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2000-2002 Toyota Corolla, Celica, MR2 Spyder, and ECHO DTC P1349 – VVTi ACTUATOR Repair Manual

TC P1349 – VVTi ACTUATOR – EG009-03 May 19, 2003 Page 3 of 4 1. Inspect the condition of the valve cover oil baffle as per TSB EG007-02. If camshaft or camshaft position sensor damage resulting from a bent baffle is identified, repair the damage as necessary. 2. Make sure the vehicle is in “PARK” with the engine idling. 3. Referring to the screen flow below, connect the Toyota Diagnostic Tester to the vehicle and select the VVT Control Bank One Active Test (VVT CTRL B1) from the Active Test Menu. 1: DATA LIST 2: DTC INFO 3: 4: SNAPSHOT 5: SYSTEM CHECK 6: RESET MEMORY 7: MONITOR INFO 8: CHECK MODE SELECT DATA B DIAGNOSTIC MENU ENGINE A C INJ VOL A/F CONTROL CAN CTRL VSV TANK BYPASS VSV EVAP VSV (ALONE) A/C MAG CLUTCH FUEL PUMP/SPD LINE PRESS UP VVT CTRL B1 Confirm that the Vehicle is Stopped And Engine Idling 3: ACTIVE TEST PRESS [ENTER] INJECTOR 3.5ms IGN ADVANCE 11.0deg CALC LOAD 22% MAF 3.68gm/s ENGINE SPD 684rpm COOLANT TEMP186.8F INTAKE AIR 129.2F THROTTLE POS 14% CTP SW ON VEHICLE SPEED0MPH O2S B1S2 0.82V AFS B1 S1 3.25V SHORT FT #1 1.5% LONG FT #1 5.4% TOTAL FT #1 1.08 E D VVT CTRL B1 OFF INJECTOR 8.3ms IGN ADVANCE 5.0deg CALC LOAD 0% MAF 0.00gm/s ENGINE SPD 0rpm COOLANT TEMP186.8F INTAKE AIR 129.2F THROTTLE POS 14% CTP SW ON VEHICLE SPEED0MPH O2S B1S2 0.33V AFS B1 S1 3.29V SHORT FT #1 -0.1% LONG FT #1 5.4% TOTAL FT #1 1.08 VVT CTRL B1 ON 4. Using the right arrow key, toggle the VVTi actuator “ON.” 5. If at this point the vehicle does not run rough and/or stalls when the active test is performed, proceed with Repair Manual P1349 VVTi Fault Isolation Procedure (FIP). If the vehicle does stall and/or runs rough, this indicates the the VVTi control system is operating. Proceed to replace the VVTi actuator following the repair procedures listed on the Technical Information System (TIS): Engine Mechanical Section, Camshaft, Replacement The camshaft timing gear should come in the unlocked position from the factory. If it is difficult to install the camshaft timing gear, the lock pin may be engaged. To disengage the lock pin, apply and hold approximately 20 psi of air pressure at the oil feed hole located 90 degrees clockwise of the oval slot. (See Figure 1.) Once the pin has released, turn the interior assembly counterclockwise. (See black arrow in Figure 1.) B. Put the camshaft timing gear assembly and the camshaft together with the straight pin off the key groove. C. Turn the camshaft timing gear assembly (as shown in Figure 2) while pushing it lightly against the camshaft. Push further at the position where the pin fits into the groove. NOTE: Be sure not to turn the camshaft timing gear to the retard angle side (in the clockwise direction). D. Check that there is no clearance between the end of the camshaft and the camshaft timing gear. E. Tighten the camshaft bolt with the camshaft timing gear fixed. Torque: 54 Nm (551 kgfcm, 40 ftlbf) F. Check that the camshaft timing gear assembly can move to either side and is not locked

EGO DASH TS Bluetooth Hands-Free Car Kit Installation Guide

EGOCorp USA 8820 Kenamar Drive, Ste. 506 San Diego, CA 92121 Page 1 ofon should 2 Version 1.3 Phone +1 (858) 566-2159 Fax +1 (858) 566-2179 EGO DASH TS Bluetooth Hands-Free Car Kit Installation Guide WARNING: We recommend disconnecting the vehicles battery prior to the installation. The installatibe only performed by professional installers. Improper installation may void the vehicles and EGO DASH TS warranty. EGO DASH TS Installation Steps 1. Remove head unit (Consult with owner’s and shop manual) 2. Disconnect factory wiring harness from head unit 3. Connect EGO DASH TS Wiring Harness to the head unit Wiring Harness A Locate
amplifier (Most Lexus ? behind glove box; Toyota Land Cruiser ? under drivers or passengers seat). Connect male and female 16-pin connectors between amplifier and the vehicle’s wiring harness. Connect Yellow Mute wire: Lexus ? pin 7 on the 18-pin connector; Land Cruiser ? pin 3 on the 25-pin connector (amplifier). Connect Blue Ignition wire (male bullet connector): Lexus ? pin 16 on the 16-pin connector (female bullet connector); Land Cruiser ? pin 20 on the 25-pin connector (amplifier). Wiring Harness B The normal location of the mute is pin 4 (x) on the 6-pin connector. However, on some rare factory head units, the mute pin might be pin 5. The mute pin on the head unit should show ~ 5 volts when the head unit is turned on. Wiring Harness C Connect the male and female ISO connectors, if they are not already connected. Splice the gray wires (only!) into the loudspeaker wiring, going from the amplifier to the center or door loudspeaker. The 2 female bullet connectors go to the loudspeaker. The 2 male bullet connectors go to the amplifier. The 4 white wires are not used! Connect the yellow mute (“Mute Signal”) cable (male bullet connector) on the ISO Harness coming from the EGO DASH TS brain to “Mute 2″ (white cable – female bullet connector), if not already connected. Wiring Harness D Please contact EGO Technical Support at (858) 566-2170 (9AM-5PM PST) or . 4. Connect EGO DASH TS Wiring Harness to the vehicle’s wiring harness (One or more of the connectors might be not used, depending on the vehicle’s configuration) 5. Connect the EGO DASH TS Wiring Harness to the EGO DASH TS control box (16pin Molex) 6. Install the EGO DASH TS switch insert into the desired location (knockout) 7. Connect the EGO DASH TS switch with the EGO DASH TS box (Use the included extension cable if necessary) 8. Install the EGO Microphone into the desired location (e.g. the rear view mirror. DO NOT install the microphone on or near vehicles’ safety systems, like the airbag) 9. Test the EGO DASH TS: a. Reconnect the battery and turn on the ignition of the vehicle b. Pair a Bluetooth mobile phone with the EGO DASH TS (Pin code: “0000″) c. Turn on the head unit and select a radio station; Make sure you can hear the radio through the cars’ speakers; Adjust audio volume if necessary

Toyota Landcruiser 70 Series SIBS Installation And Servicing Manual

Remove the parts from their packaging and carefully check that the kit contains all the parts listed on the delivery document. Familiarize yourself with each part and learn where it goes. Keep the parts clean at all times. WARNING: A SIBS unit must not be contaminated with any external material/substance – this may adversely affect its operation and reliability. 3.1. Suggestions: 3.1.1. Inspect each brake and supplied items against the packing list included in the shipment. 3.1.2. Ensure all items are included as described. 3.1.3. Ensure all components remain in their original packaging until required for assembly. 3.1.4. Ensure vehicle stub shafts are clean, free from rust, dirt, corrosion or any foreign material. 3.1.5. Thoroughly read the Service Manual. Familiarize yourself with the tools required and prepare them for use; familiarise yourself with the parts of the brake and the process required for fitting each brake and control system. 3.1.6. Ensure complete cleanliness of all brake components and the working environment around the vehicle. 3.1.7. Ensure no contamination of the brake assemblies occurs during installation. 3.1.8. Follow the points in the manual as described; if you are not sure – check the Manual. 3.1.9. Place each brake close to the vehicle adjacent to the axle where the brake is to be fitted, ensuring that they cannot by contaminated by any foreign material.
S4 6 Manual for Toyota Land Cruiser 70 Series (Post March 2007 models) MAN-003 REV07 (June 2009) Section 4: Pre-Installation Check 4. Pre-Installation Check 4.1. Preparation Ensure all the tools, equipment and brake components are readily available. Before starting the installation, check as required according to the system you are fitting: 4.1.1. The battery is disconnected. 4.1.2. The vehicle is standing safely on a hoist. 4.1.3. The original TOYOTA brake and hub assemblies have been removed as required for Rear only or Full vehicle ABT installation. For full installation remove front brake hoses also. 4.1.4. The handbrake cable and lever have been removed. 4.1.5. The required amount of SIBS® fluid is available. 4.1.6. An empty drain pan is available. 4.2. Fitting Sequence 4.2.1. Rear inner housing (left and right) 4.2.2. Rear outer housing (left and right) 4.2.3. Rear Expansion Chambers 4.2.4. EMMA™ Engine Bay Pump Assembly (under the bonnet) 4.2.5. EMMA™ PECB and Cabin Harness (inside Cabin) 4.2.6. Bleeding of the EMMA™ system 4.2.7. Front inner housing (left and right) 4.2.8. Front outer housing (left and right) 4.2.9. Front Expansion Chambers 4.2.10. Brake master cylinder & vacuum booster 4.2.11. Bleeding the service brake system Drawings 24-0110 (Brake Assy Front) and 24-0110 (Brake Assy Rear) show how the parts are assembled. Table 1 and Table 2 enlist individual parts in their respective assemblies. NOTE: Refer to Appendix for complete SIBS Product and Spare Parts List

Toyota MR2 Rev2-3 and Celica VX Plug-In Installation and Configuration Manual

Pre-Installation Before installing theVi-PEC VX ECU into the vehicle some pre-installation checks must be performed. 2.1 Injector Impedance Injector impedance is important and needs consideration before installing the ECU. 2.1.1Toyota ECUs The Toyota VX Plug-In ECUs are NOT designed to be used directly with low impedance injectors. All models that this ECU is designed for are fitted with high impedance injectors from factory. This means that the ECU is plug-in compatible with factory fitted injector combinations on all models. If low impedance injectors are to be fitted then a ballast resistor pack will be required. Contact your Vi-PEC dealer for further information.
Installation 7 © 2009 Vi-PEC 3 Installation This guide provides information on correctly and safely installing your new Vi-PEC VX Plug- In ECU. 3.1 ECU Handling Procedures WARNING!!! The following installation process will require handling of both the Vi- PEC ECU and factory ECU. Both of these are highly sensitive to electrostatic discharge and are easily damaged. Follow the anti-static precautions given in this manual carefully to avoid damaging electronic components. Warranty claims for ECUs damaged by electrostatic discharge will NOT be accepted. ANTI-STATIC HANDLING GUIDELINES Your body builds up an electrical charge as you move around. This charge can reach very high voltages. Whenever given the opportunity this energy will attempt to discharge (usually through your finger tips!). This can be fatal to most electronic components. Most people have experienced an electrostatic discharge when they step out of their car or touch a metal bench top. 1. The following guidelines describe precautions that can be taken to reduce the possibility of damaging your ECU: 2. Work only on a conductive surface. A clean steel bench is suitable. 3. Always wear a wrist strap that is electrically connected to the conductive working surface. 4. Touch the working surface regularly. 5. Do NOT touch components on the circuit board. 6. Where possible, only handle the ECU by its plastic header. 7. Do NOT carry the ECU around without anti-static packaging. 8. Do NOT touch the bare terminals in the ECU header. Observing the above procedures will minimise the chance of damaging the ECU. Note that failure due to static damage often does not appear until well after it was caused

1984 Toyota Pickup ELECTRICAL Toyota Ignition System – Nippondenso Electronic Ignition Repiar Manual

High Tension Wire Resistance 1. Set ohmmeter to x 1000 range and attach leads to each end of high tension wire. On Isuzu I’Mark and P’UP, resistance should not exceed 73,500 ohms per foot. 2. On all other models, resistance should not exceed 25,000 ohms per wire. If it does, replace wires. Fig. 5: Checking Pick-Up Coil Resistance Connect ohmmeter leads to distributor connector terminals. Pick-Up Coil Resistance Set ohmmeter to x 100 range, measure pick-up coil resistance at distributor connector. See Fig. 5 and PICK-UP COIL (SIGNAL GENERATOR) RESISTANCE table. Also check wires for shorts or opens. PICK-UP COIL (SIGNAL GENERATOR) RESISTANCE (OHMS) NOTE: On Toyota Celica, Starlet, 4Runner and Pickup models, a signal generator is used in place of a pick-up coil. Application