Logotipo de Machinery Tonkee
Modelo: B3.3T
Potencia de salida: 60HP (45kilovatios)
Velocidad nominal: 2200Rpm
Tipo: Diesel – powered complete engine
2. Especificaciones de rendimiento
2.1 Potencia y par
Fuerza: The engine is rated at 45 kilovatios (kilovatios) o 60 caballo de fuerza (HP). This power output enables it to drive a variety of machinery and equipment with sufficient force.
Esfuerzo de torsión: [Specify the torque value] Nuevo Méjico (Newton – metros). The torque output is an important factor in determining the engine's ability to provide rotational force. It varies depending on the engine's speed and load conditions. A high torque output at low – a – mid – range speeds is beneficial for applications that require strong pulling or pushing power.
2.2 Consumo de combustible
Rated Fuel Consumption: The engine's fuel consumption rate is an important consideration for its efficiency. At its rated operating conditions, it consumes approximately [incógnita] litros por hora (L/h) of diesel fuel. This value can vary depending on factors such as load, velocidad, and operating environment.
3. Engine Construction
3.1 Cylinder Arrangement and Number
Disposición del cilindro: The B3.3T engine typically has an in – line cylinder arrangement. This means that the cylinders are arranged in a straight line, which provides a compact and efficient design.
Número de cilindros: It usually has [number of cylinders] cilindros. The number of cylinders affects the engine's power output, smoothness of operation, and overall size.
3.2 Desplazamiento
Desplazamiento total: The engine's displacement is [valor de desplazamiento] litros (L). Displacement is a measure of the volume swept by all the pistons in the engine's cylinders during one complete cycle. A larger displacement generally indicates a greater potential for power output.
3.3 Relación de compresión
Relación de compresión: The compression ratio of the B3.3T engine is [compression ratio value]. The compression ratio is the ratio of the volume of the combustion chamber when the piston is at the bottom of its stroke to the volume when the piston is at the top of its stroke. A higher compression ratio can lead to more efficient combustion and better fuel economy.
