SawTroll
Information Collector
Some test results from an independant German test site (DLG):
H.372xp; 3.9 kw/9500 rpm - 4.1 nm/7300 rpm - 6.4 kg
J.2171; 3.9 kw/9600 rpm - 4.2 nm/7000 rpm - 6.4 kg
MS440; 4.0 kw/9500 rpm - 4.4 nm/7000 rpm - 6.2 kg
MS460; 4.4 kw/9500 rpm - 5.4 nm/6750 rpm - 6.5 kg
D7300; 4.4 kw/9500 rpm - 4.9 nm/6500 rpm - 6.4 kg
D7900; 4.7 kw/9500 rpm - 5.1 nm/7200 rpm - 6.4 kg
These tests are quite recent.
Some results from the 1990's, just for comparison:
044; 3.8 kw/9500 rpm - 4.3 nm/6200 rpm - 6.3 kg
272xp; 3.8 kw/9200 rpm - 4.4 nm/7000 rpm - 6.4 kg
371xp; 3.9 kw/ 9600 rpm - 4.1 nm/7500 rpm - 6.1 kg
2071; 3.9 kw/ 9600 rpm - 4.1 nm/7500 rpm - 6.1 kg
046; 4.1 kw/9500 rpm - 4.7 nm/6750 rpm - 6.5 kg
The weights are without bar and chain, but including cluch cover, nuts etc.
A lot of statements both on this forum and elsewhere tend to indicate that kw's and nm's developed by a E-lux motor are "stronger" than those developed by German motors. I have wondered why it is so for a while....
H.372xp; 3.9 kw/9500 rpm - 4.1 nm/7300 rpm - 6.4 kg
J.2171; 3.9 kw/9600 rpm - 4.2 nm/7000 rpm - 6.4 kg
MS440; 4.0 kw/9500 rpm - 4.4 nm/7000 rpm - 6.2 kg
MS460; 4.4 kw/9500 rpm - 5.4 nm/6750 rpm - 6.5 kg
D7300; 4.4 kw/9500 rpm - 4.9 nm/6500 rpm - 6.4 kg
D7900; 4.7 kw/9500 rpm - 5.1 nm/7200 rpm - 6.4 kg
These tests are quite recent.
Some results from the 1990's, just for comparison:
044; 3.8 kw/9500 rpm - 4.3 nm/6200 rpm - 6.3 kg
272xp; 3.8 kw/9200 rpm - 4.4 nm/7000 rpm - 6.4 kg
371xp; 3.9 kw/ 9600 rpm - 4.1 nm/7500 rpm - 6.1 kg
2071; 3.9 kw/ 9600 rpm - 4.1 nm/7500 rpm - 6.1 kg
046; 4.1 kw/9500 rpm - 4.7 nm/6750 rpm - 6.5 kg
The weights are without bar and chain, but including cluch cover, nuts etc.
A lot of statements both on this forum and elsewhere tend to indicate that kw's and nm's developed by a E-lux motor are "stronger" than those developed by German motors. I have wondered why it is so for a while....