Global Parts 4811294 A/C Refrigerant Discharge Hose

1996 Ford Mustang A/C Discharge Hose

This Global Parts A/C refrigerant discharge hose is a direct-fit replacement for the high-side line on a 1996 Ford Mustang. It routes refrigerant from the compressor to the condenser and supports proper system flow in the HVAC circuit. Part number 4811294 is also cross-referenced to Four Seasons 55311 for the same application.

Key Features

• Global Parts A/C refrigerant discharge hose for the high-pressure side of the system
• Fits 1996 Ford Mustang, N/A
• Connects the compressor to the condenser as part of the refrigerant circuit
• OE-style replacement for service and repair work
• Part number 4811294 for catalog and lookup reference

Product Details

Use this discharge hose when servicing the high-side refrigerant path on a 1996 Ford Mustang. The hose is built for the compressor-to-condenser connection, where refrigerant leaves the compressor under pressure before moving through the condenser. Global Parts 4811294 is listed with interchange references including Four Seasons 55311 and UAC HA111299C, which helps confirm application matching during parts lookup.

Common Repair Uses

• Replaces a leaking or damaged A/C discharge hose
• Restores refrigerant transfer between the compressor and condenser
• Addresses loss of cooling caused by high-side hose failure
• Helps correct visible oil residue or refrigerant seepage at hose connections
• Supports repair of cracked, corroded, or worn HVAC hose assemblies

Installation Notes

Verify the hose routing, end fittings, and vehicle configuration before installation on the 1996 Ford Mustang. Inspect related seals, O-rings, and mating surfaces during service, and evacuate and recharge the A/C system according to factory procedures after replacement. Confirm the part number 4811294 against the original hose before assembly.

Quality Assurance

Global Parts supplies HVAC hose and pipe components for automotive repair applications. This part is cataloged for direct replacement use and is supported by published interchange references for application verification.