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ACDelco 530-133 | Front Shock Absorber

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$52.99
Part Number
ACD530-133
UPC:
21625375458
Condition:
New
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ACDelco Professional Premium Gas Charged Shocks are twin-tube passive replacement shocks for passenger cars, vans, SUVs, and light trucks. These shocks have a high pressure nitrogen gas charge along with chrome finished piston rods and drawn over mandrel (DOM) pressure cylinders. For additional ride support, ACDelco Professional Premium Gas Charged Shocks utilize premium Road Response Valving Technology that automatically adjusts to provide comfort and extra control by responding to changing road conditions during normal driving situations, and improved handling under extreme road conditions. ⚠ WARNING: Cancer and Reproductive Harm - https://www.P65Warnings.ca.gov

BRAND: ACDelco

FEATURES:

  • A hardened, chromed piston rod with micro cracks provides an ultra-smooth, self-lubricating, corrosion- and scratch-resistant surface, helping increase seal life
  • absorbers;shocks;absorbor;suspension;spring;shock-absorber;damping;twin-tube;rear;front;back;gas-charged;acceleration;sensitive;monotube;mono-tube;hydro-pneumatic;load-adjusting;coil-overs;coil;coil-over
  • Chevrolet;GMC
  • Drawn over mandrel (DOM) pressure cylinder for high quality sealing properties and reduced internal friction to assist with longer product life
  • Full perimeter, multi-lip, piston rod seal is permanently lubricated and helps keep dirt and contaminates from reaching the interior of the rod
  • Gas charged for reduced fluid aeration, which can result in better response, less foaming, and more consistent control than non-gas charged shocks
  • Infinitely variable damping for on-demand control on all road conditions
  • O-ring hydraulic piston seal resulting in minimized piston blow-by and consistent control
  • Premium Gas Charged Front Shock Absorber
  • Valve design performance that is independent of ride height reduces the potentially negative effects of vehicle loads or weak spring conditions

SPECIFICS:

FAQ - Answer 1Yes, though shocks and struts perform a similar function, they vary greatly in their design. Struts are an integral part of a vehicle's suspension system, providing structural support for the vehicle and, as such, are a safety subsystem. Shocks work separately from any structural function, simply absorbing and damping the bumps from the road.
FAQ - Answer 2Yes, all shocks and struts use hydraulic fluid (oil) to control damping. A gas charged shock or strut uses high-pressure nitrogen gas to reduce oil foaming during high-speed damping, and therefore maintains performance.
FAQ - Answer 3Yes, it is possible to do a quick check at home for wear on your vehicle's shocks or struts. You can look for any physical damage to the shock or strut housing or any leaking - this is especially common on rear units that tend to have stones kicked up by the front wheels. You can also perform a bounce test by taking each corner of the vehicle and pushing down hard. The corner should drop, rise and settle again. If the body continues to move up and down, there's a good chance your shocks need to be replaced. Though these home tests can indicate worn shocks or struts, it is also recommended that you take your vehicle to a qualified service technician and let them do a thorough inspection every 12 months or 12,000 miles.
FAQ - Answer 4Yes, if you are replacing your vehicle's struts. However, it is not necessary to get your vehicle aligned when replacing your vehicle's shocks unless there was or is a previous issue.
FAQ - Answer 5Yes, it is important to choose the correct shock or strut for your vehicle model and year, as well as for the location in the vehicle.
FAQ - Question 1Is there a difference between a shock and a strut?
FAQ - Question 2Do gas charged shocks or struts contain oil?
FAQ - Question 3Can I check my vehicle's shocks for wear?
FAQ - Question 4Should I have my vehicle aligned after replacing my shocks or struts?
FAQ - Question 5Do I need different shocks for front, rear, left, or right applications?
Fully Open Length (in)14.98 in
Fully Open Length (mm)380.492 mm
Good Maintenance Practices - Section 1 - Bullet 1Brakes
Good Maintenance Practices - Section 1 - Bullet 2Tie rods
Good Maintenance Practices - Section 1 - Bullet 3Ball joints
Good Maintenance Practices - Section 1 - Bullet 4Tires
Good Maintenance Practices - Section 1 - HeaderYour vehicle's shocks and struts slowly deteriorate over time, though this wear is normally difficult to detect. To maximize your vehicle's ride comfort and safety, it is recommended to replace your vehicle's shocks and struts every 50,000 miles. Worn shocks and struts can also cause additional wear to other vehicle components. Affected components include:
Good Maintenance Practices - Section 2 - Bullet 1Leaking oil or wetness along the body of the shock or strut.
Good Maintenance Practices - Section 2 - Bullet 2Broken mounts, worn or missing bushings.
Good Maintenance Practices - Section 2 - Bullet 3Broken, damaged, or missing mounting hardware.
Good Maintenance Practices - Section 2 - Bullet 4Severely dented reservoir tube, bent or scratched piston rod.
Good Maintenance Practices - Section 2 - Bullet 5Cupped tire wear.
Good Maintenance Practices - Section 2 - Bullet 6Damaged strut body springs, seats, and bushings.
Good Maintenance Practices - Section 2 - Bullet 7Defective strut bearing or missing plate.
Good Maintenance Practices - Section 2 - HeaderTo inspect your shocks and struts to gauge wear, check for:
Mounting Hardware IncludedNo
Programming RequiredNo
Signs of Wear & Troubleshooting - Section 1 - Bullet 1There is excessive nose dive while braking
Signs of Wear & Troubleshooting - Section 1 - Bullet 2Your vehicle has 'acceleration squat'
Signs of Wear & Troubleshooting - Section 1 - Bullet 3Your vehicle does not return to a neutral position
Signs of Wear & Troubleshooting - Section 1 - Bullet 4Your steering pulls
Signs of Wear & Troubleshooting - Section 1 - Bullet 5There is a strut mount or bearing noise
Signs of Wear & Troubleshooting - Section 2 - Bullet 1Your ride is harsh, bumpy or shaky
Signs of Wear & Troubleshooting - Section 2 - Bullet 2Your vehicle bounces excessively
Signs of Wear & Troubleshooting - Section 2 - Bullet 3Your vehicle veers in side winds
Signs of Wear & Troubleshooting - Section 2 - Bullet 4Your vehicle leans or sways while turning
Signs of Wear & Troubleshooting - Section 2 - Bullet 5Your vehicle bounces excessively after hitting a bump
Signs of Wear & Troubleshooting - Section 2 - Bullet 6Your vehicle bottoms out
Signs of Wear & Troubleshooting - Section 2 - HeaderIt could be time to replace your shocks or struts if, when driving on a surface with bumps and/or dips:
Signs of Wear & Troubleshooting - Section 3 - Bullet 1If your vehicle's height seems lower than normal when measured
Signs of Wear & Troubleshooting - Section 3 - Bullet 2If you notice fluid leakage from your vehicle's shocks or struts
Signs of Wear & Troubleshooting - Section 3 - Bullet 3If your vehicle's shocks or struts have dented or heavily scratched housings or mounts
Signs of Wear & Troubleshooting - Section 3 - HeaderUneven patches of wear on the edges of your tire can be a sign of weak ride control (shocks or struts). This wear, called cupping, appears as scalloped dips around the surface of the tread. Other signs it could be time to replace your shocks or struts include:

APPLICATIONS:

  • 1967-1974 GMC P15/P1500 Van - Position: Front
  • 1988-1991 Chevrolet C3500 - Position: Front
    • Exc. HD Solid Front Axle
  • 1967-1974 GMC C25/C2500 Pickup - Position: Front
  • 1975-1978 GMC C25 Suburban - Position: Front
  • 1963-1974 Chevrolet C10 Pickup - Position: Front
  • 1968-1974 Chevrolet P30 Van - Position: Front
    • Cutaway Chassis
  • 1975-1978 GMC C35 - Position: Front
  • 1987-1991 GMC R1500 Suburban - Position: Front
  • 1987-1991 GMC R3500 - Position: Front
  • 1989-1989 Chevrolet R2500 - Position: Front
  • 1968-1974 GMC P25/P2500 Van - Position: Front
  • 1975-1978 GMC C15 Suburban - Position: Front
  • 1970-1974 GMC Jimmy - Position: Front
    • RWD
  • 1987-1989 GMC R2500 - Position: Front
    • Exc. Crew Cab & Bonus Cab
  • 1967-1974 GMC C35/C3500 Pickup - Position: Front
  • 1968-1986 Chevrolet C20 Suburban - Position: Front
  • 1966-1966 GMC 2500 - Position: Front
  • 1975-1980 Chevrolet P10 - Position: Front
  • 1968-1974 GMC C25/C2500 Suburban - Position: Front
  • 1973-1974 GMC P35/P3500 Van - Position: Front
    • Cutaway Chassis
  • 1987-1988 Chevrolet R10 Suburban - Position: Front
  • 1987-1991 GMC R2500 Suburban - Position: Front
  • 1979-1980 GMC P1500 - Position: Front
  • 1979-1986 GMC C1500 Suburban - Position: Front
  • 1989-1989 Chevrolet R3500 - Position: Front
  • 1963-1974 Chevrolet C30 Pickup - Position: Front
  • 1968-1974 GMC C15/C1500 Suburban - Position: Front
  • 1989-1991 Chevrolet R2500 Suburban - Position: Front
  • 1975-1984 GMC Jimmy - Position: Front
  • 1975-1990 Chevrolet P30 - Position: Front
    • Cutaway Chassis
  • 1979-1986 GMC C1500 - Position: Front
  • 1975-1984 Chevrolet K5 Blazer - Position: Front
  • 1975-1978 GMC P15 - Position: Front
  • 1967-1986 Chevrolet C10 Suburban - Position: Front
  • 1975-1986 Chevrolet C20 - Position: Front
  • 1987-1988 Chevrolet R20 Suburban - Position: Front
  • 1987-1988 Chevrolet R30 - Position: Front
  • 1975-1978 GMC P25 - Position: Front
  • 1963-1965 GMC 1500 Series - Position: Front
  • 1967-1974 GMC C15/C1500 Pickup - Position: Front
  • 1975-1978 GMC C25 - Position: Front
  • 1968-1974 Chevrolet P20 Van - Position: Front
  • 1988-1990 GMC C3500 - Position: Front
    • Exc. HD Solid Front Axle
  • 1979-1986 GMC C2500 - Position: Front
  • 1975-1986 Chevrolet C10 - Position: Front
  • 1963-1965 GMC PB1000 Series - Position: Front
  • 1989-1991 Chevrolet R1500 Suburban - Position: Front
  • 1979-1986 GMC C2500 Suburban - Position: Front
  • 1975-1978 GMC P35 - Position: Front
    • Cutaway Chassis
  • 1966-1966 GMC 1500 - Position: Front
  • 1968-1974 Chevrolet P10 Van - Position: Front
  • 1975-1978 GMC C15 - Position: Front
  • 1987-1987 Chevrolet R10 - Position: Front
  • 1987-1987 GMC R1500 - Position: Front
  • 1975-1986 Chevrolet C30 - Position: Front
  • 1979-1990 GMC P3500 - Position: Front
    • Cutaway Chassis
  • 1963-1967 Chevrolet P10 Series - Position: Front
  • 1969-1974 Chevrolet Blazer - Position: Front
    • RWD
  • 1987-1988 Chevrolet R20 - Position: Front
  • 1979-1989 GMC P2500 - Position: Front
  • 1963-1974 Chevrolet C20 Pickup - Position: Front
  • 1968-1972 GMC P35/P3500 Van - Position: Front
  • 1963-1966 Chevrolet Suburban - Position: Front
  • 1975-1989 Chevrolet P20 - Position: Front
  • 1963-1965 GMC 1000 Series - Position: Front
  • 1966-1966 GMC 1000 - Position: Front

Product type:
Aftermarket
Product Description:
Premium Gas Charged Front Shock Absorber
Mounting Hardware Included:
No
Programming Required:
No
Adjustable:
No
Body Diameter (Inch):
2.19
Shock Absorber Rod End Measuring Point:
Center Eye
Lower Mount Type:
Eyelet
Upper Mount Type:
Eyelet
Coil Over Springs Included:
No
Travel Length (Inch):
5.03
Compressed Length (Inch):
9.95
Gas Charged:
Yes
Boot Included:
Yes
Dust Shield:
Yes
Shock Absorber Body End Measuring Point:
Center Eye
Hazardous Material:
No
Minimum Order Quantity:
1
Features & Benefits - Bullet 2:
Drawn over mandrel (DOM) pressure cylinder for high quality sealing properties and reduced internal friction to assist with longer product life
Features & Benefits - Bullet 4:
Full perimeter, multi-lip, piston rod seal is permanently lubricated and helps keep dirt and contaminates from reaching the interior of the rod
Features & Benefits - Bullet 3:
Gas charged for reduced fluid aeration, which can result in better response, less foaming, and more consistent control than non-gas charged shocks
Life Cycle Status:
Announced
Features & Benefits - Bullet 1:
A hardened, chromed piston rod with micro cracks provides an ultra-smooth, self-lubricating, corrosion- and scratch-resistant surface, helping increase seal life
Life Cycle Status Description:
Announced - Part has been announced to customers on a paper “New Number Announcement”. Part is active.
Signs of Wear & Troubleshooting - Section 1 - Bull:
Your vehicle has 'acceleration squat'
Item Level GTIN:
00021625375458
Signs of Wear & Troubleshooting - Section 1 - Bull:
There is excessive nose dive while braking
Signs of Wear & Troubleshooting - Section 1 - Bull:
Your vehicle does not return to a neutral position
Signs of Wear & Troubleshooting - Section 1 - Bull:
There is a strut mount or bearing noise
Signs of Wear & Troubleshooting - Section 1 - Bull:
Your steering pulls
FAQ - Question 4:
Should I have my vehicle aligned after replacing my shocks or struts?
FAQ - Answer 2:
Yes, all shocks and struts use hydraulic fluid (oil) to control damping. A gas charged shock or strut uses high-pressure nitrogen gas to reduce oil foaming during high-speed damping, and therefore maintains performance.
FAQ - Question 3:
Can I check my vehicle's shocks for wear?
FAQ - Question 1:
Is there a difference between a shock and a strut?
Features & Benefits - Bullet 7:
Valve design performance that is independent of ride height reduces the potentially negative effects of vehicle loads or weak spring conditions
FAQ - Answer 5:
Yes, it is important to choose the correct shock or strut for your vehicle model and year, as well as for the location in the vehicle.
Features & Benefits - Bullet 6:
Infinitely variable damping for on-demand control on all road conditions
FAQ - Question 2:
Do gas charged shocks or struts contain oil?
Features & Benefits - Bullet 5:
O-ring hydraulic piston seal resulting in minimized piston blow-by and consistent control
FAQ - Question 5:
Do I need different shocks for front, rear, left, or right applications?
FAQ - Answer 4:
Yes, if you are replacing your vehicle's struts. However, it is not necessary to get your vehicle aligned when replacing your vehicle's shocks unless there was or is a previous issue.
Good Maintenance Practices - Section 1 - Bullet 1:
Brakes
Good Maintenance Practices - Section 1 - Bullet 2:
Tie rods
Good Maintenance Practices - Section 1 - Bullet 3:
Ball joints
Good Maintenance Practices - Section 1 - Bullet 4:
Tires
Good Maintenance Practices - Section 2 - Bullet 1:
Leaking oil or wetness along the body of the shock or strut.
Good Maintenance Practices - Section 2 - Bullet 2:
Broken mounts, worn or missing bushings.
Good Maintenance Practices - Section 2 - Bullet 3:
Broken, damaged, or missing mounting hardware.
Good Maintenance Practices - Section 2 - Bullet 4:
Severely dented reservoir tube, bent or scratched piston rod.
Good Maintenance Practices - Section 2 - Bullet 5:
Cupped tire wear.
Signs of Wear & Troubleshooting - Section 2 - Bull:
Your vehicle veers in side winds
Signs of Wear & Troubleshooting - Section 2 - Bull:
Your vehicle leans or sways while turning
Signs of Wear & Troubleshooting - Section 2 - Bull:
Your vehicle bounces excessively after hitting a bump
Signs of Wear & Troubleshooting - Section 2 - Bull:
Your vehicle bounces excessively
Signs of Wear & Troubleshooting - Section 2 - Bull:
Your vehicle bottoms out
Signs of Wear & Troubleshooting - Section 2 - Bull:
Your ride is harsh, bumpy or shaky
Signs of Wear & Troubleshooting - Section 2 - Head:
It could be time to replace your shocks or struts if, when driving on a surface with bumps and/or dips:
Signs of Wear & Troubleshooting - Section 3 - Bull:
If your vehicle's shocks or struts have dented or heavily scratched housings or mounts
Signs of Wear & Troubleshooting - Section 3 - Bull:
If your vehicle's height seems lower than normal when measured
Signs of Wear & Troubleshooting - Section 3 - Bull:
If you notice fluid leakage from your vehicle's shocks or struts
Good Maintenance Practices - Section 2 - Header:
To inspect your shocks and struts to gauge wear, check for:
Good Maintenance Practices - Section 2 - Bullet 7:
Defective strut bearing or missing plate.
Good Maintenance Practices - Section 2 - Bullet 6:
Damaged strut body springs, seats, and bushings.
Body Diameter (Millimeter):
55.62
Compressed Length (Millimeter):
252.73
Fully Open Length (in):
14.98 in
Shock Stroke (Millimeter):
127.76
Fully Open Length (mm):
380.492 mm
Travel Length (Millimeter):
127.76
Country of Origin:
Mexico
Weight - Each (Gross Pounds):
04.72
Weight - Case (Gross Pounds):
18.88
Height - Each (Inch):
03.20
Height - Case (Inch):
08.10
Length - Each (Inch):
19.90
Length - Case (Inch):
21.40
Width - Each (Inch):
04.00
Width - Case (Inch):
06.70



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