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Parts for your 1987 Suzuki Swift-Ac condensor
Hanon Air Conditioning Condenser Parallel Flow (Subcooled) Inlet Pad Outlet Pad - CNX01013
Mahle Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad - AC 659 000S
Mahle Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad - AC 282 000P
Explore 4WD & Adventure
Denso Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad - CNX9370
1987 Suzuki Swift ac-condensor: is it fitted and what does it do?
Yes, the 1987 Suzuki Swift uses an ac-condensor when the car is fitted with factory or dealer-installed air-con. This is documented in the Suzuki Swift/SA310 Factory Service Manual (1986–1988, Heating & Air Conditioning section), mirrored in the GM/Chevrolet Sprint (same platform) parts catalogue for MY1987, and backed by Denso and Nippondenso application listings for the Swift of that era. So, on any ’87 Swift with air-con, the ac-condensor is absolutely relevant.
On the 1987 Swift, the ac-condensor (often written “A/C condenser”) sits in front of the radiator behind the grille, dumping heat from the refrigerant after it’s been compressed. It turns hot, high-pressure refrigerant vapour into a cooler liquid, so the cabin can actually get chilly. If the condensor is blocked, bent up with stone hits, or leaking, the air-con runs warm, cycles a lot, or won’t engage.
Servicing a Swift ac-condensor is mostly about airflow and cleanliness. Keep the fins clear of bugs and road grime with gentle water pressure—no aggressive blasting that will fold fins. If fins are flattened, a fin comb can tidy them up. Any oily residue on the condensor often points to a refrigerant leak, that’s the cue to book a licensed air-con tech (ARCtick in Australia) for a proper pressure test and repair.
Given the car was originally R12, most Aussie and Kiwi examples have been converted to R134a. The condensor can stay if it’s healthy, but conversions work best when the receiver–drier is renewed, correct PAG/ester oil is used, and the system is evacuated and recharged to spec. If the condensor is corroded, stone-bruised, or internally contaminated, replacement is smart—it protects the compressor and restores cooling.
- Watch for warm air at idle, fan speed not improving cooling, or compressor short-cycling.
- Inspect for bent fins and debris under the bonnet after long country runs.
- Replace the receiver–drier any time the system is opened.
- Pressure-test and evacuate with a licensed technician, don’t vent refrigerant.
Replacement is straightforward for a competent mechanic: recover refrigerant, remove the front trim as needed, swap the ac-condensor with new O-rings, add correct oil, evacuate, and recharge. Done right, the old Swift’s air-con will blow crisp on scorching summer arvos.
Popular questions about the 1987 Suzuki Swift ac-condensor
Where is the ac-condensor located on a 1987 Suzuki Swift?
It’s mounted in front of the engine radiator, right behind the front grille. Look through the grille and you’ll see two heat exchangers, the thinner, forward-most unit is the ac-condensor. Access typically involves removing the grille or top trim panel under the bonnet.
How do I know if the ac-condensor needs replacing?
Signs include weak cooling at idle, noticeable leaks or oily residue on the condensor, and visible fin damage that restricts airflow. A licensed air-con tech can confirm with pressure testing and temperature-drop checks across the unit.
Can I keep the original condensor when converting from R12 to R134a?
Often yes, provided it’s clean and leak-free. Many conversions perform better with a new receiver–drier, fresh O-rings, and meticulous evacuation. If the old condensor is corroded or marginal, upgrading it will improve cooling and reliability.