MAN Truck & Bus AG
Juli 2014
Approval of Engine Oils
TUC 13.010
Necessary declarations of manufacturer
Dimensions in mm
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Contents
Company name and address
Brand name
Internal oil code
MAN Factory Standard / SAE-Grade
Specifications
Rebrand approval
Marketing areas
Additives
Base oil
Chemical and physical characteristics of base oil composition
Chemical and physical characteristics of the finish-formulated oil
Oil Elastomer Compatibility
Oil Sample
Engine tests
Confirmation of identity, stamp and signature
1
Company name and address:
2
Brandname:
3
Internal oil code:
Continued on Page 2 to 5
Prepared by: Jäger EPTAO
Released: 2014-04
Replaces: 2009-06
Material group no.:
MAN Nutzfahrzeuge Aktiengesellschaft, Nürnberg – Dept. Material Technology Engine, Truck & Bus Applied Chemistry (EPTA) 
All rights reserved according to ISO 16016.
Distribution and use of the contents are not allowed without written permission from MAN Nutzfahrzeuge Aktiengesellschaft.
Page 2
Approval of Engine Oils: 2014-07
4
MAN Factory Standard:
MAN 270
SAE 10W
SAE 20W-20
SAE 30
SAE 40
MAN 271
SAE 15W-40
SAE
M 3275-1
SAE 15W-40
SAE
M 3275-2
SAE 30
SAE 40
M 3575
SAE 15W-40
SAE
M 3277
SAE 10W-40
SAE
M 3477
SAE 10W-40
SAE
M 3677
SAE 0W-30
SAE 5W-30
M 3291
SAE 10W-40
SAE
M 3691
SAE 0W-30
SAE 5W-30
M 3271-1
Vehicles
SAE 15W-40
M 3271-3
Vehicles
SAE
M 3271-2
Stationary engines SAE
Natural gas
M 3271-4
Stationary engines SAE
Land fill gas, sewage gas, biogas
SAE 50
SAE 50
SAE 10W-30
SAE
5 Specifications
ACEA:
API:
MIL-L:
Others:
6
Rebrand approval:
Distributors have to submit a declaration of agreement from the manufacturer including TUC-Approval-Number.
7 Marketing areas:
8 Additives:
Designation and treat rate of all additive components is to be reported.
Table 1
Component
Treat rate
1.
% b.w.
2.
% b.w.
3.
% b.w.
4.
% b.w.
5.
% b.w.
Page 3
Approval of Engine Oils: 2014-07
9 Base oil:
Designation and percentage of all base oil components is to be reported.
Manufacturer´s designation:
Table 2
Designation
Base Oil Cat.
Percentage
1.
Group
% b.w.
2.
Group
% b.w.
3.
Group
% b.w.
4.
Group
% b.w.
5.
Group
% b.w.
10 Chemical and physical characteristics of base oil composition
according to Work Standard M 3353:
Table 3
Density at 15°C
g/ml
DIN 51757
ASTM D 1298
Viscosity at + 40°C
mm²/s
DIN 51562-1
ASTM D 445/446
Viscosity at +100°C
mm²/s
DIN 51562-1
ASTM D 445/446
DIN ISO 2909
ASTM D 2270
Viscosity index
Flashpoint (Cleveland)
°C
DIN EN ISO 2592 ASTM D 92
Pour point
°C
DIN ISO 3016
Evaporation loss (Noack)
Neutralization number
Oxide ash
Carbon distribution
Aromatics CA
Naphthenes CN
Paraffines CP
Total sulphur
% b.w.
DIN 51581-1
mg KOH/g
DIN 51558-1
% b.w.
ASTM D 97
DIN EN 7
ASTM D 482
DIN 51378
ASTM D 3238
%
%
%
%
E DIN 51400-10
Chlorine content
mg/kg
DIN ISO 15597
Conradson carbon residue
mg/kg
DIN 51 551
ASTM D 189
Ageing characteristics, increase of
the conradson residue
m-%
DIN 51 352-1
IP 48
Demulsion characteristics at +54°C
min
DIN ISO 6614
ASTM D 1401
Page 4
Approval of Engine Oils: 2014-07
11 Chemical and physical characteristics of the finish-formulated oil:
Table 4
DIN 51512
SAE J 306
g/ml
DIN 51757
ASTM D 1298
mPa. s
DIN 51377
ASTM D 5293
SAE Grade
Density at 15°C
at
Kinematic
Viscosity
-
°C
at + 40°C
mm²·s-¹
DIN 51562-1
ASTM D 445/446
at + 100°C
mm²·s-¹
DIN 51562-1
ASTM D 445/446
DIN ISO 2909
ASTM D 2270
DIN 51382
CEC L-14-A-93
Viscosity Index VI
Viscosity after shear (Sh. Stability)
HTHS viscosity
mm²·s-¹
mPa. s
CEC L-36-A-90
Flash Point (Cleveland)
°C
DIN EN ISO 2592
ASTM D 92
Pour Point
°C
DIN ISO 3016
ASTM D 97
Total Base Number TBN
mg KOH/g
DIN ISO 3771
Total Acid Number TAN
mg KOH/g
ASTM D 664
g/100 g
DIN 51 575
Calcium (Ca)
g/100 g
DIN 51391-3
Zinc (Zn)
g/100 g
DIN 51391-3
Magnesium (Mg)
g/100 g
DIN 51391-3
Other (specify):
g/100 g
Phosphorus (P)
g/100 g
DIN 51363-3
Sulphur (S)
g/100 g
E DIN 51400-10
Boron (B)
g/100 g
DIN 51443-2
Sulfated ash
ASTM D 874
Elements
Chlorine (Cl)
mg/kg
Nitrogen (N)
g/100 g
DIN ISO 15597
calculated
Foaming Characteristics
Foaming Tendency S.I/II/III
ml
ASTM D 892
Foaming Stability S.I/II/III
ml
ASTM D 892
Evaporation loss (Noack)
g/100 g
IR-Spectrum No.
Ethylene glycol
Turbo charger deposits tendency
DIN 51581-1
TUC 13-018
mg/kg
Mg
DIN 51 375-2
DIN 51 535
For each SAE grade and each formulation an IR trace must be enclosed.
Comments:
CEC L-40A-93
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Approval of Engine Oils: 2014-07
12 Oil Elastomer Compatibility (only with the highest additive dosage):
NBR 28
ΔH = Change in hardness
AK 6
Shore A
ΔF = Change in tensile strenght
ΔD = Change in rupture elongation
ΔV = Change of volume
%
DIN 53 521 and M 3273
% of %
%
13 Oil Sample:
1 litre sample for each SAE grade in polyethylene bottles, not in metal containers.
The sample sent for approval is a
- Production sample
(required if the product to be approved is already being produced and available on the market)
- Laboratory mixture
14 Engine tests:
Test results of candidate oil and reference oil are to be reported. The rerating of the chairman is to be
submitted (OM 602A/611LA, OM 441 LA)
14.1 OM 501LA
(CEC L-101-08)
14.2 OM 646LA
(CEC L-099-08)
14.3 611LA industry test engine
Comments:
15
It must be confirmed that all test blends used in the laboratory and bench tests are identical with
the commercial product submitted under the brand name.
Date and Place
Stamp and Signature