Everything you need to know about Hydraulic Doors for Aviation, Agriculture, Industrial & Architectural use

How’s it Hanging... Hydroswing’s Detailed Mounting Protocols Show How it’s Done

Simple, strong, secure… that’s our motto at Hydroswing®. Whether it’s retrofit or a new build, we are dedicated to having the easiest and most efficient process in the industry. If you need a hydraulic door, not only will we customize it for your space, we make sure you know how it works. Our “Mounting Protocols” demonstrate to all door owners the intricate details of how the door can be hung. We offer illustrations of everything from product attachments and positions of the door for installation, to the anatomy of the Hydroswing® door and full descriptions of different types of headers. 

 

Customization is one of our most important selling points so it’s critical that our customers know our “attach angle” can be made to mount our door to metal girders, concrete, block or wood buildings. Then the door will be bolted or welded in place per the protocols. (We don’t supply the headers or door pillars, but we do survey large doors and will engineer flanges to brace the existing door pillars and the Hydroswing® door jamb.)

 

Also key for most Hydroswing® door owners is “how” the door will be mounted. Our protocols detail three ways: Inside or Flush Mounting (where the door inside the building header and jamb making it flush with the face of the building), Outside Mounting (which is common in existing buildings and the door will fit against the face of the building) and Rear Mounting (this would connect the door to the rear of your building).

 

 

 Whatever your questions, we have the answers and our downloadable protocols will guide the way. Simplicity, strength, ease of use and reduction in moving parts, plus use of cladding (which makes the door match the thermal characteristics of the building) are among the top reasons customers are making the switch to Hydroswing®. The sophistication of our single panel hydraulic door system is now part of everyday door use for facilities large and small across the U.S. and around the world. The Hydroswing® single panel door system is like no other. Through the implementation of the Hydroswing® we lead to new efficiencies in building and wall designs. Remember, if it doesn’t come from Hydroswing®, it’s not a Hydroswing®.

 

 

 

 

 

 

 

 

 

 

 

Hydroswing – Versatile by Design

Versatile is defined as “being capable of or adapted for many different uses.” Versatile can also be defined as Hydroswing®.  After years of research, innovation and progress, Hydroswing has swept the hydraulic door market. There is no limit to what we can do. The Hydroswing® door system adds strength where others cannot, adds reliability where others are unable, provides superior headroom, precision workmanship, strength and reliability when it counts. Our sizing selection offers options and versatility that other systems can’t and we hit the target 100% of the time.


The “Small” Hydroswing®


Our “small” Hydroswing® hydraulic door is considered any door under 35 feet (10.66m) in width. Our small doors have been widely used for T-hangars, box hangars and at small airparks. Also ideal for storage of all kinds, including farms and ranches, or the residential user.  Think custom garage, shed, workshop, small feed storage, movable walls and more.

 

 

The “Medium” Hydroswing®


Our “medium” Hydroswing® hydraulic door is considered any door that measures 35 feet (10.66m) to 65 feet (19.81m).  Ideal for airplane or helicopter hangars, machine shops, grain and feed storage, biomass, and more.

 

 

The “Large” Hydroswing®


Our “large” Hydroswing® hydraulic door is considered any door that measures 65 feet (19.81m) to 95 feet (28.95m). We are true specialists in the large and extra-large and XXL door markets. This is our most popular door for commercial aviation and specialty use. Think all areas of industry including mining, agriculture and aviation.

 

The “Extra Large” Hydroswing®


Our “extra-large” Hydroswing® hydraulic door is considered any door that measures 95 feet (28.95m) to 119 feet (36.27m). We manufacture a hydraulic door that is strong, efficient and tested for quality assurance. The Hydroswing® is being used around the world on commercial buildings, commercial aviation hangars, specialty and other industrial uses.

 

The “XXL” Hydroswing®


Our “XXL” jumbo Hydroswing® hydraulic door is considered any door that measures over 120 feet (36.57m). It takes a specific knowledge to manufacture a door of this magnitude and we are proud to have these doors in use worldwide.

 

The Hydroswing® single panel hydraulic door system delivers on all criteria – strength, adaptability, seal-ability, wind loading, and expanded headroom. Size is never an issue for Hydroswing and we do it all with 70% less moving parts than a traditional bifold door. We boast a higher degree of safety since our doors have no rails or pulleys. Hydroswing® is also 100% more secure than fabric and has been tested to 200 mph in wind load testing. Our doors our manufactured to ISO 9001/ American Welding Society D1.1 standards.

Any size, any place…Hydroswing® is THE large door system of choice around the world.

 

 

 

 

 

 

 

 

Hydroswing – The Basics

Hydraulics are the foundation of the future. The simplicity of liquid fluid power moving heavy objects is a solution that fits into all sectors of building and manufacturing. Hydroswing is the original and still the best hydraulic door on the market and we have a profound understanding of what it takes to create an extraordinary product.

 

 The anatomy of a Hydroswing Door

 

A fundamental feature of any hydraulic system is the ability to apply force or torque multiplication in an easy way, independent of the distance between the input and output, without the need for mechanical gears or levers. This concept, used in large machinery worldwide for decades, is at the core of the Hydroswing hydraulic door. The Hydroswing® is operated by two dual-acting hydraulic rams powered by a single or three-phase motor and pump, and all of our electrical controls are UL Certified. This in itself provides an extra layer of safety because the Hydrowswing® is impossible to operate without access to the control unit, making it far more secure than other types of doors.)

 

Simple, powerful and secure

Our single panel doors are fabricated and welded to ISO 9001 and American Welding Society D1.1 standards and each is stringently audited for strength and quality assurance. The Hydroswing is always pre hung in its own frame of tube steel. Unlike inferior products on the market, the Hydroswing is an industry leader in post fabrication shot blasting. We use a Carboline Carboguard 890 Epoxy paint finish with a certificate of conformance being supplied with each door to ensure the integrity of this work.

Simplicity, strength, ease of use and reduction in moving parts, plus use of cladding (which makes the door match the thermal characteristics of the building) are among the top reasons customers are making the switch to Hydroswing®. The sophistication of single panel hydraulic doors is now part of everyday door use for facilities large and small across the U.S. and around the world.

 

The Hydroswing finds itself in all kinds of places!

Cost effective, safe, and accommodating in sizes up to 150’(45.0 m) wide  X 40’(12.0 m) high, our hydraulic door is being retrofitted in everything from commercial aviation facilities and private airplane and helicopter hangars to barns, agricultural centers, sheds and machine shops.

 

Remember, if it doesn’t come from Hydroswing,

it’s not a Hydroswing.

 

 

 

The History of Hydraulics – Still Going Strong

The word “hydraulic” comes from the Greek ‘hydra’ which refers to water and ‘aulos’ which means pipes.  Science historians believe that hydraulics (in an extremely basic form) originated in the Greek civilization two millennia ago.  The mathematician, Archimedes, reasoned that “a floating or immersed body must be acted upon an upward force equal to weight of the liquid that it displaces.”

As time passed, science improved, technology was beginning to take shape and ways to effectively use hydraulic energy were being discovered.  It all began with how water physically behaved at rest or in motion, and evolved from how to generate power with water at the source, to how to generate power at different points of use. Soon, the concept of transmitting power by putting fluids under pressure changed the face of engineering.  

In the late 17th century, the study of using oil in hydraulics started to get some legs. French mathematician, Blaise Pascal, created at law in fluid mechanics stating “that pressure exerted anywhere in a confined incompressible fluid is transmitted equally in all directions throughout the fluid such that the pressure variations (initial differences) remain the same.” This became known as Pascal’s Law and created the fundamentals for the science of hydraulics.

 

Enter English inventor Joseph Bramah. Based on Pascal’s Law, Bramah invented the hydraulic press. His understanding of the relationship between force, pressure and area forever changed engineering and industry.  Bramah demonstrated that pressure throughout a closed system is constant and he was granted a patent for his product in 1795. By the time Britain’s industrial revolution hit in 1850, hydraulics were being used in a multitude of industries.  The twentieth century saw fluid power through hydraulic replacing electrical systems and the rest, as they say, is history.  


Greenham Common used hydraulic doors to seal in safety and seal out nuclear blast. Opened in 1942, it was used by both the Royal Air Force in WW II and most famously by the US Air Force as a major Cold War Nuclear Strike Base. From late 1967, Greenham Common was used for NATO operations in deterrence of the Eastern Block countries. The missile bunkers seen here were designed with their hydraulic doors to withstand the local airbursting of a point strike on the West’s front line deterrent from the East, showing the unique ability of the Hydraulic door system to carry strength and integrity to such a level… and they are still in existence today for all to see as part of the Cold War history.

 

Today, Hydroswing® is proud to be the pioneer in hydraulic doors. Our superior technology has allowed us to engineer single panel hydraulic doors that replace doors with mechanical and electrical drives.  We have taken hydraulic door systems to the next level and are changing the world one door at time. Don’t you want to be a part of our door revolution?

 

 

 

 

 

 

Looking to Replace your Hangar Door?

15. July 2014 11:25 by Hydroswing in Farm Doors, Hangar Doors

Hydroswing® takes pride in meeting the needs of aircraft owners and facilities worldwide. Whether it’s new build hangars and the retrofit market, or replacing yesteryear’s aging number of unserviceable hangar doors, Hydroswing® brings the best to the marketplace.

The main issues facing airports and airfield owners, operators and tenants are the cost of hangar door replacement, return on investment, increase in door size, overall efficiency and the time it takes to install. The question Hydroswing® hears most is “do I have to replace my building or over build its door end structure?” The answer is NO. In most instances, you don’t have to scrap your building, just because your old door system is beyond economic service.

 


The Hydroswing® single panel hydraulic door easily replaces bifold, bottom rolling, concertina, stacking, barn, fabric, sectional/sliding and large roller shutter doors, in aviation facilities, private hangars, helicopter hangars and MRO facilities around the globe. There is minimal load and reaction levels to existing structures because Hydrowswing® is pre hung on in its own frame. This allows for a simple removal of old door and in many cases, no additional structural work. Our customers quickly see the benefits of “going big,” increasing the height to the eaves, and increasing the size of the hangar to the maximum of the building frame width or section.

 

If you’re in aviation, you’ve seen bad doors. Broken (and dangerous) bi-folds, torn fabric sliders, self-built disasters, and inefficient rollers and stackers can cost more than they’re worth to repair. Chains, pulleys, straps and too many parts can invariably lead to a break down and possibly an accident where someone may be injured or even killed. So isn’t it time for a change?

Cost effective, safe, and accommodating in sizes up to 150’(45.0 m) wide  X 40’(12.0 m) high, our hydraulic door is being retrofitted in commercial aviation facilities, private airplane and helicopter hangars alike. Simplicity, strength, ease of use and reduction in moving parts, plus use of cladding (which makes the door match the thermal characteristics of the building) are among the top reasons customers are making the switch to Hydroswing®. The sophistication of single panel hydraulic doors is now part of everyday door use across the aviation sector.

 

The original Hydroswing® hydraulic door is the ideal replacement for any kind of hangar door on any kind of structure. You can get the door you want now for ZERO DOWN. Call us today!

 

 

Ordinary to Extraordinary - Architectural Hydraulic Doors

14. April 2014 14:34 by Hydroswing in Architectural Doors

Architecture is constantly evolving… The trend in contemporary architectural design is to unite indoor and outdoor living spaces. With hydraulics in play, the functionality of doors and walls completely changes.  The Hydroswing® single panel hydraulic door system has become a blank canvas for the adventurous architects who specialize in high profile homes, commercial buildings and other special applications. In the past, architects were limited by how doors and walls function, but now the possibilities are endless. Walls up to 150' (45m) wide and 40' (12m) tall can be converted into artistic, useful and cost effective hydraulic doors that can create a unique and completely functional indoor/outdoor experience. With almost 100% seal-ability, design dynamics with a Hydroswing® hydraulic door are revolutionizing the way architects can create buildings and homes.  

Think of what can happen when walls become doors and doors become walls. Architectural problems can be solved and boundaries can be moved. Innovative design can be incorporated into existing structures (or new builds) and the overall schematics of outside walls can expand. The Hydroswing® for architecture can be built to totally change anything from a single wall (or door) in a custom home to an entire commercial building. Where sliding windows and bifolds used to be standard for restaurants with outside patios, hydraulic doors can now be used to enhance light, maximize space, and will revolutionize the way architects include outdoor environments in the scope of their design. With the touch of button, the single panel door can transform hotels, stadiums, bars, restaurants, garages, homes and any other kind of structure that wants to “move a wall.” The added bonus: With the door in an “up” position, shade and protection are immediately created.  

The simplicity and safety of the hydraulic door removes the need for cables and counter weights used in so many ambitious architectural projects and curved facades. The Hydroswing® isn’t a “knock off” of an agricultural door – ours is the original and most sophisticated design on the market today. Engineered for performance and precision, the door can be easily installed to match building profiles with glass, wood, or heavy and ornate finishes. Hydroswing® doors lift easily and quietly with ease from the power of the hydraulic single panel door system. We can customize any installation and the sky’s the limit in terms of design. Our hydraulic cylinders can be powder coated or chromed to match or complement the interior door colors to seamlessly connect indoor and outdoor spaces.   

Hydroswing® is the industry expert in silently and effortlessly moving structures, and we offer a new frontier for imaginative and leading edge architects around the globe.