Not getting power when ignition is on and what is the rem imput for

Question edited for clarity.

Batteries 4 x 1.5V - size C

Manuals

https://www.google.com/search?q=reebok+rem-11200+power+bike

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rem goes to the back of the headunit to a cable (blue or blue/white) that should say, either rem out or power continuous (PO CON) and needs to connect to the amplifier where it sais rem power(12v)
hope this helps
...andy...

Your stereo plug should include (yellow) constant power with a cylinder fuse, (red) REM or "remote" power getting power when the ignition is switched on, (black/grey) ground, usually any other with some color and a matching wire with a line on it is positive and negative speaker wire.

I knew that model looked familiar! That's a hotel/lodging TV, my friend. A standard RCA (Universal or not) will NOT work on that TV. It needs a MASTER remote to be able to access the master menu and unlock the inputs, My company does telecom and we deal specifically with extended-stay lodging and we deal with these sets all the time. They are designed to keep the guests out of the higher functions. this si an old TV so they aren't easy to find. Here's a link to a Google search for a replacement ( I made it tiny so the thing didn't fill the whole page.). I looked at the eBay link and it seems like a very good deal (and, yes, if you scroll down in the listing, your model is listed). http://tinyurl.com/244889-R130k2-RCA-Master-Rem

2000 Lincoln Navigator interior lights won't turn off and now the door ajar light is on as well. How can this be fixed, I tried wd40 as suggested it didn't work HELP!

| ITEM | WIRE COLOR |POL| WIRE LOCATION |
| 12V|red/grn & red/org |+ |ignition harness |
| STARTER|gry/blk or lt. blue |+ |ignition harness |
| IGNITION|green/black |+ |ignition harness |
| SECOND IGNITION|pink/white |+ |ignition harness |
| THIRD IGNITION|red/wht (key sense)|+ |ignition harness |
| ACCESSORY|yellow |+ |ignition harness |
| SECOND ACCESSORY|pink/yellow |+ |ignition harness |
| POWER LOCK|black/blue |- |DDM *1 |
| POWER UNLOCK|black/white *2 |- |DDM *1 |
| LOCK MOTOR|yellow/black | |DDM *1 |
| UNLOCK MOTOR|white/purple | |DDM *1 |
| DISARM DEFEAT|white/green | |pass. kick, harness to rear |
| PARKING LIGHTS +|use neg. wire only | | |
| PARKING LIGHTS -|white/green *3 | |headlight switch |
| HEADLIGHTS|white/green *3 |*3 |headlight switch |
| DOOR TRIGGER|black/white *4 |- |underdash light |
| DOME SUPERVISION|comes on w/unlock | | |
| TRUNK/HATCH PIN|white/black |- |REM *5 |
|TRNK/HTCH RELEASE|black/blue |- |release switch or REM *5 |
| FCTRY ALARM ARM|arms w/ lock | | |
|FCTRY ALRM DISARM|disarms w/ unlock | | |
| TACHOMETER|brown or brn/stripe | |main harness pass. firewall |
| SPEED SENSE| | | |
| BRAKE WIRE|org/yel or org/blu |+ |brake pedal switch |
| HORN TRIGGER|gray/orange |- |FEM *5 |
| WIPERS|red/blk(L),red/grn(H|+ |wiper motor |
| LF WINDOW UP/DN|white - yellow |A |DDM *1 |
| RF WINDOW UP/DN|wht/pur - yel/pur |A |FEM *5 |
| LR WINDOW UP/DN|blu/red - pur/blu |A |REM *5 |
| RR WINDOW UP/DN|blu/orn - pur/wht |A |REM *5 |
| RADIO 12V|orange/black |+ |radio |
| RADIO GROUND|black |- |radio |
| RADIO SWITCH|yellow/green |+ |radio |
Notes:
NOTE: This vehicle is equipped with a passive immobilizer that needs to be bypassed for remote start operation only. Use DEI part number 555U to bypass. *1 The DDM (drivers door module) is located in the center of the drivers door. *2 Requires a double pulse to unlock. *3 Parking lights require a negative trigger with a 1800 ohm resistor in-line to the white/green wire. Using a negative trigger with a 780 ohm resistor in-line to the same white/green wire will turn on the headlights as well as the parking lights. *4 This wire may cause the aftermarket alarm to false when the vehicles electrical system shuts down. Use a relay to isolate it. *5 The FEM (Front Electronic Module) is located in the drivers kick panel. The REM (Rear Electronic Module) is located in the trunk, just above the battery. hope that helps

It plugs into the power antenna cord on your radio if your radio does not have a dedicated remote cord. The remote switch is so that you amp can detect when your radio is on and turn on too, or is off when your radio is off so as not to drain the battery

The actuactors for your locks have a little motor in them. In this motor there is a resistor that will give out over time. Usually the locks gradually stop working over time. You can remove the actuator and take it apart and fix by removing the resistor in the motor and putting a peice of copper in its place. Takes about 30 minutes per door if you know what you are doing. Do a google search for ford windstar door lock fix and you will find several blogs with detailed descriptions of the repair.

The S Type is similar to the Lincoln LS.
These are TSBs that address battery drain on the LS.

Partial TSB
Article No.
02-9-5

• ELECTRICAL - BATTERY DRAIN DIAGNOSIS - SERVICE TIPS

Publication Date: APRIL 30, 2002
FORD: 2002 THUNDERBIRD LINCOLN: 2000-2002 LS
ISSUE: Some vehicles may exhibit excessive electrical system current draw which could result in a discharged battery and a no crank condition.
ACTION: Use the following Service Tips to monitor the vehicle electrical system for excessive battery current drain and repair as needed. Refer to the following Service Information Tips for details.
SERVICE INFORMATION Having a firm grasp on the design and normal operation of the electrical system will aid in properly diagnosing and repairing any faults with electrical components and/or circuitry. When the vehicle is at rest (ignition key turned off and removed), some amounts of battery current drain will be present since many of the modules and electronic components in the vehicle require this to sustain memory and system monitoring. The Powertrain Control Module, Antilock Brake Module, Electronic Automatic Temperature Control Module, Front Electronics Module, Rear Electronics Module, Driver Door Module, Instrument Cluster Module, Roof Opening Panel Module, Heated Seat Module, Driver Seat Module, Cell Phone Module and Vehicle Emergency Message System Module all have power supplied at all times for this purpose. Many of these modules monitor activity and communicate with each other through the Standard Corporate Protocol (SCP) Link. When the ignition key is first shut off and removed, the vehicle is exited and the doors are closed, the electrical system goes into "stand-by" mode, where the Rear Electronics Module (REM) and the Front Electronics Module (FEM) keep the System Switched Power (SSP) relays activated. After a minimum of 45 minutes, the REM and FEM will power down to prevent battery discharge. Power down mode occurs when the REM and FEM "time out" and release the ground on all 4 (four) of the SSP relays. The SSP relays are wired in a fashion in which they are either all on or all off. In other words, the SSP relays cannot be operated independent of each other. If power down does not occur, because of a system fault or errant SCP Link activity, the REM and FEM will remain energized along with the SSP relays and the other electrical devices that they provide power. The REM and FEM provide power and ground to devices such as exterior/interior lighting and many of the body modules in the vehicle. The Wiring Diagrams Manual may be referenced for additional information on the SSP relays, the REM and FEM, in Sections 13 & 59. Once the REM and FEM enter power down mode they will not energize the SSP relays until they are commanded to "wake up" by one or more of the following commands:

• Key Fob Activity (Any Command)
• Door Ajar (Any Door)
• Luggage Compartment Ajar Switch
• Drivers Power Seat Switch
• Power Tilt/Telescopic Steering Column
• Headlamps/Park Lamps On
• Key In Ignition
• Key On Ignition
• Anti-Theft Hood Switch
• Brake Pedal Position Switch
• Memory Seat Switch

BATTERY DRAIN DIAGNOSIS -------------------------------------------

please rate if this helps.

Exterior Lighting The exterior lighting outputs are zone controlled by the front electronic module (FEM) and rear electronic module (REM) in respect to the front exterior lights being controlled by the FEM and the rear exterior lights being controlled by the REM. An additional function of the lighting system is a lamp outage function which provides the indication to the driver if certain exterior bulbs are not functioning. With a bulb inoperative, the FEM or REM will send a message to the instrument cluster and message center (if equipped) which will in turn indicate to the driver the lamp is inoperative with a lamp out indicator (with the message center a message will be displayed). To provide complete input and output functionality, each exterior lamp feature will be described individually. All exterior lighting is powered by the switched system power (SSP) feature (refer to Switched System Power[SSP]). A failure of all or any of the SSP features will cause inoperative exterior lighting. When diagnosing exterior lighting, it is essential to determine if all related symptoms and DTCs are controlled by the SSP feature.
Stoplamps Brake lighting is controlled by the REM. The brake pedal position (BPP) switch is hardwired to the REM. When the brake pedal is depressed, the BPP switch will input information to the REM. Then, the REM will process the information and output to the left, right, and high mounted stoplamps. Only the left and right stoplamps will provide lamp outage indication.
The vehicle's electronic functions are divided into zones. The FEM controls the front portion of the vehicle and the REM controls the rear portion of the vehicle. These systems rely heavily on the SCP communication network in order to transmit and receive signals. As a technician it is very important to understand:

• where the input (command) originates from
• All information (messages) necessary in order for a feature to operate
• which module(s) receive(s) the input or command message
• does the module which received the input (message), control the output of the feature, or does it output a message over the SCP communication network to another module
• which module controls the output of the feature

Switched System Power (SSP)
The SSP is invoked by both the FEM and REM. This function removes power from relays that provide power to the exterior lamps, interior lamps, and power door locks. This is only accomplished when both the FEM and the REM are in sleep mode. The sleep function of the FEM and REM places the modules in sleep mode when the ignition switch is in the OFF position, and no wake up (inputs) signals occur for 30 minutes. The module will not sleep if the parking lamps or the hazard lamps are active. The following relays are controlled by the SSP function: SSP1, SSP2, SSP3, and SSP4. When either the FEM or REM are not in sleep mode, all SSP relays will be energized. When energized, each relay will supply power to multiple features/functions. For additional information, go to the SSP Index for diagnosis and testing of SSP related issues. Refer to Headlamps .
Inspection and Verification

1. Verify the customer concern by operating the stoplamps.

1. Visually inspect for obvious signs of mechanical and electrical damage.

Visual Inspection Chart Mechanical Electrical

• Damaged REM

• Blown central junction box (CJB) Fuses:
  • 13 (15A)
  • 7 (15A)
  • 12 (20A)
  • 11 (10A)
• Damaged wiring harness
• Loose or corroded connections
• Damaged BPP switch