4570191 COVER-DUST Caterpillar parts
Rating:
Alternative (cross code) number:
CA4570191
457-0191
4570191
CA4570191
457-0191
4570191
Weight: 1 pounds 0 kg.
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![[Rear] Brake X Replacement Brake Rotors Kit | Aegis GEOMET Coated Disc Rotors | for 2003 Ford EXPLORER](http://c1.a2109.com/_150/aws_api/51k/51kb-/51kb-tbapwl.jpg)
[Rear] Brake X Replacement Brake Rotors Kit | Aegis GEOMET Coated Disc Rotors | for 2003 Ford EXPLORER
Brake X Get The Right Fit: The rear brake rotors kit are for 2003 EXPLORER Sport Trac Pickup AWD || 2 Piece Brake Rotors Kit Replacement: Each brake rotor kit comes with 2 rear brake rotors that are built to exceed OEM Specification using quality materials for performance and long term use. || Heavy Duty Construction: Our brake rotors kit is made using G3000 grade cast iron to offer just the right balance of performance, quality and affordability. It’s resistant to corrosion, built for OEM specifications, and can be installed without any modifications. || Smoothened and Balanced: Our rotors are double disc smoothened and mill balanced to help prevent cracking to build up. The Brake X Rotors kit are engineered to elevate your driving experience so that we back you up at your every turn. || Quality That Matters: Engineered in Canada for the toughest environments with exact or more vane counts to meet OEM Specifications. They are backed by our satisfaction guarantee for any manufacturing defects and that we have your back as go make every turns.
Brake X Get The Right Fit: The rear brake rotors kit are for 2003 EXPLORER Sport Trac Pickup AWD || 2 Piece Brake Rotors Kit Replacement: Each brake rotor kit comes with 2 rear brake rotors that are built to exceed OEM Specification using quality materials for performance and long term use. || Heavy Duty Construction: Our brake rotors kit is made using G3000 grade cast iron to offer just the right balance of performance, quality and affordability. It’s resistant to corrosion, built for OEM specifications, and can be installed without any modifications. || Smoothened and Balanced: Our rotors are double disc smoothened and mill balanced to help prevent cracking to build up. The Brake X Rotors kit are engineered to elevate your driving experience so that we back you up at your every turn. || Quality That Matters: Engineered in Canada for the toughest environments with exact or more vane counts to meet OEM Specifications. They are backed by our satisfaction guarantee for any manufacturing defects and that we have your back as go make every turns.
Number on catalog scheme:
8
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Information:
Guidance to 3D Lines
Horizontal guidance to a 3D line is given by default when the 3D line is first selected for a vertical guidance. In the cross-section view guidance screen, the selected alignment is drawn with a vertical red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width black tick mark, and the working alignment is drawn with a vertical red line.Illustration 6 shows a cross-section view guidance screen when a 3D line is selected for horizontal guidance and a horizontal offset has been applied.
Illustration 6 g01372485
Cross-section view of a 3D Lines design with a 3D line alignment selected and a horizontal offset applied (1) Working Alignment (2) Selected Alignment (3) Horizontal Offset (4) Design surfaceIn the plan view guidance screen, the selected alignment is drawn with a double-width red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width red line, and the working alignment is drawn with a double-width blue line.Illustration 7 shows a plan view guidance screen when a 3D line is selected for horizontal guidance.
Illustration 7 g01372488
Plan view of a road design with a 3D line alignment selected and a horizontal offset applied (1) Working Alignment (2) Selected Alignment (3) Horizontal Offset (4) Horizontal Offset Setting (Half Bucket Width)Sloping Surface Master Alignment
The master alignment of a sloping surface can be selected as a horizontal guidance line. The master alignment is alignment number "0".In the cross-section view guidance screen, the selected alignment is drawn with a vertical red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width black tick mark, and the working alignment is drawn with a vertical red line.Illustration 8 shows a cross-section view guidance screen when the master alignment is selected for horizontal guidance.
Illustration 8 g01372490
Cross-section view of a sloping surface with the master alignment selected for horizontal guidance (1) Selected AlignmentIn the plan view guidance screen, the selected alignment is drawn with a double-width red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width black line, and the working alignment is drawn with a double-width red line.Illustration 9 shows a plan view guidance screen when the master alignment is selected for horizontal guidance and a horizontal offset is applied.
Illustration 9 g01372492
Plan view of a road design with a horizontal offset applied (1) Selected AlignmentFor sloping surfaces that are defined by the 2 Points method, the direction of the master alignment is from the first point toward the second master alignment point. For sloping surfaces that are defined by the Point-and-Direction method, the direction of the master alignment is the direction specified.Plan Lines
You can select the following design features for horizontal guidance:
Design boundaries
Site map linework
Background plan lineworkMost designs have an associated boundary that can be graphically selected for horizontal guidance. A boundary indicates the extents of the vertical design data. Any line that appears in the site map or background plan can also be selected for horizontal guidance.Note: You cannot select design text
Horizontal guidance to a 3D line is given by default when the 3D line is first selected for a vertical guidance. In the cross-section view guidance screen, the selected alignment is drawn with a vertical red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width black tick mark, and the working alignment is drawn with a vertical red line.Illustration 6 shows a cross-section view guidance screen when a 3D line is selected for horizontal guidance and a horizontal offset has been applied.
Illustration 6 g01372485
Cross-section view of a 3D Lines design with a 3D line alignment selected and a horizontal offset applied (1) Working Alignment (2) Selected Alignment (3) Horizontal Offset (4) Design surfaceIn the plan view guidance screen, the selected alignment is drawn with a double-width red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width red line, and the working alignment is drawn with a double-width blue line.Illustration 7 shows a plan view guidance screen when a 3D line is selected for horizontal guidance.
Illustration 7 g01372488
Plan view of a road design with a 3D line alignment selected and a horizontal offset applied (1) Working Alignment (2) Selected Alignment (3) Horizontal Offset (4) Horizontal Offset Setting (Half Bucket Width)Sloping Surface Master Alignment
The master alignment of a sloping surface can be selected as a horizontal guidance line. The master alignment is alignment number "0".In the cross-section view guidance screen, the selected alignment is drawn with a vertical red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width black tick mark, and the working alignment is drawn with a vertical red line.Illustration 8 shows a cross-section view guidance screen when the master alignment is selected for horizontal guidance.
Illustration 8 g01372490
Cross-section view of a sloping surface with the master alignment selected for horizontal guidance (1) Selected AlignmentIn the plan view guidance screen, the selected alignment is drawn with a double-width red line. If a horizontal offset is applied, the selected alignment is drawn with a double-width black line, and the working alignment is drawn with a double-width red line.Illustration 9 shows a plan view guidance screen when the master alignment is selected for horizontal guidance and a horizontal offset is applied.
Illustration 9 g01372492
Plan view of a road design with a horizontal offset applied (1) Selected AlignmentFor sloping surfaces that are defined by the 2 Points method, the direction of the master alignment is from the first point toward the second master alignment point. For sloping surfaces that are defined by the Point-and-Direction method, the direction of the master alignment is the direction specified.Plan Lines
You can select the following design features for horizontal guidance:
Design boundaries
Site map linework
Background plan lineworkMost designs have an associated boundary that can be graphically selected for horizontal guidance. A boundary indicates the extents of the vertical design data. Any line that appears in the site map or background plan can also be selected for horizontal guidance.Note: You cannot select design text
Caterpillar parts catalog:
Parts cover Caterpillar catalog:
4565282
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