1994 MAZDA MX-5 brakes

SCHEDULED MAINTENANCE (EXCEPT CANADA) Schedule 1 (Normal driving conditions) If the vehicle is mainly operated where none of the "unique driving conditions" apply. Schedule 2 (Unique driving conditions) Repeated short-distance driving. Driving in dusty conditions. Driving with extended use of brakes. Driving in areas where road salt or other corrosives are used. Driving on rough or muddy roads. Extended periods of idling or low-speed operation. r Driving for long periods in cold temperatures or extremely humid climates. SCHEDULE 1 (NORMAL DRIVING CONDITIONS) Chart symbols: I : Inspect, and repair, clean, or replace if necessary R : Replace L : Lubricate Remarks: After 48 months or 96,000 km {60,000 miles), continue to follow the described maintenance at the recommended intervals. *1 This maintenance is required for all states except California. However, we recommend that it also be performed on California vehicles. '2 This maintenance is recommended by Mazda. However, it is not necessary for emission warranty coverage or manufacturer recall liability. Gartner Banana

Schedule 1 (Normal driving conditions) (MT) (Cont'd) Maintenance 1 Number of months or kilometers {miles), whichever comes first I I 1 Months 1 6 18 124 130 136 142148 Service data and inspection point 36,000 1 48,000 1 60,000 1 72,000 1 84,000 1 96,000 Maintenance item I CHASSIS AND BODY Brake lines, hoses, and connections Disc plate thickness Front: 18.0mm (0.71 in)--Minimum I I 1 near: 8.0mm {o31 inFMnimum P-6 I Disc brakes I Pad thickness: I I I I I ~10mrn~0.04inMlinimum I Proper attachment and connections Steering operation and linkage I I I I I I I 0-3'0mm (0-1.1 8 in) Operation and looseness Fluid leakaae or oozina I I Front suspension ball joints I I Free play: I I I I I I I - - Manual transmission oil I I I I I , I Damage, looseness and I grease leakage Oil capacity: 2.0 L (2.1 US at. 1.8 Imp qtJ Ill I I I I I Cracking and damage I , I Oil capacity: I I I Differential oil I Drive shaft dust boots I Bolts and nuts on chassis and body I I I n I 1 .OO L {I .06 US qt, 0.88 Imp qt} Ill Exhaust system heat shield I I I I 1 Retiahten all loose bolts and nuts L All locks and hinges lLlLl - AIR CONDITIONER SYSTEM I L Refrigerant pressure Low pressure: 0.1 5-0.25 MPa {I -52.5 kgf/cm2, 21-36 psi) High pressure: 1.37-1 -57 MPa {I 4.0-1 6.0 kgf/cm2, 1 XI-228 psi] - L Corn~ressor I lnswct the o~eration annuallv Refrigerant L Inspect the refrigerant amount annually L I L " Insulator clearance between body and exhaust system Lubricate all locks and hinges F-128 - Gartner Banana

Schedule 1 (Normal driving conditions) (AT) (Cont'd) - .. .. Brake lines, hoses, and connections -- Front suspension ball joints Page I Disc brakes Steering operation and linkage I I 1 I I I I Drive shaft dust boots Ill CHASSIS AND BODY Service data and inspection point Maintenance Number of months or kilometers {miles), whichever comes first I I Differential oil I interval Months Maintenance Kilometers item Miles Exhaust system heat shield I 36 72,000 45,000 I I I I I I I I I 1 I I I I All locks and hinaes lLlLlLlLlLlLlL 6 12,000 7,500 Bolts and nuts on chassis and body - AIR CONDIIONER SYSTEM 42 84,000 52,500 I Ill 12 24,000 15,000 96,000 60,000 Proper attachment and connections Disc plate thickness Front: 18.0mm (0.71 in)-Minimum Rear: 8.0mm f0.31 in)--Minimum Pad thickness: 1 .Omm 10.04 inl-Minimum .-- Free play: C-30mm (0-1 .I 8 in) Operation and looseness Fluid leakage or oozing 18 36,000 22,500 Refrigerant Compressor Damage, looseness and arease leakaae Inspect the refrigerant amount annually Inspect the operation annually 24 48,000 30,000 30 60,000 37,500 Cracking and damage Oil capacity: 1 .OO L 11.06 US at. 0.88 Irn~ at} M-17 M-25 Retighten all loose bolts and nuts Insulator clearance between bodv and exhaust system Refrigerant pressure Low pressure: 0.1 5-0.25 MPa (1 .5-2.5 kgf/:, 21-36 psi) 1 LJ: High pressure: 1.37-1.57 MPa {I 4.0-1 6.0 kgf/cm2, 194--228 psi) - F-128 Lubricate all locks and hinges - Gartner Banana

2 (Unique driving conditions) (MT) (Cont'd) Number of months or kilometers miles), whichever comes first 24 28 32 36 40 44 48 48 56 64 72 80 88 96 Service data and inspection point Page Maintenance interval Maintenance item .# CHASSIS AND BODY Proper attachment and connections Brake lines, hoses, and connections IIII Disc brakes I Steering operation and linkage Disc plate thickness Front: 18.0mm (0.71 inkMinimum Rear: 8.0mm I0.31 in)--Minimum Pad thickness: 1 .Omm 10.04 inbMinimum Free play: O-30mm {0-1.18 in) Operation and looseness Fluid leakage or oozing Front suspension ball joints 1111 Damage, looseness and arease leakaae I I I I Drive shaft dust boots Cracking and damage Manual transmission oil Oil capacity: 2.0 L (2.1 US at, 1.8 I~D at1 Differential oil Oil capacity: 1 .OO L(1.06 US qt, 0.88 Imp qt} Retighten all loose bolts and nuts I I I Bolts and nuts on chassis and body Exhaust system heat shield Insulator clearance between bodv and exhaust svstem I I I I All locks and hinges ILlLlLlL Lubricate all locks and hinges - I AIR CONDITIONER SYSTEM ~p - ~-~p- Refrigerant Inspect the refrigerant amount annually Refrigerant pressure Low pressure: 0.1 5-0.25 MPa {I S-2.5 kgf/cm2, 21 -36 psi} High pressure: 1.37-1 57 MPa (1 4.0-1 6.0 kgf/cm2, 194-228 psi) Comoressor I lnsoect the ooeration annuallv I I - Gartner Banana

I Brake lines. hoses, and connections Ill Schedule 2 (Unique driving conditions) (AT) (Cont'd) Disc brakes Steering operation and linkage I Front suspension ball joints 111 Page I Drive shaft dust boots I I I CHASSIS AND BODY Service data and inspection point Maintenance Number of months or kilometers {miles}, whichever comes first I Differential oil 111 I Bolts and nuts on chassis and body 111 48 96 60 I Exhaust system heat shield Ill interval Months Kilometers Maintenance (x1,OOO) Miles(x1,OOO) All locks and hinges AIR CONDIVONER SYSTEM 12 24 15 4 8 5 Disc plate thickness Front: 18.0mm (0.71 in)-Minimum Rear: 8.0mm i0.31 in)-Minimum Pad thickness: 1 .Omm (0.04 in)--Minimum Free play: 0-30mm {O-1 .I 8 in} Operation and looseness Fluid leakage or oozing 16 32 20 8 16 10 P--6 I l Oil capacity: I I I I 1 I 1.00 L 11-06 US at. 0.88 lm~ at I M-25 l Proper attachment and connections I I I I I I I I 7, .' , Ill I 1 I I Retighten all loose bolts and nuts I - 20 40 25 l Damage, looseness and grease leakage Cracking and damage Insulator clearance between I I I I I1Iob odv and exhaust svstem 28 56 35 24 48 30 L 1 L I L I L 1 L 1 L 1 Lubricatealllocksandhinges I - Refrigerant 32 64 40 Inspect the refrigerant amount annually 36 72 45 l Refrigerant pressure Low pressure: 0.1 5-0.25 MPa (1.5-2.5 kgf/cm2, 21-36 psi} High pressure: 1.37-1 57 MPa {I 4.0-1 6.0 kgfld, 19%-228 psi] - I 40 80 50 Compressor 44 88 55 Inspect the operation annually Gartner Banana

B TROUBLESHOOTING GUIDE Problem nsufficlent power 4bnormal combustion Engine noise Possible Cause Insufficient compression Malfunction of HLA' Compression leakage from valve seat Seized valve stem Weak or broken valve spring Failed cylinder head gasket Cracked or distorted cylinder head Stuck, damaged, or worn piston ring Cracked or worn piston Malfunction of fuel system Malfunction of ignition system Others Slipping clutch Dragging brakes Wrong size tires Malfunction of engine-related components Malfunction of HLA* Stuck or burned valve Weak or broken valve spring Carbon accumulation in combustion chamber Malfunction of fuel system Malfunction of ignition system Crankshaft- or bearing-related parts Excessive main bearing oil clearance Main bearing seized or heat-damaged Excessive crankshaft end play Excessive connecting rod bearing oil clearance Connecting rod bearing seized or heat-damaged Piston-related parts Worn cylinder Worn piston or piston pin Seized piston Damaged piston ring Bent connecting rod Valves or timing-related parts Malfunction of HLA' Broken valve spring Excessive valve auide clearance Malfunction of cooling system Malfunction of fuel system Others Malfunction of water pump bearing Improper drive belt tension Malfunction of alternator bearing Exhaust gas leakage Malfunction of timina belt tensioner Remedy Replace Repair Replace Replace Replace Replace Replace Replace Refer to section F Refer to section G Refer to section H Refer to section P Refer to section Q Replace Replace Replace Eliminate carbon Refer to section F Refer to section G Replace or repair Replace Replace or repair Replace or repair Replace Replace or repair Replace Replace Replace Replace Replace Replace Replace Refer to section E Refer to section F Refer to section E Adjust Refer to section G Refer to section F Replace Page Tappet noise may occur if the engine has set idle for an extended period. The noise should dissipate after the engine has reached normal operating temperature. (HLA troubleshooting: Refer to page 6-8) Gartner Banana

TROUBLESHOOTING GUIDE F 18 ENGINE STALLS DURING START-UP DESCRIPTKlN I Engine unexpectedly stops running while starting VROUBLESHOOTING HINTS] @ Misfire occurs when depressing accelerator Q Lack of engine torque for start-up AirIFuel mixture too rich or too lean AirIFuel mixture too rich or too lean Incorrect ignition timing Weak ignition INSPECTION Check if brakes are dragging Section P Check if "00 is displayed on Self-Diagnosis Check- er with ignition switch ON * page F-79 SELECT SW A Check switches for correct operation with Self- Diagnosis Checker Monitor Lamp and ignition switch ON @ page F-95 Disconnect heated oxygen sensor connector and :heck if condition improves SENSOR CONNECTOR -3 I I - Yes - No Yes Yes No - Yes Low intake air amount Low en~ine com~ression ACTION Repair us Section P Go to next step Go to next step -- Diagnostic Trouble Code No. displayed Check for cause (Refer to specified check sequence) page F-81 "88" flashes Check PCME terminal 1 E voltage us page F-145 Specification : Battery positive voltage (Ignition switch ON) If OK, replace PCME rc+r page F-143 6 If not OK, check wiring between PCME and Self-Diagno- sis Checker e page F-7 Go to next step Lamp not ONIOFF with specified switch Check for cause (Refer to specified check sequence) uw page F-96 Lamp always ON Check wiring between PCME terminal 1 D and Self-Diag- nosis Checker page F-7 Check heated oxygen sensor @s page F-156 Go to next step Gartner Banana

ROAD TEST K Evaluation I No lockup shift Condition No 1-2 up or downshift No 2-3 up or downshift No 3-4 up or downshift I Stuck lockup control solenoid valve Stuck locku~ control valve Possible Cause Stuck 1-2 shift solenoid valve Stuck 1-2 shift valve Stuck 2-3 shift solenoid valve Stuck 2-3 shift valve Stuck 3-4 shift solenoid valve Stuck 3-4 shift valve Incorrect shift point I No enaine brakina effect I Worn clutches, brakes I Misadjusted throttle position sensor Sticking shift valves Excessive shift shock or slippage Noise and Vibration Drive the vehicle in fourth gear (lockup), fourth gear (no lockup), and third gear (Hold) and listen closely for any out of the ordinary noise or vibration. The torque converter, propeller shaft, and differential can be sources of abnormal noise and vibration if they are not functioning properly. Check these when searching for sources of noise and vibration. Stuck accumulators Stuck or no one-way check orifice Stuck 3-2 control solenoid valve Stuck 3-2 control valve Worn clutches, brakes, or one-way clutch Kickdown Drive the vehicle in fourth gear, third gear, and 2nd gear and check that kickdown occurs for 4-+3,4-+2, 4+1,3+2,3+1, 2+1, and that the shift points are as shown in the shift diagram. ,U (Refer to pages K-29, 30.) S-RANGE TEST Shift Pattern For this test it is not necessary to inspect shift shock and shift points, since they are almost exactly the same as those for the D-range test. However, in the D-range (Normal) shift diagram, the shift points are different. In S range, the shift patterns for Normal mode are the same. 1. Shift the selector lever to S range and select the Normal mode. 2. Accelerate the vehicle and verify that 1-2 and 2-3 up-and downshifts are obtained, and that no fourth gear and no lockup (below approx. 100 kmlh (63 mph}) are obtained. 3. While driving in S range (Normal mode) and third gear, select the Hold mode and verify that third gear is held until ihe 3-2 downshift point as shown in the S range (Hold) shift diagram is achieved. 4. Accelerate the vehicle in S range (Hold mode) and verify that 2nd gear is held. S-range (Power) shift diagram LOCKUP AVAILABLE WHEN ACCELERATING AND CRUSING LOCKUP AVAILABLE WHEN COASTING -. - VEHICLE SPEED kmlh (rnph} Gartner Banana