Laars Heating Systems RE2319700 Temp Sensor
The Laars Heating Systems RE2319700 is a high-precision duplex temperature sensor engineered for critical monitoring in hydronic applications. This OEM replacement part features dual thermistor elements, allowing the control board to cross-reference data points for enhanced safety and operational accuracy. Specifically designed as a duplex stack temperature sensor, it monitors exhaust gases to prevent over-temperature conditions in high-efficiency equipment like the Laars NeoTherm and Pennant series boilers. The 1/4" BSP threading ensures a secure, leak-proof fit within the manifold or stack assembly. Integrating the RE2319700 water temperature sensor into your maintenance routine is essential for maintaining the condensing efficiency and modulation logic of the system. By delivering real-time thermal feedback, this sensor helps the master control adjust firing rates, ensuring the heat exchanger operates within specified parameters without risking thermal stress or nuisance shutdowns.
Key Benefits- Dual-Thermistor Reliability: The duplex design provides redundant sensing, allowing the control system to detect deviations and ensure accurate temperature tracking.
- System Efficiency: Accurate stack and inlet data provided by the Laars RE2319700 is vital for maintaining peak boiler performance and fuel economy.
- Exact OEM Fit: Features standard 1/4" BSP threading for seamless integration into Laars Heating Systems without the need for field modifications.
- High-Temperature Durability: Built to withstand the demanding environments of commercial and residential exhaust stacks and heat exchangers.
Which Laars models are compatible with the RE2319700?
This duplex temp sensor is primarily utilized in the Laars NeoTherm (NTH) and Pennant (PNCH/PNCV) systems, serving as either an inlet water sensor or a stack temperature limiter depending on the specific model configuration.
How do I verify if the sensor is faulty?
Technicians should check for specific error codes on the Laars display, such as "Sensor Fault" or "High Limit." Testing the resistance (ohms) of both thermistors in the RE2319700 against the manufacturer’s temperature-resistance chart will confirm if the part is out of calibration.
Can this sensor be used for both water and stack temperatures?
Yes, the RE2319700 is a versatile component in the Laars catalog, often serving as a stack temperature sensor or an inlet water sensor. Always refer to your specific unit's wiring diagram to ensure the duplex temperature sensor is landed on the correct control terminals.
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: $88.89
-65%$88.89
$31.11Laars Heating Systems RE2319700 Temp Sensor
The Laars Heating Systems RE2319700 is a high-precision duplex temperature sensor engineered for critical monitoring in hydronic applications. This OEM replacement part features dual thermistor elements, allowing the control board to cross-reference data points for enhanced safety and operational accuracy. Specifically designed as a duplex stack temperature sensor, it monitors exhaust gases to prevent over-temperature conditions in high-efficiency equipment like the Laars NeoTherm and Pennant series boilers. The 1/4" BSP threading ensures a secure, leak-proof fit within the manifold or stack assembly. Integrating the RE2319700 water temperature sensor into your maintenance routine is essential for maintaining the condensing efficiency and modulation logic of the system. By delivering real-time thermal feedback, this sensor helps the master control adjust firing rates, ensuring the heat exchanger operates within specified parameters without risking thermal stress or nuisance shutdowns.
Key Benefits- Dual-Thermistor Reliability: The duplex design provides redundant sensing, allowing the control system to detect deviations and ensure accurate temperature tracking.
- System Efficiency: Accurate stack and inlet data provided by the Laars RE2319700 is vital for maintaining peak boiler performance and fuel economy.
- Exact OEM Fit: Features standard 1/4" BSP threading for seamless integration into Laars Heating Systems without the need for field modifications.
- High-Temperature Durability: Built to withstand the demanding environments of commercial and residential exhaust stacks and heat exchangers.
Which Laars models are compatible with the RE2319700?
This duplex temp sensor is primarily utilized in the Laars NeoTherm (NTH) and Pennant (PNCH/PNCV) systems, serving as either an inlet water sensor or a stack temperature limiter depending on the specific model configuration.
How do I verify if the sensor is faulty?
Technicians should check for specific error codes on the Laars display, such as "Sensor Fault" or "High Limit." Testing the resistance (ohms) of both thermistors in the RE2319700 against the manufacturer’s temperature-resistance chart will confirm if the part is out of calibration.
Can this sensor be used for both water and stack temperatures?
Yes, the RE2319700 is a versatile component in the Laars catalog, often serving as a stack temperature sensor or an inlet water sensor. Always refer to your specific unit's wiring diagram to ensure the duplex temperature sensor is landed on the correct control terminals.
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.
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Description
The Laars Heating Systems RE2319700 is a high-precision duplex temperature sensor engineered for critical monitoring in hydronic applications. This OEM replacement part features dual thermistor elements, allowing the control board to cross-reference data points for enhanced safety and operational accuracy. Specifically designed as a duplex stack temperature sensor, it monitors exhaust gases to prevent over-temperature conditions in high-efficiency equipment like the Laars NeoTherm and Pennant series boilers. The 1/4" BSP threading ensures a secure, leak-proof fit within the manifold or stack assembly. Integrating the RE2319700 water temperature sensor into your maintenance routine is essential for maintaining the condensing efficiency and modulation logic of the system. By delivering real-time thermal feedback, this sensor helps the master control adjust firing rates, ensuring the heat exchanger operates within specified parameters without risking thermal stress or nuisance shutdowns.
Key Benefits- Dual-Thermistor Reliability: The duplex design provides redundant sensing, allowing the control system to detect deviations and ensure accurate temperature tracking.
- System Efficiency: Accurate stack and inlet data provided by the Laars RE2319700 is vital for maintaining peak boiler performance and fuel economy.
- Exact OEM Fit: Features standard 1/4" BSP threading for seamless integration into Laars Heating Systems without the need for field modifications.
- High-Temperature Durability: Built to withstand the demanding environments of commercial and residential exhaust stacks and heat exchangers.
Which Laars models are compatible with the RE2319700?
This duplex temp sensor is primarily utilized in the Laars NeoTherm (NTH) and Pennant (PNCH/PNCV) systems, serving as either an inlet water sensor or a stack temperature limiter depending on the specific model configuration.
How do I verify if the sensor is faulty?
Technicians should check for specific error codes on the Laars display, such as "Sensor Fault" or "High Limit." Testing the resistance (ohms) of both thermistors in the RE2319700 against the manufacturer’s temperature-resistance chart will confirm if the part is out of calibration.
Can this sensor be used for both water and stack temperatures?
Yes, the RE2319700 is a versatile component in the Laars catalog, often serving as a stack temperature sensor or an inlet water sensor. Always refer to your specific unit's wiring diagram to ensure the duplex temperature sensor is landed on the correct control terminals.
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.
