Question about 2001 Chrysler Town & Country

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Air conditioning control for front driver & passenger only works in high.

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  • Anonymous Aug 14, 2008

    Same thing wrong with ours

  • lynnru102 Oct 01, 2008

    Same thing here only on high.

  • jwadelaw Oct 18, 2008

    2001 Chrysler T&C No control over blower motor for front. Was blowing only high but now will not come on. All controls working for rear climate control

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1 Answer

Same thing on mine

Posted on Aug 24, 2008

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What is a b2293 code on 2003 mercury mountaineer


B2293

Pinpoint Test H: LFC 19 and 21/DTC B2293 - Restraint System Airbag Status
Normal Operation
The restraints control module (RCM) checks all of the front air bag circuits for faults. If the RCM detects one of the following faults on any of the front air bag circuits, it will store diagnostic trouble code (DTC) B2293 in memory and, depending on the fault, flash either lamp fault code (LFC) 19 or 21 (or higher priority code if one exists) on the air bag indicator.
Fault Conditions
The RCM monitors for the following fault conditions:
  • low resistance.
  • circuit open.
  • circuit short to voltage.
  • circuit short to ground.
Possible Causes
A driver air bag status fault can be caused by:
  • damaged wiring, terminals, or connectors.
  • a faulty clockspring.
  • a faulty driver air bag module.
  • RCM is faulted.
A passenger air bag status fault can be caused by:
  • damaged wiring, terminals, or connectors.
  • a faulty passenger air bag module.
  • RCM is faulted.
21 Restraint System - Air Bag Status (Passenger Front Air Bag Circuit Fault) Go To Pinpoint Test H .

Sep 06, 2016 | 2003 Mercury Mountaineer

1 Answer

2007 Buick Lucerne CXL: Cooled seats not working. LIghts come on, temperature adjusters work but the motors under the seats do not come on.


Air Circulation
When the heated/cool seat switch is pressed to initiate operation of the climate control seat (CCS) system, cabin air is drawn through the heated/cool ventilation module air filter, then directed through passages in the foam of the seat cushion and seat back to the seat's occupant. In order for the CCS system to operate to its optimum performance, it is crucial to have unrestricted air flow through the system. A dirty or restricted air filter, the blockage of an exhaust air duct, a misaligned heated/cool ventilation module, or incorrect foam installation of the seat cushion or seat back will all have negative effects on CCS operation.
Heated/Cool Ventilation Module
Each heated/cool seat has 2 ventilation modules, one located under the seat cushion and one located in the seat back. These modules are controlled by the climate control seat module (CCSM). Each ventilation module contains a thermo-electric device (TED), a temperature sensor, and a blower motor. The TED and temperature sensor are mounted downstream of the blower motor. Each TED consists of a circuit of positive and negative connections sandwiched between 2 ceramic plates. Each ceramic plate is equipped with copper fins for heat exchange. The air flowing past these fins is either directed as conditioned air into the seat cushion and seat back, or directed into the cabin as waste air.
A TED is essentially a solid state heat pump that is used to heat or cool the air supply to the seat cushion and seat back. When voltage is applied to a TED, one side releases energy as heat, while the opposite side absorbs energy and gets cold. When the polarity of the current flow to the TEDs is switched, the hot and cool sides of the TED reverse.
During the following climate control seat system description and operation, the TEDs, blower motors, and temperature sensors will be referenced independently even though they are all packaged together as a module.
Climate Control Seat (CCS) System
The CCS system consists of two heated/cool ventilation modules and one climate control seat module (CCSM) that controls both the driver and passenger heated/cool seats systems. The CCSM is mounted below the front passenger seat cushion. It receives power from both, battery positive voltage and ignition 3 voltage.
Once a CCS system is activated, cabin air is drawn through the seat blower motors and directed across the fins of each of the thermo-electric device (TED) located under the seat cushion and in the seat back. The air is either heated or cooled as it passes over the TEDs. This conditioned air is then directed through channels in the foam of the seat pad and through small holes in the seat cover to the occupant. Once the system is activated, the CCSM uses a set of algorithms to control the temperature of the selected heating or cooling modes.
Your best bet is to take your vehicle to a qualified repair shop an have it diagnosed .
DTC B19A4: Driver Seat Back Blower Speed Circuit High

DTC B19A8: Driver Seat Back Blower Speed Circuit Short to Ground

DTC B103D: Driver Blower Power Circuit

DTC B272E: Driver Seat Back Blower Circuit Open
DTC B19A3: Driver Seat Cushion Blower Speed Circuit High

DTC B19A7: Driver Seat Cushion Blower Speed Circuit Short to Ground

DTC B2729: Driver Seat Cushion Over Temperature
DTC B19A2: Passenger Seat Back Blower Speed Circuit High

DTC B19A6: Passenger Seat Back Blower Speed Circuit Short to Ground

DTC B111D: Passenger Blower Power Circuit

DTC B272F: Passenger Seat Back Blower Circuit Open
DTC B19A1: Passenger Seat Cushion Blower Speed Circuit High

DTC B19A5: Passenger Seat Cushion Blower Speed Circuit Short to Ground

DTC B272A: Passenger Seat Cushion Over Temperature
Driver and Passenger Heated/Cool Seats Inoperative
  1. Ignition OFF, disconnect the C1 harness connector at the CCSM.
  2. Test for less than 5 ohms between the ground circuit terminal M and ground.
  3. ?‡'
    If greater than the specified range, test the ground circuit for an open/high resistance.

  4. Verify that a test lamp illuminates between the B+ circuit terminal E and ground.
  5. ?‡'
    If the test lamp does not illuminate, test the B+ circuit for a short to ground or an open/high resistance.

  6. Disconnect the C2 harness connector at the CCSM.
  7. Ignition ON, verify that a test lamp illuminates between the ignition circuit terminal 1 and ground.
  8. ?‡'
    If the test lamp does not illuminate, test the ignition circuit for a short to ground or an open/high resistance.

  9. If all circuits test normal, replace the CCSM.


Sorry

Jul 10, 2016 | 2007 Buick Lucerne CXS Sedan

1 Answer

Air conditioning system, when you turn on the air conditioner the drivers side blows cold air and the passengers side blows hot air? What causes this problem?


The most common cause of this is that you have a stuck air temperature control blend door, this can be a motor actuator issue or a jammed door or both (common). To replace both parts you will need to completely remove the dash from the car to access the blend door.

Jul 02, 2016 | 2010 Ford Flex Limited

1 Answer

2001 Cadillace SLS air conditioning


It sounds like you have "zone" climate control. With "zone" climate control you can adjust the driver, passenger and sometimes other "zones" to different temperatures for the comfort of all passengers. Make sure that the Driver side is set to a cool temperature. If it is then you more than likely have a problem with the temperature controller for the driver side.

Jul 10, 2013 | 2000 Cadillac Seville STS

1 Answer

Need to remove heater A/C dash control , what is proper procedure?


Look at fig. 4 for the heater a/c dash control: HEATER CORE Altima REMOVAL AND INSTALLATION
  1. Position the steering wheel in the straight-ahead position.
  2. Turn the ignition switch OFF.
  3. Disconnect the negative (() battery cable; then, the positive (+) battery cable. NOTE: Wait for a least 3 minutes after disconnecting the battery cables for the charge in the air bag circuit to dissipate before working on the air bag module(s).
  4. Remove the driver's side SRS and steering wheel by removing or disconnecting the following:
    • Lower lid from the steering wheel and disconnect the driver's air bag module connector
    • Left and right side lids from the steering wheel
    • Special bolts from both side of the steering wheel using a tamper resistant Torx wrench (T50)
    • Air bag module and store it face up
    • Horn's electrical connector and remove the steering wheel nut
    • Steering wheel from the steering column using a suitable puller
  5. Remove the passenger's side SRS by removing or disconnecting the following:
    • Glove box door and the glove box
    • Front passenger's air bag module connector
    • 2 special bolts using a tamper resistant Torx wrench (T50)
    • 4 passenger's air bag-to-instrument panel nuts
    • Front passenger's air bag module and store it face up.
  6. Drain the cooling system into a clean container for reuse.
  7. Discharge and recover the air conditioning system refrigerant.
  8. Working in the engine compartment, disconnect the heater hoses from the heater core tubes.
  9. Remove the instrument panel by removing or disconnecting the following:
    • Kick plate and dash side finisher on the driver's side
    • 2 lower panel-to-instrument panel screws and the lower panel on the driver's side
    • 2 lower reinforcement panel-to-instrument panel screws and the lower reinforcement panel
    • 6 steering column cover screws, the covers, the spiral cable and combination switch
    • 2 cluster lid "A" screws and the cluster lid "A"
    • 3 combination meter screws, disconnect the electrical harness connector and remove the combination meter
    • Switch panel
    • Instrument panel lower covers
    • Snap out the transmission shifter finisher (boot)
    • 4 cluster lid "C" screws and the cluster lid "C"
    • 4 audio and deck pocket-to-instrument panel screws and the audio and deck pocket
    • 5 center console screws and the center console
    • 2 center instrument panel screws and the center panel
    • front defroster grilles
    • Front pillar garnish
    • Instrument panel 3 nuts/4 screws and the instrument panel
    • 8 instrument stay assembly nuts and the stay
    • Steering member assembly 5 nuts/1 bolt and the steering member
  10. Remove the air conditioning housing assembly by removing or disconnecting the following:
    • Refrigerant lines from the air conditioning housing assembly
    • Thermo control amp
    • Air conditioning housing assembly
  11. Remove or disconnect the following:
    • Heater unit
    • Heater core from the heater unit Fig. 1: Exploded view of the steering wheel and air bag module 93112gd9.gif
      Fig. 2: Exploded view of the passenger's side air bag module 93112gd0.gif
      Fig. 3: Exploded view of the instrument panel assembly 93112ge1.gif
      Fig. 4: Exploded view of the heater housing assembly and related components 93112ge2.gif
      Fig. 5: View of the heater core and heater housing 93112ge3.gif
    To install:
  12. Install or connect the following:
    • Heater core to the heater unit
    • Heater unit
  13. Install the air conditioning housing assembly by installing or connecting the following:
    • Air conditioning housing assembly
    • Thermo control amp
    • Refrigerant lines to the air conditioning housing assembly
  14. Install the instrument panel by installing or connecting the following:
    • Steering member assembly and the steering member 5 nuts/1 bolt
    • Instrument stay assembly and the 8 stay nuts
    • Instrument panel and the instrument panel 3 nuts/4 screws
    • Front pillar garnish
    • Front defroster grilles
    • Center instrument panel and the 2 center panel screws
    • Center console and the 5 center console screws
    • Audio and deck pocket and the 4 audio and deck pocket-to-instrument panel screws
    • Cluster lid "C" and the 4 cluster lid "C" screws
    • Snap in the transmission shifter finisher (boot)
    • Instrument panel lower covers
    • Switch panel
    • Combination meter, connect the electrical harness connector and install the 3 combination meter screws
    • Cluster lid "A" and the 2 cluster lid "A" screw
    • Combination switch, the spiral cable, the covers and the 6 steering column cover screws
    • Lower reinforcement panel and the 2 lower reinforcement panel-to-instrument panel screws
    • Lower panel and the 2 lower panel-to-instrument panel screws, on the driver's side
    • Kick plate and dash side finisher, on the driver's side
  15. Working in the engine compartment, connect the heater hoses to the heater core tubes.
  16. Install the passenger's side SRS by installing or connecting the following:
    • Front passenger's air bag module
    • 4 passenger's air bag-to-instrument panel nuts
    • 2 new special bolts and torque using a tamper resistant Torx wrench (T50) to 11-18 ft. lbs. (15-25 Nm)
    • Front passenger's air bag module connector
    • Glove box door and the glove box
  17. Install the driver's side SRS and steering wheel by installing or connecting the following:
    • Steering wheel to the steering column
    • Steering wheel nut and torque the nut to 22-29 ft. lbs.
    • Horn's electrical connector
    • Air bag module
    • New special bolts to both sides of the steering wheel and torque the bolts using a tamper resistant Torx wrench (T50) to 11-18 ft. lbs. (15-25 Nm).
    • Both the left and right side lids to the steering wheel
    • Lower lid to the steering wheel and connect the driver's air bag module connector
  18. Refill the cooling system.
  19. Connect the positive (+) battery cable; then, the negative (() battery cable.
  20. Evacuate, charge and leak test the air conditioning system refrigerant.
  21. Operate the engine to normal operating temperatures; then, check the climate control operation and check for leaks.

Nov 19, 2010 | 2002 Nissan Sentra

1 Answer

Air doesn't work on passenger side.


The air control actuators under the dash are electric. There is one for each side. Work the slide adjustment up and down or turn the knobs to test the controls. Could be a bit of **** on the inside parts. If nothing changes you will need to have it repaired.

Jun 30, 2009 | 1997 Chevrolet Monte Carlo

1 Answer

Air Conditioning


I'm going to assume the fan louvers (that direct air from wind shield head to feet ect) are electronically controlled. If that is the case, then a motor may have died. You only have one AC system for the vehicle, so if its cold on one side, then the fault lies within the air ducting system. Maybe a mouse built a nest in there and is blocking air flow?

Jun 18, 2009 | 2001 Pontiac Grand Prix

1 Answer

Cold AC but weak Airflow---Also Driver side not as cold as passenger


The air doors are controlled by actuators that on of them or so may need replacing.

May 09, 2009 | Cadillac Seville Cars & Trucks

1 Answer

Passenger side blows hot air when front control set to Air


you cant adjust it ,this requires the dealers computer to re set it,or a phyiscal control has packed up like a vacumn pipe has split where it pushes onto the valve that controls the flap in the heater unit.

Apr 25, 2009 | 2005 Dodge Durango

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