| Energy
savings and reduced CO2 emissions |
| Belt
type |
Size
range |
| JIS@A |
20`360 |
| JIS@B |
25`360 |
| JIS@C |
36`360 |
| JIS@D |
100`360 |
| Belt
length (mm) = 25.4 x size |
| Please
contact us for size information |
|
|
| 1. |
Canvas
cover |
| 2. |
Adhesion
rubber |
| 3. |
Tensile
cord |
| 4. |
Bottom
rubber |
|
 |
Energy
loss factors (from left (1) to right (5), greatest to least) |
| Loss
caused by bending stress and erosion from belt/pulley contact
are common in transmission systems. But the unique structure
of Energy-Saving Red leads to improved transmission efficiency
as reduced bending stress loss generates energy savings. |
| Energy-Saving
Red exhibits greater flexibility (less hardness) in the
graph at right than standard belts |
|
|
Belt
stiffness comparison |
 |
 |
Extremely
small torque loss and improved transmission efficiency
lead to energy savings. |
|
Energy-Saving
Red can be installed and used on existing standard-V
pulleys |
|
Long
service life due to improved belt construction and
reduced heat generation.
¦ Comparison results
based on in-house testing. |
|
Compact
- The same transmission capacity as Red, with about
30% less space required compared with standard V-belts |
|
|
|
|
