mine is Opel omega 2002 3.2. i don't know exactly where the sensor is but i can guess.
my car is left side drive and the battery is to the driver side. i made an accident and only damaged part of the left (driver side) bumper, left headlight and left floodlight. that is when i noticed that the outside temperature sensor stoped working.
the sensor should be in the left side to get damaged by the accedent.
when i checked the cable connecting the two (LH & RH) floodlights there were a third plug which was supposed to be connected to a device. i guess it was to the outside temperature sensor.
omega 2.5
opel omega crankshaft sensor is located next tp the oil filter atached with a star shaped screw, to remove it you have to remove the oil filter first. or the muffler.
On a 2003 Vauxhall Omega 2.2, the water temperature sensor is typically located near the thermostat housing, which is situated on the engine block. It's usually connected to the engine's cooling system and can be identified by a wiring connector attached to it. To access it, you may need to remove any engine covers or components obstructing your view. Always ensure the engine is cool before attempting to locate or replace the sensor.
The surface temperature of Omega varies slightly. On average, the maximum surface temperature is 760 degrees Celsius, which converts to 1400 degrees Fahrenheit.
Behind the number plate.
Omega car rentals are located in New Zealand, Auckland. Your best bet is to look near the local airports, as that is where most car rental places are located.
Steer the Normandy to a Mass Relay, jump to the Omega Nubula. It should land you in the Sahrabarik System. Omega is in this system, but it's a station not a planet (look for the crosshairs pointing it out)
Under the hood
Omega Omega Ceremony
The opposite of alpha in the Greek alphabet is omega. Omega is the last letter of the Greek alphabet.
30920 Omega
To convert 32.92 K (kelvins) to degrees Celsius (°C), subtract 273.15 from the Kelvin value: ( 32.92 K - 273.15 = -240.23 °C ). However, it seems there is confusion in the question regarding "Omega." If you're referring to resistance measured in ohms (Ω), this conversion is irrelevant since temperature and resistance are different physical properties. Please clarify if you meant something else by "Omega."