VM Motori D700 Série Manuel D'instructions page 73

Model
Maximum operating speed
Maximum power
Maximum torque
Specific fuel consumption
Specific oil consumption
Type of injection
Type of fuel
Fuel supply
Injector supply
Type of lubrication
Circuit fuel supply
Oil change including filter
(standard sump)
Oil quantity at minimum level
(standard sump)
Oil quantity at maximum level
Oil pressure at minimum speed
(with started engine)
Alarm for oil pressure too low
Oil cooling
Total capacity of the cooling circuit
(excluding radiator and relevant pipes)
setting pressure of the expansion tank plug
Coolant
Coolant maximum temperature alarm
Opening value (start/finish) of thermostatic
valve
Nominal voltage
Alternating current generator (nominal voltage)
Alternating current generator (nominal current)
Starter motor output
English
D703 E2
POWER AND TORQUE
rpm
2600
kW (CV)
35 (47,6)
rpm
Nm (kgm)
145 (14,7) a 1200
rpm
CONSUMPTION AT MAXIMUM POWER
g/kWh
g/CVh
0,5 - 1
FUEL SUPPLY CIRCUIT
The engine has been designed to be powered by standard fuels available on
the European market (according to specifications DIN EN 590). If it is to be
powered by BIODIESEL fuels (according to specifications UNI EN 14214), it
can be mixed, up to 5%, with fuel available on the European market (according
Important
Do not use fuels with specifications other than those indicated.
LUBRICATION CIRCUIT
liters (kg)
liters (kg)
liters (kg)
5÷7
The oil quantity at maximum level ( 5÷7 litre) depends on the capacity of the oil
bar
1,2 - 1,6
bar
COOLING CIRCUIT
litri
bar
Demineralised cold water 50% + Antioxidant and anti-freeze fluid 50% (Inhib-
ited glycol ethylene in compliance with ASTM D 3306)
°C
107
°C
80 (+/-2) / 95
ELECTRIC SYSTEM
V
V
A
kW
- 11 -
Direct injection
to regulation DIN EN 590).
Diaphragm pump
n° 1 immersed injection pump per cylinder
Forced lubrication
Rotor pump
sump with which the engine is equipped.
0,4
Oil/water cooler
3,7
1
12
14
55
2,3
D700/750 E2-E3
D703 TE2
2600
50 (68)
220 (22,4) a 1400
0,5 - 1
5÷7
1,2 - 1,6
0,4
3,7
1
107
80 (+/-2) / 95
12
14
55
2,3
Technical information
GB