Solo las mejores marcas en la automatización y control de equiposVariable Frequency Drives
Hydro Control Variable Frequency Drives – R-Drive Series
Create up to 8 pumping systems, each connected to a R-Drive variable frequency drive. Works with surface or submersible pumping systems. Includes 1.15m of power cable, 1.5m of connection cable for pumping system, and 1.5m of cable to connect to another R-Drive variable frequency drive.
This equipment has several protections: Surge alarm (activated when a pressure surge of 2 times the working pressure is detected). External alarm (stops the operation of the team if an external float is placed).
Available packages: one R-Drive variable frequency drive + one Pro Control variable frequency drive. Two R-Drive variable frequency drives. Three R-Drive variable frequency d
oshiba Variable Speed Drives – Plus Pack Series
The Plus Pack is by far the most robust and reliable Drive in the industry, it was designed to work outdoors in artificial lift applications for the Oil industry.
Installed in remote areas under extreme environmental conditions (Tropical Rainforest, Desert, Extreme Temperatures) where reliability is an indispensable feature because maintenance personnel are usually hours away.
Thanks to its totally hermetic design without air exchange with the environment, the Plus Pack NEMA 3R Drive is a unique product with no competition, ideal for the heavy industry.
Toshiba Variable Speed Drives – AS1 Series
The advanced design separates the AS1 from the competition. The modular construction of the AS1 allows the unit to be installed in almost any application quickly and easily.
The laminated bus plane technology used in the AS1 allows for a reduced component count, improved reliability and easier service.
Simple programming allows the user to operate the AS1 drive with little or no programming.
At the same time, the AS1 maintains one of the most expansive parameter sets in the industry, allowing you to tailor the drive to your specific application.
Toshiba Variable Speed Drives – G9 Series
The G9 low voltage adjustable speed drive is the most advanced severe duty drive offered by Toshiba.
Engineered for the end user, this drive combines a proven and rugged power platform with the latest in power devices and an advanced microprocessor to provide users with a smarter, stronger and more reliable system with flexible application control.
Toshiba Variable Speed Drives – GX7 Series
The Toshiba GX7 PWM Series is a severe duty adjustable speed drive designed to withstand any conventional industry application.
This component offers vector technology of flow with or without the use of an encoder.
The Toshiba GX7 unit is easy to use and designed to withstand harsh conditions following through a high performance platform.
Toshiba Variable Speed Drives – H9 Series
The H9 variable speed drive is the most advanced low voltage and heavy duty drive offered by Toshiba.
Designed with the end user in mind, this powerful drive combines a robust and proven power platform with the latest power devices and an advanced 32-bit microprocessor to provide users with a smarter, stronger and more reliable unit with flexible application control.
Toshiba Variable Speed Drives – MTX NEMA 3R Series
The Toshiba MTX NEMA 3R outdoor medium voltage adjustable speed drive is one of the most innovative adjustable speed management offerings to date.
With an advanced enclosure design and power section topology, the MTX is the only drive specifically designed for outdoor mounting in remote applications.
The MTX can be mounted virtually anywhere, eliminating the need to find adequate indoor floor space.
Toshiba Variable Speed Drives – P9 Series
The Toshiba P9 adjustable speed drive is a revolution in pump control.
It eliminates many hurdles that users thought were an integral part of pump control and sets a new standard for ingenuity, performance and ease of use for the pump industry.
It linearizes the traditional non-linear pump curve, providing the user's system with a stable and precise variable pumping control.
It solves the load balancing problem on multiple pumps.