Newbie with lots of questions

[RockNBronco96]

96 Bronco, 2" lift and 32 TA 2's, 351 with high flow cat and exhaust, other than that all stock except the stereo of course... She now has 226,000 miles
Just replace almost everything from the A/C radiator back to the block last summer, new timing chain and gears, alt., A/C everything except vacuum lines (taking her in for someone to do that), heavy duty fan clutch - that was a mistake, charcoal canister, battery cables... you get the gest. Was suppose to have a "friend" who is a motor guy help me and yes he was being paid but he was unreliable for showing up so I did 85% of the work myself, I'm not a motor guy. All done and she has taken me on 1/2 dozen hunting trips with no problems. But now I have P1443, P0402 and P1406 codes, I have spent hours researching what these are and the fixes. P1406 (DPFE sensor) no problem, P0402 (EGR) no problem, the P1443 (EVAP Control System Pruge Control Solenoid or Valve Fault) huge problem. I can not find anything on a 1996 5.8L as to what this thing looks like where it is or what it takes to fix it. If there is a test to determine if it's one part or both, or if I should replace both parts at the same time. Any suggestions as to where to find information on this and should I start with a particular repair and see if that will clear out the other codes. Please keep in mind I'm not a motor guy so if it involves a lot of technical stuff or jargon, I'm screwed. Biggest problem is I can't afford to take it to a shop to have this done and it has become my daily driver as the tranny went out on my Expedition.

 

[miesk5]

Yo RockNBronco96,
Welcome!
Here ya go!
HW8 DTC P1443: VISUAL CHECK OF EVAPORATIVE EMISSION SYSTEM

• Continuous Memory Diagnostic Trouble Code (DTC) P1443 indicates an Evaporative emission control system or evaporative canister purge valve (mechanical) malfunction.Possible causes:
• Damaged EVAP canister.
• Pinched, plugged, blocked, cracked, cut or disconnected fuel vapor tubes/hoses between the fuel tank, EVAP canister, EVAP canister purge valve, purge flow (PF) sensor, and the engine intake manifold.
• Damaged EVAP canister purge valve.
• Damaged PF sensor.
• EVAP CANISTER PURGE, or PF circuit shorted to VPWR.
• Check for kinked or pinched fuel vapor tubes/hoses between EVAP canister, EVAP canister purge valve and engine intake manifold.
• Check for cracked or smashed EVAP canister.

Is a fault indicated?

Yes	No
REPAIR fuel vapor tubes/hoses as necessary. If EVAP canister is cracked or smashed, GO to Powertrain/Engine System Group, Evaporative Emission Section in the Workshop Manual. If components are replaced, GO to HW42.	For ******/Tracer, Mustang, Thunderbird/Cougar, Ranger,Aerostar: GO to HW11. All Others: GO to HW9.

HW9 CHECK FOR VPWR VOLTAGE TO EVAP CANISTER PURGE VALVE

• Disconnect EVAP canister purge valve harness connector.
• Key on, engine off.
• Measure VPWR circuit voltage at EVAP canister purge valve harness connector to battery negative post.
• Key off.

Was the voltage greater than 10.5 volts?

Yes	No
GO to HW10.	REPAIR open circuit. RESTORE vehicle. COMPLETE PCM Reset to clear DTCs. RERUN Quick Test.

HW10 CHECK FOR INTAKE MANIFOLD VACUUM AT THE EVAP CANISTER WHILE ELECTRICALLY CYCLING THE EVAP CANISTER PURGE VALVE

• Install breakout box, connect PCM to breakout box.
• Disconnect fuel vapor hose to EVAP canister purge valve at EVAP canister.
• Install a vacuum gauge to open end of fuel vapor hose.
• Start engine.
• Idle engine for 5 minutes.
• Observe the vacuum gauge. Reading must be near 0 kPa (0 in-Hg).
• Connect a jumper between PCM test pin 56 and PCM test pin 51 or 103, while engine is still running.
• Idle the engine for additional 5 to 10 minutes.
• Observe the vacuum gauge.
• Key off.

Did the vacuum reading change from near 0 kPa (0 in-Hg) to 33.77 kPa (10 in-Hg) or greater with addition of jumper?

Yes	No
REMOVE vacuum gauge. INSPECT the fuel vapor tubes/hoses between the EVAP canister and the EVAP canister purge valve and between the EVAP canister purge valve and the intake manifold for small cracks, splits or holes. REPAIR as necessary. RESTORE vehicle. GO to HW11.	REMOVE vacuum gauge. LEAVE the fuel vapor hose from EVAP canister disconnected. For vacuum readings within 20.26 kPa (6 in-Hg)-33.77 kPa (10 in-Hg): GO to HW12. For vacuum readings less than 20.26 kPa (6 in-Hg): GO to HW13.

HW11 CHECK EVAP CANISTER

• Disconnect fuel vapor hose to EVAP canister purge valve at EVAP canister.
• Check for contamination or blockages at all ports on EVAP canister (to the fuel tank, to the EVAP canister purge valve and to the atmosphere).

Is a fault indicated?

Yes	No
REPAIR EVAP canister. GO to Powertrain/Engine System Group, Evaporative Emission Section in the Workshop Manual. RESTORE vehicle. If components are replaced, GO to HW42.	GO to HW12.

HW12 CHECK FOR FUEL VAPOR HOSE LEAK BETWEEN EVAP CANISTER PURGE VALVE AND EVAP CANISTER

• Disconnect other end of fuel vapor hose from EVAP canister at EVAP canister purge valve.
• Plug open end of fuel vapor hose at EVAP canister.
• Install a hand vacuum pump to open end of fuel vapor hose at EVAP canister purge valve.
• Apply 53 kPa (16 in-Hg) of vacuum with vacuum pump.

Does the vacuum pump hold the vacuum?

Yes	No
REMOVE plug in hose. GO to HW13.	REPLACE damaged fuel vapor hose. RESTORE vehicle. GO to HW42.

HW13 CHECK FOR FUEL VAPOR HOSE BLOCKAGE BETWEEN EVAP CANISTER PURGE VALVE AND EVAP CANISTER

• Disconnect other end of fuel vapor hose from EVAP canister at EVAP canister purge valve.
• Install a hand vacuum pump to open end of fuel vapor hose at EVAP canister purge valve.
• Apply 53 kPa (16 in-Hg) of vacuum with vacuum pump.

Does the vacuum pump hold the vacuum?

Yes	No
REMOVE vacuum pump. REPAIR or STRAIGHTEN fuel vapor hose as necessary. RESTORE vehicle. GO to HW42.	REMOVE vacuum pump. For ******/Tracer, Mustang, Thunderbird/Cougar, Ranger,Aerostar: RECONNECT fuel vapor hose at EVAP canister. LEAVE other end of fuel vapor hose disconnected at EVAP canister purge valve. GO to HW17. All Others: RECONNECT fuel vapor hose between EVAP canister and EVAP canister purge valve. GO to HW14.

 

[miesk5]

Since "site upgrade" bs, there is a character limit per post, so:
HW14 CHECK FOR FILTER CONTAMINATION OR DAMAGE TO THE EVAP CANISTER PURGE VALVE

• Disconnect vacuum line from input vacuum port to intake manifold on EVAP canister purge valve. (Refer to EVAP canister purge valve vacuum schematic at the beginning of this Pinpoint Test.)
• Install a hand vacuum pump to input vacuum port on EVAP canister purge valve.
• Apply 48-52 kPa (10-15 in-Hg) of vacuum to EVAP canister purge valve.

Does the EVAP canister purge valve hold vacuum or show a very slow release of vacuum to atmosphere?

Yes	No
REPAIR EVAP canister purge valve filter blockage or REPLACE EVAP canister purge valve. RESTORE vehicle. GO to HW42.	REMOVE vacuum pump. GO to HW15.

HW15 CHECK FOR INTAKE MANIFOLD VACUUM AT VMV: BOTH INPUT PORT VACUUM HOSE AND FUEL VAPOR HOSE

• EVAP canister purge valve electrically connected.
• Disconnect both input port vacuum and fuel vapor hoses from intake manifold vacuum source and fuel vapor ports at EVAP canister purge valve. (Refer to the EVAP canister purge valve vacuum schematic at the beginning of this pinpoint test.)
• Install a vacuum gauge (two gauges or one gauge at a time) to open end of input port vacuum hose and open end of the fuel vapor hose at EVAP canister purge valve.
• Start engine.

Are both vacuum gauge readings greater than 33.77 kPa (10 in-Hg)?

Yes	No
LEAVE input port vacuum and fuel vapor hoses to the intake manifold at EVAP canister purge valve disconnected. GO to HW16.	ISOLATE causes of missing intake manifold vacuum. REPAIR partially unconnected hoses or kinked/blocked hoses to intake manifold. REMOVE vacuum gauge(s). RESTORE vehicle. GO to the Powertrain/Engine Group in the Workshop Manual for base engine vacuum loss. COMPLETE PCM Reset to clear DTCs. GO to HW42.

HW16 CHECK FOR INPUT PORT VACUUM HOSE AND FUEL VAPOR HOSE RESTRICTIONS BETWEEN EVAP CANISTER PURGE VALVE AND INTAKE MANIFOLD

• Disconnect input port vacuum hose and fuel vapor hose from EVAP canister purge valve at intake manifold (other end of hoses are already disconnected).
• Install a hand vacuum pump to one end of each completely disconnected hose from EVAP canister purge valve to intake manifold.
• Apply 53 kPa (16 in-Hg) of vacuum with vacuum pump.
• Observe the vacuum reading for 30 seconds.

Does the vacuum bleed off immediately?

Yes	No
REMOVE vacuum pump. CORRECT minor concerns with input vacuum hose and fuel vapor hose between EVAP canister purge valve and intake manifold. If hoses were OK, REPLACE damaged EVAP canister purge valve. RESTORE vehicle. GO to HW42.	REMOVE vacuum pump. REMOVE blockages or minor kinks in input vacuum hose and fuel vapor hose between EVAP canister purge valve and intake manifold. RESTORE vehicle. DRIVE vehicle. GO to HW42.

HW17 CHECK VPWR VOLTAGE TO EVAP CANISTER PURGE VALVE

• Disconnect EVAP canister purge valve harness connector.
• Key on, engine off.
• Measure VPWR circuit voltage at EVAP canister purge valve harness connector to battery negative post.
• Key off.

Was voltage greater than 10.5 volts?

Yes	No
GO to HW18.	REPAIR open circuit. RESTORE vehicle. COMPLETE PCM Reset to clear DTCs. RERUN Quick Test.

HW18 CHECK EVAP CANISTER PURGE VALVE STUCK OPEN CONDITION OR PF SENSOR DAMAGE

• Disconnect fuel vapor hose from intake manifold at PF sensor.
• Reconnect the EVAP canister purge valve (electrically).
• Install a hand-held vacuum pump to intake manifold side of PF sensor.
• Apply 53 kPa (16 in-Hg) of vacuum to open end of PF sensor.

Does the EVAP canister purge valve-PF sensor assembly hold vacuum for 20 seconds?

Yes	No
LEAVE the vacuum pump connected. GO to HW19.	If PF sensor housing is cracked, REPLACE PF sensor. Otherwise, REPLACE fuel vapor hose between EVAP canister purge valve and PF sensor. If fuel vapor hose was OK, REPLACE EVAP canister purge valve. RESTORE vehicle. GO to HW42.

HW19 CHECK HOSE BLOCKAGE - EVAP CANISTER PURGE VALVE STUCK CLOSED CONDITION

• Connect scan tool.
• Apply 53 kPa (16 in-Hg) of vacuum to open end of PF sensor.
• Key on, engine off.
• Access Output Test Mode on the scan tool to cycle EVAP canister purge valve.
• Key off.

Did the EVAP canister purge valve open and vacuum reading on the vacuum pump drop (air passes freely) when commanding the output on?

Yes	No
REMOVE vacuum pump. GO to HW20.	REMOVE the vacuum pump. REMOVE blockages in fuel vapor hose between EVAP canister purge valve and PF sensor. If OK, REPLACE EVAP canister purge valve. RESTORE vehicle. GO to HW42.

HW20 CHECK INTAKE MANIFOLD VACUUM TO PF SENSOR

• Install a vacuum gauge to the open end of fuel vapor hose (intake manifold side) at PF sensor.
• Start engine.
• Observe vacuum gauge at idle (for ******/Tracer applicationobserve vacuum gauge reading at part throttle).
• Key off.

Was the vacuum gauge reading greater than 33.77 kPa (10 in-Hg) with engine running?

Yes	No
CHECK for small vacuum leaks between PF sensor and intake manifold. REPAIR as necessary. RESTORE vehicle. DRIVE vehicle. GO to HW42.	REMOVE blockage, RECONNECT loose fuel vapor hose or REPLACEcracked, split fuel vapor hose between the PF sensor and intakemanifold. GO to HW42. If DTC P1443 is still present, GO to HW21. All others: RETURN to Diagnostic Procedure Overview, Symptom Charts.

HW21 CHECK EVAP CANISTER PURGE VALVE RESISTANCE

• Disconnect EVAP canister purge valve.
• Measure EVAP canister purge valve resistance.

Is the resistance between 30 and 90 ohms?

Yes	No
GO to HW22.	REPLACE damaged EVAP canister purge valve. RESTORE vehicle. GO to HW42.

HW22 CHECK EVAP CANISTER PURGE CIRCUIT FOR SHORT TO VPWR IN HARNESS

• Install breakout box, leave PCM disconnected.
• Measure resistance between PCM test pin 67 or PCM test pin 56 and PCM test pin 71.

Is resistance greater than 10,000 ohms?

Yes	No
REPLACE PCM. RESTORE vehicle. Access the EVAPPDC PID on the scan tool. DRIVE vehicle (including a steady accelerator speed over 80 km/h (50 mph) until the EVAPPDC PID shows 75 percent duty cycle). Then maintain approximate speed until duty cycle reaches zero percent. After additional two minute drive, bring vehicle to an idle. RERUN Quick Test.	REPAIR short circuit. RESTORE vehicle. COMPLETE PCM Reset to clear DTCs. Access the EVAPPDC PID on the scan tool. DRIVE vehicle (including a steady accelerator speed over 80 km/h (50 mph) until the EVAPPDC PID shows 75 percent duty cycle). Then maintain approximate speed until duty cycle reaches zero percent. After additional two minute drive, bring vehicle to an idle. RERUN Quick Test.

 

[miesk5]

●●●

Section 03-13: Evaporative Emissions

1996 F-150, F-250, F-350, F-Super Duty and Bronco Workshop Manual​

DESCRIPTION AND OPERATION
System Components

Fuel Tank Evaporative Emission System

The evaporative emission system limits the amount of fuel vapor a vehicle may release to the atmosphere, enabling the vehicle to meet current federal and state requirements for fuel evaporation.

The following are components of the evaporative emission system:

• Sealed fuel tank (9002)
• Fuel tank filler cap (9030)
• Evaporative emission valve (9B593)
• Evaporative emissions canister (EVAP canister) (9D653)
• Evaporative emission canister valve (9B963) (some engines)
• Evaporative emission canister purge valve (EVAP canister purge valve) (9C915) (some engines)

The system works by capturing a very high percentage of fuel vapors that might otherwise escape from the fuel tank. It then directs these vapors to the evaporative emissions canister where they are stored while the engine (6007) is not running. When the engine is running, and conditions are acceptable, the vapors are purged out of the evaporative emissions canister and into the engine. This clears the evaporative emissions canister and allows it to accept more fuel vapors the next time the engine is shut off.

The system is basically the same for all vehicle and engine tubes: a hose or tube runs from the fuel vapor valve at the top of the fuel tank to the evaporative emissions canister to allow fuel vapors to pass from the tank to the evaporative emissions canister. A evaporative emission return tube (9G271) runs from the evaporative emissions canister to the engine, allowing vapors to be purged from the evaporative emissions canister. Some engines use additional valves in one or more of these tubes to provide additional control over how much or when fuel vapor will be allowed to pass.


Engine Evaporative Emission System

This system consists of:

• Evaporative emission canister valve (some vehicles)
• Evaporative emissions canister
• Solenoid vent valve and purge regulator valve (some vehicles)
• Secondary air bypass valve (some vehicles)
• Thermal vent valve (some vehicles)

Not all of these components are used on any one system, since usage depends on the calibration of the complete vehicle.

System control and operation are accomplished through five separate basic functions in the system:

1. Fill control venting.

1. Tank vapor venting and storage system.

1. Fuel vapor return system.

1. Fuel vapor purge system.

1. Pressure and vacuum relief system (fuel tank filler cap and tank vent valve).

Section 03-13: Evaporative Emissions

1996 F-150, F-250, F-350, F-Super Duty and Bronco Workshop Manual​

DESCRIPTION AND OPERATION
System Components

Fuel Tank Evaporative Emission System

The evaporative emission system limits the amount of fuel vapor a vehicle may release to the atmosphere, enabling the vehicle to meet current federal and state requirements for fuel evaporation.

The following are components of the evaporative emission system:

• Sealed fuel tank (9002)
• Fuel tank filler cap (9030)
• Evaporative emission valve (9B593)
• Evaporative emissions canister (EVAP canister) (9D653)
• Evaporative emission canister valve (9B963) (some engines)
• Evaporative emission canister purge valve (EVAP canister purge valve) (9C915) (some engines)

The system works by capturing a very high percentage of fuel vapors that might otherwise escape from the fuel tank. It then directs these vapors to the evaporative emissions canister where they are stored while the engine (6007) is not running. When the engine is running, and conditions are acceptable, the vapors are purged out of the evaporative emissions canister and into the engine. This clears the evaporative emissions canister and allows it to accept more fuel vapors the next time the engine is shut off.

The system is basically the same for all vehicle and engine tubes: a hose or tube runs from the fuel vapor valve at the top of the fuel tank to the evaporative emissions canister to allow fuel vapors to pass from the tank to the evaporative emissions canister. A evaporative emission return tube (9G271) runs from the evaporative emissions canister to the engine, allowing vapors to be purged from the evaporative emissions canister. Some engines use additional valves in one or more of these tubes to provide additional control over how much or when fuel vapor will be allowed to pass.


Engine Evaporative Emission System

This system consists of:

• Evaporative emission canister valve (some vehicles)
• Evaporative emissions canister
• Solenoid vent valve and purge regulator valve (some vehicles)
• Secondary air bypass valve (some vehicles)
• Thermal vent valve (some vehicles)

Not all of these components are used on any one system, since usage depends on the calibration of the complete vehicle.

System control and operation are accomplished through five separate basic functions in the system:

1. Fill control venting.

1. Tank vapor venting and storage system.

1. Fuel vapor return system.

1. Fuel vapor purge system.

1. Pressure and vacuum relief system (fuel tank filler cap and tank vent valve).

Vapor Tubes, Bronco




Engine Vapor Tubes, F-Series and Bronco, 5.8L

Item	Part Number	Description
1	9C987	Fuel Vapor Return Hose and Valve Assembly
2	9D653	Evaporative Emissions Canister
3	N800369-S2	****** M6.3-1.81 x 16.0
4	9A220	Fuel Vapor Return Hose Assembly
5	10A812	Battery Tray Support
6	9E926	Throttle Body
7	12A581	Wiring Assembly
A	—	Tighten to 5-7 Nm (44-62 Lb-In)

Item	Part Number	Description
1	9C015	Vapor Tube and Hose Assembly
2	9C987	Evaporative Valve Assembly
3	9002	Fuel Tank
4	9C016	Vapor Tube and Hose Assembly
5	9D653	Evaporative Emissions Canister

miesk5 Note,

The 96, Vapor Management Valve (VMV) replaces the canister purge valve (CanP valve) used in EEC IV. But the 96 manual still shows CanP valve probably because it was a late addition to the 96 production line.

 

[miesk5]

As you know, The vapor management valve (VMV) replaced the canister purge valve used in EEC IV; it is located on passenger side firewall, high in our 96 5.0L

pic by edaminski in his 96 5.8
...
Overview; "...Non-enhanced evaporative systems use either a Canister Purge Solenoid or a Vapor Management Valve to control purge vapor. These systems are tested differently as described below.
The Vapor Management Valve (VMV) output circuit is checked for opens and shorts internally in the PCM by monitoring the status of the duty-cycled output driver. When the output driver is fully energized, or de-energized, the feedback circuit voltage should respond high or low accordingly (P0443). The VMV functional check uses the idle airflow correction for the IAC solenoid to check for adequate purge flow. The VMV is a source of engine airflow at idle, therefore, a change is VMV airflow will produce a corresponding change in IAC airflow. The IAC airflow correction is checked while the VMV is normally open (> 75%), then checked again after the VMV is commanded closed (0 %). If the difference in IAC airflow corrections is too small,
it indicates inadequate VMV flow (P1443)..." by Ford motorcraftservice.com

 

[miesk5]

Ok, after cursing for 3 hours because of the character limit here, I missed posting this back in for P1443,
that will give you easy checks First,
EVAP Vacuum System, Purge or VMV Fault
Several conditions can cause this code to be set. A loose or broken gas cap, a damaged carbon canister, damaged or plugged fuel vapor hose, a damaged purge solenoid, or Vapor Management Valve (VMV) are all possible causes. A multimeter or scan tool can be used to test the components.
V REST Vapor Valve pic in a 95 5.0

Source: by bigmatt (BigMatt302)


□•□
Leak Detection; "...There is actually a "smoke machine" for diagnosing leaks on cars. The shop I work for has a snap-on one. It is primarily used for checking for leaks in the evap (carbon canister) system on OBDII (1996+) vehicles, like the check gas cap light on new cars. It heats up a smoke solution that has flourescent dye in it, then shop air pressure regulated to about 1psi forces the smoke into the system. Where ever there is a leak the dye condenses out of the smoke and can be seen with a blacklight if you dont see obvious smoke. It has lots of adapters for vacuum hoses, tailpipes, throttle bodies, etc. I have used it to find vacuum and exhaust leaks before. You could probably call around to local shops or possibly a ford dealer and see if they would "smoke" your vacuum lines and show you what leaks for a decent price. Im not too sure of a way to smoke one yourself at home however..." by Tim at FSB
•••°°°○○○
Find out if speed control, if equipped, recall work completed by a dealership. Call local dealer or register and view status @ Welcome to Ford Owner | Official Ford Owner Site; or @ Recalls Look-up by VIN (Vehicle Identification Number) ... have VIN ready.
"Summary: ON CERTAIN PICKUP TRUCKS, PASSENGER VEHICLES, SPORT UTILITY VEHICLES, AND MOTOR HOMES CHASSIS, THE SPEED CONTROL DEACTIVATION SWITCH MAY, UNDER CERTAIN CONDITIONS, LEAK INTERNALLY AND THEN OVERHEAT, SMOKE, OR BURN. THIS COULD RESULT IN AN UNDERHOOD FIRE."
To confirm current status, use this guide by jowens1126 @ 93 & 94-96 Cruise Control Recalls Repair
Note that the 93 recall is different than the 94-96 recall.

For any Bronco questions or to chat about it's planned modifications, it's better to post each seperately in Noobie Bronco Tech Questions. Flame free zone. This will get more attention and you can build up your post count to get into other sections such as Bronco and Ford Parts/Accessories (75 posts required to view).

Here's the 1996 Bronco/F-Series Workshop Manual partial

96 Bronco Owner's Guide, Maintenance Schedules & Parts and Accessories by Ford @ Owner Manuals | fleet.ford.com

96 Bronco Dealer Brochure @ 1996 Ford Bronco Technical Info pictures, videos, and sounds | SuperMotors.net ... scroll down

96 Bronco Quick Tips Brochure Excerpts & some Eddie Bauer options @ 1983 Ford Bronco 96 EB Bronco Brochures pictures, videos, and sounds | SuperMotors.net

Register to see most Ford dealer maintenance/repairs done @ any dealership nation-wide @ Welcome to Ford Owner | Official Ford Owner Site .

GL,
Al

 

[RockNBronco96]

Wow, that's a lot of information! Thank you Miesk5.
As I indicated I'm not a motor head so I don't have a vacuum gauge, a smoke machine or other fancy tech tools. I pulled the cap off the VMV on the firewall and put my finger on the port, it provided suction however it did not affect the engine idle. I understand the engine should have shuddered. Should I presume anything from this? The evap canister is new and I see no cracks. None of the lines are clogged but I don't know about the DPFE, I understand it can be clogged, I need to pull it to try to blow air through it. As an FYI I'm using one of those FIX'd diagnostic tools for my code info.

 

[Shaggy]

Wow, that's a lot of information! Thank you Miesk5.
As I indicated I'm not a motor head so I don't have a vacuum gauge, a smoke machine or other fancy tech tools. I pulled the cap off the VMV on the firewall and put my finger on the port, it provided suction however it did not affect the engine idle. I understand the engine should have shuddered. Should I presume anything from this? The evap canister is new and I see no cracks. None of the lines are clogged but I don't know about the DPFE, I understand it can be clogged, I need to pull it to try to blow air through it. As an FYI I'm using one of those FIX'd diagnostic tools for my code info.

Yep, @miesk5 is as a ton of info and is a great member that knows alot and answers a ton of questions. Good luck with your 92. Post up pics when you can. Also a fellow AZer here to. Looking forward to the awesome 100 degree weather @RockNBronco96?

 

[RockNBronco96]

Shaggy, the answer to your question is NO! Too many people have discovered so many of my get out of town spots that were isolated, now it's starting to feel like going to the mall and looking for parking...

 

[Shaggy]

Shaggy, the answer to your question is NO! Too many people have discovered so many of my get out of town spots that were isolated, now it's starting to feel like going to the mall and looking for parking...

Ha ha. Totally understand. Where do they all come from is what I don't get.

 

[johnnyreb]

Yep, @miesk5 is as a ton of info and is a great member that knows alot and answers a ton of questions. Good luck with your 92. Post up pics when you can. Also a fellow AZer here to. Looking forward to the awesome 100 degree weather @RockNBronco96?

Shaggy, you can have all the 100 degree heat you want. Me,I like it better from-20 below to about 75. Anything above I head for the shade.