Warrick 26C1D0C Control
The Warrick 26C1D0C Control is a specialized liquid level control designed specifically for low water cutoff applications in steam boilers and hydronic systems. Operating on a 120Vac supply voltage, this direct acting board features a 26,000 ohm sensitivity threshold, making it ideal for standard conductivity fluids. The retrofit standoff style design allows for seamless integration into existing panels, while the open board configuration (no enclosure) facilitates quick mounting. This unit utilizes spade terminals for secure wiring and incorporates a SPDT relay (1 NO/1 NC) for flexible load switching. A built-in 3 second time delay is integrated to prevent rapid cycling caused by turbulence or surging within the vessel. This model requires a manual reset and includes a remote mount normally closed pushbutton, ensuring a safety lockout occurs until technician intervention, preventing dry-fire conditions in critical heating equipment.
Key Benefits:
- Direct Acting Operation: Ensures reliable relay activation for conductivity probes when liquid levels reach the set point.
- Manual Reset Safety: Mandatory for low water cutoff (LWCO) protection to ensure system inspection after a low-level event.
- Retrofit Compatibility: The Warrick Series 26 standoff footprint simplifies the replacement of older or legacy boiler water level controls.
- Nuisance Trip Prevention: The fixed 3-second time delay filters out momentary signal loss due to wave action.
- Standardized Sensitivity: The 26k ohm rating is the industry standard for general-purpose water level sensing applications.
Common Questions:
What is the purpose of the 26,000 ohm sensitivity on the 26C1D0C?
This sensitivity level is calibrated for typical water conditions found in boilers and tanks. It ensures the probe circuit can distinguish between the presence of water and mere high-humidity or steam condensate, preventing false triggers.
Can this board be used for high-level alarms?
While the Series 26 is primarily utilized for low water cutoff, its SPDT contacts allow it to be wired for various logic configurations; however, the manual reset feature is specifically intended for safety-critical low-limit applications.
How do I wire the manual reset button for this control?
The Warrick 26C1D0C requires a normally closed (NC) pushbutton. If the circuit is interrupted via the probe signal, the manual reset path must be engaged to restore the 120Vac control circuit once the liquid level covers the probe again.
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: $254.34
-65%$254.34
$89.02Warrick 26C1D0C Control
The Warrick 26C1D0C Control is a specialized liquid level control designed specifically for low water cutoff applications in steam boilers and hydronic systems. Operating on a 120Vac supply voltage, this direct acting board features a 26,000 ohm sensitivity threshold, making it ideal for standard conductivity fluids. The retrofit standoff style design allows for seamless integration into existing panels, while the open board configuration (no enclosure) facilitates quick mounting. This unit utilizes spade terminals for secure wiring and incorporates a SPDT relay (1 NO/1 NC) for flexible load switching. A built-in 3 second time delay is integrated to prevent rapid cycling caused by turbulence or surging within the vessel. This model requires a manual reset and includes a remote mount normally closed pushbutton, ensuring a safety lockout occurs until technician intervention, preventing dry-fire conditions in critical heating equipment.
Key Benefits:
- Direct Acting Operation: Ensures reliable relay activation for conductivity probes when liquid levels reach the set point.
- Manual Reset Safety: Mandatory for low water cutoff (LWCO) protection to ensure system inspection after a low-level event.
- Retrofit Compatibility: The Warrick Series 26 standoff footprint simplifies the replacement of older or legacy boiler water level controls.
- Nuisance Trip Prevention: The fixed 3-second time delay filters out momentary signal loss due to wave action.
- Standardized Sensitivity: The 26k ohm rating is the industry standard for general-purpose water level sensing applications.
Common Questions:
What is the purpose of the 26,000 ohm sensitivity on the 26C1D0C?
This sensitivity level is calibrated for typical water conditions found in boilers and tanks. It ensures the probe circuit can distinguish between the presence of water and mere high-humidity or steam condensate, preventing false triggers.
Can this board be used for high-level alarms?
While the Series 26 is primarily utilized for low water cutoff, its SPDT contacts allow it to be wired for various logic configurations; however, the manual reset feature is specifically intended for safety-critical low-limit applications.
How do I wire the manual reset button for this control?
The Warrick 26C1D0C requires a normally closed (NC) pushbutton. If the circuit is interrupted via the probe signal, the manual reset path must be engaged to restore the 120Vac control circuit once the liquid level covers the probe again.
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 26C1D0C Control is a specialized liquid level control designed specifically for low water cutoff applications in steam boilers and hydronic systems. Operating on a 120Vac supply voltage, this direct acting board features a 26,000 ohm sensitivity threshold, making it ideal for standard conductivity fluids. The retrofit standoff style design allows for seamless integration into existing panels, while the open board configuration (no enclosure) facilitates quick mounting. This unit utilizes spade terminals for secure wiring and incorporates a SPDT relay (1 NO/1 NC) for flexible load switching. A built-in 3 second time delay is integrated to prevent rapid cycling caused by turbulence or surging within the vessel. This model requires a manual reset and includes a remote mount normally closed pushbutton, ensuring a safety lockout occurs until technician intervention, preventing dry-fire conditions in critical heating equipment.
Key Benefits:
- Direct Acting Operation: Ensures reliable relay activation for conductivity probes when liquid levels reach the set point.
- Manual Reset Safety: Mandatory for low water cutoff (LWCO) protection to ensure system inspection after a low-level event.
- Retrofit Compatibility: The Warrick Series 26 standoff footprint simplifies the replacement of older or legacy boiler water level controls.
- Nuisance Trip Prevention: The fixed 3-second time delay filters out momentary signal loss due to wave action.
- Standardized Sensitivity: The 26k ohm rating is the industry standard for general-purpose water level sensing applications.
Common Questions:
What is the purpose of the 26,000 ohm sensitivity on the 26C1D0C?
This sensitivity level is calibrated for typical water conditions found in boilers and tanks. It ensures the probe circuit can distinguish between the presence of water and mere high-humidity or steam condensate, preventing false triggers.
Can this board be used for high-level alarms?
While the Series 26 is primarily utilized for low water cutoff, its SPDT contacts allow it to be wired for various logic configurations; however, the manual reset feature is specifically intended for safety-critical low-limit applications.
How do I wire the manual reset button for this control?
The Warrick 26C1D0C requires a normally closed (NC) pushbutton. If the circuit is interrupted via the probe signal, the manual reset path must be engaged to restore the 120Vac control circuit once the liquid level covers the probe again.
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.
