Bridle Roll Drive

The patented Eisenbeiss energy-saving concept achieves exceptional levels of efficiency. Thanks to optimized toothing, bearing assembly and lubrication, power loss with this application is reduced by around 30% compared to conventional solutions. This not only results in a significant reduction in energy costs, but also makes it possible to dispense with additional cooling in almost all cases. As a result, service costs are reduced to an absolute minimum, which makes the gear systems particularly simple and reliable. Combined with the quality brand bearings installed, Eisenbeiss also ensures maximum uptime for its customers.

Technical Data

Advantages

Applications

The patented Eisenbeiss energy-saving concept achieves exceptional levels of efficiency. Thanks to optimized toothing, bearing assembly and lubrication, power loss with this application is reduced by around 30% compared to conventional solutions. This not only results in a significant reduction in energy costs, but also makes it possible to dispense with additional cooling in almost all cases. As a result, service costs are reduced to an absolute minimum, which makes the gear systems particularly simple and reliable. Combined with the quality brand bearings installed, Eisenbeiss also ensures maximum uptime for its customers.

Technical Data

Technical
Data

GEAR TYPE Spur gear
POWER 20 to 800 kW
OUTPUT TORQUE 10 to 200 kNm
OUTPUT SPEED 20 to 200 rpm
RATIO 20 to 300
LUBRICANT / COOLING Combined immersed gear lubrication with lubrication pump /
cooled via the housing

Advantages

Energy-efficient design

An ingenious gearbox lubrication system ensures maximum efficiency and reduces oil temperatures while maintaining a compact design.

Avoiding dust turbulence

Thanks to the excellent efficiency of the gears, no additional cooling is needed in most cases, minimizing the risk of dust turbulence.

High availability

The proven overall concept requires only minimal service work and guarantees a high level of uptime.

Applications

Strip Processing

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