Digital Clock
Most trim levels of AU Falcon contain a small digital clock, which is a standalone digital clock which sits above the Head unit and Air Conditioner Controls. It is a small and simple clock that only requires power and trigger wires where required.
The AU Falcon clock came in 2 variations, based on the Series of AU Falcon:
LED:
Picture of a Series 1 digital clock assembly
Picture of the plug on the rear of the Series 1 clock assembly
LCD:
Picture of a Series 3 digital clock assembly (identical to Series 2)
Picture of the plug on the rear of the Series 2-3 clock assembly
There are 2 subsets of AU Falcon that do not have the digital clock installed, which are:
Some low model Series 1 vehicles (typically Forte/Futura, contains a small blanking plate that says “falcon” with the requisite wiring behind the centre dash)
There are conflicting reports that Series 1 AU Falcons fitted with the low BCM have no clock wiring present, and may require custom wiring to fit a clock behind this blanking plate
Any high model vehicle (Fairmont/Fairlane/LTD/T*-50), which contains an analogue clock as part of the more advanced climate control module in the same area of the centre dash.
There are some Ford models which contain the same clock as the AU Falcon, which may be useful information to source parts. Use the table below for models with the same plug, wiring and clock available:
Most of these models are international, and as a result may cost more than AU Falcon parts. This is here as a supplement should Falcon parts become scarce
Make | Model(s) | Years | Best-Fit model(s) | Notes |
---|---|---|---|---|
Ford | Crown Victoria | 1998-2002 | S1-1.5 | LED Green numbering. Clock assumed removed 2003-2011 |
Ford | Courier | 1999-2006 | S1-1.5 | LED Green/White numbering. Model is identical to Mazda Bravo |
Ford | Falcon (FPV Models) | 2002-2007 | S2 | LCD display with generally coloured backlight. Buttons are larger than AU Falcon clock button holes so centre dash or clock will require modification for fitment. Rare vehicle model range |
Ford | Mustang | 1994-2004 | S1-1.5 | LED Blue numbering |
Ford | Taurus | 1993-1995 | S1-1.5 | LED Green numbering |
Ford | Territory (incl. FPV F6X) | 2004-2011 | S2-3 | LCD display with generally coloured backlight. Buttons are larger than AU Falcon clock button holes so centre dash or clock will require modification for fitment |
Ford | Ranger | 1995-2007 | S1-1.5 | LED Green numbering. Clock assumed removed 2008-2011 |
Lincoln | Blackwood | 2002-2003 | S1-1.5 | LED Green numbering. Rare vehicle model |
Lincoln | Navigator | 1998-2002 | S1-1.5 | LED White numbering, later models used an analogue clock instead |
Lincoln | Town Car | 1993-1997 | S1-1.5 | LED White numbering. Rare vehicle model |
Mazda | Bravo | 1999-2006 | S1-1.5 | LED Green/White numbering. Model is identical to Ford Courier |
Mercury | Marauder | 2003-2004 | S1-1.5 | LED Green numbering. Rare vehicle model |
Mercury | Grand Marquis | 1995-2005 | S1-1.5 | LED Green numbering. Analogue clock fitted 1993-1994, and assumed no clock installed 2006-2011 |
Information Sources:
The plugs for the wiring of the series 1 clock loom have no known aftermarket part number at time of writing. Wiring kits do exist overseas for other models, however they are expensive to acquire new to Australia or New Zealand. Details are below for OEM plugs, however the recommended course of action for the foreseeable future is to source wreck parts locally where possible
Name | Product Number(s) | Notes |
---|---|---|
Female Connector Housing | 1W3Z-14S411-AB 1W3Z-14S411-AC WPT-100 WPT-1046 |
Confirmed from 2016 dated parts listing |
Male Connector Housing | UNKNOWN | No known availability but assumed manufactured by Motorcraft internally and soldered to clock components only |
Information Sources:
The plugs for the wiring of the later series’ clock loom are MULTILOCK 040 II connectors, similar to the Instrument Cluster.
Name | Product Number | Notes |
---|---|---|
Male Connector Housing | 175964-2 | Loom end connector |
Female Connector Housing (PCB Mount) | 175973-2 | Clock end connector |
Information Sources:
- RS Components Australia
- Motorcraft (OEM reference)
The following information assumes you are looking at the connector on the back of the clock (male terminal housing) with the connector clip cutout facing up:
01 |
02 |
03 |
04 |
---|---|---|---|
05 |
06 |
07 |
08 |
Not confirmed accurate at time of writing. The following information is based on a Non-AU Falcon parts listing and is yet to be confirmed
Pin | Function | Notes |
---|---|---|
01 | ||
02 | ||
03 | GND | |
04 | 12v + | |
05 | Headlight trigger | |
06 | ||
07 | Illumination (+ assumed) | |
08 | Headlight trigger |
Information Sources:
Pin | Function | Notes |
---|---|---|
01 | N/a | no pin |
02 | N/a | no pin |
03 | GND | |
04 | 12v + | |
05 | N/a | no pin |
06 | N/a | no pin |
07 | Illumination (+ assumed) | |
08 | Headlight trigger |
If you own a Series 2-3 digital clock that has failed electrically, and due to external factors only have access to a later Ford Australia Model digital clock with larger buttons, the existing AU Falcon clock surround can be used with the internals of the newer electrics. Follow the instructions below to replace the clock surround:
These instructions do not work with Series 1 digital clocks, as they are different both electrically and structurally. However, this will work if the opposite supply issue is true, and you wish to replace in the opposite direction i.e. replacing a later Ford Australia clocks internals with that of a later model AU Falcon.
Unclip and remove the 2 side clips on the assembly and slide the rear plastic away from under the tabs of the rest of the assembly
Pictures of the 2 clips to be pried away from the rear plastic
Remove the 2 PCB screws using either a flat-head screwdriver or a T10/TR10 Torx bit screwdriver
Picture of the locations of the 2 screws to be removed
CAREFULLY remove the front plastic from the assembly, making sure to have the clock face pointing up while you pull the plastic away from the board
This is important as the screen itself is not physically held in by anything other than the 2 screws. instead, it is pressured into place in front of a diffuser sheet and a spacer/elastomeric connector
Picture of the removed PCB sitting inverted on the front plastic. Note the additional parts between the PCB and the LCD screen
Picture of the inside of the AU front plastic housing. Note that there is no clips or screws to hold the PCB in place, barring the 2 holes where the screws were removed
Reverse all previous steps using the desired plastic surround and electrical components
Done