Introducing: The Revolution Gate Operating System by Ultra

To the best of my knowledge, no manufacturer has ever accomplished what Ultra has just accomplished with the introduction of the Revolution Gate Operating System.
I know this is a bold statement, so let me explain what I mean in saying this:
Ultra has taken a patented and patent pending technology that is rapidly changing the automatic gate industry and designed a proprietary extrusion to house the electronic motor (actuator) and coupled it to our dynamic gate systems. We already had the means to design and build some of the World's finest driveway and estate gates with some of the highest strength to weight ratios ever to exist in the fence industry by virtue of our Ultrum Alloy and all welded frames (with optional U-Frame, for even more strength). Now we can powder coat the "D" extrusion that will house our Revolution Motor and powder coat it all in our factory's state-of-the-art powder coating line that is capable of producing a lifetime finish. Then we pre-install and wire the motor, receiver and peripheral accessories like the locking mechanisms. (Look for more on accessories later or search this blog index).
With this process done in advance, it will increase efficiency in the field and allow us to do a higher quality job of installing peripherals in the factory setting. A better job for your customers and less work for you. Does it sound too good to be true? Those whom have been Ultra Dealers for a while will know that we are always "Taking it to the Limit", always pushing for greater quality, more choices for your customers needs and innovative products that will help you stay in front of the competition. This is simply having a better mousetrap.
I can guess that your first and foremost question will be regarding dependability of this "Revolutionary" new approach to operating a gate or pair of gates. In my opinion, it will be far more dependable than older systems like this,



and I will tell you why by quoting the inventors, designers and manufacturers of this product directly.

The Competition

"Starting with an existing gate that already swings consistently and freely, conventional gate openers rely on a mechanical linkage (linear actuator) that is attached roughly to the center point of the gate at the active end of the actuator while the base of the actuator is attached to a bracket several inches (toward the opening direction of the gate) from the hinge point of the gate. The gate is then opened or closed via the actuation of the linear actuator. A force vector triangle analysis of this type of configuration identifies the significant forces the linear actuator must generate in order to overcome the inefficiency that is inherent in this type of configuration.

Typically, the mechanical forces that are required to move the gate increases substantially as the gate moves to it's "closed position. As the gate reaches the "open" position the force required to move the gate is reduced, however, it is still significant and inefficient. Small changes to the geometry of this gate/actuator/mounting bracket triangle due to sagging gates, moving/settling gate posts, loose linkage connections, exposed hinge hardware, etc. contribute significantly to the performance of the gate. Frequent adjustment and sometimes re-installation is required to keep the system functional and free from binding. Such undesired changes to these type of conventional systems can easily create additional inefficiencies that the linear actuators cannot overcome. Hence, the gate "binds up" and stops working."

(paraphrased) The Revolution Gate Operating System opening mechanism utilizes a more efficient, constant, force design to actuate a gate. Revolution Gates Operating Systems utilize an integrated "D" extrusion and power actuator that delivers simple rotational motion of the gate itself. The force required to open or close the gate is minimal and constant throughout the range of motion. Actuating the gate this way results in a power actuator that is reduced in size and power consumption. Achieving a full 90 degree opening of the gate is easy.

Simply put, "The candle that burns twice as bright, burns half as long." And the opposite is true, a candle that burns half as bright, burns twice as long. Well in this case we are not talking about candles, but we are talking about power and efficiency in relationship to durability, longevity and dependability. It is simply because of a much higher rate of efficiency that these automated operators will use only a tiny fraction of the power typically required and should last many times longer.