The Ultimate Guide to Attwood SL33-40 Gas Springs: Everything You Need to Know
Gas springs, particularly the Attwood SL33-40 series, are essential components for various applications in marine and automotive settings. Known for their reliability and performance, these gas springs offer the perfect blend of strength and functionality. In this guide, we’ll explore everything you need to know about the SL33-40 gas springs, including their specifications, applications, and advantages over competitors.
Comparison Table of Attwood SL33-40 Gas Springs
Model | Extended Length | Compressed Length | Force (lbs) | End Type | Rod Diameter | Cylinder Diameter | Application |
---|---|---|---|---|---|---|---|
SL33-40-1 | 15 inches | 9.5 inches | 40 | 3/8″ Ball Socket | 5/16″ | 3/4″ | Marine hatch lift |
SL33-40-5 | 15 inches | 9.5 inches | 40 | Ni-Slide | 5/16″ | 3/4″ | Cabin doors, storage compartments |
SL33-40-2 | 15 inches | 9.5 inches | 40 | 3/8″ Ball Socket | 5/16″ | 3/4″ | General purpose lifting |
Overview of Attwood SL33-40 Gas Springs
The Attwood SL33-40 gas springs are designed primarily for marine applications. They provide reliable support for hatches, lids, and other movable parts. Each spring is engineered to deliver consistent performance, ensuring that your equipment operates smoothly and efficiently. At a pressure of 40 psi, these springs are capable of handling a variety of loads, making them a versatile choice for numerous applications.
Key Features of SL33-40 Gas Springs
Strength and Durability
One of the standout features of the SL33-40 series is its ability to withstand harsh marine environments. Unlike traditional springs, these gas springs are made with high-quality materials that resist rust and corrosion, making them an ideal choice for boats and other watercraft.
Easy Installation
The SL33-40 gas springs come with 3/8″ ball socket type ends, which allow for straightforward installation. You can easily replace old springs without requiring special tools or extensive modifications to your setup.
Compact Design
With an extended length of 15 inches and a compressed length of 9.5 inches, the SL33-40 gas springs are compact enough to fit in tight spaces while still providing the necessary lifting force.
Applications of SL33-40 Gas Springs
Marine Applications
The most common use of the SL33-40 gas springs is in marine environments. You can find them in various applications, such as:
- Hatch Lifts: Assisting in the smooth opening and closing of hatches.
- Storage Compartments: Facilitating easy access to storage areas on boats.
- Cabin Doors: Helping cabin doors stay open without the need for additional supports.
Automotive Applications
Though primarily designed for marine use, the SL33-40 gas springs can also be utilized in automotive settings, such as:
- Trunk Lifts: Assisting in the automatic lifting of vehicle trunks.
- Hood Supports: Providing reliable support for vehicle hoods.
General Purpose
These gas springs can also be used in various other applications where lifting assistance is required, such as:
- Furniture: Supporting lifting mechanisms in storage benches and cabinets.
- Industrial Equipment: Assisting in the operation of machinery and equipment.
Technical Specifications of SL33-40 Gas Springs
Feature | Specification |
---|---|
Extended Length | 15 inches |
Compressed Length | 9.5 inches |
Pressure | 40 psi |
Rod Diameter | 5/16 inches |
Cylinder Diameter | 3/4 inches |
End Type | 3/8″ Ball Socket |
Material | Steel with corrosion resistance |
Advantages of Choosing Attwood SL33-40 Gas Springs
Cost-Effectiveness
The SL33-40 series offers one of the best low-cost solutions in the market, especially when compared to stainless steel alternatives. This makes it accessible for both DIY enthusiasts and professional users.
Versatility Across Applications
As mentioned, the SL33-40 gas springs can be utilized in various settings, providing versatility that is often lacking in other similar products. This makes them a go-to choice for many applications.
Proven Reliability
With a history of reliable performance, the Attwood brand is recognized in the marine industry. Their gas springs have been tested and proven under various conditions, making them a trusted choice for many users.
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Conclusion
The Attwood SL33-40 gas springs are a reliable and versatile choice for anyone in need of lifting support. With their durable design, easy installation process, and cost-effectiveness, they stand out among competitors. Whether you are outfitting a boat or working on an automotive project, these gas springs will provide the performance you need.
FAQ
What are SL33-40 gas springs used for?
The SL33-40 gas springs are primarily used in marine applications for supporting hatches, doors, and storage compartments. They can also be used in automotive settings for trunk and hood supports.
How do I install SL33-40 gas springs?
Installation is straightforward, as these springs come with 3/8″ ball socket type ends. Simply remove the old springs and replace them with the new ones using standard tools.
What is the pressure rating of SL33-40 gas springs?
The SL33-40 gas springs are rated at 40 psi, making them suitable for a variety of lifting applications.
Are SL33-40 gas springs resistant to corrosion?
Yes, these gas springs are designed for marine environments and are made with materials that resist rust and corrosion.
Can SL33-40 gas springs be used for automotive applications?
Absolutely! While they are primarily designed for marine use, SL33-40 gas springs can also be utilized in automotive applications like trunk lifts and hood supports.
What is the extended length of SL33-40 gas springs?
The SL33-40 gas springs have an extended length of 15 inches.
What is the compressed length of SL33-40 gas springs?
The compressed length of the SL33-40 gas springs is 9.5 inches.
Where can I buy SL33-40 gas springs?
You can purchase SL33-40 gas springs from various online retailers, including www.backtoboating.com, www.radwell.com, and maxmarineoutlet.com.
What are the benefits of using gas springs over traditional springs?
Gas springs provide smoother operation, consistent force, and are generally more compact and lightweight compared to traditional mechanical springs.
How do I know which gas spring is right for my application?
Consider the weight of the object you need to lift, the space available for installation, and whether corrosion resistance is necessary (especially for marine applications).