- Obverse Chassis Engine Coupler
- 6000 (1160~2400kw)
- Reverse Chassis Engine Coupler
- Locomotive Diesel Engine
- Biogas Generator
- Natural Gas Generator (CNG)
- Gas Generator Set
- Engine Coupler
- Drilling Power
- High-voltage Generator
- 2000 (800~1000Kw)
- 8-Cylinder (500~720kW)
- 6-Cylinder (330~540kW)
- Marine Engine
- Coal-bed Methane (CBM)
- Heavy-oil Marine Engine
- 6000 (700~2200Kw)
- Long-stroke 4000 (1000, 1200Kw)
- 3000 (810~1200Kw)
- Diesel Engine 12V26/32
- Diesel Engine, Gas Engine
- Gas Engine 12V26/32
- 9L 32/40 Diesel Engine
- JC15 400kw Generator Sets
- 12V32/40 Diesel Engine
- 2000 Hydraulic Coupling Gear Reducer
- 32/40 Gas Engine
- YOJ420, 580 Hydraulic Coupling
- Diesel Engine Hydraulic Coupling Gear Box Set
- 3000 Hydraulic Coupling Gear Reducer
- YOTZJ700/750 Hydraulic Coupling Speed Reducer
- YBLT900 Hydraulic Torque Converter
- YOC Marine Hydraulic Coupling Transmission Box
- 3000 Diesel Engine(600~1200kW)
- 2000 Diesel Engine (390-900Kw)
- Hydraulic Transmission Box for Beam Pumping Unit
- YOTJ560-1000 Valve-Regulated Variable Speed Hydraulic Coupling
- YDB670-900 Hydraulic Torque Converter With Adjustable Guide Blades
- 2000 Diesel Generating Set
- 6000 Diesel Engine(1160~2400kw)
- 4000 Long-stroke Diesel Engine
- B3000 Diesel Engine(900~1360kW)
- 3000 Dual-fuel Generating Set (800, 1000Kw)
- 2000 Dual-fuel Generating Set (400,700kw)
- 4000 (1000~1200kw)
- B3000 (900~1360kW)
- 3000 (600~1200kW)
- 2000 (390-900Kw)
- 6000 Diesel Generating Set
- 3000 B3000 Diesel Generating Set (700-1200KW)
- 135 Small Power Generator (24~200Kw)
- 3412T Natural Gas Generator(1000kw)
- 1512 Natural Gas Generator (500-800kw)
- 408 Natural Gas Generator (400~500Kw)
Diesel Engine 12V26/32
Application
Using marine diesel oil and heavy oil, the diesel engine 12V26/32 is primarily used for propulsion poweron ships. It can be utilized for the drive power for the main/auxiliary propulsion unit on ocean-going vessels, naval vessels, main/auxiliary propulsion unit on drilling platforms, semi-submersible drilling ships, offshore multi-purpose work ships, large and medium-sized industrial power plants, crude oil and product oil transfer and booster pump stations, compressors, and others.
Technological Advantages
Modularized common rail technology
The use of the world\'s most advanced high-pressure common-rail fuel system not only reduces the size of the camshaft and the cost of the engine greatly, but also improves the overall performance including the emission performance. The common rail system consists of two common-rail high pressure oil pumps, the high pressure oil tube, and fuel injector with accumulation chamber. The pressure of the system is 1800bar.
By-pass system
As single-stage ultra-high supercharging can not meet the intake requirement under partial-load conditions for ship drive, the diesel engine is designed with a signal collection system which can automatically control the bypass valve. Therefore, sufficient fresh air can be supplied, which makes the diesel engine better suited for marine propulsion.
Dual electronic control system
High supercharging technology
MPC exhaust air system, rate of supercharging: 3:9
Double-stage intercooling technology
Self-cleaning filtration technology
Piston with steel crown and nodular cast-iron skirt
Goetze piston ring
Double-layer alloy bearing liner
Crankcase oil mist detection
Technical Specifications
| Type | Four-stroke, water cooled, supercharged, intake intercooled, direct-injection type combustion chamber | ||||
| Number and arrangement of cylinders | 12-cylinder, V type, 60 | ||||
| Cylinder diameterStroke | mm | 260320 | |||
| Displacement of a single cylinder | L | 17 | |||
| Compression ratio | 16:1 | ||||
| Continuous power | kW | 4170 | |||
| Continuous revolution | r/min | 1000 | |||
| Min. operating speed (steady-state) r/min | 350 | ||||
| Under the operating condition of continuous power | Specific fuel consumption | g/kW.h | 184+5% | ||
| Specific oil consumption | g/kW.h | 0.5 | |||
| Mean effective pressure | MPa | 2.45 | |||
| Mean speed of piston m/s | 10.7 | ||||
| Exhaust gas temperature (after the turbo) | 354 | ||||
| Smoke intensity FSU | 0.5 | ||||
| Noise dB(A) | 120 | ||||
| Emission | The diesel engines with different configuration meet IMO Tier or Tier standards. | ||||
| Fuel system | Common rail system | ||||
| Type of fuel | Light diesel oil | ||||
| Direction of rotation | Counterclockwise (face the flywheel end) | ||||
| Cooling mode | Forced cooling | ||||
| Lubrication mode | Pressure lubrication | ||||
| Starting mode | Air motor | ||||
| Net weight (without flywheel) kg | 29500 | ||||
| Overall size (lbh) mm | 583022403355 | ||||

- 3000 (810~1200Kw) 3000 (810~1200Kw)3000 Marine Engine(810KW-1200KW)Description of 3000 Marine Engine:1. Proven reliability, longer service life2. Economical operation,

- Long-stroke 4000 (1000, 1200Kw) Long-stroke 4000 (1000, 1200Kw)Long-stroke 4000 Marine Engine (1000, 1200Kw) Description of Long-stroke Marine Engine 4000: 12-cylinder V-shape diese

- 6000 (700~2200Kw) 6000 (700~2200Kw)6000 Marine Engine (700~2200Kw) Features of 6000 Marine Engine: 1. Integrating advanced technology from AVL of Austria2. High effici

- Heavy-oil Marine Engine Heavy-oil Marine Engine Description of Heavy-oil Marine Engine:Rated power: 380~720KWFuel consumption: 204 g/kW.hOil consumption: 1.2 g/kW.hOverall d

- Coal-bed Methane (CBM) Coal-bed Methane (CBM)Coal-bed Methane (CBM) Generating Set Description of Coal-bed Methane (CBM) Generating Set: Engine model: 12V190ZLM, 12V190ZLM-


United Kingdom


English
Français
Español
Русский
العرب