Warrick 3N2B Probe Fitting
The Warrick 3N2B Probe Fitting is a heavy-duty, 2-electrode liquid level control accessory engineered for high-reliability conductive level sensing in pressurized or open vessels. Built with a red brass body and an epoxy-coated die-cast aluminum housing, this top-mounting fixture provides superior corrosion resistance in demanding HVACR and industrial water applications. It features a 2-1/4 inch square flat pad tank connection and a 1/2 inch NPT conduit connection, facilitating a secure, leak-proof integration. Designed for multi-level liquid detection, the 3N2B supports two 3G Series electrodes, allowing for precise differential control or high/low high-limit monitoring. Its rugged construction ensures stable electrical performance across varying temperatures and pressures, making it a staple for contractors maintaining boiler feed systems or cooling towers. This general purpose probe fitting is optimized for Warrick 16M and 26M controllers, offering a field-proven solution for point level measurement and pump down control logic.
- Corrosion-Resistant Metallurgy: The red brass construction prevents scale buildup and maintains structural integrity in harsh fluid environments.
- Industrial Grade Protection: An epoxy-coated aluminum housing protects electrical terminations from moisture and environmental contaminants.
- Flexible Electrode Configuration: Accommodates two threaded electrodes for sophisticated differential level control or redundant safety switching.
- Standardized Threading: Features a 1/2" NPT conduit connection for compatibility with standard rigid and flexible piping systems.
- Secure Flat Pad Mounting: The 2-1/4" square flat pad ensures a stable footprint for top-mounted tank installations.
Common Questions
What electrodes are compatible with the Warrick 3N2B?
The 3N2B is designed to house two 3G Series threaded electrodes. Ensure you select the appropriate sheathed probe length and material (such as 316 Stainless Steel) based on your tank depth and fluid chemistry.
Can this fitting be used in high-pressure steam applications?
Yes, the Warrick 3N series is rated for standard boiler environments, but always verify your specific system PSI against the probe fitting pressure rating to ensure safety compliance.
How do I wire the 2-electrode configuration for pump control?
One electrode typically serves as the high-level start and the second as the low-level stop. This establishes a conductive bridge through the liquid to the level control relay, managing the differential gap to prevent pump short-cycling.
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: $577.83
-65%$577.83
$202.24Warrick 3N2B Probe Fitting
The Warrick 3N2B Probe Fitting is a heavy-duty, 2-electrode liquid level control accessory engineered for high-reliability conductive level sensing in pressurized or open vessels. Built with a red brass body and an epoxy-coated die-cast aluminum housing, this top-mounting fixture provides superior corrosion resistance in demanding HVACR and industrial water applications. It features a 2-1/4 inch square flat pad tank connection and a 1/2 inch NPT conduit connection, facilitating a secure, leak-proof integration. Designed for multi-level liquid detection, the 3N2B supports two 3G Series electrodes, allowing for precise differential control or high/low high-limit monitoring. Its rugged construction ensures stable electrical performance across varying temperatures and pressures, making it a staple for contractors maintaining boiler feed systems or cooling towers. This general purpose probe fitting is optimized for Warrick 16M and 26M controllers, offering a field-proven solution for point level measurement and pump down control logic.
- Corrosion-Resistant Metallurgy: The red brass construction prevents scale buildup and maintains structural integrity in harsh fluid environments.
- Industrial Grade Protection: An epoxy-coated aluminum housing protects electrical terminations from moisture and environmental contaminants.
- Flexible Electrode Configuration: Accommodates two threaded electrodes for sophisticated differential level control or redundant safety switching.
- Standardized Threading: Features a 1/2" NPT conduit connection for compatibility with standard rigid and flexible piping systems.
- Secure Flat Pad Mounting: The 2-1/4" square flat pad ensures a stable footprint for top-mounted tank installations.
Common Questions
What electrodes are compatible with the Warrick 3N2B?
The 3N2B is designed to house two 3G Series threaded electrodes. Ensure you select the appropriate sheathed probe length and material (such as 316 Stainless Steel) based on your tank depth and fluid chemistry.
Can this fitting be used in high-pressure steam applications?
Yes, the Warrick 3N series is rated for standard boiler environments, but always verify your specific system PSI against the probe fitting pressure rating to ensure safety compliance.
How do I wire the 2-electrode configuration for pump control?
One electrode typically serves as the high-level start and the second as the low-level stop. This establishes a conductive bridge through the liquid to the level control relay, managing the differential gap to prevent pump short-cycling.
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
Shipping & Returns
Shipping & Returns
Description
The Warrick 3N2B Probe Fitting is a heavy-duty, 2-electrode liquid level control accessory engineered for high-reliability conductive level sensing in pressurized or open vessels. Built with a red brass body and an epoxy-coated die-cast aluminum housing, this top-mounting fixture provides superior corrosion resistance in demanding HVACR and industrial water applications. It features a 2-1/4 inch square flat pad tank connection and a 1/2 inch NPT conduit connection, facilitating a secure, leak-proof integration. Designed for multi-level liquid detection, the 3N2B supports two 3G Series electrodes, allowing for precise differential control or high/low high-limit monitoring. Its rugged construction ensures stable electrical performance across varying temperatures and pressures, making it a staple for contractors maintaining boiler feed systems or cooling towers. This general purpose probe fitting is optimized for Warrick 16M and 26M controllers, offering a field-proven solution for point level measurement and pump down control logic.
- Corrosion-Resistant Metallurgy: The red brass construction prevents scale buildup and maintains structural integrity in harsh fluid environments.
- Industrial Grade Protection: An epoxy-coated aluminum housing protects electrical terminations from moisture and environmental contaminants.
- Flexible Electrode Configuration: Accommodates two threaded electrodes for sophisticated differential level control or redundant safety switching.
- Standardized Threading: Features a 1/2" NPT conduit connection for compatibility with standard rigid and flexible piping systems.
- Secure Flat Pad Mounting: The 2-1/4" square flat pad ensures a stable footprint for top-mounted tank installations.
Common Questions
What electrodes are compatible with the Warrick 3N2B?
The 3N2B is designed to house two 3G Series threaded electrodes. Ensure you select the appropriate sheathed probe length and material (such as 316 Stainless Steel) based on your tank depth and fluid chemistry.
Can this fitting be used in high-pressure steam applications?
Yes, the Warrick 3N series is rated for standard boiler environments, but always verify your specific system PSI against the probe fitting pressure rating to ensure safety compliance.
How do I wire the 2-electrode configuration for pump control?
One electrode typically serves as the high-level start and the second as the low-level stop. This establishes a conductive bridge through the liquid to the level control relay, managing the differential gap to prevent pump short-cycling.
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.
