how to replace alternator voltage regulator on mazda 6

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2006 Saturn ION L4-2.2L VIN F Window Regulator Replacement – Front Door (Power Regulator) removal and installation procedure

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Filed Under (Saturn Manuals) by admin on 05-01-2012

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Removal Procedure 1. Lower the window to the full down position. 2. Remove the door trim panel . Refer to Trim Panel Replacement – Side Front Door ( See: Body and FrameDoors, Hood and TrunkFront Door PanelService and RepairFront Door Panel ReplacementTrim Panel Replacement – Side Front Door ) . 3. Remove the radio speaker. Refer to Speaker Replacement – Front Door in Entertainment. 4. Remove the water deflector in order to access the window regulator. Refer to Water Deflector Replacement – Front Door ( See: Body and FrameDoors, Hood and TrunkFront Door PanelService and RepairFront Door Panel ComponentsWater Deflector Replacement – Front Door ) . 5. Disengage the door glass to the regulator sash channel clips (2). Separate the door glass from the sash channel (1). 6. Push the window to the up position and tape in place. 7. Loosen the power window regulator bolts. Remove the rear regulator bolt. 8. Lift the window regulator, disengaging the loosened bolts from the door. 9. Disconnect the regulator electrical connector. 10. Remove the power window regulator from the door. Installation Procedure 1. Loosely install the four forward fasteners into the window regulator. 2. Position the power window regulator in the door. 3. Connect the door window regulator electrical connector. Notice: Refer to Fastener Notice in Cautions and Notices. 4. Install the power window regulator bolts. Tighten the regulator bolts to 10 N.m (89 lb in). 5. Remove the tape from the window. Push the window down to the regulator sash channel. 6. Slide the glass sash clips (2) into the window regulator sash channel (1). 7. Install the water deflector. Refer to Water Deflector Replacement – Front Door ( See: Body and FrameDoors, Hood and TrunkFront Door PanelService and RepairFront Door Panel ComponentsWater Deflector Replacement – Front Door ) . 8. Install the radio speaker. Refer to Speaker Replacement – Front Door in Entertainment. 9. Install the door trim panel . Refer to Trim Panel Replacement – Side Front Door ( See: Body and FrameDoors, Hood and TrunkFront Door PanelService and RepairFront Door Panel ReplacementTrim Panel Replacement – Side Front Door

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1998 Acura 3.5RL FUEL PUMP RELAY (3.5RL) INSTALLATION MANUAL

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Filed Under (Acura Manuals) by admin on 13-06-2011

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Fuel pump relay is located in the front of the trunk. Turn ignition switch to START position. If engine starts, go to next step. If engine does not start, go to FUEL PUMP RESISTOR (3.5RL) . 2. Turn engine off and ignition on. Measure voltage between ground and PCM 12-pin connector terminal No. 4 (Green wire). If battery voltage is present, go to next step. If battery voltage is not present, go to step 4). 3. Start engine and run at 3000 RPM with no loads and transmission in Park or Neutral, until radiator fan comes on. Allow engine to idle for at least one minute. Turn engine off. Disconnect vacuum hose No. 21 from vacuum manifold. Apply 8-12 in. Hg (27-40 kPa) vacuum to Manifold Absolute Pressure (MAP) sensor. Start engine and run at 6500 RPM with no loads and transmission in Park or Neutral. Measure voltage between ground and PCM 12-pin connector terminal No. 4 (Green wire). If less than one volt is present, fuel pump relay circuit is okay. If one volt or more is present, substitute a known good PCM, then recheck. If symptom or indication goes away, replace original PCM. 4. Turn ignition off. Disconnect PCM 26-pin and 12-pin connectors. Disconnect fuel pump relay 4-pin connector. Using a fused jumper wire, connect fuel pump relay connector terminals No. 2 (Red/White wire) and No. 4 (Green wire). Turn ignition on. Measure voltage between ground and PCM 12-pin connector terminal No. 4 (Green wire). If battery voltage is not present, go to next step. If battery voltage is present, replace fuel pump relay. 5. Remove jumper wire. Measure voltage between ground and fuel pump relay 4-pin connector terminal No. 2 (Red/White wire). If battery voltage is present, repair open or short in Green wire between PCM and fuel pump relay. If battery voltage is not present, repair open in Red/White wire between fuel pump relay and FUEL PUMP fuse No. 22 (20-amp), located in underdash fuse/relay box. FUEL PUMP RESISTOR (3.5RL) 1. Fuel pump resistor is located in the left corner of the trunk. Disconnect fuel pump resistor 2-pin connector. Turn ignition on and measure voltage between ground and fuel pump resistor connector terminal No. 2 (Yellow wire) within 2 seconds. If battery voltage is present for 2 seconds after ignition is turned on, go to next step. If battery voltage is not present as specified, check PGM-FI relay. See PGM- FI MAIN RELAY . 2. Turn ignition off. Using a jumper wire, connect fuel pump resistor connector terminals No. 1 (Black/Yellow wire) and No. 2 (Yellow wire). Turn ignition switch to START position. If engine does not start, go to next step. If engine starts, replace fuel pump resistor. 3. Turn ignition off. Disconnect fuel unit sub-harness Gray, 10-pin connector located in front of trunk, above fuel pump access panel, next to Gray, 20-pin connector. Turn ignition on and measure voltage between ground and sub-harness connector terminal No. 7 (Black/Yellow wire) within 2 seconds. If battery voltage is present for 2 seconds after ignition is turned on, check fuel pump. If battery voltage is present as specified, repair open in Black/Yellow wire between fuel pump resistor and fuel pump

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1989 Toyota 4Runner ALTERNATOR AND REGULATOR – NIPPONDENSO

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Filed Under (Toyota Manuals) by admin on 26-10-2011

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ON-VEHICLE TESTING NO LOAD TEST 1) Disconnect alternator terminal “B” wire. Using an ammeter and voltmeter, connect negative ammeter lead to disconnected alternator terminal “B” wire and positive lead to alternator terminal “B”. Connect voltmeter positive lead to alternator terminal “B” and negative lead to ground. See Fig. 1. Fig. 1: Charging Circuit Testing Courtesy of Toyota Motor Sales, U.S.A., Inc. 2) Start engine and increase engine speed to 2000 RPM. Voltmeter and ammeter should read according to specification. See ALTERNATOR OUTPUT SPECIFICATIONS table. 3) If voltage is more than specified, replace IC regulator. If voltage is less than specified, ground “F” (full field) terminal. See Fig. 2, 3 or 4. 4) If voltage now climbs above specified range, replace IC regulator. If voltage remains below specified range, repair or replace alternator. ALTERNATOR OUTPUT SPECIFICATIONS @ 2000 RPM pplication Amps (1) Volts Cressida …………………. 10 ………………… 14.0-15.0 Land Cruiser ……………… 10 ………………… 13.8-14.4 All Others ……………….. 10 ………………… 13.9-15.1 (1) – With temperature at 77F (25C). Fig. 2: Alt Full Field Output Test (Camry, Celica, Corolla 4A-GE, Cressida, MR2, Supra) Courtesy of Toyota Motor Sales, U.S.A., Inc. Fig. 3: Alt Full Field Output Test (Corolla 4A-F 4A-FE, Land Cruiser, Pickup, 4Runner)

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Ford Windstar 3.8L The battery light is on but the alternator is charging Service Manual

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Filed Under (Ford Manuals) by admin on 27-01-2012

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Procedures 1. Disconnect the alternator and the Powertrain Control Module (PCM). Check the Violet (VT) (GENerator MONitor or GENMON) wire from the alternator to pin 20 of the PCM connector and the Red/Pink (RD/PK) (GENerator COMmand or GENCOM) wire from the alternator to pin 45 of the PCM for high resistance, an open, or a short to ground. Repair the wiring as needed. 2. If the wiring checks OK, reconnect the PCM and alternator. Start the engine and monitor the VT wire for a roughly 0-10v square wave signal. The signal will be around 40-50% normally with no loads on the system and minimal charging system output. As the load increases, the duty cycle should increase (NOTE: the duty cycle is a positive duty cycle so as the duty cycle increases, the voltage high time increases). 3. If there is no signal on the wire, disconnect the alternator and with key on check the VT wire for roughly 9-10v from the PCM. If OK, jump the Orange/Light Blue (OG/LB) wire to battery voltage and recheck operation with everything connected. This wire should be battery voltage at all time. If the OG/LB wire has battery voltage, the VT wire shows voltage from the PCM but there is no signal on it with the alternator charging, suspect a faulty, defective or incorrect alternator

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1999-2003 Ford Windstar 3.8L The battery light is on, but the alternator is charging

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Filed Under (Ford Manuals) by admin on 26-01-2011

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1. Disconnect the alternator and the Powertrain Control Module (PCM). Check the Violet (VT) (GENerator MONitor or GENMON) wire from the alternator to pin 20 of the PCM connector and the Red/Pink (RD/PK) (GENerator COMmand or GENCOM) wire from the alternator to pin 45 of the PCM for high resistance, an open, or a short to ground. Repair the wiring as needed. 2. If the wiring checks OK, reconnect the PCM and alternator. Start the engine and monitor the VT wire for a roughly 0-10v square wave signal. The signal will be around 40-50% normally with no loads on the system and minimal charging system output. As the load increases, the duty cycle should increase (NOTE: the duty cycle is a positive duty cycle so as the duty cycle increases, the voltage high time increases). 3. If there is no signal on the wire, disconnect the alternator and with key on check the VT wire for roughly 9-10v from the PCM. If OK, jump the Orange/Light Blue (OG/LB) wire to battery voltage and recheck operation with everything connected. This wire should be battery voltage at all time. If the OG/LB wire has battery voltage, the VT wire shows voltage from the PCM but there is no signal on it with the alternator charging, suspect a faulty, defective or incorrect alternator.

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1998-2000 HONDA Accord L4 Replace the fuel pressure regulator, and reroute the fuel pressure regulator vacuum line

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Filed Under (Honda Manuals) by admin on 16-07-2012

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1. Locate and identify the three vacuum ports on the intake manifold. 2. Disconnect and discard the vacuum hose that connects the fuel pressure regulator to vacuum port C. 3. Plug vacuum port C with the cap from the tube kit. 4. Replace the fuel pressure regulator. Refer to page 11-113 of the 1998-00 Accord Service Manual. 5. Install the new vacuum hose kit using one of the following procedures 1. Remove and discard the cap from vacuum port A. 2. Connect the short vacuum hose to vacuum port A M/T WITH CRUISE CONTROL 2. Disconnect and discard the vacuum hose that connects the fuel pressure regulator to vacuum port C. 3. Plug vacuum port C with the cap from the tube kit. 4. Replace the fuel pressure regulator. Refer to page 11-113 of the 1998-00 Accord Service Manual. 5. Install the new vacuum hose kit using one of the following procedures. Zoom Sized for Print 1. Remove and discard the cap from vacuum port A. 2. Connect the short vacuum hose to vacuum port A. Zoom Sized for Print 3. Anchor the long vacuum hose by attaching it to the rear intake air duct clip and to the cruise control hose. . Route the new vacuum hose to the fuel pressure regulator. Attach the hose to the three rear clips on the engine wire harness cover. Zoom Sized for Print 1. Remove and discard the vacuum hose from vacuum port A. This hose supplies vacuum to the rear engine mount control solenoid. 2. Connect the short vacuum hose from the top of the Y fitting to vacuum port A

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MULTI-BATTERY ISOLATOR APPLICATION INSTALLATION MANUAL

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Filed Under (More Manuals) by admin on 23-03-2012

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PLEASE READ INSTRUCTIONS COMPLETELY PRIOR TO STARTING INSTALLATION 4 3 2 1 GROUP GROUP GROUP GROUP General Motors (Delcotron/Delphi) Except Delcotron/Delphi CS series alternators (CS series used on most 1985 and newer GM vehicles). Ford Up to 1998 Chrysler All models, all years including Nippondenso externally regulated alternators. Jeep Equipped with Nippondenso externally regulated alternators Japanese Imports With alternators using external voltage regulator or external sensing. Motorola Load Handler Series or 8EM Remote Sense Series General Motors (Delcotron/Delphi) Equipped with Delcotron/Delphi CS series (most 1985 – 1993) or CS130-D series alternators (most 1993 and newer***) Jeep Vehicles equipped with Delcotron/Delphi CS series alternator (most 1985-1990). Toyota, Honda & Some Imports 1985 and newer equipped with Nippondenso alternator with internal regulators or alternators with an “S” (sense) terminal. Motorola Other than Load Handler Series Bosch Requiring regulator sensing A Group 3 Isolator will have a colored fourth terminal indicating the “R” terminal. Unplugging the plug-in connector from the alternator and counting the number of holes in the connector can identify the CS series alternator. The CS series will have three small and one large hole. The CS130-D alternator has four pin terminals all the same size. The SI series will have two slotted holes in the connector. ***Delco/Delphi CS series alternators require a separate sense wire which is included with the connector kit. The connector kit may or may not be included with the Isolator, but is available as an accessory. All Group 2 Isolators may be used in Group 1 applications. Simply disregard the additional excitation (“E”) terminal. A Group 2 Isolator will have a colored fourth terminal indicating the “E” terminal. Battery Isolators are not compatible with these alternators. A Battery Separator is recommended for these applications. Alternators with internal voltage sensing, e. g. some Mitsubishi and Hitachi , or single wire self exciting Delco/Delphi alternators. Isolators may be used if the alternator is modified. For further information on Group 4 Isolation Technolgy contact Sure Power Industries.

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1998 Pontiac Grand Prix DTC P0753 1-2 Shift Solenoid Circuit Electrical Repair Manual

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Filed Under (Pontiac Manuals) by admin on 07-06-2012

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Test Description The numbers below refer to the step numbers on the diagnostic table. 6. This step isolates the fault between the engine harness and the transmission harness. 8. This step verifies that circuit 1222 is neither open nor shorted to power. 11. This step verifies that the 1-2 shift solenoid has neither shorted across its windings nor increased its resistance. DTC P0753 1-2 Shift Solenoid Circuit– Electrical Step Action Value(s) Yes No 1 Was the Powertrain On-Board Diagnostic (OBD) System Check performed? — Go to Step 2 Go to Powertrain On Board Diagnostic (OBD) System Check 2 1. Install the Scan Tool . 2. Turn the ignition switch to the RUN position. Important Before clearing the DTCs, use the scan tool in order to record the Freeze Frame and Failure Records for reference. The Clear Info function will erase the data. 3. Record the DTC Freeze Frame and Failure Records, then clear the DTC. — Go to Are DTCs P0758, P1860 or P0740 set? Step 3 Go to Step 6 3 1. Remove the TCC fuse. 2. Inspect the fuse for an open. Was a condition found and corrected? — Go to Step 4 Go to Step 5 4 Repair short to ground in engine harness circuit 1339 or transmission harness circuit 839. Refer to General Electrical Diagnosis Procedures . Was a condition found and corrected? — Go to Step 21 — 5 Repair the open in engine harness circuit 1339 or transmission harness circuit 839. Refer to General Electrical Diagnosis Procedures . Was a condition found and corrected? — Go to Step 21 — 6 1. Turn the ignition switch OFF. 2. Disconnect the Automatic Transmission 7-way connector. 3. Install the J 38835 Transmission Electrical Jumper on the engine harness connector. 4. Connect a test lamp from terminal E to terminal A of the jumper using a J 35616-A Connector Test Adapter Kit. Important Additional DTCs will set. 5. With the engine OFF, turn the ignition ON. Is the test lamp ON? — Go to Step 7 Go to Step 8 7 Inspect engine harness circuit 1222 for a short to ground. Refer to General Electrical Diagnosis Procedures . Was a condition found and corrected? — Go to Step 21 Go to Step 20 8 Using the scan tool command the 1-2 solenoid ON and OFF three times. Does the test lamp cycle ON and OFF as commanded? — Go to Step 11 Go to Step 9 9 Inspect engine harness circuit 1222 for an open. Refer to General Electrical Diagnosis Procedures . Was a condition found and corrected? — Go to Step 21 Go to Step 10 10 Inspect engine harness circuit 1222 for a short to power. Refer to General Electrical Diagnosis Procedures . Was a condition found and corrected? — Go to Step 21 Go to Step 19 11 1. Turn the ignition OFF. 2. Disconnect the J 38835 Transmission Electrical Jumper from the engine harness. 3. Connect the J 38835 Transmission Electrical Jumper to the Automatic Transmission 7-way connector. 4. Connect a J 39200 Digital Multimeter (DMM) from 19 ohms to 31 ohms terminal E to terminal A of the jumper. Is the measured resistance within the specified range? Go to Step 15 Go to Step 12 12 Is the resistance greater than the specified value? 31 ohms Go to Step 13 Go to Step 15 13 Inspect the transmission harness RED wire circuit 839 and the LT GRN wire circuit 1222 for an open. Refer to General Electrical Diagnosis Procedures . Was a condition found? — Go to Step 14 Go to Step 18 14 Replace the Automatic Transmission Wiring Harness. Refer to Solenoids and Wiring Harness Replacement . Is the replacement complete? — Go to Step 21 — 15 Connect the J 39200 Digital Multimeter from terminal A of the jumper to ground. Is the resistance less than the specified value? 100 ohms Go to Step 16 Go to Step 18 16 Inspect the transmission harness LT GRN wire circuit 1222 for a short to ground or short to power. Refer to General Electrical Diagnosis Procedures . Was a condition found? — Go to Step 17 Go to Step 18 17 Replace the Automatic Transmission Wiring Harness. Refer to Solenoids and Wiring Harness Replacement . Is the replacement complete? — Go to Step 21 — 18 Replace the 1-2 Shift Solenoid Valve Assembly. Refer to Solenoids and Wiring Harness Replacement . Is the replacement complete? — Go to Step 21 — 19 Inspect PCM connector C1 (Blue) for bent, damaged or backed out connector pins. Was a condition found and corrected? — Go to Step 21 Go to Step 20 20 Replace the PCM. Refer to PCM Replacement/Programming . Is the replacement complete? — Go to Step 21 — 21 In order to verify your repair, perform the following procedure: 1. Using the scan tool, clear DTCs. 2. Operate the vehicle under the following conditions: { The engine speed is more than 500 RPM. { The vehicle is not in fuel shut off. { System voltage is 10-16 volts. { Drive the vehicle through the 1-2 shift. { When the 1-2 SS Valve Assembly is commanded ON, the voltage decreases to zero. { When the 1-2 SS Valve Assembly is commanded OFF, the voltage increases to B+. { All conditions are met for 5 seconds.

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2003 Mazda 6 V6-3.0L DOHC Airflow Mode Actuator Manual

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Filed Under (Mazda Manuals) by admin on 03-05-2012

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AIRFLOW MODE ACTUATOR INSPECTION Full-auto Air Conditioner 1. Connect battery positive voltage to terminal E or F and ground to terminal F or E of the airflow mode actuator. 2. Verify that the airflow mode actuator operates as shown. * If not as specified, replace the airflow mode actuator 3. Verify that the resistance between the terminals of the airflow mode actuator is as shown in the graph. * If not as specified, replace the airflow mode actuator. Manual Air Conditioner Operating inspection 1. Turn the fan switch to OFF. 2. Turn the mode dial to VENT. 3. Turn the ignition switch to ON position, (engine ON) 4. Turn the fan switch 4th position. 5. Turn the mode dial from VENT to DEFROSTER. 6. Verify that the airflow mode actuator moves smoothly. * If not as specified, inspect the airflow mode main link and sub link for clogging and deformity. * If the actuator cannot move at all, go to voltage inspection. Voltage inspection 1. Disconnect the airflow mode actuator connector. 2. Turn the ignition switch to ON position, (engine OFF) Zoom Sized for Print Zoom Sized for Print Zoom Sized for Print 3. Verify that the voltage between the terminals of airflow mode actuator (harness-side) is as shown in the table. * If not as specified, perform the harness inspection and mode switch inspection. (See CLIMATE CONTROL UNIT INSPECTION, Manual Air Conditioner.) * If as specified, replace the airflow mode actuator

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1985 Toyota 4Runner Alternator Upgrade Project Installation

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Filed Under (Toyota Manuals) by admin on 06-11-2011

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the first and most important thing to do when you receive your replacement alternator, assuming it’s not a direct replacement, is to make up a simple measuring jig for it. This is nothing more than a 1′ or 1 ½” angle with 2 holes drilled to simultaneously hold both alternators by the rear of the lower (i.e. longer) mounting tab. See Figure 3 for the one I built in about 1 minute. This fixture allowed me to line up the pulleys, and then measure the difference between the back of the lower mounting tab and the front of the tab, giving me the new measurement for the lower mounting bracket Figure 3. Measurement fixture; OEM alternator in the rear, Powermaster PWM-47294 alternator in front. Pulleys are lined up; note how easy it is to measure the distance from measurement fixture (the 1 ½” angle) to the front of the lower mounting tabs of both alternators. The difference in this distance is the measurement that the lower mounting bracket needs to be lengthened. Note the use of the 8 washers to move the Powermaster alternator forward. Note from Figure 2 that the OEM lower mounting tab is slightly longer than the Powermaster 47294 (2.285″ vs. 2″). From the measurements taken from the fixture, I then cut the lower mounting bracket and rewelded it, making it approximately ¾” longer. For strength, I added a ¼” x 1″ x 2.5″ long steel flat bar to the side of the bracket. See Figure 4 for a picture of the lower mounting bracket as modified and installed. When I rewelded the lower bracket, I made it approximately one 3/8″ washer (~.085″) longer than I thought I needed. As it turned out, this was fortuitous since when tightening the lower bracket, it pulls the front tab and therefore the alternator and its pulley, to the rear by a very slight amount. This added length was just enough to keep the alternator pulley lined up with the crankshaft pulley

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