Technical register for agricultural, construction and commercial machinery · sourced data

Scania Cv DC11 541A

Built: 2025-2026 · Series: Other models

More machines from model year 2025

Source: scania.com

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The Scania Cv DC11 541A is a machine built by Scania Cv. Production: 2025-2026. The fuel is 7-15 ppm Ultra Low Sulfur Diesel. The rated output is 294 kW. The engine is turbocharged. The engine meets emissions stage Tier 4 (Final or Phase In). Fuel reaches the combustion chamber through direct injection. The charge air is air-cooled. Charging is by a variable-geometry turbocharger. It is a four-stroke diesel engine. The cylinders are arranged in line. Rated output across the Scania Cv range ranges from 202 to 566 kW; the DC11 541A sits in the lower part of that range with 294 kW. Its immediate neighbours are the DC13 087A below it with 283 kW and the DC13 084A above it with 331 kW. 27 Scania Cv models across 4 series are on record.

Scania CV – other nonroad diesel engines: the collective page of the five-cylinder DC11 outside the named ranges, 294 to 331 kW, Tier 4 Final, variable turbine geometry

This page gathers versions of the Scania DC11 the register could not assign to a named range from the US EPA certification data. Scania CV, headquartered in Södertälje, is a Swedish truck and engine maker that builds its engines on a modular kit sharing the same cylinder spacing; the DC11 is the five-cylinder unit of this kit, and the EPA engine-family code shows the actual displacement of 10.6 litres.

Read on 3 more paragraphs

The register lists here 2 versions with 294 to 331 kW rated output at 2,100 rpm, from five cylinders in line with a 130 mm bore and 160 mm stroke – a long-stroke design. The engines carry a variable-geometry turbocharger and direct injection, run on low-sulphur diesel (7 to 15 ppm) and reach maximum torques of 2,350 to 2,448 Nm at 1,100 to 1,200 rpm. Both are certified to Tier 4 (Final or Phase-in), for use in both California and the other US states.

The five-cylinder inline engine is a construction typical of Scania, sitting between the smaller four-cylinder and the larger six-cylinder of the same modular kit; engines of this power class drive construction machinery, generator sets and marine propulsion in nonroad use, where the variable turbine geometry secures good response across a wide speed range.

When buying used, operating hours, the condition of the variable-geometry turbocharger and its actuating mechanism, the common-rail injection and its injectors, and on Tier 4 Final engines the SCR catalyst exhaust aftertreatment matter; spares run through Scania's authorised workshop network.

Sources: SpecCodex register, model data: Scania CV (weitere Nonroad-Dieselmotoren), Scania (manufacturer)

Technical data

Engine

Engine code3 204 712correct
Engine familySY9XL10.6EAAcorrect
Fuel7-15 ppm Ultra Low Sulfur Dieselcorrect
Rated output294 kWcorrect
Power band130<=kW<=560correct
Rated speed2,100 rpmcorrect
Maximum torque2,350 N·mcorrect
Speed at max. torque1,100 rpmcorrect
Cylinders5correct
Cylinder layoutin linecorrect
Bore130 mmcorrect
Stroke160 mmcorrect
Operating cyclefour-stroke dieselcorrect
Injectiondirect injectioncorrect
Aspirationturbochargedcorrect
Turbocharger typeVariable Geometry Turbochargercorrect
Charge-air coolingaircorrect
Emissions stageTier 4 (Final or Phase In)correct

Origin and approval

Version3 204 712correct
Sales regionbothcorrect

Frequently asked questions

How much power does the Scania Cv DC11 541A have?

The Scania Cv DC11 541A delivers 294 kW.

When was the Scania Cv DC11 541A built?

Production years: 2025-2026.

What to check before buying

  • Match the data plate against the order: frame size, mounting and rating have to agree.
  • For used units, ask about winding condition and bearing play.
  • Ask about parts availability for this series — the running costs hang on it.

A general list for this type of machine — no substitute for an inspection or an appraiser.

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This page carries 21 individual figures for this model. They come from 1 recorded source; every figure can be traced there. What we cannot document is not here — we leave gaps open rather than estimate them.

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Other models in this series

Sources: US EPA — engine certification data (retrieved August 2026) · How we check the data

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