T = Torsi Nm
4.3.1. Torsi yang dihasilkan menggunakan bahan bakar 100 Premium
• P = 200,4 watt n = 4330 rpm � =
60 �
2 ��
� = 60 × 200,4
2 �4330
� = 0,442 • P = 401,2 watt n= 4410 rpm
� = 60
� 2
�� � =
60 × 401,2 2
�4410 � = 0,869 ��
• P = 603,7 watt n= 4510 rpm � =
60 �
2 ��
� = 60 × 603,7
2 �4510
� = 1,279 ��
• P = 801,2 watt n= 4600 rpm � =
60 �
2 ��
� = 60 × 801,2
2 �4600
� = 1,664 ��
• P = 1001 watt n= 4690 rpm � =
60 �
2 ��
� = 60 × 1001
2 �4690
� = 2,04 ��
Universitas Sumatera Utara
• P = 1008 watt n= 4560 rpm � =
60 �
2 ��
� = 60 × 1008
2 �4560
� = 2,112 ��
Tabel 4.7 Torsi hasil pengujian dengan bahan bakar 100 premium Bahan Bakar
Parameter Performansi
Jumlah lampu 100 Watt 2
4 6
8 10
12 Premium
100 n rpm
4330 4410
4510 4600
4690 4560
P Watt 200,4 401,2 603,7 801,2
1001 1008
T Nm 0,442 0,869 1,279 1,664
2,04 2,112
4.3.2. Torsi yang dihasilkan menggunakan bahan bakar 95 Premium + 5 Super fuel
• P = 200,20 watt n = 4343 rpm
� = 60
� 2
�� � =
60 × 200,2 2
�4343 � = 0,44
• P = 401,01 watt n= 4439 rpm � =
60 �
2 ��
� = 60 × 401,01
2 �4439
� = 0, 863��
• P = 602,45 watt n= 4525 rpm � =
60 �
2 ��
Universitas Sumatera Utara
� = 60 × 602,45
2 �4525
� = 1,272 ��
• P = 801,06watt n= 4632 rpm � =
60 �
2 ��
� = 60 × 801,06
2 �4632
� = 1,652��
• P = 1002 watt n= 4734 rpm � =
60 �
2 ��
� = 60 × 1002
2 �4734
� = 2,022��
• P = 962,46 watt n= 4437,5 rpm � =
60 �
2 ��
� = 60 × 962,46
2 �4437,5
� = 2,072 ��
Tabel 4.8 Torsi hasil pengujian dengan bahan bakar 95 premium + 5 super fuel
Bahan Bakar Parameter
Performansi Jumlah lampu 100 Watt
2 4
6 8
10 12
Premium 95 + Super
fuel 5 n rpm
4343 4439
4525 4632
4734 4437,5
P Watt 200,2 401,01
602,45 801,06
1002,00 962,46
T Nm 0,440
0,863 1,272
1,652 2,022
2,072
Universitas Sumatera Utara
4.3.3. Torsi yang dihasilkan menggunakan bahan bakar 90 Premium + 10 Super fuel
• P = 200,12 watt n = 4362,5 rpm � =
60 �
2 ��
� = 60 × 200,12
2 �4362,5
� = 0,438
• P = 400,45 watt n= 4432 rpm � =
60 �
2 ��
� = 60 × 400,45
2 �4432
� = 0,863
• P = 601,29 watt n = 4525 rpm � =
60 �
2 ��
� = 60 × 601,29
2 �4525
� = 1,270 ��
• P = 800,45 watt n= 4585 rpm � =
60 �
2 ��
� = 60 × 800,45
2 �4585
� = 1,668 �� • P = 954,02 watt n= 4678,5 rpm
� = 60
� 2
�� � =
60 × 954,02 2
�4678,5 � = 2,044
Universitas Sumatera Utara
• P = 954,02 watt n= 4359 rpm � =
60 �
2 ��
� = 60 × 954,02
2 �4359
� = 2,091 ��
Tabel 4.9 Torsi hasil pengujian dengan bahan bakar 90 premium + 10 super fuel
Premium 90 +
Super fuel 10
n rpm 4362,5
4432 4525
4585 4678,5
4359 P Watt
200,12 400,45
601,29 800,45
1001,00 954,02
T Nm 0,438
0,863 1,270
1,668 2,044
2,091
4.3.4. Torsi yang dihasilkan menggunakan bahan bakar 85 Premium + 15 Super fuel
