4287912 GLASS Caterpillar parts
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Alternative (cross code) number:
CA4287912
428-7912
4287912
CA4287912
428-7912
4287912
Weight: 8 pounds 3 kg.
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4287912 Cabin Glass
Generic Perfect Compatibility: Precision-engineered for a seamless fit with Caterpillar models, eliminating adjustments and simplifying the installation process. || Enhanced Operator Safety and Comfort: Features UV protection, anti-glare coating, and heat resistance to reduce strain and provide a secure and comfortable working environment. || Exceptional Durability: Made from high-strength tempered glass, it withstands impacts, scratches, and extreme weather conditions, ensuring long-lasting performance in demanding environments.
Generic Perfect Compatibility: Precision-engineered for a seamless fit with Caterpillar models, eliminating adjustments and simplifying the installation process. || Enhanced Operator Safety and Comfort: Features UV protection, anti-glare coating, and heat resistance to reduce strain and provide a secure and comfortable working environment. || Exceptional Durability: Made from high-strength tempered glass, it withstands impacts, scratches, and extreme weather conditions, ensuring long-lasting performance in demanding environments.
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2024-11-21
2024-11-08
2021-07-27
2020-10-14
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Configuring Auxiliary Hydraulic Control
When the machine is shipped from the factory with an attachment implement installed, the implement is assigned to a factory default auxiliary control lever and auxiliary valve. The Implement ECM can be electronically configured to allow any auxiliary control lever that is installed on the machine to control any auxiliary hydraulic valve that is installed on the machine. The electronic assignment of specific control levers to control specific valves can be accomplished using the Caterpillar Electronic Technician (Cat ET) service tool.For the procedure of assigning specific control levers to specific valves and a table of the factory default assignments, refer to Testing and Adjusting, "Auxiliary Hydraulic System - Configure" in this manual.Blade Down Force Control Function
Note: The blade down force system is only available on the 16M Motor Grader.
Illustration 10 g01469748
Blade Down Force System Circuit connections
The blade down force system works along with the blade float function to allow the operator to determine how much down force will be applied to the left side of the blade or the right side of the blade.The blade down force that is applied to the working surface can be adjusted from a "zero blade float" condition (no down force) to a "full blade float" condition (maximum down force). The maximum down force will allow the full weight of the blade to be applied to the work surface.The Implement ECM and the "Implement ECM 2" control the blade down force system. The Implement ECM receives the input from the operator controls in the cab. The "Implement ECM 2" provides the outputs for the system solenoids.The blade constant down force feature must be installed in the Cat ET "Status" screen in order for the system to be activated by the ECM.The following conditions must be correct before the Implement ECM will activate the blade down force system:
The engine is running.
No diagnostic codes are active for any of the blade down force system componentsOnce the machine conditions are correct and the ECM detects that the blade constant down force enable switch is moved to the ON position, the left joystick blade lift control or the "right" joystick blade lift control must be moved forward past the detent float position. When the ECM detects that the joystick has moved to the detent position, the ECM will activate the down force system. Once the down force function is activated, the joystick can be moved to another position and the down force system will remain active.If the blade float mode is active when the blade constant down force enable switch is moved to the ON position, the ECM will activate the down force system without the joystick having to be moved to the detent position.When the Implement ECM has activated the blade down force system, the ECM will turn ON the sinking output for the blade constant down force enable indicator in order to indicate that the system is enabled. The blade constant down force enable indicator is located in the enable switch. The blade
When the machine is shipped from the factory with an attachment implement installed, the implement is assigned to a factory default auxiliary control lever and auxiliary valve. The Implement ECM can be electronically configured to allow any auxiliary control lever that is installed on the machine to control any auxiliary hydraulic valve that is installed on the machine. The electronic assignment of specific control levers to control specific valves can be accomplished using the Caterpillar Electronic Technician (Cat ET) service tool.For the procedure of assigning specific control levers to specific valves and a table of the factory default assignments, refer to Testing and Adjusting, "Auxiliary Hydraulic System - Configure" in this manual.Blade Down Force Control Function
Note: The blade down force system is only available on the 16M Motor Grader.
Illustration 10 g01469748
Blade Down Force System Circuit connections
The blade down force system works along with the blade float function to allow the operator to determine how much down force will be applied to the left side of the blade or the right side of the blade.The blade down force that is applied to the working surface can be adjusted from a "zero blade float" condition (no down force) to a "full blade float" condition (maximum down force). The maximum down force will allow the full weight of the blade to be applied to the work surface.The Implement ECM and the "Implement ECM 2" control the blade down force system. The Implement ECM receives the input from the operator controls in the cab. The "Implement ECM 2" provides the outputs for the system solenoids.The blade constant down force feature must be installed in the Cat ET "Status" screen in order for the system to be activated by the ECM.The following conditions must be correct before the Implement ECM will activate the blade down force system:
The engine is running.
No diagnostic codes are active for any of the blade down force system componentsOnce the machine conditions are correct and the ECM detects that the blade constant down force enable switch is moved to the ON position, the left joystick blade lift control or the "right" joystick blade lift control must be moved forward past the detent float position. When the ECM detects that the joystick has moved to the detent position, the ECM will activate the down force system. Once the down force function is activated, the joystick can be moved to another position and the down force system will remain active.If the blade float mode is active when the blade constant down force enable switch is moved to the ON position, the ECM will activate the down force system without the joystick having to be moved to the detent position.When the Implement ECM has activated the blade down force system, the ECM will turn ON the sinking output for the blade constant down force enable indicator in order to indicate that the system is enabled. The blade constant down force enable indicator is located in the enable switch. The blade
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