4045TF158 POWERTECH SPECIFICATIONS For Gen Set Applications
4045TF158 POWERTECH SPECIFICATIONS For Gen Set Applications
4045TF158 POWERTECH SPECIFICATIONS For Gen Set Applications
POWERTECH
SPECIFICATIONS
For Gen Set Applications
Power Units
PERFORMANCE DATA
Generator Fan Power Power
Efficiency
Factor
%
kW
Prime
kW net
kVA
kWe
kW net
kVA
kWe
1500 (50)
88-92
2.5
0.8
60.5
66-70
53-56
67.5
74-78
59-62
1800 (60)
88-92
0.8
71
79-83
63-66
79
87-91
69-73
Engine Power kW
STANDBY POWER
PRIME POWER
82 kW
80
75
70
70 kW
1500
1800
Engine Speed rpm
Performance Data
1500 rpm
1800 rpm
Gross Rated Power (without fan)
Prime = PRP kW (hp) .............................................. 63 (84)
74 (100)
Standby = LTP kW (hp) .......................................... 70 (94)
82 (110)
Rated Speed rpm ........................................................ 1500
1800
Low Idle Speed rpm ........................................................ No
No
BMEP
Prime = PRP kPa (psi) ...................................... 1120 (162)
1103 (160)
Standby = LTP kPa (psi).................................... 1244 (180)
1215 (176)
Friction Power @ Rated Speed kW (hp).................... 10 (13)
13 (17)
Altitude Capability
Prime m (ft) .................................................. 3500 (11500) 3800 (12500)
Standby m (ft) ................................................ 2700 (9000) 3000 (10000)
Air: Fuel Ratio
Prime = PRP ............................................................ 21.7 : 1
25.3 : 1
Standby = LTP .......................................................... 20.4 : 1
23.8 : 1
Noise
Prime = PRP dB(A) @ 1 m .......................................... 92.3
92.5
Standby = LTP dB(A) @ 1 m ...................................... 93.1
93.3
Photographs may show non standard equipment.
Engine Power kW
Speed
(Hz)
80
74 kW
70
63 kW
60
1500
1800
Engine Speed rpm
ISO 9000
R E G I S T E R E D
606 mm
(23.8 in)
Width
1027 mm
(40.4 in)
Height
1800 rpm
Electrical Data
1800 rpm
Exhaust System
1500 rpm
Exhaust Flow
Prime = PRP m3/min (ft3/min) .................... 11.3 (399)
Standby = LTP m3/min (ft3/min) ................ 12.2 (431)
Exhaust Temperature
Prime = PRP C (F) .................................. 515 (959)
Standby = LTP C (F) .............................. 538 (1000)
Max. Allow. Back Pressure kPa (in.H2O) ........ 7.5 (30)
Recommended Exhaust Pipe Dia mm (in.) 101.6 (4)
1800 rpm
8 (15)
6.25 (25)
3 (12)
5.8 (205)
6.0 (212)
14.5 (512)
15.5 (547)
501 (934)
527 (981)
7.5 (30)
101.6 (4)
Cooling System
1500 rpm 1800 rpm
Thermostat Start to open C (F).................... 82 (180)
82 (180)
Power Unit Coolant Capacity L (qt) .......... 17.5 (18.5) 17.5 (18.5)
Minimum Air to Boil temperature C (F) ...... 47 (117)
47 (117)
Fuel System
1500 rpm 1800 rpm
Fuel Injection Pump .................................... Stanadyne Stanadyne
Governor Regulation ................................................ 5%
5%
Governor Type ............................................ Mechanical Mechanical
Total Fuel Flow
Prime = PRP kg/h (lb/h) .............................. 93 (205)
96 (212)
Standby = LTP kg/h (lb/h) .......................... 93 (205)
96 (212)
Maximum Fuel Transfer Pump Suction m (ft) 0.9 (3)
0.9 (3)
Fuel Filter Micron Size @ 98% Efficiency .................. 8
8
Lubrication System
1500 rpm
Oil Pressure at Rated Speed kPa (psi) .......... 345 (50)
Oil Pressure at Low Idle kPa (psi) .................. 105 (15)
In Pan Oil Temperature C (F) .................... 115 (240)
Total Engine Oil Capacity with filter L (qt) .... 12 (12.7)
Engine Angularity Limits (continuous)
Any Direction degrees .......................................... 20
Tel.: (33) 2 38 82 61 19
Fax: (33) 2 38 84 62 66
http: www.deere.com/jdpower
1800 rpm
345 (50)
105 (15)
115 (240)
12 (12.7)
20
ISO 9000
R E G I S T E R E D
Physical Data
Air System
1500 rpm
Maximum Allowable Temperature Rise
Ambient Air to Engine Inlet C (F) ..................8 (15)
Maximum Air Intake Restriction
Dirty Air Cleaner kPa (in. H2O) .................. 6.25 (25)
Clean Air Cleaner kPa (in. H2O) ...................... 3 (12)
Engine Air Flow
Prime = PRP m3/min (ft3/min) .................... 4.4 (155)
Standby = LTP m3/min (ft3/min) .................. 4.6 (162)
7/5/5
1/01
General Data
YY12710.34E
25% Power
50% Power
75% Power
100% Power
1500 rpm
Prime = PRP
Standby = LTP
Prime = PRP
Standby = LTP
.............................. 5.0 ...................... 5.5 .............................................. 6.5 ...................... 7.0
.............................. 8.5 ...................... 9.0 ................................................ 10.0 ...................... 11.5
.............................. 12.0 ...................... 13.5 ................................................ 14.5 ...................... 16.0
.............................. 16.0 ...................... 18.0 ................................................ 19.0 ...................... 20.5