6.1.1.- コントロール

コントロール UNITS

1-28 を表示中　合計 28 商品

BASIC TEACHING UNIT FOR THE STUDY OF REGULATION AND CONTROL - RYC/B

RYC/B

Available

6.1.1.1.- 理論的-実践的基礎

RYC/B

PID制御と調整の基礎装置

The regulation of dynamic systems is a fundamental component of engineering, as it allows process variables to be maintained within desired limits despite external disturbances or internal changes. To achieve this, control strategies such as the...

COMPUTER CONTROLLED MODULAR CONTROL AND REGULATION UNIT - RYC/T

RYC/T

Available

10.1.- 理論的-実践的基礎

RYC/T

Computer Controlled Modular Control and Regulation Unit

The Computer Controlled Modular Control and Regulation Unit, with SCADA and PID Control, "RYC/T", has been designed by EDIBON for the study of regulation and automatic control through experimentation with real processes and dynamic models. It...

COMPUTER CONTROLLED TEACHING UNIT FOR THE STUDY OF REGULATION AND CONTROL - RYC

の付属品 RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC

調整・制御学習コンピューター制御指導用装置

の付属品 RYC/T

The Computer Controlled Teaching Unit for the Study of Regulation and Control, "RYC", is designed by EDIBON is common to all "RYC" type unit and constitutes the base unit for performing regulation and automatic control practices. It is organized...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-BB

バー・ボールシステム用PID制御および調整装置

の付属品 RYC, RYC/T

The PID Control and Regulation Unit of a Ball and Beam System, "RYC-BB", designed by EDIBON allows the study of a classical unstable dynamic process in automatic control. It consists of a beam driven by a motor that regulates its inclination, on...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-SM

DCサーボモーターのPID制御・調整装置

の付属品 RYC, RYC/T

The PID Control and Regulation of a DC Servomotor Unit, "RYC-SM", designed by EDIBON, allows studying speed and position control in a DC servomotor. It includes speed and position sensors, allowing analysis of the dynamic response of the motor and...

AIR FLOW TEMPERATURE CONTROL MODULE - RYC-TAR

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-TAR

気流の温度のPID制御・調整装置

の付属品 RYC, RYC/T

The PID Temperature Control and Regulation of Air Flow Unit, "RYC-TAR", designed by EDIBON, allows studying temperature control in an air flow using a fan and a heating element. It includes sensors distributed along the duct, allowing analysis of...

INVERTED PENDULUM CONTROL MODULE - RYC-PI

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-PI

逆転振り子制御モジュール

の付属品 RYC, RYC/T

The PID Control and Regulation of an Inverted Pendulum Unit, "RYC-PI", designed by EDIBON, allows studying a highly unstable process through the control of an inverted pendulum mounted on a moving carriage. It includes position and angle sensors...

MAGNETIC LEVITATION CONTROL MODULE - RYC-CLM

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-CLM

磁気浮上のPID制御・調整装置

の付属品 RYC, RYC/T

The PID Magnetic Levitation Control and Regulation Unit, "RYC-CLM", designed by EDIBON, allows studying a highly nonlinear process through the levitation of a metallic ball using an electromagnet. It includes position and current sensors that...

WATER FLOW TEMPERATURE CONTROL MODULE - RYC-TAG

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-TAG

水流の温度のPID制御・調整装置

の付属品 RYC, RYC/T

The PID Temperature Control and Regulation of Water Flow Unit, "RYC-TAG", designed by EDIBON, allows analyzing heat transfer in a water flow system. It includes two circuits (cold and hot water) connected through a heat exchanger. It allows...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-TE

温度のPID制御・調整装置

の付属品 RYC, RYC/T

The PID Temperature Control and Regulation Unit, "RYC-TE", designed by EDIBON, allows studying temperature control in a tank using a heating element and temperature sensors. It allows analyzing thermal dynamics, response time, and process stability.

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-P

圧力レベルのPID制御および調整装置

の付属品 RYC, RYC/T

The PID Control and Regulation of Pressure Level Unit, "RYC-P", designed by EDIBON, allows the study of pressure control in a tank using compressed air. It includes a compressor, pressure sensors, and control valves. It allows analyzing the...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-N

水位のPID制御・調整装置

の付属品 RYC, RYC/T

The PID Level Control and Regulation Unit, "RYC-N", designed by EDIBON, allows studying level control in a tank by regulating the inlet flow. It includes level sensors, a pump, and valves that allow modifying operating conditions. The unit allows...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-C

流量のPID制御・調整装置

の付属品 RYC, RYC/T

The PID Flow Control and Regulation Unit, "RYC-C", designed by EDIBON, allows the study of flow control in a closed hydraulic circuit. It includes a pump, a flowmeter, and an electronic proportional valve that regulates the flow. The unit allows...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-I

光強度のPID制御および調整装置

の付属品 RYC, RYC/T

The PID Control and Regulation of Light Intensity Unit, "RYC-I", designed by EDIBON, allows analyzing light intensity control in a closed environment. It includes a variable light source and several optical sensors, such as photodiodes or...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-pH

pHレベルのPID制御および調整装置

の付属品 RYC, RYC/T

The PID Control and Regulation of pH Level Unit, "RYC-pH", designed by EDIBON, allows studying pH control in a tank by dosing acidic and basic solutions. It includes pH sensors, dosing pumps, and a mixing tank. It allows analyzing dynamic chemical...

の付属品 RYC, RYC/T

Available

6.1.1.1.- 理論的-実践的基礎

RYC-CP

モーター位置のPID制御・調整装置

の付属品 RYC, RYC/T

The PID Position Control and Regulation of a Motor Unit, "RYC-CP", designed by EDIBON, allows studying linear position control using a DC motor that moves a carriage. It includes position sensors that allow measuring the displacement of the...

COMPUTER CONTROLLED GENERATING STATIONS CONTROL AND REGULATION SIMULATOR - SCE

Available

6.1.1.1.- 理論的-実践的基礎

SCE

コンピューター制御の発電所の調整および制御装置

The Computer Controlled Power Plants Regulation and Control Unit, "SCE", has been designed by EDIBON to simulate and analyze the behavior of a power plant through two operating modes.Real mode: allows the analysis and data acquisition of the...

CECI

Available

6.1.1.2.- 産業用コントローラー

CECI

産業用コントローラー演習装置

The Industrial Controllers Unit, "CECI", is based on a modular design structure whose functionality is divided into different modules toallow the student a better understanding of the unit. The modules included in the unit are: industrial...

INDUSTRIAL CONTROLLERS NETWORKING - CRCI

CRCI

Available

6.1.1.2.- 産業用コントローラー

CRCI

産業用コントローラーネットワーク

The Industrial Controllers Networking, "CRCI", unit is based on a modular design structure whose functionality is divided into different modules to allow the student a better understanding of the unit. The modules provided with the unit are: two...

COMPUTER CONTROLLED CONTROLLER TUNING UNIT - CEAC

CEAC

Available

6.1.1.2.- 産業用コントローラー

CEAC

制御装置チューニング演習装置

The Computer Controlled Controller Tuning Unit, "CEAC", designed by EDIBON, unit is an advanced system that operates in conjunction with a computer, which allows to change the control parameters performed by the industrial controller.Through the...

CEAB

Available

6.1.1.2.- 産業用コントローラー

CEAB

フィールドバスアプリケーション用演習装置

The Field Bus Applications Unit, "CEAB", designed by EDIBON, provides the components to conform a real Profibus DP Network where the PC is the master device and different components included with the unit are the slave devices. The "CEAB" unit...

COMPUTER CONTROLLED COUPLED TANKS SYSTEM - CTAC

CTAC

Available

6.1.1.3.- 産業システムアプリケーション

CTAC

コンピューター制御二層式タンクシステム

The Computer Controlled Coupled Tanks System, "CTAC", consists of four transparent tanks, each with a pressure sensor to measure the water level.The coupling configuration between tanks can be modified by the use of computer controlled solenoid...

COMPUTER CONTROLLED PROCESS CONTROL (ELECTRONIC VALVE) - UCP

Available

6.1.1.3.- 産業システムアプリケーション

UCP

プロセス制御（電子バルブ）、コンピュータ制御（PC）

The Computer Controlled Process Control (Electronic Valve), "UCP", designed by EDIBON, allows the study of several types of automatic control and can be used to control different variables (flow, level, temperature, pressure, pH, conductivity and...

COMPUTER CONTROLLED PROCESS CONTROL (PNEUMATIC VALVE) - UCPCN

UCPCN

Available

6.1.1.3.- 産業システムアプリケーション

UCPCN

プロセス制御（空気圧バルブ）、コンピュータ制御（PC）

The Computer Controlled Process Control (Pneumatic Valve), "UCPCN", designed by EDIBON, allows the study of several types of automatic control and can be used to control different variables (flow, level, temperature, pressure, pH, conductivity and...

COMPUTER CONTROLLED PROCESS CONTROL (SPEED CONTROLLER) - UCPCV

UCPCV

Available

6.1.1.3.- 産業システムアプリケーション

UCPCV

プロセス制御（インバーター）、コンピュータ制御（PC）

The Computer Controlled Process Control Unit (Speed Controller), "UCPCV", designed by EDIBON, allows the study of several types of automatic control and can be used to control different variables (flow, level, temperature, pressure, pH,...

COMPUTER CONTROLLED PROCESS CONTROL UNIT (ELECTRONIC + PNEUMATIC VALVE AND SPEED CONTROLLER) - UCPCNCV

UCPCNCV

Available

6.1.1.3.- 産業システムアプリケーション

UCPCNCV

プロセス制御（電動+空気圧バルブおよびインバーター）、コンピュータ制御（PC）

The Computer Controlled Process Control System (with electronic control valve + pneumatic control valve + variable speed drive), "UCPCNCV", designed by EDIBON, allows the study of several types of automatic control and can be used to control...

COMPUTER CONTROLLED PROCESS CONTROL UNIT FOR THE STUDY OF PRESSURE (AIR) - UCP-P

UCP-P

Available

6.1.1.3.- 産業システムアプリケーション

UCP-P

コンピューター制御空気圧学習用プロセス制御実験装置

The Computer Controlled Process Control Unit for the Study of Pressure (Air), "UCP-P", designed by EDIBON, consists of a compressed air duct whose flow is controlled by a pneumatic valve (the compressed air or gas source is not included).The air...

COMPUTER CONTROLLED INDUSTRIAL PROCESS CONTROL PLANT - CPIC

CPIC

Available

6.1.1.3.- 産業システムアプリケーション

CPIC

産業プロセス制御プラント、コンピュータ(PC)で制御

The Computer Controlled Industrial Process Control Plant, "CPIC", has been designed by EDIBON for the study of industrial process control through experimentation with variables such as flow, level, pressure, and temperature.This unit allows the...

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