Titus HVAC 10303301 Control Board
The Titus HVAC 10303301 Control Board is a critical OEM replacement part designed for high-precision analog VAV control in commercial terminal units. Engineered for compatibility with Titus TA2 series controllers, this analog control board features an integrated platinum ceramic transducer that ensures accurate differential pressure measurements. It operates on a standard 24 VAC power supply, requiring approximately 7 VA for the board and actuator, with additional capacity for fan relays and heating contactors. Technicians can rely on its pressure-independent performance to maintain stable airflow across varying duct static pressures. The board facilitates seamless automatic changeover (ACO) and morning warm-up sequences when integrated with a duct-mounted thermistor. By utilizing the Titus 10303301, contractors can ensure robust HVAC terminal unit operation, maintaining exact cooling and heating demand logic through its on-board technical algorithms and reliable voltage output monitoring at the thermostat.
Key Benefits- Precise Pressure Sensing: Features an on-board platinum ceramic transducer for stable, pressure-independent VAV control.
- Universal Compatibility: Designed specifically as an OEM replacement board for Titus TA1 and TA2 analog controllers.
- Enhanced System Logic: Supports automatic changeover (ACO) and morning warm-up (MWU) for optimized thermal comfort.
- Rugged Electrical Design: Rated for 24 VAC power, handling multiple on/off reheat stages and fan-powered sequences efficiently.
- Technician Friendly: Integrated voltage output signals allow for real-time airflow monitoring and simplified HVAC troubleshooting.
How do I calibrate the airflow limits on the Titus 10303301?
Flow limit adjustments are performed using a digital DC voltmeter at the thermostat. By monitoring the voltage output, technicians can correlate DC signals to specific CFM values using the manufacturer's calibration curves for precise balancing.
Can this board handle reheat stages for fan-powered terminals?
Yes, the Titus TA2 Analog Control Board supports sequencing for up to three stages of heat. For fan-powered sequences, it typically manages up to two stages of reheat via 24 VAC coils or normally closed hot water valves.
What is the proper procedure for wiring the temperature sensor?
In ACO/MWU sequences, a duct-mounted thermistor must be wired to the designated terminals. Shorting these terminals can manually trigger heating or morning warm-up modes, while an open circuit maintains standard cooling operation.
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: $606.85
-65%$606.85
$212.40Titus HVAC 10303301 Control Board
The Titus HVAC 10303301 Control Board is a critical OEM replacement part designed for high-precision analog VAV control in commercial terminal units. Engineered for compatibility with Titus TA2 series controllers, this analog control board features an integrated platinum ceramic transducer that ensures accurate differential pressure measurements. It operates on a standard 24 VAC power supply, requiring approximately 7 VA for the board and actuator, with additional capacity for fan relays and heating contactors. Technicians can rely on its pressure-independent performance to maintain stable airflow across varying duct static pressures. The board facilitates seamless automatic changeover (ACO) and morning warm-up sequences when integrated with a duct-mounted thermistor. By utilizing the Titus 10303301, contractors can ensure robust HVAC terminal unit operation, maintaining exact cooling and heating demand logic through its on-board technical algorithms and reliable voltage output monitoring at the thermostat.
Key Benefits- Precise Pressure Sensing: Features an on-board platinum ceramic transducer for stable, pressure-independent VAV control.
- Universal Compatibility: Designed specifically as an OEM replacement board for Titus TA1 and TA2 analog controllers.
- Enhanced System Logic: Supports automatic changeover (ACO) and morning warm-up (MWU) for optimized thermal comfort.
- Rugged Electrical Design: Rated for 24 VAC power, handling multiple on/off reheat stages and fan-powered sequences efficiently.
- Technician Friendly: Integrated voltage output signals allow for real-time airflow monitoring and simplified HVAC troubleshooting.
How do I calibrate the airflow limits on the Titus 10303301?
Flow limit adjustments are performed using a digital DC voltmeter at the thermostat. By monitoring the voltage output, technicians can correlate DC signals to specific CFM values using the manufacturer's calibration curves for precise balancing.
Can this board handle reheat stages for fan-powered terminals?
Yes, the Titus TA2 Analog Control Board supports sequencing for up to three stages of heat. For fan-powered sequences, it typically manages up to two stages of reheat via 24 VAC coils or normally closed hot water valves.
What is the proper procedure for wiring the temperature sensor?
In ACO/MWU sequences, a duct-mounted thermistor must be wired to the designated terminals. Shorting these terminals can manually trigger heating or morning warm-up modes, while an open circuit maintains standard cooling operation.
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 HVAC 10303301 Control Board is a critical OEM replacement part designed for high-precision analog VAV control in commercial terminal units. Engineered for compatibility with Titus TA2 series controllers, this analog control board features an integrated platinum ceramic transducer that ensures accurate differential pressure measurements. It operates on a standard 24 VAC power supply, requiring approximately 7 VA for the board and actuator, with additional capacity for fan relays and heating contactors. Technicians can rely on its pressure-independent performance to maintain stable airflow across varying duct static pressures. The board facilitates seamless automatic changeover (ACO) and morning warm-up sequences when integrated with a duct-mounted thermistor. By utilizing the Titus 10303301, contractors can ensure robust HVAC terminal unit operation, maintaining exact cooling and heating demand logic through its on-board technical algorithms and reliable voltage output monitoring at the thermostat.
Key Benefits- Precise Pressure Sensing: Features an on-board platinum ceramic transducer for stable, pressure-independent VAV control.
- Universal Compatibility: Designed specifically as an OEM replacement board for Titus TA1 and TA2 analog controllers.
- Enhanced System Logic: Supports automatic changeover (ACO) and morning warm-up (MWU) for optimized thermal comfort.
- Rugged Electrical Design: Rated for 24 VAC power, handling multiple on/off reheat stages and fan-powered sequences efficiently.
- Technician Friendly: Integrated voltage output signals allow for real-time airflow monitoring and simplified HVAC troubleshooting.
How do I calibrate the airflow limits on the Titus 10303301?
Flow limit adjustments are performed using a digital DC voltmeter at the thermostat. By monitoring the voltage output, technicians can correlate DC signals to specific CFM values using the manufacturer's calibration curves for precise balancing.
Can this board handle reheat stages for fan-powered terminals?
Yes, the Titus TA2 Analog Control Board supports sequencing for up to three stages of heat. For fan-powered sequences, it typically manages up to two stages of reheat via 24 VAC coils or normally closed hot water valves.
What is the proper procedure for wiring the temperature sensor?
In ACO/MWU sequences, a duct-mounted thermistor must be wired to the designated terminals. Shorting these terminals can manually trigger heating or morning warm-up modes, while an open circuit maintains standard cooling operation.
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.
