K3HB-X

A K3HB-X Process Indicator converts the output of the pressure sensor to a pressure, and displays the value. Also, the K3HB-X sends linear output data to the CPU Unit to perform centralized monitoring.

A Digital Panel Indicator measures and monitors a voltage input to control the motor load with alarm outputs from the Digital Panel Indicator. Also, the startup compensation timer enables efficient monitoring for motor overload without an output with inrush current at motor startup.

The K3HB Process Indicator measures the amount of dust that is discharged into the atmosphere. It does this with a current input of 4 to 20 mA for the change in the light that is transmitted to the Analog Photoelectric Sensor. The system outputs an error if the set value is exceeded.

A Linear Proximity Sensor detects warping in molded components or other workpieces by converting the warping into the movement of a metal strip through an attachment. The K3HB-X Process Indicator displays the value, and outputs the judgment with alarm outputs.

The system displays the roller position for equipment that moves the roller position and detects offset during work. To do so, the system uses the plate pressure of the rolled plate. You can easily use the forced-zero function of the K3HB Process Indicator to shift the immediately preceding display value to 0 to make standard adjustments. You can also operate the forced-zero function with the keys on the front of the Digital Panel Indicator.

A Digital Panel Indicator measures and monitors the current fluctuation in workpiece welding with a splitter.

An Analog Photoelectric Sensor detects the quantity of discharged powder. A Process Indicator scales and displays the linear output of 4 to 20 mA. Also, the system sends BCD data to the PLC to monitor the quantity of discharge.

The display shows the quantity of aluminum vapor that is deposited on the cathode-ray tubes in a way that is easy to understand. First, the system detects changes in the reflection of the Analog Photoelectric Sensor according to the quantity of vapor that is deposited. The scaling function of the Process Indicator converts the degree of change into an easily understood percentage for display to perform inspection. The system uses alarm outputs to indicate judgments.

Displaying the resistance of chemicals and other liquids that are used for semiconductors enables quality control for liquid chemicals.