Chevrolet G20 1974

Model G20 made in 1974 by Chevrolet got 2 recalls. There were some recalls concerningequipment, service brakes, hydraulic.

Model 1974

Recalls


CampaignManufacturerManufacturing dateType# of units affectedDate Owner notified MfgRecall Initiated byManufacturers of recalled vehicles/productsReport Recieved DateRecord Creation DateRegulation Part NumberFMVSS Number
EQUIPMENT
07E088000HONEYWELL INTERNATIONAL, INC. E (Equipment)12168011/08/2007MFRGENERAL MOTORS CORP.10/24/200710/30/2007
Defect SummaryCertain honeywell fram racing brand hp4 and hp8 oil filters that were manufactured from may 25, 2006, through september 14, 2007, and sold for use as replacement equipment for vehicles list above. the affected filters are marked with a date code a61451 through a72571 sequentially. the date code and part number appear on the filter housing. fram racing hp4 and hp8 oil filters not bearing a date code in this range are not affected by this recall. the gasket of the oil filter becomes more pliable under high temperatures and pressures.
Consequence SummaryThis condition may cause inadequate sealing and loss of engine oil, possibly resulting in a fire.
Corrective SummaryHoneywell will replace the affected oil filters free of charge. the recall began during november 2007. owners can contact fram customer service toll-free at 1-800-890-2075.
NotesCustomers may contact the national highway traffic safety administration's vehicle safety hotline at 1-888-327-4236 (tty: 1-800-424-9153); or go to http://www.safercar.gov.
SERVICE BRAKES, HYDRAULIC - POWER ASSIST - VACUUM
74V027000GENERAL MOTORS CORP. V (Vehicle)121838702/18/1974MFRGENERAL MOTORS CORP.02/15/197410/12/1979
Defect Summary
Consequence Summary
Corrective Summary
NotesOldsmobile campaign no 74-c-5.buick campaign no 73-c-3.gmc truck campaignno 74-c-06.chevrolet campaign no 74-c-11.pontiac campaign no 74-c-5.possibility that the single diaphragm brake vacuum power booster was assembledwith demensional descrepancies in the vacuum power booster housing which mayreduce the torque required to unlock the front half of the housing from therear half.if this condition exists, the low unlocking torque coupled withother variations in the assembly may cause housing to rotate and disengage fromthe locking tabs resulting in separation of the two halves of the booster andcomplete loss of brakes.(correct by inspecting and staking the housing at twopoints to preclude rotation of the housing.