Universal Air CK1119 A/C Compressor Kit

Short Compressor Replacement Kit for Classic Toyota and Mitsubishi

Universal Air CK1119 is a Short Compressor Replacement Kit for select 1988 Toyota Pickup and 1989-1991 Mitsubishi Montero applications. It is built for HVAC service work where the A/C compressor system needs a replacement kit matched to the listed vehicle fitment.

Key Features

• Brand: Universal Air
• Brand line: Short Compressor Replacement Kit
• Part number: CK1119
• Fits 1989-1991 Mitsubishi Montero, N/A
• Fits 1988 Toyota Pickup, N/A
• Complete kit includes CO 21006C, EX 7012C, and RD 1149C

Product Details

The CK1119 compressor replacement kit is cataloged for HVAC service on older Toyota and Mitsubishi platforms. For 1989-1991 Mitsubishi Montero and 1988 Toyota Pickup applications, this kit provides the listed compressor-related components in a short compressor replacement format. The Toyota Pickup fitment note also recommends replacing the condenser with a new condenser during service. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Common Issues This Kit Can Address

• Loss of A/C compressor function
• Noise from a worn compressor assembly
• System service after compressor failure
• Restoration of cooling performance on listed Montero and Pickup applications
• Replacement of aging HVAC compressor components during repair

Installation Notes

Verify vehicle year, make, and model before ordering. Confirm the listed fitment for 1989-1991 Mitsubishi Montero or 1988 Toyota Pickup, and follow standard A/C service procedures during installation. For the 1988 Toyota Pickup application, replace the condenser with a new condenser as noted in the fitment data. Part number CK1119 should be matched to the vehicle’s existing HVAC configuration before service begins.

Quality Assurance

Universal Air catalogs CK1119 as a fitment-specific HVAC replacement kit for the listed vehicles. Use the vehicle notes and part number CK1119 to confirm application before installation.