TSB130080-100615

Cummins® Service Engine Model Identification
Page 1 of 6
Technical Service Bulletin Number
TSB130080
Technical Service Bulletin
Subject
Cummins® Service Engine Model Identification
Warranty Statement
The information in this document has no effect on present warranty coverage or repair
practices, nor does it authorize TRP or Campaign actions.
Contents
The purpose of this document is to introduce Cummins® Service Engine Model Identification.
Prior to 2007, Cummins Inc. primarily relied on the marketing model name to identify products.
As Cummins Inc. introduced more products, the marketing model names were found to be too
generic and did not identify variations of a product with the same marketing model name.
Beginning in 2007, Cummins Inc. started using service model names to:




Match the correct Cummins® service information and tools to a specific engine.
Assist repair locations with finding service information when the engine serial number
(ESN) is not available.
The original service model name used a suffix with letters to designate emissions-related
hardware/technology used for that product. The Cummins® Service Engine Model Product
Identification procedure provided a description of that service model name strategy. Refer to
Procedure 100-003 in Section E.
Beginning in 2013, a new service engine model name strategy was implemented, replacing the
previous strategy. Limitations were found with the old engine service model name strategy.
Engines that used the previous service model name will not be updated with new service
model names. The Cummins® Service Engine Model Identification procedure describes this
new service model name strategy. Refer to Procedure 100-005 in Section E.
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In addition to the new service model name strategy procedure, an additional new procedure
was created, Cummins® Product Technology. This procedure can be used to identify the:








The service model name for the product covered by the manual.
The emission regulations the product was first released to meet (engines only).
Hardware/technology used by the product.
Market applications for which the product is used.
The below table lists the Cummins® products released with the new service engine model
name and a link to the Cummins® Product Technology Procedure for that engine.
Service Model Name
Bulletin
Number
Procedure Number
Procedure
ISB3.9 CM2220 B107
4310792
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB4.5 CM2350 B104
4332646
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB5.9 CM2880 B110
4332883
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB5.9 CM2880 B127
4383645
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB6.7 CM2350 B101
2883567
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB6.7 CM2350 B103
4332641
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
B6.7 G CMOH6.0 B125
4383640
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB4.5 CM2150 B108
4326163
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB4.5 CM2350 B106
4367376
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB5.9 CM2880 B115
4332708
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB6.7 CM2350 B105
4332778
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB6.7 CM2150 B109
4326168
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB6.7 CM2350 B112
4358498
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB6.7 CM2880 B116
4363713
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSB6.7 CM2350 B130
4388668
Refer to Procedure 100-
Cummins® Product
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Cummins® Service Engine Model Identification
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006 in Section E.
Technology
QSB7 CM2880 B117
4358390
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB/ISD4.5 CM2150
B119
4358465
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB/ISD6.7 CM2150
B120
4358470
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISB/ISD6.7 CM2880
B126
4383693
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISF2.8 CM2220 F101
4310846
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
F3.8 F102
4325984
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISF3.8 CM2220 F103
4310839
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISF3.8 CM2220 F110
4358480
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISF3.8 CM2350 F109
4367218
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISF3.8 CM2220 F116
4383664
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISF2.8 CM2220 F117
4388578
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSF2.8 CM2880 F104
4332741
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSF2.8 CM2880 F105
4358561
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSF2.8 CM2880 F108
4332746
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSF3.8 CM2880 F112
4383825
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSF2.8 CM2880 F114
4383734
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSF3.8 CM2350 F107
4367316
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISG11 CM2880 G106
4332695
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISG12 CM2880 G107
4332690
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
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Cummins® Service Engine Model Identification
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ISG11 CM2880 G108
4332901
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISG12 CM2880 G109
4332906
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSG12 CM2350 G110
4367323
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK78 CM2250 K104
4332682
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK19 CM2350 K105
4326157
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK38 CM2150 K106
4332768
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK50 CM2150 K107
4332773
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK50 CM2350 K108
4332823
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK23 CM2250 K109
4367358
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK60 G CM2358 K110
4383781
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK95 CM2350 K111
4358519
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK60 CM2250 K112
4367454
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSK60 CM2350 K116
4367444
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
KTA19 G CMEICS K123
4383849
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISL8.9 CM2150 L110
4358475
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISL9 CM2350 L101
4310787
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISL9 CM2350 L111
4367223
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISL8.9 CM2880 L112
4358493
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
L9.3 L105
4326067
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSL9 CM2350 L102
4332796
Refer to Procedure 100-
Cummins® Product
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Cummins® Service Engine Model Identification
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006 in Section E.
Technology
QSL9 M CM2250 L106
4358343
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSL9 CM2350 L118
4388673
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSN14 CM876 N103
4358358
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSNT14 CM876 N102
4325993
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSV91-G4
CM558/CM700 V102
4326107
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISV5.0 CM3230 V104
4367291
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
VTA903 CM2250 V105
4332841
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISX12 CM2350 X102
4310646
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
ISX15 CM2350 X101
4310641
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSX15 CM2350 X105
4332667
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSX15 CM2350 X106
4332712
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSZ13 CM2150 Z101
4358364
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
QSZ13 CM2150 Z102
4358369
Refer to Procedure 100006 in Section E.
Cummins® Product
Technology
Document History
Date
2013-4-29
2014-3-19
2014-6-29
2014-7-16
2014-9-12
2014-11-18
2015-4-2
2015-6-22
Details
Module Created
Adding new service model names for Service Information
none
Request from Service Information Group
Adding additional engine families
Adding additional engine families
Adding additional engine families
none
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Cummins® Service Engine Model Identification
2015-10-6
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Non-Product Problem Solving (PPS)
Last Modified: 08-Oct-2015
Copyright © 2000-2010 Cummins Inc. All rights reserved.
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Cummins® Service Engine Model Product Identification
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100-003 Cummins® Service Engine Model Product
Identification
General Information
The Cummins® Service Engine Model
Nomenclature procedure describes how
engines are identified within Cummins service
organization. This method was introduced for
models after and including manufacture year
2007.
Electronic engines are identified by the first
two letters, either an "IS" for On-Highway
automotive or "QS" for Off-Highway industrial
market applications.
The third letter is the engine platform
designation followed by the engine liter size.
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Cummins® Service Engine Model Product Identification
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If the engine operates on a fuel type other
than diesel, the type will be identified after the
liter size.
The control system is identified with the letters
"CM" followed by the control system model
number.
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Cummins® Service Engine Model Product Identification
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The technology identifier after the control
system designates the prevailing technology
used with the engine. (See table in this
procedure for letter designations.)
Example:
1. On-Highway automotive "X" 15 liter
engine
2. Control system number 871
3. Technology supported; Electric EGR
and Diesel Particulate Filter
Technology
Exhaust Gas Recirculation
Diesel Particulate Filter (DPF)
Diesel Oxidation Catalyst
3-Way Oxidation Catalytic
Converter
Selective Catalytic Reduction
System
Name
Suffix
Not used
None
Pneumatic
P
Electric
E
Not used
None
Full Flow DPF
F
Partial Flow DPF
F2
Not used
None
DOC
C
Not used
None
3-Way Catalyst
J
Not used
None
Air Driven
S
Airless
A
Not used
None
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Nox Sensor
Nox Sensor
N
Modular Common Rail System
Used only on QSK19, 38, 50 , 60 HHP
Engines
MCRS
Not Used
None
Integrated
I
Not Used
None
UQS
Q
Integrated Dosing Control Unit
Urea Quality Sensor
Last Modified: 28-Aug-2015
Copyright © 2000-2010 Cummins Inc. All rights reserved.
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Cummins® Service Engine Model Identification
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100-005 Cummins® Service Engine Model
Identification
General Information
The Cummins® Service Engine Model
Identification procedure describes:




The purpose of the Cummins® Service
Model Name.
How to interpret a Cummins® Service
Model Name to identify a Cummins®
Engine.
This includes 2013 and later products.
The Cummins® Service Model Name differs
from the Cummins® marketing model name.
Service model names are more specific and
help to match the correct Cummins® service
information to the correct engine. Marketing
engine model names are more generic and
can capture multiple engine variations in the
same model name.
Marketing Engine
Model Name
Service Model
Name
ISX15
ISX15 CM2350
X101
Marketing engine model names (2) can be
found on the engine dataplate, Cummins®
brochures, and Cummins® promotional
literature.
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Examples of Cummins® service information
and products that use service model names:






















QuickServe™ Online
INSITE™ electronic service tool
Owner's Manual
Operation and Maintenance Manual
Master Repair Manual
Service Manual
Wiring Diagram
Fault Code Troubleshooting Manual
Standard Repair Times
Technical Service Bulletins
Service Bulletins
The Cummins® Service Model Name begins
with the marketing engine model name.
NOTE: For engines released specifically
for the European market, marketing model
names may include an “e” between the
engine platform designation and the
engine liter displacement. Service model
names will not display this “e”.
Typically, the first two letters of the marketing
model name contain an “IS” or “QS” if the
engine is an electronic engine.
“IS” prefix designates and On-Highway
automotive engine.
“QS” prefix designates an Off-Highway
industrial engine.
NOTE: Not all electronic engines use the
“IS” or “QS” prefix. To verify if the engine
is an electronic engine, check to see if an
electronic control system is listed in the
service model name. The control system
that is identified as part of the service
model name is referenced later in this
procedure.
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Non-electronic engines do not have an “IS” or
“QS” prefix and do not have an electronic
control system listed in the service model
name.
Typically, the third letter is the engine
platform/series designation followed by the
engine liter displacement. For the example
shown in the graphic, the engine is a:
X Series engine
15 Liters in Displacement
NOTE: Some legacy engines will use the
cubic inch rather than liter for engine
displacement.
If a “G” indicator is located after the liter
displacement, the engine is fueled by natural
gas.
NOTE: Not all engines fueled by natural
gas will have a “G” located after the
displacement.
If a “M” is located after the liter displacement,
the engine is in a marine application.
NOTE: Not all engines used in a marine
application will have “M” located after the
displacement.
If a "DF" is located after the liter
displacement, the engine is a dual fuel
application.
The engine control system is identified with
the letters "CM" followed by the control
system model number.
NOTE: Use of a parenthesis ( ) indicates
that either engine control module (ECM)
has been used on the product. Use of a
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Cummins® Service Engine Model Identification
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slash "/" indicates that the product has
multiple ECMs.
The identifier after the control system is a
letter and number combination to identify
variations between products.
The letter is the engine platform designation.
The number increments as new variations of
the engine platform/series are released. The
first number is 101.
Last Modified: 26-Aug-2015
Copyright © 2000-2010 Cummins Inc. All rights reserved.
https://qsol2.cummins.com/qs3/pubsys2/xml/en/procedures/99/99-100-005.html
11/2/2015