York 075-29007-000 Spacer
When you are performing a field repair on York YCAL or YCIV Series air-cooled liquid chillers, maintaining precise mechanical tolerances is non-negotiable for system longevity. The York 075-29007-000 Fan Motor Spacer is a critical OEM replacement part designed to establish the exact offset required between the condenser fan and the motor assembly. With a precise 0.375-inch inside diameter (I.D.), this spacer ensures the fan motor shaft alignment remains true, eliminating the lateral vibration and rotational stress that can lead to premature bearing failure or blade fatigue. Engineered for high-demand environments, this 075-29007-000 spacer is specified for units operating at 1160 RPM and systems utilizing standard 7/8-inch fan types. Using genuine York HVAC parts like this spacer allows technicians to restore factory-spec clearances, ensuring the fan operates within the "sweet spot" of the shroud for maximum static pressure and heat transfer efficiency. Do not compromise the balance of your chiller’s cooling circuit with makeshift shim solutions; use the correct fan motor hardware to protect the integrity of the drive assembly.
Key Benefits
- Precise Alignment: Maintains the critical 0.375-inch I.D. clearance required for York YCAL style D and YCIV chiller fan assemblies.
- Vibration Dampening: Reduces mechanical resonance and shaft stress, preventing excessive noise and potential motor burnout.
- Airflow Efficiency: Ensures 50% fan blade penetration into the shroud for optimal condenser fan performance.
- Industrial Grade Construction: Built to withstand the thermal cycling and high-torque demands of commercial HVACR systems.
Common Questions
What happens if I replace the motor without installing a new 075-29007-000 spacer?Skipping the spacer typically results in improper fan blade depth within the shroud. This misalignment causes air bypass and excessive turbulence, which drastically reduces the heat rejection capacity of the chiller and puts unnecessary load on the motor bearings.
Is this spacer compatible with all York fan motors?While widely used in YCAL and YCIV models, compatibility depends on the specific shaft diameter and fan hub configuration. This component is specifically designed for 0.375-inch I.D. specifications and 7/8-inch fan sizes.
Can this spacer be used for blower motor applications as well?Yes, this York fan motor spacer is versatile enough for both condenser and blower motor assemblies, provided the OEM part number 075-29007-000 is specified in the technical manual for your particular unit.
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: $129.30
-65%$129.30
$45.26York 075-29007-000 Spacer
When you are performing a field repair on York YCAL or YCIV Series air-cooled liquid chillers, maintaining precise mechanical tolerances is non-negotiable for system longevity. The York 075-29007-000 Fan Motor Spacer is a critical OEM replacement part designed to establish the exact offset required between the condenser fan and the motor assembly. With a precise 0.375-inch inside diameter (I.D.), this spacer ensures the fan motor shaft alignment remains true, eliminating the lateral vibration and rotational stress that can lead to premature bearing failure or blade fatigue. Engineered for high-demand environments, this 075-29007-000 spacer is specified for units operating at 1160 RPM and systems utilizing standard 7/8-inch fan types. Using genuine York HVAC parts like this spacer allows technicians to restore factory-spec clearances, ensuring the fan operates within the "sweet spot" of the shroud for maximum static pressure and heat transfer efficiency. Do not compromise the balance of your chiller’s cooling circuit with makeshift shim solutions; use the correct fan motor hardware to protect the integrity of the drive assembly.
Key Benefits
- Precise Alignment: Maintains the critical 0.375-inch I.D. clearance required for York YCAL style D and YCIV chiller fan assemblies.
- Vibration Dampening: Reduces mechanical resonance and shaft stress, preventing excessive noise and potential motor burnout.
- Airflow Efficiency: Ensures 50% fan blade penetration into the shroud for optimal condenser fan performance.
- Industrial Grade Construction: Built to withstand the thermal cycling and high-torque demands of commercial HVACR systems.
Common Questions
What happens if I replace the motor without installing a new 075-29007-000 spacer?Skipping the spacer typically results in improper fan blade depth within the shroud. This misalignment causes air bypass and excessive turbulence, which drastically reduces the heat rejection capacity of the chiller and puts unnecessary load on the motor bearings.
Is this spacer compatible with all York fan motors?While widely used in YCAL and YCIV models, compatibility depends on the specific shaft diameter and fan hub configuration. This component is specifically designed for 0.375-inch I.D. specifications and 7/8-inch fan sizes.
Can this spacer be used for blower motor applications as well?Yes, this York fan motor spacer is versatile enough for both condenser and blower motor assemblies, provided the OEM part number 075-29007-000 is specified in the technical manual for your particular unit.
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.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
When you are performing a field repair on York YCAL or YCIV Series air-cooled liquid chillers, maintaining precise mechanical tolerances is non-negotiable for system longevity. The York 075-29007-000 Fan Motor Spacer is a critical OEM replacement part designed to establish the exact offset required between the condenser fan and the motor assembly. With a precise 0.375-inch inside diameter (I.D.), this spacer ensures the fan motor shaft alignment remains true, eliminating the lateral vibration and rotational stress that can lead to premature bearing failure or blade fatigue. Engineered for high-demand environments, this 075-29007-000 spacer is specified for units operating at 1160 RPM and systems utilizing standard 7/8-inch fan types. Using genuine York HVAC parts like this spacer allows technicians to restore factory-spec clearances, ensuring the fan operates within the "sweet spot" of the shroud for maximum static pressure and heat transfer efficiency. Do not compromise the balance of your chiller’s cooling circuit with makeshift shim solutions; use the correct fan motor hardware to protect the integrity of the drive assembly.
Key Benefits
- Precise Alignment: Maintains the critical 0.375-inch I.D. clearance required for York YCAL style D and YCIV chiller fan assemblies.
- Vibration Dampening: Reduces mechanical resonance and shaft stress, preventing excessive noise and potential motor burnout.
- Airflow Efficiency: Ensures 50% fan blade penetration into the shroud for optimal condenser fan performance.
- Industrial Grade Construction: Built to withstand the thermal cycling and high-torque demands of commercial HVACR systems.
Common Questions
What happens if I replace the motor without installing a new 075-29007-000 spacer?Skipping the spacer typically results in improper fan blade depth within the shroud. This misalignment causes air bypass and excessive turbulence, which drastically reduces the heat rejection capacity of the chiller and puts unnecessary load on the motor bearings.
Is this spacer compatible with all York fan motors?While widely used in YCAL and YCIV models, compatibility depends on the specific shaft diameter and fan hub configuration. This component is specifically designed for 0.375-inch I.D. specifications and 7/8-inch fan sizes.
Can this spacer be used for blower motor applications as well?Yes, this York fan motor spacer is versatile enough for both condenser and blower motor assemblies, provided the OEM part number 075-29007-000 is specified in the technical manual for your particular unit.
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.
