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Ensure personnel read manual before installation/operation. Failure to comply may cause injury or damage.
Disconnect controller from power source before servicing or removing face plate.
Details the main PDA/ATF-MAX controller unit as a primary component of the system.
Refers to the power supply unit that powers the PDA/ATF-MAX system components.
Describes the transducer and wiring assembly used for system sensing and data acquisition.
Identifies the mounting bracket used for securing the PDA/ATF-MAX controller housing.
Details the flush valve assembly as a key component of the SF Series strainer.
Describes the audio-visual alarm component of the controller interface for status indication.
Details the controller screen used for displaying system information and user interaction.
Refers to the keypad interface for operating the controller and adjusting settings.
Procedure for powering up the PDA/ATF-MAX controller and initial display sequence.
Explains automatic flush cycles initiated by timer or differential pressure setpoints.
Details the alarm triggered by three consecutive flush operations and its reset procedure.
Instructions on navigating through the controller's menu screens using the navigation buttons.
Guide on how to modify adjustable parameter values using the controller's interface.
Describes the initial screen displayed upon power-up, showing company information for 15 seconds.
Displays inlet, outlet, and differential pressure readings on the controller screen.
Provides system feedback on flush cycle status, including AUTO, High PSID, and ON states.
Indicates the controller is waiting for a flush cycle, with options to start manually.
Shows the system is currently in a flush cycle; can be stopped via ESC button.
Indicates low inlet pressure or high PSID, potentially inhibiting flush cycles.
Details the Consecutive Flush Alarm screen and its trigger conditions and indicator.
Allows adjustment of automatic flush interval and differential pressure setpoint.
Sets the time duration for which the flush valve remains open during a cycle.
Configures the setpoint for sensing sufficient inlet pressure to allow flushing.
Displays time elapsed since last flush and the method that triggered the last flush.
Shows trip and life counters for flush cycles and how to reset them.
Provides read-only information about the controller version and identification details.
Describes the optional customer inputs for initiating flush cycles and resetting alarms.
Details the controller outputs for flush valve, alarm light/sounder, and consecutive flush alarm signals.
Important note regarding power source consistency with controller specifications for safe operation.
Wiring instructions for connecting the flush valve to the controller's output terminals.
Wiring diagram for connecting pressure transducers to the controller's input terminals.
Specifies connection for an optional customer input signal to start a flush cycle.
Details connection for an optional customer input signal to remotely reset alarms.
Explains the dry contact output signal for consecutive flush alarm monitoring.
| Maximum Pressure | 150 PSI |
|---|---|
| Dimensions | Varies by model |
| Weight | Varies by model |
| Application | Industrial water filtration |
| Micron Rating | 1 to 100 microns |
| Filter Media | Pleated polyester |