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General| Brand | Keyence |
|---|---|
| Model | FD-Q Series |
| Category | Accessories |
| Language | English |
Highlights the key installation benefit of the sensor, requiring no pipe alterations.
Emphasizes installation simplicity, requiring no specialized tools or components.
Highlights ease of use, not requiring specialized expertise for operation.
Stresses the advantage of minimal disruption to ongoing industrial operations.
Explains benefits like maintaining fluid integrity and preventing process contamination.
Lists the range of fluids the sensor can detect, including water, oil, and chemicals.
Specifies the compatibility with different pipe materials like metal and resin.
Mentions the availability of pre-set operational modes for quick and efficient setup.
Describes the real-time display capability of current flow rates.
Explains the feature for rapid configuration transfer between multiple sensor units.
Outlines the widespread application and importance of fluids in industrial settings.
Discusses how equipment issues, like blockages, can lead to inconsistent flow.
Explains how human actions or incorrect settings can cause flow inconsistencies.
Describes the sensor's ability to show flow data directly on the unit for easy monitoring.
Details the sensor's function to send signals for external alerts or notifications.
Highlights the capability to record data for tracking operations and improving efficiency.
Contrasts the complexity and downtime associated with traditional sensor installations.
Demonstrates the straightforward mounting process for the FD-Q series using a screwdriver.
Illustrates how the FD-Q series minimizes installation time and sensor costs compared to conventional methods.
Lists the various fluids the sensor is capable of detecting, including water, oil, and chemicals.
Specifies the range of pipe materials supported, such as stainless steel, iron, copper, and resin.
Indicates the applicable range of pipe diameters the sensor can accommodate, from 1/4" to 2".
Describes problems like pressure loss and contamination common in mechanical sensors.
Details issues such as unstable readings and extra maintenance for thermal sensors.
Explains how the non-contact clamp-on design prevents pressure losses and contamination.
Highlights how the clamp-on style minimizes downtime associated with traditional sensor installations.
Describes the default display mode showing the actual measured flow amount.
Explains the display mode for monitoring relative flow amount during condition checks.
Lists the various combinations of control outputs and analog outputs available.
Details options for integrating external input signals with the sensor's I/O.
Explains the standard mode for controlling output based on defined flow thresholds.
Describes the mode for monitoring flow rate within a specific defined window.
Details the mode for tracking cumulative flow amounts for consumption management.
Explains the ability to copy settings from one sensor to another using an 8-digit code.
Highlights the sensor's high water resistance (IP65/IP67) for use in demanding conditions.
Mentions the slim design that facilitates mounting in close proximity or confined areas.
Describes the clear, multi-state visual indicator for operational status and alerts.
Explains the mode that allows testing of sensor outputs without requiring actual fluid flow.
Discusses mounting considerations near critical equipment like filters and valves.
Covers challenging installation scenarios such as diverging pipes or tight spaces.
Addresses considerations for specific fluids like chemicals or proprietary fluids.
Explains usage with contracted equipment or implications for machine warranties.
Explains how the sensor measures flow rate using ultrasonic signal transit times.
Details the dual time-of-flight technology that ensures stable and accurate measurements.
Describes the DSS function that automatically adjusts power to maintain stable detection.
Guides users on choosing the appropriate sensor model based on pipe diameter specifications.
Provides options for selecting compatible cables, detailing types and lengths.
Lists optional accessories available for enhancing sensor functionality or protection.
Details specifications for different sensor models and their supported pipe sizes and materials.
Lists compatible fluid types and operating temperature ranges for the sensors.
Covers power supply voltage, current consumption, and protection circuits.
Outlines enclosure ratings, ambient temperature, humidity, and vibration resistance.
Shows wiring diagrams for control outputs, including NPN and PNP configurations.
Illustrates wiring for external input signals and analog output connections.
Provides detailed measurements (A, B, C) for each sensor model and installation notes.
Shows dimensions and pin layouts for M12 connector cables and protective covers.
Guides through bracket alignment, pipe fixing, and sensor attachment steps.
Covers essential safety warnings, handling advice, and general usage guidelines.
Details specific precautions related to fluid compatibility, wiring, and pipe installation.
Includes warnings about startup, warm-up periods, and potential interference sources.
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