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Parts for your 1990 Nissan Primera-Ac condensor
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
VALEO Condenser Parallel Flow (Subcooled) Inlet Pad Outlet Pad - 814367
REDDOT 24V Remote Mount Condenser Assembly Inlet #8 MIOR Outlet #6 MIOR - R9730024P
REDDOT Condenser Assembly Inlet #8 MIOR Outlet #6 MIOR - R4500824P
Hanon Air Conditioning Condenser Parallel Flow (Subcooled) Inlet Pad Outlet Pad - CNX01013
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MAHLE Condenser Parallel Flow (Subcooled) Inlet Pad Outlet Pad - AC29000P
MAHLE Condenser Tube and Fin Inlet #8 MIOR Outlet #6 MIOR - AC684000P
VALEO Condenser Parallel Flow (Subcooled) Inlet Pad Outlet Pad - 814386
Reddot Condenser Tube and Fin Inlet #8 MIOR Outlet #6 MIOR - RD437240P
Doowon Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad
Mahle Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad - AC1194000S
Mahle Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad - AC762000S
DENSO Condenser Parallel Flow Inlet Pad Outlet Pad - Fan Assembly Included
OEX Condenser Serpentine Inlet #8 MIOR Outlet #6 MIOR - CNX01067
Reddot Condenser Parallel Flow Inlet #8 MIOR Outlet #6 MIOR - RD453780P
Denso Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad
Denso Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad
Doowon Condenser Parallel Flow (Subcooled) Inlet Pad Outlet Pad - CNX722
Sanden Air Conditioning Condenser Parallel Flow Inlet #8 MIOR Outlet #6 MIOR - CNX01057
Denso Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad
Doowon Air Conditioning Condenser Parallel Flow Inlet Pad Outlet Pad - CNX738
REDDOT Condenser Serpentine Inlet #8 MIOR Outlet #6 MIOR - R6260124P
REDDOT Condenser Tube and Fin Inlet #8 MIOR Outlet #6 MIOR - RD464100P
1990 Nissan Primera AC Condenser — What It Does and How to Look After It
Referencing technical sources including the Nissan Primera P10 Factory Service Manual (HVAC section), the Nissan EPC/FAST parts catalogue, and common service literature (e.g., Haynes/Autodata), the 1990 Nissan Primera was offered with air conditioning, and those vehicles use an AC condenser mounted ahead of the radiator. So yes, an AC condenser is relevant and fitted when the car is equipped with A/C.
On a 1990 Primera, the condenser’s job is to dump heat pulled from the cabin. It takes hot, high-pressure refrigerant gas from the compressor and cools it into a liquid before it heads to the receiver-drier and expansion device. If the condenser is blocked, bent, leaking, or its fan isn’t doing the business, the cabin will blow lukewarm air and the compressor will work overtime.
Owners of a P10 can keep the condenser happy with a few simple habits:
- Gently hose the fins from the engine side outwards to clear bugs and road grime, and avoid high-pressure blasts that mash the fins.
- Watch for oily residue or UV dye on the condenser face or end tanks — that’s a tell-tale of a refrigerant leak.
- Make sure the condenser fan kicks in, poor airflow at idle is a classic cause of weak cooling on warm days.
- Check for corrosion build-up, especially on coastal cars in Aus and NZ, salt spray can eat fins and tubes.
If replacement’s on the cards, it’s smart to do it properly. Replace the receiver-drier at the same time, renew the O-rings with the correct material, and have the system professionally evacuated and recharged by a licensed tech — venting refrigerant is illegal in Australia and New Zealand. Many early P10s originally ran R12, if the car has been converted to R134a (or will be), consider a parallel-flow condenser for improved efficiency in hotter climates. A good workshop will weigh in the correct charge, pressure-test, and verify fan operation and thermostat cycling.
With a clean, leak-free condenser and solid airflow, a 1990 Primera’s A/C can stay crisp and dependable, even in a scorcher.
Popular questions about the 1990 Nissan Primera AC condenser
Does the 1990 Nissan Primera actually have an AC condenser?
Yes — on A/C-equipped cars it’s fitted in front of the radiator. Factory documentation for the P10 platform and Nissan’s EPC/FAST catalogue both list the condenser as part of the standard A/C layout.
How can someone tell if the condenser is failing?
Common signs include weak cooling at idle, a noticeable drop in performance on hot days, greasy/UV-dyed patches on the condenser face, and a condenser fan that doesn’t run. A pro can confirm with pressure readings and a leak test.
Is an R134a conversion possible and should the condenser be upgraded?
It’s common to convert earlier R12-equipped P10s to R134a with the correct oil, seals, and service parts. Upgrading to a modern parallel-flow condenser can improve efficiency, particularly in Australian and New Zealand summer conditions.