Get a Fast Quote
🛠️ Need the Right HVAC Tool for the Job?
Whether you're quoting a bulk order or chasing hard-to-find tools, we’re here to help.
Get a fast, personalised quote—no pressure, no spam!
Fill out the form below and we’ll get back to you ASAP.
📩 Request a Quote
Description
Overview
The HVAC Shop 2-way Manifold CO2 Braided Hoses set is an essential tool for technicians working with R744 (CO₂) high-pressure HVAC systems. Engineered for precision and safety, this robust manifold allows for comprehensive system diagnostics, charging, and evacuation without the need for constant hose swapping.
Designed to withstand the demanding pressures of CO₂ refrigerants, this set features durable braided stainless steel hoses and highly accurate oil-filled gauges. It ensures reliable performance and technician safety in various commercial and industrial applications where high-pressure stability is paramount.
Why It Matters
Working with R744 (CO₂) requires specialized equipment capable of handling extreme pressures safely and accurately. Standard manifolds are simply not up to the task and pose significant safety risks. This dedicated CO₂ manifold set provides the necessary strength, precise measurement, and superior leak prevention features to perform critical HVAC tasks efficiently, protecting both the technician and the integrity of the system under high-pressure conditions.
What's Included
- 1 × 2-way aluminum manifold with free-floating piston valves
- 2 × 70mm oil-filled Class 1.0 gauges (low & high side)
- 3 × 150cm stainless steel braided high-pressure hoses
- Carry case (where included) for easy transport and protection
Features & Benefits
- Enhanced Durability & Longevity: Free-floating piston valves reduce wear and provide smooth operation, significantly extending the manifold's service life.
- Superior Leak Prevention: A double O-ring sealing system ensures secure, tight connections, effectively preventing leaks even under the highest R744 operating pressures.
- Accurate & Reliable Readings: Oil-filled Class 1.0 gauges (70mm) with PSI/MPa and CO₂ temperature scales offer precise diagnostic data critical for optimal system performance and troubleshooting.
- Extreme Pressure Capability: Braided stainless steel hoses are rated to an impressive 200 bar working pressure and 800 bar burst pressure, specifically engineered for the demands of CO₂ applications.
- Corrosion Resistance: The high-strength extruded aluminum body resists corrosion, ensuring long-term reliability and performance in various challenging working environments.
- Efficient Workflow: This 2-way manifold allows for charging, evacuation, and pressure checks without repeated hose changes, streamlining your service calls and improving jobsite efficiency.
Applications
- Diagnostic, charging, and evacuation tasks on R744 (CO₂) refrigeration systems.
- Servicing high-pressure CO₂ heat pump systems.
- Ideal for commercial refrigeration units and industrial CO₂ HVAC installations.
- Any professional application requiring safe and precise handling of CO₂ refrigerants.
Tradie Pro Tip
"Always perform a thorough vacuum test and check for leaks with an appropriate leak detector when commissioning or servicing high-pressure R744 systems, even after a routine service. Small leaks in CO₂ systems can rapidly escalate due to the high operating pressures, leading to significant system performance issues and refrigerant loss."
Pair With
Enhance your CO₂ toolkit by pairing this manifold with our range of R744 Refrigerant Recovery Units, High-Pressure Leak Detectors, and R744 Refrigerant Cylinders for a complete, safe, and efficient CO₂ service solution.
Keep Your Space Clean / CTA
Ensure your high-pressure R744 systems are always serviced with utmost precision and safety. Invest in the HVAC Shop 2-way Manifold CO2 Braided Hoses for reliable, compliant, and efficient operations on every job, guaranteeing optimal performance and peace of mind.
Common Questions for 2-way Manifold CO2 Braided Hoses 3x150cm
Any question?
If we still haven't answered your question, you can contact us below and we will get back to you as soon as possible.

















