STIHL Chainsaws MS 261 C-M VW Petrol Professional

The MS 261 C-M is a versatile, professional petrol chainsaw allowing you to run a selection of different bar lengths to suit your needs. It also includes useful features such as the easy-clean HD2 filter, adjustable oil delivery to the bar and chain, stainless-steel muffler and captive nuts on the sprocket cover. The 2-MIX technology in the MS 261 C-M petrol chainsaw ensures up to 20% less fuel consumption and up to 50% fewer emissions compared to the equivalent STIHL two-stroke engines without 2-MIX technology. The MS 261 C-M VW comes fitted with electric carburettor heating and electrically heated handles for work in cold climates.

Features:

• STIHL M-Tronic (M)
• Heated handles (W)
• STIHL 2-MIX-Engine
• HD2 filter
• Decompression valve
• STIHL ElastoStart
• Sidechain tensioner
• Variable-displacement oil pump
• Tool-free filler caps
• Pre-separation air filtration system
• Anti-vibration system
• Combi lever
• Stop button function
• Captive nuts
• Ematic chain lubrication system
• Advanced combustion technology
• Carburettor heating (V)

Technical Specification:

• System weight kg 1) – 6
• Displacement cm³ – 50.2
• Power output kW/bhp – 3/4.1
• Weight kg 2) – 5.1
• Power-to-weight ratio kg/kW – 1.7
• CO2 g/kWh – 705
• Sound pressure level dB(A) 3) – 105
• Sound power level dB(A) 3) – 116
• Vibration values left/right m/s² 4) – 3.5/3.5
• Tank volume l – 0.50
• Bumper spike – Stahlkralle
• Sprocket – number of teeth – 7 Z
• Cylinder – Chrom
• Oil pump – einstellbar
• Filter – Langzeit Filtersystem (Vorabscheidung) / Patronenfilter HD2
• Sprocket – Ringkettenrad
• Chain tensioning – seitliche Kettenspannung
• Anti vibration system – AV+Stahlfeder
• Filler cap – WTV werkzeugloser Tankverschluss
• Chain pitch – .325″
• EPA Certified fuel consumption l/h – 0.438
• Oil tank Volume cm3 – 270

1) Unfueled, with guide bar and saw chain
2) Without fuel, without bar and chain
3) K-factor according to DIR 2006/42/EC = 2.5 dB (A)
4) K-factor according to DIR 2006/42/EC = 2m / s ²