Titus HVAC 3151520004 Sensor
The Titus 3151520004 is a direct-replacement 8-inch multipoint sensor engineered for high-precision airflow velocity measurement in VAV terminal units. As a technical-grade center-averaging flow sensor, the 3151520004 provides a differential pressure signal amplified by at least 1.5 times the velocity pressure detected by standard pitot tubes. This replacement HVAC sensor is critical for maintaining pressure-independent control, ensuring that VAV box airflow remains consistent despite fluctuating inlet conditions or proximity to duct elbows. Constructed from high-impact polymer, this Titus HVAC part is built to withstand industrial air streams while providing the repeatable accuracy necessary for ASHRAE-compliant building automation systems. By integrating this multipoint velocity sensor into your pneumatic or DDC control loop, you stabilize the feedback signal for dampers and actuators, preventing localized temperature swings and excessive fan energy consumption in commercial zones.
Key Benefits- Precise Signal Amplification: Delivers an amplified differential pressure signal that is 1.5x greater than traditional pitot tubes for superior sensitivity at low velocities.
- Center-Averaging Accuracy: Compensates for turbulent inlet conditions, ensuring 5% accuracy even when straight duct runs are limited.
- OEM Compatibility: Designed specifically for Titus VAV terminals requiring an 8" probe length for accurate cross-sectional sampling.
- Enhanced HVAC Efficiency: Optimizes terminal unit performance to ensure consistent cfm delivery and reduced motor wear.
Is the Titus 3151520004 compatible with non-Titus VAV boxes?
While designed primarily for Titus AeroCross and standard VAV terminal architectures, checking the K-factor and probe diameter is essential for cross-brand integration. This 8-inch model is calibrated for specific duct sizing to ensure the multipoint ports align correctly within the air stream.
What are the signs that a multipoint sensor needs replacement?
Technicians should look for inconsistent airflow readings at the controller, kinked tubing, or physical debris blocking the pressure ports. If the controller cannot maintain its setpoint despite a functioning actuator, the sensor probe may be compromised.
How does this sensor handle poor inlet conditions?
Unlike linear averaging sensors, this center-averaging multipoint design is less susceptible to errors caused by upstream obstructions or tight turns in flexible ductwork, providing a more reliable mean pressure reading.
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 3151520004 Sensor
The Titus 3151520004 is a direct-replacement 8-inch multipoint sensor engineered for high-precision airflow velocity measurement in VAV terminal units. As a technical-grade center-averaging flow sensor, the 3151520004 provides a differential pressure signal amplified by at least 1.5 times the velocity pressure detected by standard pitot tubes. This replacement HVAC sensor is critical for maintaining pressure-independent control, ensuring that VAV box airflow remains consistent despite fluctuating inlet conditions or proximity to duct elbows. Constructed from high-impact polymer, this Titus HVAC part is built to withstand industrial air streams while providing the repeatable accuracy necessary for ASHRAE-compliant building automation systems. By integrating this multipoint velocity sensor into your pneumatic or DDC control loop, you stabilize the feedback signal for dampers and actuators, preventing localized temperature swings and excessive fan energy consumption in commercial zones.
Key Benefits- Precise Signal Amplification: Delivers an amplified differential pressure signal that is 1.5x greater than traditional pitot tubes for superior sensitivity at low velocities.
- Center-Averaging Accuracy: Compensates for turbulent inlet conditions, ensuring 5% accuracy even when straight duct runs are limited.
- OEM Compatibility: Designed specifically for Titus VAV terminals requiring an 8" probe length for accurate cross-sectional sampling.
- Enhanced HVAC Efficiency: Optimizes terminal unit performance to ensure consistent cfm delivery and reduced motor wear.
Is the Titus 3151520004 compatible with non-Titus VAV boxes?
While designed primarily for Titus AeroCross and standard VAV terminal architectures, checking the K-factor and probe diameter is essential for cross-brand integration. This 8-inch model is calibrated for specific duct sizing to ensure the multipoint ports align correctly within the air stream.
What are the signs that a multipoint sensor needs replacement?
Technicians should look for inconsistent airflow readings at the controller, kinked tubing, or physical debris blocking the pressure ports. If the controller cannot maintain its setpoint despite a functioning actuator, the sensor probe may be compromised.
How does this sensor handle poor inlet conditions?
Unlike linear averaging sensors, this center-averaging multipoint design is less susceptible to errors caused by upstream obstructions or tight turns in flexible ductwork, providing a more reliable mean pressure reading.
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 3151520004 is a direct-replacement 8-inch multipoint sensor engineered for high-precision airflow velocity measurement in VAV terminal units. As a technical-grade center-averaging flow sensor, the 3151520004 provides a differential pressure signal amplified by at least 1.5 times the velocity pressure detected by standard pitot tubes. This replacement HVAC sensor is critical for maintaining pressure-independent control, ensuring that VAV box airflow remains consistent despite fluctuating inlet conditions or proximity to duct elbows. Constructed from high-impact polymer, this Titus HVAC part is built to withstand industrial air streams while providing the repeatable accuracy necessary for ASHRAE-compliant building automation systems. By integrating this multipoint velocity sensor into your pneumatic or DDC control loop, you stabilize the feedback signal for dampers and actuators, preventing localized temperature swings and excessive fan energy consumption in commercial zones.
Key Benefits- Precise Signal Amplification: Delivers an amplified differential pressure signal that is 1.5x greater than traditional pitot tubes for superior sensitivity at low velocities.
- Center-Averaging Accuracy: Compensates for turbulent inlet conditions, ensuring 5% accuracy even when straight duct runs are limited.
- OEM Compatibility: Designed specifically for Titus VAV terminals requiring an 8" probe length for accurate cross-sectional sampling.
- Enhanced HVAC Efficiency: Optimizes terminal unit performance to ensure consistent cfm delivery and reduced motor wear.
Is the Titus 3151520004 compatible with non-Titus VAV boxes?
While designed primarily for Titus AeroCross and standard VAV terminal architectures, checking the K-factor and probe diameter is essential for cross-brand integration. This 8-inch model is calibrated for specific duct sizing to ensure the multipoint ports align correctly within the air stream.
What are the signs that a multipoint sensor needs replacement?
Technicians should look for inconsistent airflow readings at the controller, kinked tubing, or physical debris blocking the pressure ports. If the controller cannot maintain its setpoint despite a functioning actuator, the sensor probe may be compromised.
How does this sensor handle poor inlet conditions?
Unlike linear averaging sensors, this center-averaging multipoint design is less susceptible to errors caused by upstream obstructions or tight turns in flexible ductwork, providing a more reliable mean pressure reading.
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.
