Warrick 16DMC1A0 Control
The Warrick 16DMC1A0 Control is a heavy-duty, conductivity-based liquid level control relay designed for demanding HVACR and industrial water management applications. Operating on a 120Vac supply voltage, this solid-state plug-in module utilizes a 26,000 ohm sensitivity range, specifically factory-set for direct acting mode of operation. This configuration is the industry standard for "pump down" or drain-only services, where the DPDT relay (Double Pole Double Throw) energizes as the liquid reaches the high probe, facilitating efficient discharge without the need for additional slave relays.
Built for reliability in high-cycle environments, the 16DMC1A0 features an 11-pin octal socket style for rapid field replacement and secure screw connector socket integration. The inclusion of two normally open and two normally closed contacts (2 NO/2 NC) allows for simultaneous control of a primary load and an auxiliary alarm or status indicator. With its general purpose, no-enclosure design, it fits seamlessly into existing NEMA-rated control panels, making it a "drop-in" solution for technicians servicing boilers, cooling towers, and condensate return systems.
Key Benefits for Contractors:
- Dual Load Control: The DPDT configuration eliminates the cost and space required for intermediate relays.
- Industrial Durability: Solid-state components housed in a Lexan module handle high-frequency cycling better than mechanical equivalents.
- Simplified Commissioning: Standard 11-pin octal base ensures compatibility with industry-standard sockets and wiring.
- Precise Conductivity Sensing: The 26k ohm threshold is optimized for condensate and natural water, preventing false trips from vapor or foam.
Common Questions:
Can the Warrick 16DMC1A0 be used for "pump up" (fill) applications?
This specific model is factory-set for direct acting (pump down). For fill or "pump up" logic, an inverse acting module should be used, though some technicians swap to the NC contacts to invert logic when necessary.
How do I troubleshoot "over-sensing" or the relay staying energized when the tank is empty?
Verify there is no moisture buildup in the conduit or probe head. Ensure the 26k ohm sensitivity matches the fluid; if the fluid is highly resistive, check for mineral scaling on the probes that may be bridging the circuit.
What probe cable length is supported?
The 16DM series supports significant wire runs, but check that your total probe-to-control distance does not exceed the maximum capacitance limits for a 26k ohm module to maintain sensing accuracy.
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: $631.68
-65%$631.68
$221.09Warrick 16DMC1A0 Control
The Warrick 16DMC1A0 Control is a heavy-duty, conductivity-based liquid level control relay designed for demanding HVACR and industrial water management applications. Operating on a 120Vac supply voltage, this solid-state plug-in module utilizes a 26,000 ohm sensitivity range, specifically factory-set for direct acting mode of operation. This configuration is the industry standard for "pump down" or drain-only services, where the DPDT relay (Double Pole Double Throw) energizes as the liquid reaches the high probe, facilitating efficient discharge without the need for additional slave relays.
Built for reliability in high-cycle environments, the 16DMC1A0 features an 11-pin octal socket style for rapid field replacement and secure screw connector socket integration. The inclusion of two normally open and two normally closed contacts (2 NO/2 NC) allows for simultaneous control of a primary load and an auxiliary alarm or status indicator. With its general purpose, no-enclosure design, it fits seamlessly into existing NEMA-rated control panels, making it a "drop-in" solution for technicians servicing boilers, cooling towers, and condensate return systems.
Key Benefits for Contractors:
- Dual Load Control: The DPDT configuration eliminates the cost and space required for intermediate relays.
- Industrial Durability: Solid-state components housed in a Lexan module handle high-frequency cycling better than mechanical equivalents.
- Simplified Commissioning: Standard 11-pin octal base ensures compatibility with industry-standard sockets and wiring.
- Precise Conductivity Sensing: The 26k ohm threshold is optimized for condensate and natural water, preventing false trips from vapor or foam.
Common Questions:
Can the Warrick 16DMC1A0 be used for "pump up" (fill) applications?
This specific model is factory-set for direct acting (pump down). For fill or "pump up" logic, an inverse acting module should be used, though some technicians swap to the NC contacts to invert logic when necessary.
How do I troubleshoot "over-sensing" or the relay staying energized when the tank is empty?
Verify there is no moisture buildup in the conduit or probe head. Ensure the 26k ohm sensitivity matches the fluid; if the fluid is highly resistive, check for mineral scaling on the probes that may be bridging the circuit.
What probe cable length is supported?
The 16DM series supports significant wire runs, but check that your total probe-to-control distance does not exceed the maximum capacitance limits for a 26k ohm module to maintain sensing accuracy.
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 16DMC1A0 Control is a heavy-duty, conductivity-based liquid level control relay designed for demanding HVACR and industrial water management applications. Operating on a 120Vac supply voltage, this solid-state plug-in module utilizes a 26,000 ohm sensitivity range, specifically factory-set for direct acting mode of operation. This configuration is the industry standard for "pump down" or drain-only services, where the DPDT relay (Double Pole Double Throw) energizes as the liquid reaches the high probe, facilitating efficient discharge without the need for additional slave relays.
Built for reliability in high-cycle environments, the 16DMC1A0 features an 11-pin octal socket style for rapid field replacement and secure screw connector socket integration. The inclusion of two normally open and two normally closed contacts (2 NO/2 NC) allows for simultaneous control of a primary load and an auxiliary alarm or status indicator. With its general purpose, no-enclosure design, it fits seamlessly into existing NEMA-rated control panels, making it a "drop-in" solution for technicians servicing boilers, cooling towers, and condensate return systems.
Key Benefits for Contractors:
- Dual Load Control: The DPDT configuration eliminates the cost and space required for intermediate relays.
- Industrial Durability: Solid-state components housed in a Lexan module handle high-frequency cycling better than mechanical equivalents.
- Simplified Commissioning: Standard 11-pin octal base ensures compatibility with industry-standard sockets and wiring.
- Precise Conductivity Sensing: The 26k ohm threshold is optimized for condensate and natural water, preventing false trips from vapor or foam.
Common Questions:
Can the Warrick 16DMC1A0 be used for "pump up" (fill) applications?
This specific model is factory-set for direct acting (pump down). For fill or "pump up" logic, an inverse acting module should be used, though some technicians swap to the NC contacts to invert logic when necessary.
How do I troubleshoot "over-sensing" or the relay staying energized when the tank is empty?
Verify there is no moisture buildup in the conduit or probe head. Ensure the 26k ohm sensitivity matches the fluid; if the fluid is highly resistive, check for mineral scaling on the probes that may be bridging the circuit.
What probe cable length is supported?
The 16DM series supports significant wire runs, but check that your total probe-to-control distance does not exceed the maximum capacitance limits for a 26k ohm module to maintain sensing accuracy.
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.
