Maxitrol TD114-1 Temperature Selector
The Maxitrol TD114-1 Temperature Selector is a critical component for Selectra Series 14 electronic gas flame modulation systems, specifically engineered for direct-fired make-up air applications. This remote-mounted controller offers a primary adjustment range of 55 to 90 degrees Fahrenheit, providing precise feedback to the system amplifier to maintain stable discharge air temperatures. A key feature of the TD114-1 is the integrated 120 to 170 degrees Fahrenheit override capability, which allows for temporary high-heat requirements often necessary in industrial or commercial processing environments. To ensure system stability, the TD114-1 must be paired with a compatible TS114 discharge air sensor sharing the same temperature range. In high-performance HVACR setups, this remote temperature selector interfaces seamlessly with M411, M511, M611, or MR212 valves, facilitating instantaneous modulation response compared to traditional motor-driven butterfly valves. For installations where the control run exceeds 200 feet, technicians should utilize an ES261-1/ES261-2 two-piece configuration to prevent signal degradation and ensure reliable gas flame modulation.
Key Benefits- Enhanced Modulation Control: Delivers precise signals for Maxitrol Selectra Series 14 systems, outperforming mechanical mod-motors in speed and accuracy.
- Dual-Range Functionality: Supports a standard 55-90°F range with a built-in 120-170°F override for versatile application demands.
- Rugged Field Performance: Designed to operate in ambient temperatures ranging from -40° to 125°F, making it suitable for demanding mechanical room environments.
- System Compatibility: Engineered for direct integration with Maxitrol gas modulation valves and amplifiers using standard 24VAC Class II power.
Is the TD114-1 compatible with my existing TS114 sensor?
Compatibility is strictly based on temperature ranges; the TD114-1 requires a sensor that monitors the 55-90°F range to ensure the resistance signals (typically 10,000 ohms at 77°F) align correctly with the amplifier calibration.
Can I install this selector more than 200 feet from the heater?
Standard wiring is recommended for runs up to 200 feet. For distances beyond this, the resistance in the wire can cause setpoint drift; we recommend upgrading to an ES261 series two-piece selector to maintain accuracy.
What happens if the internal resistance doesn't match the dial setting?
If the sensed temperature varies significantly from the dial, the system may require recalibration via the amplifier sensitivity and DC voltage checks. Ensure the sensor is located in a representative discharge air stream away from stagnant pockets.
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: $121.19
-65%$121.19
$42.42Maxitrol TD114-1 Temperature Selector
The Maxitrol TD114-1 Temperature Selector is a critical component for Selectra Series 14 electronic gas flame modulation systems, specifically engineered for direct-fired make-up air applications. This remote-mounted controller offers a primary adjustment range of 55 to 90 degrees Fahrenheit, providing precise feedback to the system amplifier to maintain stable discharge air temperatures. A key feature of the TD114-1 is the integrated 120 to 170 degrees Fahrenheit override capability, which allows for temporary high-heat requirements often necessary in industrial or commercial processing environments. To ensure system stability, the TD114-1 must be paired with a compatible TS114 discharge air sensor sharing the same temperature range. In high-performance HVACR setups, this remote temperature selector interfaces seamlessly with M411, M511, M611, or MR212 valves, facilitating instantaneous modulation response compared to traditional motor-driven butterfly valves. For installations where the control run exceeds 200 feet, technicians should utilize an ES261-1/ES261-2 two-piece configuration to prevent signal degradation and ensure reliable gas flame modulation.
Key Benefits- Enhanced Modulation Control: Delivers precise signals for Maxitrol Selectra Series 14 systems, outperforming mechanical mod-motors in speed and accuracy.
- Dual-Range Functionality: Supports a standard 55-90°F range with a built-in 120-170°F override for versatile application demands.
- Rugged Field Performance: Designed to operate in ambient temperatures ranging from -40° to 125°F, making it suitable for demanding mechanical room environments.
- System Compatibility: Engineered for direct integration with Maxitrol gas modulation valves and amplifiers using standard 24VAC Class II power.
Is the TD114-1 compatible with my existing TS114 sensor?
Compatibility is strictly based on temperature ranges; the TD114-1 requires a sensor that monitors the 55-90°F range to ensure the resistance signals (typically 10,000 ohms at 77°F) align correctly with the amplifier calibration.
Can I install this selector more than 200 feet from the heater?
Standard wiring is recommended for runs up to 200 feet. For distances beyond this, the resistance in the wire can cause setpoint drift; we recommend upgrading to an ES261 series two-piece selector to maintain accuracy.
What happens if the internal resistance doesn't match the dial setting?
If the sensed temperature varies significantly from the dial, the system may require recalibration via the amplifier sensitivity and DC voltage checks. Ensure the sensor is located in a representative discharge air stream away from stagnant pockets.
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 Maxitrol TD114-1 Temperature Selector is a critical component for Selectra Series 14 electronic gas flame modulation systems, specifically engineered for direct-fired make-up air applications. This remote-mounted controller offers a primary adjustment range of 55 to 90 degrees Fahrenheit, providing precise feedback to the system amplifier to maintain stable discharge air temperatures. A key feature of the TD114-1 is the integrated 120 to 170 degrees Fahrenheit override capability, which allows for temporary high-heat requirements often necessary in industrial or commercial processing environments. To ensure system stability, the TD114-1 must be paired with a compatible TS114 discharge air sensor sharing the same temperature range. In high-performance HVACR setups, this remote temperature selector interfaces seamlessly with M411, M511, M611, or MR212 valves, facilitating instantaneous modulation response compared to traditional motor-driven butterfly valves. For installations where the control run exceeds 200 feet, technicians should utilize an ES261-1/ES261-2 two-piece configuration to prevent signal degradation and ensure reliable gas flame modulation.
Key Benefits- Enhanced Modulation Control: Delivers precise signals for Maxitrol Selectra Series 14 systems, outperforming mechanical mod-motors in speed and accuracy.
- Dual-Range Functionality: Supports a standard 55-90°F range with a built-in 120-170°F override for versatile application demands.
- Rugged Field Performance: Designed to operate in ambient temperatures ranging from -40° to 125°F, making it suitable for demanding mechanical room environments.
- System Compatibility: Engineered for direct integration with Maxitrol gas modulation valves and amplifiers using standard 24VAC Class II power.
Is the TD114-1 compatible with my existing TS114 sensor?
Compatibility is strictly based on temperature ranges; the TD114-1 requires a sensor that monitors the 55-90°F range to ensure the resistance signals (typically 10,000 ohms at 77°F) align correctly with the amplifier calibration.
Can I install this selector more than 200 feet from the heater?
Standard wiring is recommended for runs up to 200 feet. For distances beyond this, the resistance in the wire can cause setpoint drift; we recommend upgrading to an ES261 series two-piece selector to maintain accuracy.
What happens if the internal resistance doesn't match the dial setting?
If the sensed temperature varies significantly from the dial, the system may require recalibration via the amplifier sensitivity and DC voltage checks. Ensure the sensor is located in a representative discharge air stream away from stagnant pockets.
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.
