Liebert W-0100 Valve
The Liebert W-0100 is an industrial-grade 5/8" x 1" Rotolock valve engineered for critical thermal management systems. Designed for high-reliability service in HVACR cooling circuits, this service valve facilitates rapid isolation and component replacement without compromising system charge integrity. The Rotolock connection utilizes a 1"-14 UNS thread interface, ensuring a robust, leak-resistant seal that is essential for maintaining head pressure control and refrigerant flow in precision cooling units like the Liebert Deluxe 3 or Challenger series. Its heavy-duty brass construction is built to withstand the high-vibration environments typical of data center cooling and industrial refrigeration hardware.
Key Benefits:- Refrigerant Isolation: Allows for the efficient isolation of compressors or receivers during field service to minimize refrigerant loss.
- Precision Fit: Features a 5/8" ODF solder connection paired with a 1" Rotolock thread for exact compatibility with OEM HVACR piping layouts.
- Durable Construction: High-tensile brass body resists corrosion and thermal fatigue under continuous cycling.
- Service Efficiency: Simplifies the recovery and charging process by providing a reliable access point for manifold gauge sets.
What is the thread specification for the W-0100?
This valve features a standard 1"-14 UNS Rotolock thread on the primary port and a 5/8" sweat connection for the refrigerant line.
Is the Teflon seal included with this valve?
While the valve is built for Rotolock standards, separate verified Rotolock gaskets (Teflon) are typically required to ensure a gas-tight seal upon installation.
Which refrigerants is this valve compatible with?
The materials and seals are compatible with common high-pressure refrigerants including R-22, R-407C, and R-410A.
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: $99.98
-65%$99.98
$34.99Liebert W-0100 Valve
The Liebert W-0100 is an industrial-grade 5/8" x 1" Rotolock valve engineered for critical thermal management systems. Designed for high-reliability service in HVACR cooling circuits, this service valve facilitates rapid isolation and component replacement without compromising system charge integrity. The Rotolock connection utilizes a 1"-14 UNS thread interface, ensuring a robust, leak-resistant seal that is essential for maintaining head pressure control and refrigerant flow in precision cooling units like the Liebert Deluxe 3 or Challenger series. Its heavy-duty brass construction is built to withstand the high-vibration environments typical of data center cooling and industrial refrigeration hardware.
Key Benefits:- Refrigerant Isolation: Allows for the efficient isolation of compressors or receivers during field service to minimize refrigerant loss.
- Precision Fit: Features a 5/8" ODF solder connection paired with a 1" Rotolock thread for exact compatibility with OEM HVACR piping layouts.
- Durable Construction: High-tensile brass body resists corrosion and thermal fatigue under continuous cycling.
- Service Efficiency: Simplifies the recovery and charging process by providing a reliable access point for manifold gauge sets.
What is the thread specification for the W-0100?
This valve features a standard 1"-14 UNS Rotolock thread on the primary port and a 5/8" sweat connection for the refrigerant line.
Is the Teflon seal included with this valve?
While the valve is built for Rotolock standards, separate verified Rotolock gaskets (Teflon) are typically required to ensure a gas-tight seal upon installation.
Which refrigerants is this valve compatible with?
The materials and seals are compatible with common high-pressure refrigerants including R-22, R-407C, and R-410A.
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 Liebert W-0100 is an industrial-grade 5/8" x 1" Rotolock valve engineered for critical thermal management systems. Designed for high-reliability service in HVACR cooling circuits, this service valve facilitates rapid isolation and component replacement without compromising system charge integrity. The Rotolock connection utilizes a 1"-14 UNS thread interface, ensuring a robust, leak-resistant seal that is essential for maintaining head pressure control and refrigerant flow in precision cooling units like the Liebert Deluxe 3 or Challenger series. Its heavy-duty brass construction is built to withstand the high-vibration environments typical of data center cooling and industrial refrigeration hardware.
Key Benefits:- Refrigerant Isolation: Allows for the efficient isolation of compressors or receivers during field service to minimize refrigerant loss.
- Precision Fit: Features a 5/8" ODF solder connection paired with a 1" Rotolock thread for exact compatibility with OEM HVACR piping layouts.
- Durable Construction: High-tensile brass body resists corrosion and thermal fatigue under continuous cycling.
- Service Efficiency: Simplifies the recovery and charging process by providing a reliable access point for manifold gauge sets.
What is the thread specification for the W-0100?
This valve features a standard 1"-14 UNS Rotolock thread on the primary port and a 5/8" sweat connection for the refrigerant line.
Is the Teflon seal included with this valve?
While the valve is built for Rotolock standards, separate verified Rotolock gaskets (Teflon) are typically required to ensure a gas-tight seal upon installation.
Which refrigerants is this valve compatible with?
The materials and seals are compatible with common high-pressure refrigerants including R-22, R-407C, and R-410A.
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.
