York 026-41611-000 Glycol Pump
The York 026-41611-000 Glycol Pump is a critical single-stage centrifugal component engineered for precise fluid management in York chiller systems and commercial HVAC applications. This OEM 1-stage glycol pump is specifically designed to handle the increased viscosity of propylene glycol and ethylene glycol mixtures, ensuring consistent heat transfer efficiency throughout the cooling loop. Operating at 115V with a 1/2-inch NPT connection, this pump delivers a 10 GPM flow coefficient and is rated for a maximum pressure of 125 psi. For technicians managing process cooling or low-temperature systems, this pump maintains the head pressure required to prevent air entrainment and pump cavitation, which are common points of failure in closed-loop glycol circuits. Its robust construction supports both indoor and outdoor installations, providing the durability needed for year-round climate control and burst protection in demanding environments.
Key Benefits for the Contractor:
- Direct OEM Integration: Exact York 026-41611-000 replacement ensures zero-clearance fitting and electrical compatibility with existing chiller controls.
- Optimized Flow Dynamics: Rated at 10 GPM to maintain the specific velocity needed for efficient heat exchanger performance without excessive pressure drop.
- High-Pressure Tolerance: 125 psi max rating provides a significant safety margin for high-rise or complex industrial fluid loops.
- Viscosity Management: Internal clearances are precision-engineered to circulate glycol-water mixtures effectively, reducing motor strain compared to generic pumps.
- Fluid Integrity Protection: Reliable mechanical seals help maintain a sealed system, preventing the dilution of corrosion inhibitors and glycol concentrations.
Common Questions:
Does this pump require manual priming during commissioning?
Yes, as a centrifugal 1-stage pump, it is essential to ensure the suction side is fully flooded with the glycol-water mixture before startup to prevent dry running and mechanical seal damage.
Can this pump be used with both Propylene and Ethylene glycol?
This pump is compatible with standard industrial glycol solutions. However, professionals must verify that the concentration level does not exceed the pump’s viscosity handling capabilities at the lowest operating temperature.
What are the signs that my current glycol pump is failing?
Technicians should monitor for increased vibration, an audible change in pump harmonics (often indicating cavitation), or a noticeable drop in the system flow rate measured at the chiller inlet.
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.
York 026-41611-000 Glycol Pump
The York 026-41611-000 Glycol Pump is a critical single-stage centrifugal component engineered for precise fluid management in York chiller systems and commercial HVAC applications. This OEM 1-stage glycol pump is specifically designed to handle the increased viscosity of propylene glycol and ethylene glycol mixtures, ensuring consistent heat transfer efficiency throughout the cooling loop. Operating at 115V with a 1/2-inch NPT connection, this pump delivers a 10 GPM flow coefficient and is rated for a maximum pressure of 125 psi. For technicians managing process cooling or low-temperature systems, this pump maintains the head pressure required to prevent air entrainment and pump cavitation, which are common points of failure in closed-loop glycol circuits. Its robust construction supports both indoor and outdoor installations, providing the durability needed for year-round climate control and burst protection in demanding environments.
Key Benefits for the Contractor:
- Direct OEM Integration: Exact York 026-41611-000 replacement ensures zero-clearance fitting and electrical compatibility with existing chiller controls.
- Optimized Flow Dynamics: Rated at 10 GPM to maintain the specific velocity needed for efficient heat exchanger performance without excessive pressure drop.
- High-Pressure Tolerance: 125 psi max rating provides a significant safety margin for high-rise or complex industrial fluid loops.
- Viscosity Management: Internal clearances are precision-engineered to circulate glycol-water mixtures effectively, reducing motor strain compared to generic pumps.
- Fluid Integrity Protection: Reliable mechanical seals help maintain a sealed system, preventing the dilution of corrosion inhibitors and glycol concentrations.
Common Questions:
Does this pump require manual priming during commissioning?
Yes, as a centrifugal 1-stage pump, it is essential to ensure the suction side is fully flooded with the glycol-water mixture before startup to prevent dry running and mechanical seal damage.
Can this pump be used with both Propylene and Ethylene glycol?
This pump is compatible with standard industrial glycol solutions. However, professionals must verify that the concentration level does not exceed the pump’s viscosity handling capabilities at the lowest operating temperature.
What are the signs that my current glycol pump is failing?
Technicians should monitor for increased vibration, an audible change in pump harmonics (often indicating cavitation), or a noticeable drop in the system flow rate measured at the chiller inlet.
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.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The York 026-41611-000 Glycol Pump is a critical single-stage centrifugal component engineered for precise fluid management in York chiller systems and commercial HVAC applications. This OEM 1-stage glycol pump is specifically designed to handle the increased viscosity of propylene glycol and ethylene glycol mixtures, ensuring consistent heat transfer efficiency throughout the cooling loop. Operating at 115V with a 1/2-inch NPT connection, this pump delivers a 10 GPM flow coefficient and is rated for a maximum pressure of 125 psi. For technicians managing process cooling or low-temperature systems, this pump maintains the head pressure required to prevent air entrainment and pump cavitation, which are common points of failure in closed-loop glycol circuits. Its robust construction supports both indoor and outdoor installations, providing the durability needed for year-round climate control and burst protection in demanding environments.
Key Benefits for the Contractor:
- Direct OEM Integration: Exact York 026-41611-000 replacement ensures zero-clearance fitting and electrical compatibility with existing chiller controls.
- Optimized Flow Dynamics: Rated at 10 GPM to maintain the specific velocity needed for efficient heat exchanger performance without excessive pressure drop.
- High-Pressure Tolerance: 125 psi max rating provides a significant safety margin for high-rise or complex industrial fluid loops.
- Viscosity Management: Internal clearances are precision-engineered to circulate glycol-water mixtures effectively, reducing motor strain compared to generic pumps.
- Fluid Integrity Protection: Reliable mechanical seals help maintain a sealed system, preventing the dilution of corrosion inhibitors and glycol concentrations.
Common Questions:
Does this pump require manual priming during commissioning?
Yes, as a centrifugal 1-stage pump, it is essential to ensure the suction side is fully flooded with the glycol-water mixture before startup to prevent dry running and mechanical seal damage.
Can this pump be used with both Propylene and Ethylene glycol?
This pump is compatible with standard industrial glycol solutions. However, professionals must verify that the concentration level does not exceed the pump’s viscosity handling capabilities at the lowest operating temperature.
What are the signs that my current glycol pump is failing?
Technicians should monitor for increased vibration, an audible change in pump harmonics (often indicating cavitation), or a noticeable drop in the system flow rate measured at the chiller inlet.
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.
