rolling jack hydraulic pump free sample

Atlas tire changers, Atlas wheel balancers, Atlas air compressors, Atlas winches, 4 post lift jacks, Atlas brake lathes have a 1-Year Parts Warranty from the date of invoice.

The Atlas (air/hydraulic) RJ-6 rolling jack is designed and engineered to operate on "delivered" air pressure of between 70-95 PSI. If the delivered air pressure exceeds 95 PSI, then the rolling jack may be capable of lifting more than a weight of 6,000 lbs…HOWEVER, the metal structure and component parts of the Atlas rolling jack are rated to lift ONLY 6,000 lbs. Rolling jack metal structural damage may result from exceeding the rated capacity of 6,000 lbs.

IE: Our Atlas two post and four post lifts will actually lift and support more than their rated capacity. To prevent you (the curious customer) from trying to lift a vehicle (load) that exceeds the rated capacity of the lift, the power unit pumps (hydraulic pressure limit valve) are adjusted to deliver "only so much" hydraulic pressure. That "delivered hydraulic pressure" will allow your lift to raise only the rated capacity of the above ground lift. The power unit is electric/hydraulic. The power supply needed is normally 110V or 220V. Since the "electric power pressure" cannot be controlled..., the hydraulic pressure limit valve (which can be controlled) is set to deliver the correct amount of

An air/hydraulic power unit operates on compressed air. The "limit valve" on the air hydraulic power unit is really just the supplied air pressure (PSI). The PSI of the air supply must be regulated (for the Atlas RJ-6) to between 70 to 95 PSI. Supplied air pressure greater than 95 PSI may (inadvertently) cause damage to the rolling jack.

Example: Customer sets the air pressure at 95 PSI and the Atlas RJ-6 lifts the 6000 lbs. weight as advertised. However, the customer would like to increase the lifting speed of the rolling jack, so he decides to increase the air pressure to the air/hydraulic pump. (NEVER ADJUST AIR PRESSURE TO EXCEED 95 PSI as this could cause damage to the air/hydraulic power unit)

Yes, the rolling jack lifting points may go up a little faster (increased air pressure) and as long as the customer never tries to lift any object over 6,000 lbs. (assuming the weight is evenly distributed over the lifting surface), there will PROBABLY not be an issue. (air pressure not to exceed 95 PSI). However, what if the customer (accidently) tries to lift a vehicle (or part of a vehicle) that is OVER the 6,000 lbs. weight limit with the increased air pressure setting? The jack may lift the increased weight, BUT there is a possibility of damage to the rolling jack. Best advice is to keep the air pressure at the factory"s recommended setting.

The Atlas RJ-8000 (Air/Hydraulic) has telescoping arms that can be extended over the runways of the four post lift. The lift pads at the end of these arms can be positioned under the LIFTING POINTS that are located over the runways of the four post lift. The Atlas RJ-8000 (Air/Hydraulic) rolling bridge is equipped with expandable supports which adjust to fit many different brands of four post above ground lifts. These supports have a unique roller system that allows the rolling hydraulic jack to glide easily under the entire length of the vehicle. The large heavy steel wheels allow the rolling jack to be positioned under the correct lifting points in a matter of seconds.

The Atlas RJ-8000 (Air/Hydraulic) comes standard with a set of peg style truck adapters which increases the lifting height of the lift pads. These truck adapters will allow the Atlas RJ-8000 rolling hydraulic jack to raise most pick up and larger trucks that will sit higher than the average passenger car.

The Atlas RJ-8000 (Air/Hydraulic) is equipped with an air/hydraulic pump. The air/hydraulic pump requires a supply of compressed air (air compressor) to work properly.

Important: The Atlas RJ-8000 is designed and engineered to operate on "delivered" air pressure of between 70-115 PSI. If you exceed 115 PSI, you may damage your jack. For more information on the recommended operating air pressure of the Atlas RJ-8000, see below Specifications.

The Atlas RJ-8000 (Air/Hydraulic) rolling hydraulic jack features two solid locking positions that are used when the vehicle is to be suspended above the runways. When the locking positions of the Atlas RJ-8000 (Air/Hydraulic) are engaged, the hydraulic pressure from the lifting cylinder of the jack is eliminated. (These locks act much like a pair of jack stands after you lift a vehicle off the ground with a service jack).

The Atlas RJ-8000 is a heavy duty rolling jack designed to lift and support 8,000 LB. The commercial grade RJ-8000 rolling jack can be used to raise the front or rear section of a vehicle; allowing the operator of a four post above ground lift to perform wheel and brake service. Most commercial shops buy two of these hydraulic rolling jacks, so that the entire vehicle can be supported in the air at the same time.

The Atlas RJ-8000 rolling jack has telescoping arms that can be extended over the runways of the four post lift. The lift pads at the end of these arms can be positioned under the LIFTING POINTS that are located over the runways of the four post lift. The Atlas RJ-8000 rolling bridge is equipped with expandable rail supports which adjust to fit many different brands of four post above ground lifts. These supports have a unique roller system that allows the rolling hydraulic jack to glide easily under the entire length of the vehicle. The large heavy steel wheels allow the rolling jack to be positioned under the correct lifting points in a matter of seconds.

The Atlas RJ-8000 comes standard with a set of screw up adapters which increases the lifting height of the lift pads. These adapters will allow the Atlas® RJ-8000 rolling hydraulic jack to raise most pick up and larger trucks that sit higher than the average passenger car.

Important:The Atlas® RJ-8000 is designed and engineered to operate on “delivered” air pressure of between 70-115 PSI. If you exceed 115 PSI, you may damage your jack.

The Atlas RJ-8000 rolling hydraulic jack features two solid locking positions that are used when the vehicle is to be suspended above the runways. When the locks of the Atlas RJ-8000 are engaged, the pressure exerted on the hydraulic system from the weight of the vehicle is eliminated. (These locks act much like a pair of jack stands after you lift a vehicle off the ground with a service jack).

SVI offers a variety of Rolling Bridge Jack Parts and Pumps! Whether your pump is for a rolling bridge jack on a 4-post lift, or for another application, SVI has what you need.

No matter your needs or your budget, SVI has an Air Actuated Hydraulic Pump to fit your needs. Don’t forget to pick up a hose for your application with standard lengths ranging from 16” to 36”. Contact SVI today!

The many types of hydraulic pumps available today mean there’s one to suit just about any hydraulic application imaginable. But with so many features to consider, for anyone choosing a pump for the first time the choices may seem overwhelming.

Before you can select the right pump, first of all, you should understand the basics, and also the features that can be configured. Answering a few key questions about your intended applications will help you narrow the options.

A key consideration is how you want the pump to be powered. What drives this decision is the location where you will be carrying out the work. For example, if you are working in a hazardous environment, a ‘spark free’ (ATEX certified) air-driven hydraulic pump will offer a safer solution.

If working at a remote location without access to compressed air or electric power, a battery-powered pump is the way to go. Manually powered pumps, such as foot pumps and hand pumps, offer a simple solution for smaller jobs. Especially those where the operation doesn’t need to be repeated many times or when a very slow level of force is needed in a testing environment.

Most hydraulic pump manufacturers categorize their pumps by the intended pairing to the hydraulic tool and application. It’s worth noting there are key differences that make them suited to each hydraulic application.

Do you plan to use a pump with a hydraulic cylinder? The major consideration is whether you need a pump designed for a single or double-acting application. If the cylinder is double-acting, the pump will need at least two ports. One for the advance line – to extend the cylinder, the other for the return line – to retract it.

Pumps for hydraulic torque wrenches include a user-adjustable relief valve that allows the operator to easily set the correct torque pressure. They usually also include an onboard pressure gauge which can be either analog or digital.

By nature, pumps are generally very heavy, but lighter models are available which are easier to lift and carry to the work location. Roll cages are also a good feature to provide extra durability.

Hydraulic tensioner pumps are available in manual, air, and electric powered configurations. What makes a tensioner pump different is the capacity to work at very high pressures up to 21,750 psi (1500 bar). Pro Tip: Because these pumps operate at very high pressures you must always use fittings and hoses designed for these pressures.

Machinery used in manufacturing plants often include built-in hydraulics to operate workholding setups. However, where there isn’t such a system, (or if the hydraulic pressure needs increasing), a separate pump can be added.

These types of fixed bench application types of hydraulic pumps are powered by compressed air or electricity. Air-operated hydraulic pumps are powered by workshop air and are best suited to low or medium-duty cycles. Electric powered pumps are recommended for high-duty cycle applications and automation. They offer great versatility, low noise and provide the highest level of performance and durability.

For multi-point lifts, a controlled lifting pump offers a better solution than independently operated pumps. High precision movement of large objects requires synchronization of multiple lifting points. This can be achieved using a controlled lifting pump. By regulating the oil flow to each cylinder, these pumps provide incredibly accurate positional control. Manual intervention is minimized, the structural integrity of the load is maintained, and productivity and safety is assured.

Controlled lifting pumps feature both single and synchronized multiple outlet control either through joystick or pendant operation. More sophisticated models such as the EVO Synchronous Lifting System use stroke sensors. These can provide accuracy of up to 0.040 in (1 mm) between leading and lagging cylinders.

Technical and performance considerations can be examined in great detail and will be covered in a pump series of blog posts. But for overview purposes consider the following checklist to match your intended use.

For specifications of all types of hydraulic pumps visit the Enerpac website. If you need guidance get in touch with your nearest Enerpac distributor.