^BAMS
9L32/40
Description
Zulu Code has not yet published a description for ^BAMS. Contribute one.
Did you know
- The MAN 32/40 engine series was introduced to the market in 1994, expanding MAN Diesel & Turbo's medium-speed engine program with a smaller bore design. This series draws on the heritage of larger bore engines like the L58/64 and L/V48/60, scaling down their proven elements.
- The 9L32/40 is an in-line, 9-cylinder model within the MAN 32/40 engine family, which also includes 6, 7, and 8-cylinder in-line configurations, and V-type engines with 12 to 18 cylinders. It sits above the L21/31 and L27/38 series in terms of power output per cylinder and bore/stroke dimensions.
- The MAN 9L32/40 is chosen for its optimal balance of capital cost, performance, and reliability, offering high power density and the ability to run on heavy fuel oil (HFO) across various loads. Its design emphasizes long overhaul intervals and reduced maintenance requirements, partly due to features like integrated piping and a rigid cylinder block.
| Model | Cylinders | Bore × Stroke (mm) | Power/Cylinder (kW) | RPM |
|---|---|---|---|---|
| 9L32/40 | 9 | 320 × 400 | 500 | 720/750 |
| 9L27/38 | 9 | 270 × 380 | 365-410 | 800/900 |
| 9L21/31 | 9 | 210 × 310 | 220 | 1000 |
Competitive Models
^BAUB QSK60-DM
Cummins QSK60-DM — a 60-liter V16 marine generator set for auxiliary power generation.
^BAYD 6EY18AL
Yanmar 6EY18AL - marine auxiliary diesel engine (generator prime mover).
^BACA C32
Caterpillar C32 marine genset — a V12 auxiliary diesel generator delivering up to 1,300 kW for shipboard power, popular …
^BAWC W26
^BAWI W50DF
Send enquiry
Send an enquiry to the manufacturer of ^BAMS 9L32/40. One broadcast per day.
Contribute or correct
Spotted a missing or incorrect entry? Let the maintainers know. Zulu Code is open under CC BY 4.0 — every correction strengthens the standard for the whole industry.
Code map
^B A M S │ │ │ └── Model: 9L32/40 │ │ └───── Make: MAN Energy Solutions │ └──────── Equipment: Aux Engine └─────────── System: Aux Engine Power Generation