2010 - 2011
HUSQVARNA TE 630
13t 520 pitch black steel front replacement sprocket
| SUNSTAR SPROCKETS
Fits to:
HUSQVARNA TE 630 I.E. [2010 - 2010]
HUSQVARNA TE 630 I.E. [2011 - 2011]
2010 - 2012 HUSQVARNA TE 630
Transmision ratio:
12 | 13 | 14 | 15 | 16 | 17 | ||
41 | 3.42 +22.0% | 3.15 +12.6% | 2.93 +4.6% | 2.73 -2.4% | 2.56 -8.5% | 2.41 -13.9% | |
42 | 3.50 +25.0% | 3.23 +15.4% | 3.00 +7.1% | 2.80 standard | 2.62 -6.2% | 2.47 -11.8% | |
43 | 3.58 +28.0% | 3.31 +18.1% | 3.07 +9.7% | 2.87 +2.4% | 2.69 -4.0% | 2.53 -9.7% | |
44 | 3.67 +31.0% | 3.38 +20.9% | 3.14 +12.2% | 2.93 +4.8% | 2.75 -1.8% | 2.59 -7.6% | |
45 | 3.75 +33.9% | 3.46 +23.6% | 3.21 +14.8% | 3.00 +7.1% | 2.81 +0.4% | 2.65 -5.5% | |
46 | 3.83 +36.9% | 3.54 +26.4% | 3.29 +17.3% | 3.07 +9.5% | 2.88 +2.7% | 2.71 -3.4% | |
47 | 3.92 +39.9% | 3.62 +29.1% | 3.36 +19.9% | 3.13 +11.9% | 2.94 +4.9% | 2.76 -1.3% | |
48 | 4.00 +42.9% | 3.69 +31.9% | 3.43 +22.4% | 3.20 +14.3% | 3.00 +7.1% | 2.82 +0.8% | |
49 | 4.08 +45.8% | 3.77 +34.6% | 3.50 +25.0% | 3.27 +16.7% | 3.06 +9.4% | 2.88 +2.9% | |
50 | 4.17 +48.8% | 3.85 +37.4% | 3.57 +27.6% | 3.33 +19.0% | 3.12 +11.6% | 2.94 +5.0% | |
51 | 4.25 +51.8% | 3.92 +40.1% | 3.64 +30.1% | 3.40 +21.4% | 3.19 +13.8% | 3.00 +7.1% | |
52 | 4.33 +54.8% | 4.00 +42.9% | 3.71 +32.7% | 3.47 +23.8% | 3.25 +16.1% | 3.06 +9.2% | |
53 | 4.42 +57.7% | 4.08 +45.6% | 3.79 +35.2% | 3.53 +26.2% | 3.31 +18.3% | 3.12 +11.3% |
Specifications
Manufacturer | SUNSTAR SPROCKETS |
---|---|
Color | Black |
Material | Steel |
Chain pitch | 520 |
Position | Front |
Number of teeth | 13 |
Units | Each |
Type | Countershaft |
Product description
Constructed of the same great quality and specifications that the Japanese OEMs have trusted and used since 1946 Parkerizing surface treatment prohibits rust and corrosion, building resistance against those agents, resulting in a longer lasting, better appearance Most race applications feature drilled weight-reduction holes (depends on application/tooth size) Manufactured from case-hardened chromoly steel for unparalleled strength and durability