The Personality Module Code, also called the Interlock Code, "marries" the ECM to the Flash File.Įach Flash File has its own Interlock Code, if you chose to flash another software application (install a different Flash File) you will have to change the interlock code to marry the new Flash File to the ECM. Flash Files can be located and downloaded through the SIS website. This is also known as the "personality module". In order to operate a specific engine application, the ECM must have the proper software Flash File installed. The pin-out is as follows:Ī - Power (powers the Communications Adapter)ī - Ground (ground for the Communications Adapter) The Service Tool Connector pin-out is the same throughout the Cat product line. To power up and communicate with Cat ET, all an ECM needs is keyswitch power, ground, and the data link properly installed. Each pair must be twisted together to protect the data link from electrical interference, or "noise", which can interfere with the data being transmitted. This connector is used to connect a Communications Adapter into the ECM data link. All electronic Cat engines and machines will have a Service Tool Connector, typically a round 9-pin Deutsch HD connector. Shown is a diagram of a typical data link wiring schematic. It is important that the ECM grounding strap is properly installed to ensure the ECM has a proper bond to the chassis ground. The battery negative wires are internally grounded to the ECM casing. An example of this is when multiple output drivers, such as injector solenoids, are under heavy load. The unswitched power and negative provides two functions. The first is to keep internal memory circuits powered while the ECM is not in use. Second, unswitched powers and grounds provide additional current to the ECM under heavy loads. Check the electrical schematic of the application you are working with for specific information. Typically, more than one unswitched battery power and battery negative wires are required. A Communications Adapter will not communicate with an ECM unless the Adapter and the ECM has switched power. The switched power also provides voltage to communication ports (typically found as a 9-pin Deutsch HD connector). Check service information for the application you are working with to determine the proper fuse rating required. Unswitched battery negative is also required.Īll ECM power, switched or unswitched, must be fuse protected. Most machine and all engine ECMs require both switched (key switch) and unswitched battery power. All ECMs require power and ground circuits in order to function. : Each 0.1 strength adds ~1.Shown is a diagram of the power circuit for an ADEM III ECM.Strength decreases further from the jammer : Currently uses 100-10000 power, that translates to 0.1-1 jamming strength in a ~300-1000m radius.: Remote guidance error added by signal jammer down to 75%.: Signal jammer maximum error added to remote guidance reduced from 15m to 10m.: Remote guidance missile direct accuracy reduction from jammers removed(they are affected by worse detection.: Sensor scramblers stack, their effective strength is summed to determine the accuracy reduction.: Sensor scrambler uses power and reduces bearing/range accuracy of enemy sensors.: Signal jammer replaced with Sensor scrambler ECM",.The variable power consumption is an quick and easy way to increase power demand when stress testing engines on an engine raft.
Adding a second sensor scrambler at 2km range, you need 1,800 power on the second scrambler to increase the total strength to 1000, and the accuracy to 57%.Ĭontrary to its description, it uses only engine-power, but does not use the AI's processing. to get 100 strength or 76% accuracy at 500m you need 125 power (due to falloff with range). Reason: " Examples no longer up-to-date, still using 1-0.9 for sensor accuracy" The Discussion page may contain suggestions. This article may need updating to the game's current version.
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