Do you have a question about the KCC KTD-600 Series and is the answer not in the manual?
Select the product series for ordering.
Choose the appropriate pressure range for the KTD-600 series.
Option to change the pressure unit displayed on the device.
Procedure to set the zero pressure reference point for accurate readings.
Ability to configure the sensor's response time for stability.
Setting the behavior of the control outputs based on pressure levels.
Indication of the analog output signal status via LEDs.
How the display updates immediately when settings change.
Automatic return to operating mode after setting changes or inactivity.
Graphical representation of the sensor's external measurements.
Dimensions required for integrating the sensor into a panel.
Steps to attach the panel holder to the mounting surface.
Procedure for inserting the sensor into the holder and completing panel attachment.
Details for mounting using an angle bracket for wall or floor attachment.
Specifics for floor mounting configurations.
Specifics for wall mounting configurations.
Details for mounting the sensor on a side wall.
Overview of parts used for assembling the mounting bracket.
List of available mounting accessories like panel holders and brackets.
Identification of display, LEDs, and control buttons on the front panel.
Identification of connectors and ports on the back panel.
Measurement and display ranges for kPa, bar, and psi for KTD-600.
Measurement and display ranges for kPa, bar, and psi for KTD-600V.
Diagram showing NPN open collector output wiring for sensor signals.
Steps for changing the pressure unit displayed on the device.
How to perform zero point adjustment for accurate measurements.
Overview of advanced settings like P-H, P-L, output modes, and response time.
Explanation of wire colors for power, output 1, output 2, and analog output.
Setting the upper limit for pressure detection and output.
Setting the lower limit for pressure detection and output.
Configuring the operational mode for the control outputs.
Adjusting the parameters for the analog output signal.
Defining the delay before the sensor responds to pressure changes.
Interpreting error codes like HI, Lo, and Er3 displayed on the sensor.
Steps to resolve errors related to pressure range and zero point adjustment.
Guidelines for safe fluid usage and environmental conditions.
Precautions regarding power supply, wiring, and noise prevention.
Recommendations for safe assembly, installation, and general handling.
Explanation of the 4 output operation modes and analog output.
Description of Mode 0 where only pressure is displayed, used as a gauge.
Graphical representation of output behavior in Mode 1 based on P-H and P-L.
Graphical representation of output behavior in Mode 2 based on P-H and P-L.
Graphical representation of output behavior in Mode 3 based on P-H and P-L.
Mapping of pressure ranges to analog voltage outputs for KTD-600.
Mapping of pressure ranges to analog voltage outputs for KTD-600V.
The KTD-600 series is a Digital Pressure Sensor Switch manufactured by KCC Co., Ltd., specializing in pneumatic and hydraulic components. This device is designed for precise pressure control in various applications, including semiconductor manufacturing lines, medical equipment, and automation lines.
The KTD-600 series offers comprehensive pressure sensing and control capabilities. It can indicate both positive and negative pressure, making it versatile for different system requirements. A key feature is its one-touch zero adjustment function, which simplifies calibration by allowing users to set the display value to zero when the port is open to atmospheric pressure. This adjustment can be forcibly set in RUN mode by pressing the ZERO key for more than 2 seconds, and the device automatically returns to RUN mode upon completion.
The device supports independent 2-channel outputs, which can be configured according to user settings. It utilizes a high-precision semiconductor pressure sensor, ensuring accurate and reliable measurements. The compact and lightweight design makes it suitable for integration into various systems where space and weight are critical.
Users can change the display unit to suit their application, with preset values automatically calculated based on the selected unit. The response time is adjustable, offering 100 different settings from 5 to 495ms. A longer response time contributes to more stable sensing values.
The KTD-600 series provides four distinct control output modes (Mode 0-3), allowing for flexible control logic. In addition to control outputs, it offers analog output modes (0-6 for KTD-600 and 0-4 for KTD-600V), providing a continuous voltage signal proportional to the pressure. The status of the analog output is indicated by flashing LEDs.
The device features a real-time display, where changes made in the parameter setting mode are immediately reflected in the output. It also includes an automatic RUN mode reset function; if any key is untouched for over 10 seconds during detail setting, the device automatically returns to RUN mode. All setting values are saved even when power is off.
The KTD-600 series is designed for ease of use and flexibility. The front panel features a 3-digit 7-segment red display for detected pressure, setting values, and error messages. A red LED indicates negative pressure. Output status is shown by two LEDs (OUT1 and OUT2).
The device supports various mounting options, including angle bracket (wall and floor attachment), floor attachment, wall attachment, and side wall attachment. A panel holder bracket and stopper are provided for panel mounting.
To ensure optimal performance and longevity, several precautions and maintenance guidelines are provided:
The device also includes error displays (HI, Lo, Er3) to help diagnose issues. "HI" indicates pressure exceeding the upper display range, "Lo" indicates pressure below the lower display range, and "Er3" suggests an external pressure issue during zero point adjustment. Corresponding remedies are provided, such as applying pressure within the display range or retrying zero adjustment after removing external pressure.
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