The adaptability of the series of VDFs meets the needs of any object, and a wide range of expansion units and communication protocols allows for integration into any industrial control system. Original Triol VFD algorithms protect the HVAC and pump equipment from overheating, water hammer and premature failure, extending its life time
What Triol Corporation has to offer
Increased productivity of technological processes with the Triol VFD implementation in conveyor systems
The aim is to achieve the maximum possible reduction of energy consumption; to minimize equipment maintenance and repair costs; to increase the productivity of technological processes; and to ensure safe and uninterrupted operation of machines, mechanisms and infrastructure.
Well margins can be improved by using the EP01 motor, which consumes the minimum amount of power required to lift the fluid, using specialised software. The basis of the software is that a unique algorithm analyses the motor load at each duty cycle and decides whether to increase or decrease the motor power or reduce the motor operating current.
Guaranteed operation of ESP in harsh conditions and in emergency situations due to unique design and algorithms
The design of the power and control electronics enhances maintainability and allows the replacement of an electronic unit, part or assembly in the field without the need for soldering. Maximise production by measuring reservoir pressure accurately, allowing you to maintain a low dynamic level and increase flow from the well.
Learn about a special algorithm that continuously monitors the continuity of the circuit from the VFD to the motor by monitoring the currents. The unique function promptly alerts you to motor or motor circuit faults and prevents the use of faulty equipment. Control lift systems smoothly and comfortably.
The unique algorithms used in the VFDs remove the need to use braking resistors, on which the excess energy from the DC link of the VFD is dissipated in the generator mode of motor operation, which leads to a saving in the SRP’s energy consumption.
In order to improve the efficiency of the drilling rigs, we took a number of issues into account when designing the equipment. Triol focused on such questions as the high mounting capability of the equipment, maintainability, staff comfort and other. And paid special attention to the author's control algorithms the vector control and dual-motor mode.
Improving the quality of the end products of rolling mills with highly accurate and uninterrupted drive control of the rolls
An efficient algorithm ensures continuous operation of the variable frequency drive during deep and unbalanced supply voltage dips or even when the supply voltage is completely lost. Details on how to use part of the kinetic energy of the rotating mechanism, followed by an instant return to the set operating mode of the mechanism when the power supply is restored can be found in the article.
Non-stop process of crushing in the mining industry without jamming due to vector control with proprietary algorithms
Accurate control of the motor torque and speed ensures allowing the material to be crushed at a lower speed without stopping the crusher. Our other solution is the Unblocking Mode which has a smooth change in the direction of rotation of the crusher in case of hitting hard-to-break rock. The mode allows you to crush the material without jamming the crusher by rotating back and forth and continue working non-stop.