Angular Gearboxes – Replacement of Comer Code T-281A 9.281.874
- Various (agricultural) applications
- Mowers
- Multi-row rotary tillers
- Band saws
Circular Saws and Belt Saws Gearboxes – Replacement of Comer Code T-19G
- Various (agricultural) applications
- Multi-row rotary tillers
- Mowers
- Fertiliser spreaders
- Band saws
PTO Generators Gearboxes – Replacement of Comer Code L-25A
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- arious (agricultural) applications
- Mowers
- Chemical fertiliser spreaders
- Band saws
Parallel Gearboxes – Replacement of Comer Code A-624A 1:6.9
- Various (agricultural) applications
- Hammer mills
- PTO generators
Rotary Tiller Gearbox – Replacement of Comer Code T-281J
- Various (agricultural) applications
<li class=”kh-16zd49f”>Mowers
- Multi-row rotary tillers
- Band saws
Rotary Tiller Gearboxes – Replacement of Comer Code T-292B
Rotary tiller gearbox T-292B is a type of gearbox that is used in rotary tillers. It is designed to transfer power from the driveshaft of the tractor to the tines of the rotary tiller. The rotary tiller gearbox T-292B is a compact gearbox that is typically mounted directly onto the rotary tiller, and it consists of a housing, a set of gears, and bearings. The rotary tiller gearbox helps to convert the high-speed, low-torque rotational power of the tractor’s driveshaft into the slower-speed, higher-torque rotational power that is required to turn the tines of the rotary tiller. This allows the rotary tiller to break up soil and prepare seedbeds efficiently.
Rotary Cutters Gearbox – Replacement of Omni Code RC61
A rotary cutter gearbox is a mechanical device that is designed to transfer power from the tractor to the rotary cutter. The gearbox contains a system of gears, bearings, and seals that work together to transmit power and regulate the speed of the rotary cutter blade. One of the main functions of a rotary cutter gearbox is to change the direction of the power flow from the tractor to the rotary cutter. The gearbox takes power from the PTO (power take-off) shaft of the tractor and converts it into a rotational force that is then transmitted to the rotary cutter through the driveshaft.
