TORQUE MANAGEMENT
BY RIVERHAWK
PROTECT YOUR MACHINERY
High machinery availability is crucial for you since any production downtime would be a major financial loss?
Unplanned outage time due to a sudden overload would be a loss in production and a risk to your machinery health. A wise selection of the machinery coupling concept helps you optimize the operational efficiency, reduces downtime and total life time costs.
With Riverhawk solutions this can be guaranteed in two ways: mechanically and electronically. Find out what fits your needs best.
Your investments in rotating equipment are certainly worth protecting.
PEAK SHAVER
Peak Shaver Safety Hubs with the "slip and re-grip" function are a development with the ability to slip without releasing to eliminate short duration dynamic peak torques.
They are primarily used in turbine generator drives as well as in compressor, fan and pump drives, which are driven by synchronous motors.
They are suitable for generally all industrial applications, which require uninterrupted operation under harsh conditions.
TORQUE BLOCKER
The Torque Blocker by Riverhawk is a torque limiting coupling, which is designed to cater to a wide array of industry applications.
The Riverhawk Torque Protection Couplings are specifically engineered to support your high-value machinery.
The Torque blocker does this by implementing a precisely defined internal torque blocking action at a very accurately set calibrated shaft torque. This unique feature allows the couplings to protect your machinery from potential damage caused by excessive forces.
TORQUE MEASUREMENT
Riverhawk Torque Monitoring Systems are designed to efficiently measure and meticulously record torque for a wide range of applications. These applications include, but are not limited to, rotating machinery, test stands, and onboard ship systems.
The primary function of these systems is to ensure that your equipment operates at its maximum potential.
TORSIONAL DAMPING
Utilize the advanced technology of the Riverhawk Torsional Damper device to provide an essential layer of protection for your equipment shafts. This device is specifically designed to guard against potential damage that can occur due to unforeseen dynamic torque interactions. These interactions can be particularly harmful when they involve low-level torque signals and shaft natural frequencies, which are often overlooked in standard monitoring processes.
