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Engine Specifications for Engineers

This document provides specifications for an engine model C13 TE7 including: 1. It produces between 459 kW at 1500 rpm up to 474 kW at 1800 rpm. 2. Key details include 6 cylinders, 4 valves per cylinder, direct electronic common rail fuel injection, and a turbo aftercooler air induction system. 3. Performance is listed for continuous power, prime power, and stand-by power at both 1500 and 1800 rpm.

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0% found this document useful (0 votes)
54 views3 pages

Engine Specifications for Engineers

This document provides specifications for an engine model C13 TE7 including: 1. It produces between 459 kW at 1500 rpm up to 474 kW at 1800 rpm. 2. Key details include 6 cylinders, 4 valves per cylinder, direct electronic common rail fuel injection, and a turbo aftercooler air induction system. 3. Performance is listed for continuous power, prime power, and stand-by power at both 1500 and 1800 rpm.

Uploaded by

cihat.lazoglu0
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 3

C13 TE7

459 kW (1500 rpm) - 474 kW (1800 rpm)

Engine C13 TE7


1/ GENERAL 1500 rpm 1800 rpm

Engine model CURSOR13 TE7


Basic engine type F3HFA615A*D001 - 5801906969
Number of cylinders 6
Firing order (cylinder 1 nearest to fan) 1-4-2-6-3-5
Cylinder arrangement in line
Valves per cylinder 4
Cycle diesel 4 stroke
Injection system Direct - Electronic Common Rail
Electronic engine control unit BOSCH EDC17 CV41
Induction System Turbo aftercooler air/ air
Bore mm 135
Stroke mm 150
Total displacement lit 12,88
Mean piston speed m/s 7,5 9
Compression ratio 16,5:1
Flywheel rotation anti clockwise viewed on flywheel
Housing flywheel SAE 1
Flywheel 14"
Moment of inertia
without flywheel kgm2 1,05
flywheel only kgm2 1,44
BMEP gross
Prime Power bar/kPa 26,8 / 2682,7 23,8 / 2380,4
Stand-by Power bar/kPa 29,8 / 2980,7 26,4 / 2639,2
Dry weight (including cooling package) kg ~ 1360
Energy to coolant kcal/kWh 374 390
Energy to charge cooler kcal/kWh 145 162
Energy to radiation kcal/kWh 35 36
Dimensions L x W x H mm 2284 x 1329 x 1126

2/ PERFORMANCES 1500 rpm 1800 rpm

Continuous Power (gross) kWm 349 371


Prime Power (gross) kWm 446 464
Stand-By Power (gross) kWm 480 510
Fan consumption kWm 21 36
Continuous Power (net) kWm 328 335
Prime Power (net) kWm 425 428
Stand-By Power (net) kWm 459 474
Performance condition
temperature °C ≤ 40
altitude a.s.l m ≤ 1000
Derating
temperature > T 40°C %/5°C 4%
altitude >1000 <3000 m %/500m 3%
altitude > 3000 m %/500m 6%

Load Acceptance (ISO 8528-5)* %(G2) 45% 60%

* impact load test performed with alternator Meccalte mod. ECO 40 - 1L/4

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C13 TE7
459 kW (1500 rpm) - 474 kW (1800 rpm)

Engine C13 TE7


3/ COOLING SYSTEM 1500 rpm 1800 rpm

Type liquid
Recommanded coolant water + 50 % paraflu 11
Coolant capacity
engine only liter 19,5
radiator and hoses liter 18,6
Coolant pump flow l/min 460,525 552,63
Pressure cap setting kPa (bar) 70 (0,7)
Shutdown switch setting °C 103
Maximum additional restriction Pa 196
Air To Boil Prime Power °C 51 53
Fan
diameter mm 800
number of blades 12
drive ratio 1,37 : 1
speed giri 2055 2466
air flow m3/s 6,8 8,5
power consumption kWm 21 36

4/ LUBRICATION SYSTEM 1500 rpm 1800 rpm

Oil sump capacity


max liter 28
min liter 20
Oil system capacity including filter liter 32
Oil pressure at rated speed kPa 250-500
Oil temperature
normal °C ---
max °C 120
Engine Angularity
longitudinal degrees 17°
transverse degrees 17°
Servicing interval hours 600
Oil specification ACEA E3/E5
Oil consumption %fuel < 0,2

5/ INTAKE SYSTEM 1500 rpm 1800 rpm

Air consumption at 100 % of load m3/h (Kg/h) 1576 (1812) 1860 (2142)
Air intake restriction, clean filter kPa (mbar) 2 (20)
Air intake restriction, dirty filter kPa (mbar) 5 (50)
Air filter type dry

6/ EXHAUST SYSTEM 1500 rpm 1800 rpm

Gas flow at stand-by Power kg/h 2027 2359


Max temperature at PRP (25°C) °C 520 510
Max allowable back pressure kPa (mbar) 5 (50)
Energy to exhaust kcal/kWh 581 604

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C13 TE7
459 kW (1500 rpm) - 474 kW (1800 rpm)

Engine C13 TE7


7/ FUEL SYSTEM 1500 rpm 1800 rpm

Fuel consumption at
Stand-By gr/kWh (l/h) [kg/h] 195,8 (112,6) [94] 202 (123,3) [103]
Full load PRP gr/kWh (l/h) [kg/h] 192,7 (100,6) [84] 199,6 (110,9) [92,6]
80% gr/kWh (l/h) [kg/h] 191,7 (80,2) [67] 196,9 (87,7) [73,2]
50% gr/kWh (l/h) [kg/h] 197,7 (51,5) [43] 204,3 (57) [47,6]
Fuel specifications EN 590
Feed pump max suction head m ---

8/ ELECTRIC SYSTEM 1500 rpm 1800 rpm

Voltage (negative to ground) V 24


Starter motor
make DENSO
power kW 7,8
pull current Amp 12
hold current Amp 12
break away current +20°C Amp 1260
cranking current +20°C Amp
Number of teeth on starter motor 10
Number of teeth on flywheel 155
Starting batteries
recommended capacity Ah 2x 180
discharge current Amp 1200
(EN 50342)
Alternator
voltage V 28
charge Amp 90

9/ COLD STARTING 1500 rpm 1800 rpm

Without air preheating °C -10


With air preheating °C -25

10/ EMISSION GASEOUS AND PARTICLES 1500 rpm 1800 rpm

Nox Oxides of nitrogen gr/kWh - -


HC Hydrocarbons gr/kWh - -
Nox+HC gr/kWh - -
CO Carbon monoxide gr/kWh - -
PT Particles gr/kWh - -
Smoke opacity [Bosch unit]
Le illustrazioni possono includere equipaggiamenti
Specifiche soggette a modifica senza preavviso.
Data di aggiornamento Maggio 2013
1329

G
G
opzionali.

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2284

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