Thermal Protection
A method of preventing burning damage when the motor is restricted from rotating; done by setting a thermal element to interrupt (the restricting) operation before the motor reaches a temperature at which burning occurs.
A method of preventing burning damage when the motor is restricted from rotating; done by setting a thermal element to interrupt (the restricting) operation before the motor reaches a temperature at which burning occurs.
The Ultrasonic Sensor sends ultrasonic waves from an emitter toward a sensing object, then receives the reflected waves with a receiver. The Sensor uses the resulting information to determine the presence of an object or to measure the distance to an object.
A status in which the power supply voltage is below the rated value.
The oil industry term “upstream” refers to oil and natural gas exploration and extraction activities.
A Temperature Controller that can perform position-proportional control. The Temperature Controller manipulates a control motor to control a valve, damper, or other device.
Velocity Pressure (Dynamic Pressure): The pressure exerted by the velocity of a fluid. Can be measured by the difference between total and static pressure.
A function that enables displaying images output from video devices, such as video cameras or Vision Sensors, to be displayed on the PT by installing a Video Input Unit on the PT.
The input of video signals. Video Input is a port or jack is what receives a video signal from one device to another or video output source
Viscosity: The resistance of a fluid to flow when subjected to shear stress
Voltage (potential difference): The voltage between two points in an electrical circuit is a measure of the potential difference or the force, that is pushing electrons between these two points. It is analogous to water pressure in a water system. Voltage is measured in volts and is directly proportional to the current and resistance of a circuit: V=IR, where V = potential difference in volts, I = current in amperes (amps) and R = resistance in ohms. This is Ohm’s law.
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