Titus HVAC 3151520006 Sensor
The Titus 3151520006 is a professional-grade 10-inch AeroCross multipoint center averaging flow sensor designed for precision VAV terminal unit airflow measurement. Engineered to replace or upgrade sensors in single duct VAV boxes and dual duct terminals, this 10" multipoint velocity sensor utilizes a cross-shaped design to capture multiple velocity pressure points across the entire inlet area. By averaging and amplifying these signals, it ensures a highly accurate airflow signal even in applications with less than ideal inlet conditions, such as tight radius elbows or short duct runs.
For veteran technicians, the Titus 3151520006 sensor is the preferred solution for troubleshooting pressure independent VAV control issues. It provides a signal amplification of at least 1.5 times the velocity pressure, allowing for reliable low-flow readings that standard pitot tubes cannot achieve. This HVAC flow sensor replacement is essential for maintaining proper CFM calibration and ensuring consistent occupant comfort in high-performance commercial ventilation systems. Construction features high-impact plastic for durability and compatibility with Titus II and IIA pneumatic or digital controls.
Key Benefits- Enhanced Signal Amplification: Amplifies the differential pressure signal to ensure the controller receives an accurate airflow signal even at low velocities.
- Inlet Sensitivity Resistance: The multipoint center averaging design minimizes VAV box calibration errors caused by turbulent air from nearby duct transitions.
- Strict Engineering Specs: Cross-shaped geometry exceeds the performance of single-axis sensors for 10-inch duct diameters.
- Reliable VAV Performance: Supports precise minimum and maximum CFM setpoints for pressure independent terminal units.
Is the Titus 3151520006 compatible with other VAV brands?
While optimized for Titus terminal units, this multipoint flow sensor is widely used in many 10-inch inlet VAV boxes that utilize standard differential pressure transducers (0-10V or pneumatic).
What is the proper orientation for the flow sensor?
The sensor should be installed with the "High" (green) and "Low" (red) tubes securely attached. For optimum airflow measurement accuracy, a minimum of 1.5 to 3 duct diameters of straight duct before the inlet is recommended.
Does this sensor require field calibration?
Yes, always refer to the specific K-factor for the 10-inch sensor (typically found on the terminal unit nameplate) to program the VAV controller for precise airflow calculations.
This item is not eligible for free shipping.
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: $168.74
-65%$168.74
$59.06Titus HVAC 3151520006 Sensor
The Titus 3151520006 is a professional-grade 10-inch AeroCross multipoint center averaging flow sensor designed for precision VAV terminal unit airflow measurement. Engineered to replace or upgrade sensors in single duct VAV boxes and dual duct terminals, this 10" multipoint velocity sensor utilizes a cross-shaped design to capture multiple velocity pressure points across the entire inlet area. By averaging and amplifying these signals, it ensures a highly accurate airflow signal even in applications with less than ideal inlet conditions, such as tight radius elbows or short duct runs.
For veteran technicians, the Titus 3151520006 sensor is the preferred solution for troubleshooting pressure independent VAV control issues. It provides a signal amplification of at least 1.5 times the velocity pressure, allowing for reliable low-flow readings that standard pitot tubes cannot achieve. This HVAC flow sensor replacement is essential for maintaining proper CFM calibration and ensuring consistent occupant comfort in high-performance commercial ventilation systems. Construction features high-impact plastic for durability and compatibility with Titus II and IIA pneumatic or digital controls.
Key Benefits- Enhanced Signal Amplification: Amplifies the differential pressure signal to ensure the controller receives an accurate airflow signal even at low velocities.
- Inlet Sensitivity Resistance: The multipoint center averaging design minimizes VAV box calibration errors caused by turbulent air from nearby duct transitions.
- Strict Engineering Specs: Cross-shaped geometry exceeds the performance of single-axis sensors for 10-inch duct diameters.
- Reliable VAV Performance: Supports precise minimum and maximum CFM setpoints for pressure independent terminal units.
Is the Titus 3151520006 compatible with other VAV brands?
While optimized for Titus terminal units, this multipoint flow sensor is widely used in many 10-inch inlet VAV boxes that utilize standard differential pressure transducers (0-10V or pneumatic).
What is the proper orientation for the flow sensor?
The sensor should be installed with the "High" (green) and "Low" (red) tubes securely attached. For optimum airflow measurement accuracy, a minimum of 1.5 to 3 duct diameters of straight duct before the inlet is recommended.
Does this sensor require field calibration?
Yes, always refer to the specific K-factor for the 10-inch sensor (typically found on the terminal unit nameplate) to program the VAV controller for precise airflow calculations.
This item is not eligible for free shipping.
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 Titus 3151520006 is a professional-grade 10-inch AeroCross multipoint center averaging flow sensor designed for precision VAV terminal unit airflow measurement. Engineered to replace or upgrade sensors in single duct VAV boxes and dual duct terminals, this 10" multipoint velocity sensor utilizes a cross-shaped design to capture multiple velocity pressure points across the entire inlet area. By averaging and amplifying these signals, it ensures a highly accurate airflow signal even in applications with less than ideal inlet conditions, such as tight radius elbows or short duct runs.
For veteran technicians, the Titus 3151520006 sensor is the preferred solution for troubleshooting pressure independent VAV control issues. It provides a signal amplification of at least 1.5 times the velocity pressure, allowing for reliable low-flow readings that standard pitot tubes cannot achieve. This HVAC flow sensor replacement is essential for maintaining proper CFM calibration and ensuring consistent occupant comfort in high-performance commercial ventilation systems. Construction features high-impact plastic for durability and compatibility with Titus II and IIA pneumatic or digital controls.
Key Benefits- Enhanced Signal Amplification: Amplifies the differential pressure signal to ensure the controller receives an accurate airflow signal even at low velocities.
- Inlet Sensitivity Resistance: The multipoint center averaging design minimizes VAV box calibration errors caused by turbulent air from nearby duct transitions.
- Strict Engineering Specs: Cross-shaped geometry exceeds the performance of single-axis sensors for 10-inch duct diameters.
- Reliable VAV Performance: Supports precise minimum and maximum CFM setpoints for pressure independent terminal units.
Is the Titus 3151520006 compatible with other VAV brands?
While optimized for Titus terminal units, this multipoint flow sensor is widely used in many 10-inch inlet VAV boxes that utilize standard differential pressure transducers (0-10V or pneumatic).
What is the proper orientation for the flow sensor?
The sensor should be installed with the "High" (green) and "Low" (red) tubes securely attached. For optimum airflow measurement accuracy, a minimum of 1.5 to 3 duct diameters of straight duct before the inlet is recommended.
Does this sensor require field calibration?
Yes, always refer to the specific K-factor for the 10-inch sensor (typically found on the terminal unit nameplate) to program the VAV controller for precise airflow calculations.
This item is not eligible for free shipping.
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.
