Warrick DFL1A0K04 Circuit Board
The Warrick DFL1A0K04 Dual Function Circuit Board is an essential component for precise HVAC liquid level control, designed to handle both pump-up and pump-down operations with high reliability. This open circuit board configuration is engineered for industrial boiler controls and potable water systems, operating on a 120VAC primary supply. It features dual-function logic that allows technicians to manage two independent level control functions on a single platform, optimizing space within the control cabinet. The Warrick DFL series utilizes solid-state circuitry to monitor probe conductivity, ensuring rapid response times for low water cutoff and high-level alarm applications. Its robust design minimizes electrolytic action on the probes, extending the service life of the entire conductivity level sensing system. For contractors managing complex hydronic or process cooling setups, the DFL1A0K04 logic board provides stable switch-selectable sensitivity levels to match specific fluid conductivity requirements, ensuring accurate switching even in demanding environmental conditions.
Key Benefits
- Dual-Function Integration: Consolidates two separate level control processes into one compact open board liquid level control, reducing installation time and enclosure footprint.
- Conductivity Sensing Accuracy: Employs low-voltage AC on probes to prevent plating and scale buildup, maintaining OEM HVAC part performance standards.
- Field-Proven Reliability: Designed for direct replacement in industrial liquid management systems, providing stable operation across varying temperatures.
- Versatile Application: Suitable for a wide range of liquids, from deionized water to chemicals, thanks to its adjustable sensitivity settings.
Common Questions
How do I configure the DFL1A0K04 for pump-up versus pump-down operation?
The board features specific terminal jumpers or dip switch configurations that define the relay logic; refer to the wiring schematic to ensure the N.O. or N.C. contacts align with your pump motor starter requirements.
Can this board be used for high-temperature steam boiler applications?
Yes, when paired with the appropriate high-pressure probe housings, the DFL1A0K04 is a standard choice for steam boiler low water cutoff and feed-water regulation.
What is the maximum distance the probes can be located from the control board?
While distance depends on wire gauge and capacitance, this board is designed to maintain signal integrity over significant runs in typical mechanical room layouts.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Original: $491.57
-65%$491.57
$172.05Warrick DFL1A0K04 Circuit Board
The Warrick DFL1A0K04 Dual Function Circuit Board is an essential component for precise HVAC liquid level control, designed to handle both pump-up and pump-down operations with high reliability. This open circuit board configuration is engineered for industrial boiler controls and potable water systems, operating on a 120VAC primary supply. It features dual-function logic that allows technicians to manage two independent level control functions on a single platform, optimizing space within the control cabinet. The Warrick DFL series utilizes solid-state circuitry to monitor probe conductivity, ensuring rapid response times for low water cutoff and high-level alarm applications. Its robust design minimizes electrolytic action on the probes, extending the service life of the entire conductivity level sensing system. For contractors managing complex hydronic or process cooling setups, the DFL1A0K04 logic board provides stable switch-selectable sensitivity levels to match specific fluid conductivity requirements, ensuring accurate switching even in demanding environmental conditions.
Key Benefits
- Dual-Function Integration: Consolidates two separate level control processes into one compact open board liquid level control, reducing installation time and enclosure footprint.
- Conductivity Sensing Accuracy: Employs low-voltage AC on probes to prevent plating and scale buildup, maintaining OEM HVAC part performance standards.
- Field-Proven Reliability: Designed for direct replacement in industrial liquid management systems, providing stable operation across varying temperatures.
- Versatile Application: Suitable for a wide range of liquids, from deionized water to chemicals, thanks to its adjustable sensitivity settings.
Common Questions
How do I configure the DFL1A0K04 for pump-up versus pump-down operation?
The board features specific terminal jumpers or dip switch configurations that define the relay logic; refer to the wiring schematic to ensure the N.O. or N.C. contacts align with your pump motor starter requirements.
Can this board be used for high-temperature steam boiler applications?
Yes, when paired with the appropriate high-pressure probe housings, the DFL1A0K04 is a standard choice for steam boiler low water cutoff and feed-water regulation.
What is the maximum distance the probes can be located from the control board?
While distance depends on wire gauge and capacitance, this board is designed to maintain signal integrity over significant runs in typical mechanical room layouts.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Product Information
Product Information
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Description
The Warrick DFL1A0K04 Dual Function Circuit Board is an essential component for precise HVAC liquid level control, designed to handle both pump-up and pump-down operations with high reliability. This open circuit board configuration is engineered for industrial boiler controls and potable water systems, operating on a 120VAC primary supply. It features dual-function logic that allows technicians to manage two independent level control functions on a single platform, optimizing space within the control cabinet. The Warrick DFL series utilizes solid-state circuitry to monitor probe conductivity, ensuring rapid response times for low water cutoff and high-level alarm applications. Its robust design minimizes electrolytic action on the probes, extending the service life of the entire conductivity level sensing system. For contractors managing complex hydronic or process cooling setups, the DFL1A0K04 logic board provides stable switch-selectable sensitivity levels to match specific fluid conductivity requirements, ensuring accurate switching even in demanding environmental conditions.
Key Benefits
- Dual-Function Integration: Consolidates two separate level control processes into one compact open board liquid level control, reducing installation time and enclosure footprint.
- Conductivity Sensing Accuracy: Employs low-voltage AC on probes to prevent plating and scale buildup, maintaining OEM HVAC part performance standards.
- Field-Proven Reliability: Designed for direct replacement in industrial liquid management systems, providing stable operation across varying temperatures.
- Versatile Application: Suitable for a wide range of liquids, from deionized water to chemicals, thanks to its adjustable sensitivity settings.
Common Questions
How do I configure the DFL1A0K04 for pump-up versus pump-down operation?
The board features specific terminal jumpers or dip switch configurations that define the relay logic; refer to the wiring schematic to ensure the N.O. or N.C. contacts align with your pump motor starter requirements.
Can this board be used for high-temperature steam boiler applications?
Yes, when paired with the appropriate high-pressure probe housings, the DFL1A0K04 is a standard choice for steam boiler low water cutoff and feed-water regulation.
What is the maximum distance the probes can be located from the control board?
While distance depends on wire gauge and capacitance, this board is designed to maintain signal integrity over significant runs in typical mechanical room layouts.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
