Examples of using Microprocessor controller in English and their translations into Russian
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Microprocessor controller. Functions.
Electrical System: SG+ microprocessor controller.
Microprocessor controller. Functions.
Posting events to eHouse system microprocessor controllers- run the command.
Microprocessor controller with an intuitive menu in Polish and English.
RoomManager is advanced microprocessor controller optimized for control rooms.
Microprocessor controller with an intuitive menu in Polish and English.
Backup power supply voltage of +12 V for the microprocessor controllers and control relays or boiler and blinds, gates.
For proper starting andstopping the shear mechanism we have developed the specialized microprocessor controller.
The optional microprocessor controller and a fan boost;
Allows you to design a system eHouse,allowing maximum use of its functionality and hardware resources of microprocessor controllers.
Autoclaves have a microprocessor controller which controls and registers all the parameters of the treatment.
Connection demonstration module to the controller is very simple andonly requires connection of relevant“tapes” between the microprocessor controller and the demo PCB.
Its embedded microprocessor controller guarantees high reliability and it's perfect for any home or small office application.
We offer a complete solution in a single housing containing a microprocessor controller and a power circuit with double thyristor module and a heat sink.
Microprocessor controllers have internally stabilized power, allowing a reduction of the voltage to the value required for the direct supply of the processor.
ARE resistance starters are equipped with a microprocessor controller MCR which controls the start-up and the speed of the motor.
KMp microprocessor controllers equipped with ports of Ethernet interface and operated under control of real-time system software(SW) developed at SRPA"Impulse";
Power and control components(including universal microprocessor controllers) for electric drive Professors Ostr irov V.N. and Kozachenko V.F.
The device uses our microprocessor controller, which main purpose is to continuously measure the actual value of the frequency of the current induced in the rotor winding and switching the appropriate resistance sections.
Since technological parameters are precisely maintained by the microprocessor controller, it is able to obtain identical weld over the entire length of an item.
Research area explores microprocessor controllers, and specialized devices for collecting, processing and automation of technological processes; modeling and identification of managed objects and automated control systems of technological processes; studies of hardware and software of automated systems; study of algorithms of control devices for automation of technological processes.
We offer a complete solution in a single housing containing a microprocessor controller and a power circuit of up to nine thyristor modules and heat sinks.
Each device is equipped with microprocessor controller for controlling the set temperature, waiting time and core temperature- if the process requieres it.
Stand for study and design of intelligent information andcontrol systems in oil and mining industries based on multi-purpose microprocessor controllers Imago500 and control and measurement instruments produced by Jumo 2007.
Development of a multi-purpose microprocessor controller on a new ele- ment base for the electrical drive Associated-Professor Kozachenko V.F.
Since technological parameters are precisely maintained by the microprocessor controller, it is able to obtain identical weld over the entire length of an item.
The control system includes a power cabinet with a microprocessor controller, the controller software, an assembly of charge and temperature sensors and electrical installation.
Production year: 2017 AC Servo motor Servo drive and FATEK microprocessor controller with touch screen for HMI MT 4.3 speed, batch 480x272 px counter and counting setting.
Replacing old controlling devices with new ones with microprocessor controllers and software as aimed at ensuring further failure-free operation of machines with reduction of the costs related the purchase of new machines.