue&%+ s(utdow& a&d abo $e t(e t(res(od for a ge&erator u&der fre*ue&%+ s(utdow&.

0 8 #SE 1 8 /R>E

0

"

"

"

!enerator 0oltage it+in Limits

R

106, 0x042

1

B&di%ates w(et(er t(e ge&erator $otage is beow t(e t(res(od for a ge&erator o$er $otage s(utdow& a&d a bo$e t(e t(res(od for a ge&erator u&der $otage s(utdow&.

0 8 #SE 1 8 /R>E

0

"

"

"

,us 0oltage it+in Limits

R

1069 0x042C

1

B&di%ates w(et(er t(e bus $otage is beow t(e t(res(od for a bus o$er $otage s(utdow& a&d abo$e t(e t(res(od for a bus u&der $otage s(utdow&.

0 8 #SE 1 8 /R>E

0

"

,us Li#e Status

R

100 0x0427

1

B&di%ates w(et(er t(e bus is i$e ?/rue@.

0 8 #SE 1 8 /R>E

0

"


-oling Register

1mergenc' Stop Comman (NO1 6)

5

10!6 0x041

1

Desire !enset Output 0oltage

R

10! 0x0420

1

/(e desired RMS $otage to be dei$ered b+ t(e ge&set.

1 V  bit

0V

0.00,12!   bit

Parameter Name

Ct Description


5i %ause t(e e&gi&e to i''ediate+ sto) wit(out %ooi&g dow&.

Offset

Limits (Ranges)

0 8 #SE 1 8 /R>E

Sec 4.2 L#l

4.

4.4

0

"

"

"

0 to 642!! V

0

"

"

"

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

0.12! r)'  bit

0 r)'

0 to ,031.,! r)'

0

"

"

"

otal 0oltage ,ias Percent

R

10!, 0x0421

1

/(e bias bei&g a))ied to t(e $otage reguator desired out)ut $otage as a )er%e&tage of 40 of rated $otage. /(is wi %(a&ge b+ 0.! w(e& t(e Votage #dGust u)dow& arrow is )ressed o& t(e EMCP 4 dis)a+.

0oltage ,ias Percent 3ncrement Comman (NO1 6)

5

10!9 0x0422

1

B&%re'e&ts t(e )er%e&tage bias to be a))ied to t(e #uto'ati% Votage Reguator. /(is i&%re'e&t gets a))ie d to t(e tota $otage bias )er%e&t register 10!,.

Re&ueste 1ngine Spee

R

1060 0x0423

1

E&gi&e s)eed %urre&t+ bei&g re*uested b+ t(e EMCP 4.

otal Spee ,ias Percent

R

1061 0x0424

1

/(e bias bei&g a))ied to t(e s)eed %o''a&d out)ut as a )er%e&tage of 200 r)'. /(is wi %(a&ge b+ 0.! ea%( ti'e t(e S)eed #dGust eftrig(t arrow is )ressed o& t(e EMCP 4 dis)a+.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

Spee ,ias Percent 3ncrement Comman (NO1 6)

5

1062 0x042!

1

B&%re'e&ts t(e )er%e&tage bias bei&g a))ied to t(e s)eed %o''a&d out)ut. /(is i&%re'e&t gets a))ied to t(e tota s)eed bias )er%e&t register 1061.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

"

"

"

!enerator/,us P+ase Difference

R

1064 0x042

1

P(ase differe&%e betwee& ge& a&d bus. Ma+ be 'ea&i&g ess if V  &ot 5it(i& i'its or if i&  re*ue&%+ Co&tro.


-200 degrees


0

"

!enerator Circuit ,rea*er Status

R

106! 0x042,

1

S(ows t(e status of t(e e&erator Cir%uit reaAer

0 8 =PE; 1 8 C=SE7 2 8 =CE7 =>/  8 ERR=R

0

"

!enerator %re&uenc' it+in Limits

R

106 0x042#

1

B&di%ates w(et(er t(e ge&erator fre*ue&%+ is beow t(e t(res(od for a ge&erator o$er fre*ue&%+ s(utdow& a&d abo $e t(e t(res(od for a ge&erator u&der fre*ue&%+ s(utdow&.

0 8 #SE 1 8 /R>E

0

"

"

"

!enerator 0oltage it+in Limits

R

106, 0x042

1

B&di%ates w(et(er t(e ge&erator $otage is beow t(e t(res(od for a ge&erator o$er $otage s(utdow& a&d a bo$e t(e t(res(od for a ge&erator u&der $otage s(utdow&.

0 8 #SE 1 8 /R>E

0

"

"

"

,us 0oltage it+in Limits

R

1069 0x042C

1

B&di%ates w(et(er t(e bus $otage is beow t(e t(res(od for a bus o$er $otage s(utdow& a&d abo$e t(e t(res(od for a bus u&der $otage s(utdow&.

0 8 #SE 1 8 /R>E

0

"

,us Li#e Status

R

100 0x0427

1

B&di%ates w(et(er t(e bus is i$e ?/rue@.

0 8 #SE 1 8 /R>E

0

"

!enset Control Online

R

1090 0x0441

1

B&di%ates w(et(er t(e EMCP SC is o& t(e %o''u&i%atio& &etworA. /(is wi awa+s be /rue.

0 8 #SE 1 8 /R>E

0

"

"

"

0 8 #SE 1 8 /R>E

0

"

"

"

1ngine Control Online

R

1091 0x0442

1

B&di%ates w(et(er t(e e&gi&e ECM is i& %o''u&i%atio& wit( t(e EMCP SC $ia C#;.

Seconar' 1ngine Control Online

R

1092 0x0443

1

B&di%ates w(et(er t(e se%o&dar+ e&gi&e ECM is i& %o''u&i%atio& wit( t(e EMCP SC $ia C#;.

0 8 #SE 1 8 /R>E

0

"

"

"

1ternal 3/O 56 Online

R

1093 0x0444

1

B&di%ates w(et(er t(e 7B= 'odue i&sta&%e F1 is i& %o''u&i%atio& 0 8 #SE wit( t(e EMCP SC $ia C#;. 1 8 /R>E

0

"

"

"

0

"

"

"


R

1094 0x044!

1


1ternal 3/O 5 Online

R

109! 0x0446

1


0

"

"

"

0

"

"

"

0

"

"

"

Sec L#l

4.2

4.

4.4


R

1096 0x044

1

B&di%ates w(et(er t(e 7B= 'odue i&sta&%e F4 is i& %o''u&i%atio& 0 8 #SE wit( t(e EMCP SC $iaC#;. 1 8 /R>E

Digital "0R Online

R

109 0x044,

1

B&di%ates w(et(er t(e digita #VR 'odue is i& %o''u&i%atio& wit( t(e EMCP SC $ia C#;.

0 8 #SE 1 8 /R>E

Page 21 of 29


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

RD $oule Online

R

109, 0x0449

1

B&di%ates w(et(er t(e R/7 'odue is i& %o''u&i%atio& wit( t(e EMCP SC $ia C#;.

0 8 #SE 1 8 /R>E

0

"

"

"

+ermocouple 56 Online

R

1099 0x044#

1

B&di%ates w(et(er t(e t(er'o%ou)e 'odue i&sta&%e F1 is i& %o''u&i%atio& wit( t(e EMCP SC $ia C#;.

0 8 #SE 1 8 /R>E

0

"

"

"


R

1100 0x044

1


0 8 #SE 1 8 /R>E

0

"

"

"

0 8 #SE 1 8 /R>E

0

"

"

"

SCR $oule Online

R

1103 0x044E

1

/es w(et(er t(is de$i%e is %o''u&i%ati&g o& eit(er of t(e C#; datai&As. or use b+ dis)a+ ?to s(ow e$e&t og@ or exter&a %usto'er.

S'nc $oe Sitc+ State

R

110, 0x04!3

1

Read t(e state of t(e S+&% Mode Swit%(.

0 8 = 1 8 #>/=M#/BC 2 8 M#;># 3 8 CEC

0

"

Reads t(e state of 7ead us #rbitratio&.

0 8 7# 7BS#E7 1 8 7# E;#E7 2 8 REK>ES/B; 3 8 C#P/>RB; 4 8 #R CEC ! 8 C=SE R#;/E7 6 8 E; =;B;E  8 7# #B>RE F1 , 8 7# #B>RE F2 9 8 7# #B>RE F3 10 8 #B>RE 5#B/ 11 8 M#O #B>RES 12 8 BVE >S 13 8 RR C=SE7 14 8 B;E #>/ F1 1! 8 B;E #>/ F2 16 8 B;E #>/ F3 1 8 7# #B>RE F1 1, 8 7# #B>RE F2 19 8 7# #B>RE F3 20 8 7# #B>RE F4

0

"

Dea ,us "ritration State

R

1111 0x04!6

1


-oling Register

RD $oule Online

R

109, 0x0449

1

B&di%ates w(et(er t(e R/7 'odue is i& %o''u&i%atio& wit( t(e EMCP SC $ia C#;.


R

1099 0x044#

1

Parameter Name

Sec L#l

4.2

4.

4.4

0 8 #SE 1 8 /R>E

0

"

"

"


0 8 #SE 1 8 /R>E

0

"

"

"

0 8 #SE 1 8 /R>E

0

"

"

"

"

"

"

Ct Description


Offset

Limits (Ranges)


R

1100 0x044

1


SCR $oule Online

R

1103 0x044E

1

/es w(et(er t(is de$i%e is %o''u&i%ati&g o& eit(er of t(e C#; datai&As. or use b+ dis)a+ ?to s(ow e$e&t og@ or exter&a %usto'er.

0 8 #SE 1 8 /R>E

0

S'nc $oe Sitc+ State

R

110, 0x04!3

1

Read t(e state of t(e S+&% Mode Swit%(.

0 8 = 1 8 #>/=M#/BC 2 8 M#;># 3 8 CEC

0

"

Reads t(e state of 7ead us #rbitratio&.

0 8 7# 7BS#E7 1 8 7# E;#E7 2 8 REK>ES/B; 3 8 C#P/>RB; 4 8 #R CEC ! 8 C=SE R#;/E7 6 8 E; =;B;E  8 7# #B>RE F1 , 8 7# #B>RE F2 9 8 7# #B>RE F3 10 8 #B>RE 5#B/ 11 8 M#O #B>RES 12 8 BVE >S 13 8 RR C=SE7 14 8 B;E #>/ F1 1! 8 B;E #>/ F2 16 8 B;E #>/ F3 1 8 7# #B>RE F1 1, 8 7# #B>RE F2 19 8 7# #B>RE F3 20 8 7# #B>RE F4

0

"

0

"

0

"

"

0

"

"

"

"

4.

4.4

0

"

"

0

"

"

Dea ,us "ritration State

R

1111 0x04!6

1

Loa Sense Loa Deman State

R

1120 0x04!

1

Reads t(e state of oad Se&se oad 7e'a&d.

0 8 S7 = 1 8 S7 5#B/ 2 8 #;#JLB; 5 3 8 #RB/R#/B=; 4 8 R#MP >P ! 8 #S/ >;B/ CEC 6 8 R#MP 7=5;  8 S7 S/#;7J

Loa S+e Comman "cti#e Status

R

1129 0x046,

1

i&di%ates t(e status of t(e oad S(ed Co''a&d out)ut.

0 8 B;#C/BVE 1 8 #C/BVE 3 8 7BS#E7

Loa S+e Comman Reset (NO1 6)

5

1130 0x0469

1

/rue resets t(e oad S(ed Co''a&d out)ut. /(is worAs o&+ if t(e 0 8 #SE a%ti$atio& %o&ditio&s are &o o&ger )rese&t. 1 8 /R>E

0oltage Compensation ,ias Percent

R

1136 0x046

1

Votage bias as a )er%e&tage of &o'i&a a))ied based o& Rea%ti$e 7roo) or i&e oss Co')e&satio& setti&gs.

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

0

Offset

Limits (Ranges)

Sec L#l

Page 22 of 29


R/W

-oling Register

Ct Description


0 8 >;7EB;E7 1 8 V=/S 2 8 V : 7R==P 3 8 V : B;E =SS 4 8 S=/ S/#R/ ! 8 /R#;SBE;/ REBE #C/BVE 6 8 S=/ REC=VERJ  8 BVR =CE7 =>/ , 8 SJ;CR=;BLB; 9 8 P C=;/R= 10 8 AV#r S#RB; 11 8 S/=PPB;

4.2

3ntegrate 0oltage Regulator Operating State

R

113 0x040

1

B&di%ates t(e o)erati&g state of t(e B&tegrated Votage Reguator feature w(e& %o&figured.

!enerator 1citation Comman Percentage

R

113, 0x041

1

Reads t(e ge&erator ex%itatio& %o''a&d )er%e&tage out)ut fro' t(e B&tegrated Votage Reguator feature ?)ro)ortio&a to ge&erator ex%itatio& %urre&t@.

Primar' Data Lin* Status

R

1140 0x043

1

i&di%ates a&+ )rese&t fauts o& t(is datai&A

0 8 = 1 8 #>/

0

"

"

"

"ccessor' Data Lin* Status

R

1141 0x044

1


0 8 = 1 8 #>/

0

"

"

"

RS4:7 SC"D" Data Lin* Status

R

1142 0x04!

1


0 8 = 1 8 #>/

0

"

"

"

CP/3P SC"D" Data Lin* Status

R

1143 0x046

1


0 8 = 1 8 #>/ 3 8 7BS#E7 =R ;=/ #V#B#E

0

"

"

RS4:7 "nnunciator Data Lin* Status

R

1144 0x04

1


0 8 = 1 8 #>/

0

"

"

CDL Data Lin* Status

R

114!

1


0 8 = 1 8 #>/

0

"

"

1ngine Coolant Pressure 52 from Data Lin*

R

12! 0x04E,

1

Pressure of i*uid fou&d i& e&gi&e %ooi&g s+ste' ?i&sta&%e F2@  as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A. .

2 APa  bit

0 APa

0 to !00 APa

0

"

"

1


0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"


R

0x04,

1261 0x04E,

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

"

"


R/W

-oling Register

Ct Description


Offset

Limits (Ranges)

0 8 >;7EB;E7 1 8 V=/S 2 8 V : 7R==P 3 8 V : B;E =SS 4 8 S=/ S/#R/ ! 8 /R#;SBE;/ REBE #C/BVE 6 8 S=/ REC=VERJ  8 BVR =CE7 =>/ , 8 SJ;CR=;BLB; 9 8 P C=;/R= 10 8 AV#r S#RB; 11 8 S/=PPB;

Sec L#l

4.2

4.

4.4

0

"

"

0

"

"

3ntegrate 0oltage Regulator Operating State

R

113 0x040

1

B&di%ates t(e o)erati&g state of t(e B&tegrated Votage Reguator feature w(e& %o&figured.

!enerator 1citation Comman Percentage

R

113, 0x041

1

Reads t(e ge&erator ex%itatio& %o''a&d )er%e&tage out)ut fro' t(e B&tegrated Votage Reguator feature ?)ro)ortio&a to ge&erator ex%itatio& %urre&t@.

Primar' Data Lin* Status

R

1140 0x043

1


0 8 = 1 8 #>/

0

"

"

"

"ccessor' Data Lin* Status

R

1141 0x044

1


0 8 = 1 8 #>/

0

"

"

"

RS4:7 SC"D" Data Lin* Status

R

1142 0x04!

1


0 8 = 1 8 #>/

0

"

"

"

CP/3P SC"D" Data Lin* Status

R

1143 0x046

1


0 8 = 1 8 #>/ 3 8 7BS#E7 =R ;=/ #V#B#E

0

"

"

RS4:7 "nnunciator Data Lin* Status

R

1144 0x04

1


0 8 = 1 8 #>/

0

"

"

CDL Data Lin* Status

R

114!

1


0 8 = 1 8 #>/

0

"

"


R

12! 0x04E,

1


2 APa  bit

0 APa

0 to !00 APa

0

"

"

0.12! APa  bit

0 APa

0 to ,031.,! APa

0

"

"

"

0x04,

0.00,12!   bit

-2!1 

-2!1 to 2!0.99 

"


R

1261 0x04E,

1


Lo 3le State from "D1$

R

1263 0x04EE

1

B&di%ates w(et(er t(e E&gi&e is i& ow ide state.


0

"

"

"

1ngine Protection +as S+ut Don 1ngine

R

12! 0x04#

1

B&di%ates t(at t(e e&gi&e )rote%tio& s+ste' (as s(ut dow& t(e e&gi&e as o))osed to t(e e&gi&e s(utti&g dow& ba sed o& a %o''a&d fro' t(e EMCP 4


0

"

"

"

Control S/N

R

126 0x04

6

Reads t(e Seria ;u'ber of t(e EMCP 4 SC.


0

"

"

"

B&di%atio& of t(e desired e&gi&e o)erati&g s)eed as re%ei$ed fro' t(e e&gi&e ECM o& t(e C#; 7ata i&A.

0

"

"

"

Desire 1ngine Spee from "D1$

R

12,3 0x0!=2

1

Programmale C'cle imer 6 Output  Status

R

14, 0x0!CE

1

0.12! r)'  bit

0 r)'

0 to ,031.,! r)'

"

0

Page 23 of 29


-oling Register


R

14,, 0x0!C

1

0

"

Programmale C'cle imer  Output  Status

R

14,9 0x0!70

1

0

"


R

1490 0x0!71

1

0

"


R

1491 0x0!72

1

0

"


R

1492 0x0!73

1

0

"


R

1493 0x0!74

1

0

"

Parameter Name

1#ent Log $oule Selection

5

149, 0x0!79

Ct Description

1

S(ows status of =ut)ut 3 as dri$e& b+ t(is ti'er. =ut)ut 3 is used to %o''a&d t(e e&erator Cir%uit reaAer to %ose.


Offset

Limits (Ranges)

0 8 PC/ =ut)ut 3 is %urre&t+ &ot a%ti$ated b+ t(is ti'er ?but is %o&figured@. 1 8 PC/ =ut)ut 3 is %urre&t+ a%ti$ated b+ t(is ti'er. 2 8 PC/ =ut)ut 3 is &ot %o&figured to be a%ti$ated b+ t(is ti'er.

0 8 E;SE/ C=;/R= 1 8 E;B;E C=;/R= 2 8 SEC=;7#RJ E;B;E C=;/R= 3 8 EO/ER;# B= F1 5rite a $aue to t(is register to see%t w(i%( 'odue e$e&ts are 4 8 EO/ER;# B= F2 a%%essibe $ia t(e Modue E$e&t og E&tr+ F )ara'eters ?1!00 ! 8 EO/ER;# B= F3 t(roug( 1!6@. 5riti&g a $aue to t(is register %(a&ges t(e $aue of 6 8 EO/ER;# B= F4 t(e E$e&t og Modue See%tio& )ara'eter ?register 1499@.  8 7BB/# #VR , 8 R/7 M=7>E 9 8 /ERM=C=>PE M=7>E F1 10 8 /ERM=C=>PE M=7>E F2 11 8 SCR M=7>E

0 8 E;SE/ C=;/R= 1 8 E;B;E C=;/R=

Sec 4.2 L#l

0

"

4.

"

4.4

"


-oling Register


R

14,, 0x0!C

1

0

"

Programmale C'cle imer  Output  Status

R

14,9 0x0!70

1

0

"


R

1490 0x0!71

1

0

"


R

1491 0x0!72

1

0

"


R

1492 0x0!73

1

0

"


R

1493 0x0!74

1

0

"

Parameter Name


5

149, 0x0!79

Ct Description



Offset

Limits (Ranges)


Sec 4.2 L#l

4.

4.4

1

0 8 E;SE/ C=;/R= 1 8 E;B;E C=;/R= 2 8 SEC=;7#RJ E;B;E C=;/R= 3 8 EO/ER;# B= F1 5rite a $aue to t(is register to see%t w(i%( 'odue e$e&ts are 4 8 EO/ER;# B= F2 a%%essibe $ia t(e Modue E$e&t og E&tr+ F )ara'eters ?1!00 ! 8 EO/ER;# B= F3 t(roug( 1!6@. 5riti&g a $aue to t(is register %(a&ges t(e $aue of 6 8 EO/ER;# B= F4 t(e E$e&t og Modue See%tio& )ara'eter ?register 1499@.  8 7BB/# #VR , 8 R/7 M=7>E 9 8 /ERM=C=>PE M=7>E F1 10 8 /ERM=C=>PE M=7>E F2 11 8 SCR M=7>E

0

"

"

"

0 8 E;SE/ C=;/R= 1 8 E;B;E C=;/R= 2 8 SEC=;7#RJ E;B;E C=;/R= 3 8 EO/ER;# B= F1 4 8 EO/ER;# B= F2 Read t(is register to deter'i&e w(i%( 'odue e$e&ts are %urre&t+ ! 8 EO/ER;# B= F3 a%%essibe $ia t(e Modue E$e&t og E&tr+ F )ara'eters ?registers 6 8 EO/ER;# B= F4 1!00 t(roug( 1!6@.  8 7BB/# #VR , 8 R/7 M=7>E 9 8 /ERM=C=>PE M=7>E F1 10 8 /ERM=C=>PE M=7>E F2 11 8 SCR M=7>E

0

"

"

"

" "

" "

" "

" " "

" " "


R

1499 0x0!7#

1

$oule 1#ent Log 1ntr' 6

R

1!00 0x0!7

14

0


R

1!14 0x0!E9

14

0

$oule 1#ent Log 1ntr' 

R

1!2, 0x0!

14

0


R

1!42 0x060!

14

0


R

1!!6 0x0613

14

0

" " "


R

1!0 0x0621

14

0

"

"

"

Sec L#l

4.2

4.

4.4

Page 24 of 29


-oling Register


R

1!,4 0x062

14

0

"

"

"

$oule 1#ent Log 1ntr' :

R

1!9, 0x0637

14

0

"

"

"

$oule 1#ent Log 1ntr' ;

R

1612 0x064

14

0

"

"

"

$oule 1#ent Log 1ntr' 6<

R

1626 0x06!9

14

0

"

"

"


R

1640 0x066

14

0

"

"

"


R

16!4 0x06!

14

0

"

"

"

$oule 1#ent Log 1ntr' 6

R

166, 0x06,3

14

0

"

"

"


R

16,2 0x0691

14

0


R

1696 0x069

14

0

" "

" "

" "


R

110 0x06#7

14


R

124 0x06

14

$oule 1#ent Log 1ntr' 6:

R

13, 0x06C9

14

$oule 1#ent Log 1ntr' 6;

R

1!2 0x067

14


R

166 0x06E!

14


R

1,0 0x063

14


R

194 0x001

14


R

1,0, 0x00

14


R

1,22 0x017

14


R

1,36 0x02

14


R

1,!0 0x039

14


R

1,64 0x04

14


R

1,, 0x0!!


R

1,92 0x063

$oule 1#ent Log 1ntr' <

R

$oule 1#ent Log 1ntr' 6

Parameter Name

Ct Description


Offset

Limits (Ranges)


0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0 0

" "

" "

" "

14

0

"

"

"

14

0

"

"

"

1906 0x01

14

0

"

"

"

R

1920 0x0

14

0

"

"

"


R

1934 0x0,7

14

0

$oule 1#ent Log 1ntr' 

R

194, 0x09

14

0

" "

" "

" "


R

1962 0x0#9

14

0

"

"

"


R

196 0x0

14

0

"

"

"

Reads t(e %orres)o&di&g e&tr+ of t(e E$e&t og for t(e 'odue s)e%ified i& t(e E$e&t og Modue See%tio& register.


-oling Register

Sec L#l

4.2

4.

4.4


R

1!,4 0x062

$oule 1#ent Log 1ntr' :

R

1!9, 0x0637

14

0

"

"

"

14

0

"

"

$oule 1#ent Log 1ntr' ;

R

1612 0x064

"

14

0

"

"


R

"

1626 0x06!9

14

0

"

"


"

R

1640 0x066

14

0

"

"

"


R

16!4 0x06!

14

0

"

"

"


R

166, 0x06,3

14

0

"

"

"


R

16,2 0x0691

14

0


R

1696 0x069

14

0

" "

" "

" "


R

110 0x06#7

14


R

124 0x06

14


R

13, 0x06C9

14


R

1!2 0x067

14


R

166 0x06E!

14


R

1,0 0x063

14


R

194 0x001

14


R

1,0, 0x00

14


R

1,22 0x017

14


R

1,36 0x02

14


R

1,!0 0x039

14


R

1,64 0x04

14


R

1,, 0x0!!


R

1,92 0x063

$oule 1#ent Log 1ntr' <

R


Parameter Name

Ct Description


Offset

Limits (Ranges)


0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0 0

" "

" "

" "

14

0

"

"

"

14

0

"

"

"

1906 0x01

14

0

"

"

"

R

1920 0x0

14

0

"

"

"


R

1934 0x0,7

14

0

$oule 1#ent Log 1ntr' 

R

194, 0x09

14

0

" "

" "

" "


R

1962 0x0#9

14

0

"

"

"


R

196 0x0

14

0

"

"

"


R

1990 0x0C!

14

0

"

"

"


R

2004 0x073

14

0

"

"

"

$oule 1#ent Log 1ntr' :

R

201, 0x0E1

14

0

"

"

"

$oule 1#ent Log 1ntr' ;

R

2032 0x0E

14

0

"

"

"


R

2046 0x07

14

0

"

"

"

Programmale C'cle imer 6 Output 6 Status

R

2060 0x0,0

1

0

"

"

"


R

2061 0x0,0C

1

0

"

"

"

Programmale C'cle imer  Output 6 Status

R

2062 0x0,07

1

0

"

"

"

0

"

"

"

Reads t(e %orres)o&di&g e&tr+ of t(e E$e&t og for t(e 'odue s)e%ified i& t(e E$e&t og Modue See%tio& register.




R

2063 0x0,0E

1


R

2064 0x0,0

1

0

"

"

"


R

206! 0x0,10

1

0

"

"

"

4.

4.4

Page 2! of 29


-oling Register


R

2066 0x0,11

1

0

"

"

"


R

206 0x0,12

1

0

"

"

"


R

206, 0x0,13

1

0

"

"

"


R

2069 0x0,14

1

0

"

"

"

0

"

"

"

Parameter Name

Ct Description



Offset

Limits (Ranges)


Sec 4.2 L#l


R

200 0x0,1!

1


R

201 0x0,16

1

0

"

"

"


R

202 0x0,1

1

0

"

"

"


R

203 0x0,1,

1

0

"

"

"

uroc+arger 6 Compressor 3nlet emperature

R

204 0x0,19

1

/e')erature of t(e air e&teri&g t(e %o')ressor side o f t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20! 0x0,1#

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

uroc+arger  Compressor 3nlet emperature

R

206 0x0,1

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20 0x0,1C

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

uroc+arger 6 urine 3nlet emperature

R

20, 0x0,17

1

/e')erature of t(e %o'bustio& b+-)rodu%ts e&teri&g t(e turbi&e side of t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

uroc+arger 6 urine Outlet emperature

R

209 0x0,1E

1

/e')erature of t(e %o'bustio& b+-)rodu%ts exiti&g t(e turbi&e side of t(e turbo%(arger as re%ei$ed fro' a&ot(er 'odue o& t(e C#; 7ata i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20,0 0x0,1

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


-oling Register


R

2066 0x0,11

1

0


R

206 0x0,12

1


R

206, 0x0,13

1


R

2069 0x0,14

1

Parameter Name

Ct Description



Offset

Limits (Ranges)


Sec 4.2 L#l

4.

4.4

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"

0

"

"

"


R

200 0x0,1!

1


R

201 0x0,16

1

0

"

"

"


R

202 0x0,1

1

0

"

"

"


R

203 0x0,1,

1

0

"

"

"


R

204 0x0,19

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20! 0x0,1#

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

uroc+arger  Compressor 3nlet emperature

R

206 0x0,1

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20 0x0,1C

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20, 0x0,17

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

209 0x0,1E

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20,0 0x0,1

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20,1 0x0,20

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

uroc+arger  urine 3nlet emperature

R

20,2 0x0,21

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

uroc+arger  urine Outlet emperature

R

20,3 0x0,22

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20,4 0x0,23

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"


R

20,! 0x0,24

1


0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

1+aust emperature from Data Lin*

R

20,6 0x0,2!

1

/e')erature of %o'bustio& b+)rodu%ts ea$i&g t(e e&gi&e as re%ei$ed fro' a&ot(er 'odue o$er t(e C#; data i&A.

0.0312! C  bit

-23 C

-23 to 13! C

0

"

"

"

Offset

Limits (Ranges)

4.

4.4

Page 26 of 29


-oling Register

%uel Pump Primer Status

R

20, 0x0,26

1

S(ows status of t(e ue Pri'er Pu')

$anual %uel Priming Duration Remaining

R

2091 0x0,2#

1

/i'e re'ai&i&g i& 'a&ua fue )ri'i&g i& se%o&ds. Versio& of software o& t(e %o&troer. ;> %(ara%ter ?0x00@ ter'i&ates stri&g.

Parameter Name

Ct Description


0 8 7ea%ti$ate ue Pri'i&g 1 8 Pri'i&g #%ti$e 2 8 Pri'i&g B&a))ro)riate

1 se%o&d  bit

0 se%o&ds

0 to 642!! se%o&ds

Ea%( b+te is %o')rised of o&e %(a ra%ter $ia its #SCBB %ode. irst ;> ?0x00@ %(ara%ter ter'i&ates stri&g.

Sec 4.2 L#l

0

"

"

"

0

"

"

"

0

"

"

"

" "

" "

" "

" " "

" " "

" " " " " "

" " " " " "

" "

" "

" " "

" " "

Softare ,uil 0ersion

R

21,, 0x0,,

10

Digital Output 56 Comman

5

2232 0x0,

1

0


5

2233 0x0,,

1

0

Digital Output 5 Comman

5

2234 0x0,9

1

0


5

223! 0x0,#

1

0


5

2236 0x0,

1

0


5

223 0x0,C

1

0


5

223, 0x0,7

1

0

Digital Output 5: Comman

5

2239 0x0,E

1

0

Digital Output 5; Comman

5

2240 0x0,

1

0

Digital Output 56< Comman

5

2241 0x0,C0

1

0


5

2242 0x0,C1

1

0


5

2243 0x0,C2

1


5

2244 0x0,C3

1


5

224! 0x0,C4

1

0


5

2246 0x0,C!

1

0


5

224 0x0,C6

1

0


5

224, 0x0,C

1

0

Rela' Output 56 Comman

5

22!2 0x0,C

1

0

"


5

22!3 0x0,CC

1

0

Rela' Output 5 Comman

5

22!4 0x0,C7

1

0


5

22!! 0x0,CE

1

0

" " "


5

22!6 0x0,C

1

0

"

0 %o''a&d to a%ti$ate t(is out)ut. #))ies o&+ w(e& >sage /+)e is 0 8 7E#C/BV#/E set to SC#7# 1 8 #C/BV#/E

0

"


-oling Register

%uel Pump Primer Status

R

20, 0x0,26

1

S(ows status of t(e ue Pri'er Pu')

$anual %uel Priming Duration Remaining

R

2091 0x0,2#

1

/i'e re'ai&i&g i& 'a&ua fue )ri'i&g i& se%o&ds. Versio& of software o& t(e %o&troer. ;> %(ara%ter ?0x00@ ter'i&ates stri&g.

Parameter Name

Ct Description


Offset

Limits (Ranges)

0 8 7ea%ti$ate ue Pri'i&g 1 8 Pri'i&g #%ti$e 2 8 Pri'i&g B&a))ro)riate

1 se%o&d  bit

0 se%o&ds

0 to 642!! se%o&ds

Ea%( b+te is %o')rised of o&e %(a ra%ter $ia its #SCBB %ode. irst ;> ?0x00@ %(ara%ter ter'i&ates stri&g.

Sec 4.2 L#l

4.4

0

"

"

"

0

"

"

"

0

"

"

"

" "

" "

" "

" " "

" " "

" " " " " "

" " " " " "

" "

" "

" " "

" " " "

Softare ,uil 0ersion

R

21,, 0x0,,

10


5

2232 0x0,

1

0


5

2233 0x0,,

1

0


5

2234 0x0,9

1

0


5

223! 0x0,#

1

0


5

2236 0x0,

1

0


5

223 0x0,C

1

0


5

223, 0x0,7

1

0

Digital Output 5: Comman

5

2239 0x0,E

1

0

Digital Output 5; Comman

5

2240 0x0,

1

0

Digital Output 56< Comman

5

2241 0x0,C0

1

0


5

2242 0x0,C1

1

0


5

2243 0x0,C2

1


5

2244 0x0,C3

1


5

224! 0x0,C4

1

0


5

2246 0x0,C!

1

0


5

224 0x0,C6

1

0


5

224, 0x0,C

1

0


5

22!2 0x0,C

1

0


5

22!3 0x0,CC

1

0

Rela' Output 5 Comman

5

22!4 0x0,C7

1

0


5

22!! 0x0,CE

1

0


5

22!6 0x0,C

1

0


5

22! 0x0,70

1

0


5

22!, 0x0,71

1

0

" " "

Rela' Output 5: Comman

5

22!9 0x0,72

1

0

"

0 %o''a&d to a%ti$ate t(is out)ut. #))ies o&+ w(e& >sage /+)e is 0 8 7E#C/BV#/E set to SC#7# 1 8 #C/BV#/E

4.

0

" " " "

NO1 6B or EMCP 4 %o&troer software $ersio& 4.2 PR=7 a&d be+o&d a %o&tro-reated write register %a)abiities are 7BS#E7 b+ defaut. Modbus %o&tro $ia write registers %a& be e&abed b+ %o&figuri&g t(e Re'ote e&set Co&tro E&abe StatusQ set)oi&t u&der C=;B>RE  # SE/P=B;/S  C=;/R=  #>/= S/#R/S/=P.

Page 2 of 29

7ate

Versio&

#ut(or

14-u&-11

2

MM

2!-u-12

2

MM

7ate

Versio&

#ut(or

14-u&-11

2

MM

2!-u-12

2

MM

C(a&ge 7es%ri)tio& B&serted additio&a SCR reated 'odbus registers for 4.1 Prod B&serted tota fue %o&su'ed 'odbus register B&serted 'odbus registers u) to 4.2 Prod. ?$4.11 s)reads(eet@.

EMCP Modbus Register List Version for 4p2 Prod FINAL

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