Slipper Spring - WIG4 - 1750 Lbs - 4 Leaf - 30-1/4 Inches Long - 1-3/4 Inches Wide - 9/16 Inch Eye Diameter - Nylon Bushing
Slipper Spring - WIG4 - 1750 Lbs - 4 Leaf - 30-1/4 Inches Long - 1-3/4 Inches Wide - 9/16 Inch Eye Diameter - Nylon Bushing
Attention Customers:
The items we have listed for pop up campers are the only items we have available. We are not able to special order any items at this time, and we are unable to provide technical assistance due to high order volume. Thank you for your understanding.
Slipper Spring - WIG4 - 1750 Lbs - 4 Leaf - 30-1/4 Inches Long - 1-3/4 Inches Wide - 9/16 Inch Eye Diameter - Nylon Bushing
This 4-leaf slipper spring is 30-1/4" long x 1-3/4" wide. It is designed for use on trailers with 3,500-lb axles.
Features:
- Flexes to absorb road shock and provide smooth ride
- Reduces wear and tear on trailer
- Ensures level ride on bumpy and uneven surfaces
- Mounts to trailer frame with hangers or a hanger kit (sold separately)
- Includes nylon bushing
Specs:
- Number of leaves: 4
- Spring width: 1-3/4"
- Eye diameter: 9/16"
- Spring capacity: 1,750 lbs
- Axle capacity: 3,500 lbs
- Dimensions: see table
| Part Number | A | B | C | D |
|---|---|---|---|---|
| WIG4 | 30-1/4" | 27-3/8" | 4-1/2" | 13-1/2" |
Leaf springs are an integral part of your trailer suspension system. The slipper spring is suspended at one end by a hanger that attaches to the eye. The other end slips into a hanger or, in the case of tandem-axle or triple-axle systems, into an equalizer. To determine the type of hangers or hanger kit you need, you must know the specific type of leaf spring you have, as well as your axle diameter and capacity. Depending on the hanger kits used with them, springs can be configured to work for single-, tandem- or triple-axle applications.
Please Note: To ensure proper axle alignment and suspension performance, leaf springs should always be replaced in pairs.
Prop. 65 Warning for California Residents
WARNING: This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.
