2891824 ENGINE AR-COMPLETE Caterpillar parts
C13
Rating:
Alternative (cross code) number:
CA2891824
289-1824
2891824
CA2891824
289-1824
2891824
TRUCK ENGINE,
Compatible equipment models: 2891824:
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Installation
For more information regarding the installation of the Proximity Awareness onboard, refer to Special Instruction, REHS5587, "Installation Instructions for Detect Proximity Awareness".On-board Software - Positioning Basics
The on-board software uses Global Navigation Satellite System (GNSS) technology. This technology is combined with hardware and software components to enable operators to achieve maximum results when performing earthmoving tasks.Global Navigation Satellite System
The Global Navigation Satellite System (GNSS) is a network of satellite systems that transmit ranging signals to satellite receivers. These ranging signals are used to calculate longitude, latitude, and altitude for positioning and navigation. Calculations can be performed on land, in the air, or at sea anywhere on the planet. The satellite receiver is one example of a satellite network within GNSS. Other examples include the Russian GLObal NAvigation Satellite System (GLONASS) and the upcoming European Galileo system.The satellite receiver was developed by the United States Department of Defense in the 1980's to provide navigation capabilities for military forces. The government allowed the general public to use the system technology in 1993.GPS Network
The GPS network consists of a constellation of 24 primary satellites. The satellites are orbiting the earth two times per day at an altitude of 18,000 km (11,185 miles) above the surface of the earth. The system provides cost-free, three-dimensional positioning information to satellite receivers 24 hours per day around the planet.In general terms, a satellite receiver computes its position using radio signals that are being received from the GPS constellation. The satellites continuously broadcast the signals to the earth. The signals include both the position of the satellite and the time that the position information was computed. Because GPS satellites are equipped with four atomic clocks, the time that is being sent is highly accurate to within a billionth of a second.Satellite receivers on the earth take this information from the satellites and use the information for calculating a position on the planet. This calculation is based on the travel time of the signal and the speed of light (speed of the signal). The receiver compares an internal time with the time that is sent by the satellite and then uses the difference between the two times for calculating a distance from the satellite. In order for a satellite receiver to determine a location, the receiver must be receiving and processing radio signals simultaneously from at least four satellites. The formation of the constellation ensures that (under ideal conditions) every point on the planet will always be in radio contact with at least four satellites.As a broadcast only radio system, GPS supports an unlimited number of users. The broadcast frequencies penetrate through clouds and rain. The GPS can accurately guide operations in fog, dust, or at night.There are different levels of precision and accuracy that are available from the GPS. These levels depend on the satellite receiver and the type of method that is used for calculating the measurement.Levels of Position Accuracy
Illustration 9 g03393627
Levels of position accuracyThe four basic levels of position accuracy include: (46) Autonomous (lowest precision) -
For more information regarding the installation of the Proximity Awareness onboard, refer to Special Instruction, REHS5587, "Installation Instructions for Detect Proximity Awareness".On-board Software - Positioning Basics
The on-board software uses Global Navigation Satellite System (GNSS) technology. This technology is combined with hardware and software components to enable operators to achieve maximum results when performing earthmoving tasks.Global Navigation Satellite System
The Global Navigation Satellite System (GNSS) is a network of satellite systems that transmit ranging signals to satellite receivers. These ranging signals are used to calculate longitude, latitude, and altitude for positioning and navigation. Calculations can be performed on land, in the air, or at sea anywhere on the planet. The satellite receiver is one example of a satellite network within GNSS. Other examples include the Russian GLObal NAvigation Satellite System (GLONASS) and the upcoming European Galileo system.The satellite receiver was developed by the United States Department of Defense in the 1980's to provide navigation capabilities for military forces. The government allowed the general public to use the system technology in 1993.GPS Network
The GPS network consists of a constellation of 24 primary satellites. The satellites are orbiting the earth two times per day at an altitude of 18,000 km (11,185 miles) above the surface of the earth. The system provides cost-free, three-dimensional positioning information to satellite receivers 24 hours per day around the planet.In general terms, a satellite receiver computes its position using radio signals that are being received from the GPS constellation. The satellites continuously broadcast the signals to the earth. The signals include both the position of the satellite and the time that the position information was computed. Because GPS satellites are equipped with four atomic clocks, the time that is being sent is highly accurate to within a billionth of a second.Satellite receivers on the earth take this information from the satellites and use the information for calculating a position on the planet. This calculation is based on the travel time of the signal and the speed of light (speed of the signal). The receiver compares an internal time with the time that is sent by the satellite and then uses the difference between the two times for calculating a distance from the satellite. In order for a satellite receiver to determine a location, the receiver must be receiving and processing radio signals simultaneously from at least four satellites. The formation of the constellation ensures that (under ideal conditions) every point on the planet will always be in radio contact with at least four satellites.As a broadcast only radio system, GPS supports an unlimited number of users. The broadcast frequencies penetrate through clouds and rain. The GPS can accurately guide operations in fog, dust, or at night.There are different levels of precision and accuracy that are available from the GPS. These levels depend on the satellite receiver and the type of method that is used for calculating the measurement.Levels of Position Accuracy
Illustration 9 g03393627
Levels of position accuracyThe four basic levels of position accuracy include: (46) Autonomous (lowest precision) -