6BTAA5.9-G110

Rated Power
100
Engine Type
6-Cylinder In-Line, Turbocharged & Intercooled
Bore × Stroke
102 × 120
Displacement
5.9
Cooling System
Air-to-Air Intercooled
Fuel Type
CNG
Oil Requirement
CH-4 or above grade gas engine-specific oil
Reliability Test
2000-hour bench test for key components
Warranty
12 months or 1,000 operating hours (whichever occurs first)
Dimensions (L×W×H)
Approx. 2500*910*1350
Weight
Approx. 1500
Application
Large-scale Engineering, Marine Power Plant

The compact, lightweight, and cost-effective Type B engine delivers cleaner and quieter performance, with a rated power output of 100kW. Under strict adherence to maintenance guidelines, it achieves a mean time between failures (MTBF) of 1,500 hours and a mean time between overhauls (TBO) of 6,000 hours or more. Even under extreme duty cycle testing, this model maintains strong performance. Its low noise levels, reduced weight, and high power-to-weight ratio are all attributable to its world-class reliability.



Basic Engine Specifications


  • Model: HWCBTAA5.9‑G110
  • Speed: 1500 RPM & 1800 RPM
  • Issue Date: 2024‑03‑26
  • Compression Ratio: 11.5:1
  • Bore: 102 mm
  • Stroke: 120 mm
  • Speed Regulation: ≤3%
  • Aspiration: Turbocharged & Air‑to‑Air Intercooled
  • Displacement: 5.9 L
  • No. of Cylinders: 6


Test Conditions



Engine tested with water pump and oil pump; without air compressor, generator, fan, optional components and drives.

Intake restriction: 3.7 kPa; Exhaust back pressure: 10 kPa.



Rated Power Data


Engine Speed (RPM) Engine Power Genset Continuous Power
kW HP kW HP
1500 110 147 100 134
1800 121 162 108 145



Performance Data at 1500 rpm


Output Load Gas Consumption
% kW HP m³/kW·h m³/h
Standby Power
100 110 147 0.33 37
Prime Power
100 110 147 0.33 37
75 83 111 0.32 28
50 55 74 0.34 18
25 28 38 0.33 10


Performance Data at 1800 rpm


Output Load Gas Consumption
% kW HP m³/kW·h m³/h
Standby Power
100 121 162 0.33 40
Prime Power
100 121 162 0.32 40
75 91 122 0.33 30
50 61 81 0.31 20
25 30 40 0.34 10

General Notes


Performance data obtained under GB/T 18297 test conditions: ambient pressure 100 kPa, intake air temperature 25 °C.

Maximum continuous operating altitude: 2200 m.


Typical Engine Data


  • Dry Weight: 435 kg
  • Moment of Inertia (rotating parts, without flywheel): 0.25 kg·m²
  • Distance from CG to front face of cylinder block: 391 mm
  • Distance from CG to crankshaft centerline (above crankshaft): 140 mm
  • Firing Order: 1‑5‑3‑6‑2‑4


Engine Mounting


  • Maximum allowable static bending moment (rear face): 1356 N·m


Exhaust System


  • Maximum exhaust back pressure: 10 kPa


Charge Air Cooling System


  • Max allowed temperature difference (intake manifold vs. ambient): 25 °C
  • Max pressure drop across intercooler: 13 kPa
  • Max intake manifold temperature (25 °C ambient): 50 °C
  • Max intake manifold temperature: 58 °C


Air Intake System


  • Max allowable intake restriction (heavy‑duty air cleaner):
    • Clean element: 3.7 kPa
    • Dirty element: 6 kPa
  • Minimum dirt holding capacity: 53 g/litre/sec
  • Max temperature rise to turbo inlet: 17 °C
  • Recommended minimum intake pipe inner diameter: 76 mm


Lubrication System


  • Normal oil pressure range:
    • Low idle: 207 kPa
    • Rated speed: 345 kPa
  • Max oil sump temperature: 121 °C
  • Oil capacity (offset oil pan): Max 14.2 L – Min 12.3 L
  • Minimum system capacity (sump + filter): 16.4 L
  • Inclination limits (offset pan): front up 4°, front down 0°, side to side 0°


Cooling System


  • Coolant capacity (engine only): 10.0 L
  • Max external cooling circuit resistance:
    • 1800 rpm: 35 kPa
    • 1500 rpm: 28 kPa
  • Max static coolant height above crankshaft centerline: 1.4 m
  • Thermostat opening temp (range): 82–95 °C
  • Minimum pressure cap pressure: 69 kPa
  • Max coolant temperature:
    • Standby power: 104 °C
    • Prime power: 100 °C


Electrical System


Item 12V 24V
Starting Motor 12V 24V
Battery Charging System (negative ground) 63 A 40 A
Max Starting Circuit Resistance 0.00075 Ω 0.002 Ω
Min Battery CCA (@ ‑12 °C) 800 400


Emission Data (GB 20891‑2007)


At 1500 rpm rated speed

  • NOₓ: 9.2 g/kW·h
  • HC: 1.3 g/kW·h
  • CO: 5.0 g/kW·h
  • Particulate: 0.70 g/kW·h


At 1800 rpm rated speed

  • NOₓ: 9.2 g/kW·h
  • HC: 1.3 g/kW·h
  • CO: 5.0 g/kW·h
  • Particulate: 0.54 g/kW·h



Thermal & Flow Performance


Item Unit 1800 rpm Standby 1500 rpm Standby 1800 rpm Rated 1500 rpm Rated
Engine Speed rpm 1800 1500 1800 1500
Low Idle Speed rpm 750–850 750–850 750–850 750–850
Output Power kW 121 110 108 100
Piston Speed m/s 7.2 6.0 7.2 6.0
Friction Loss kW 9.3 8.7 8.5 6.4
Coolant Flow L/sec 2.4 2.0 2.4 2.0
Intake Flow L/sec 142 120 135 114
Exhaust Flow L/sec 401 328 369 295
Exhaust Temperature °C 570 540 540 500
Air/Fuel Ratio air:fuel 12:1 12:1 12:1 12:1
Ambient Heat Loss (dry manifold) kW 20 18 18 16
Coolant Heat Loss (dry manifold) kW 71 66 63 59
Exhaust Heat Loss kW 112 94 96 82


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