Sunday, April 24, 2016

Types of Electrical Hydraulic Pump

Electrical hydraulic pumps are commonly used in the hydraulic drive systems and these can either be hydrodynamic or hydrostatic. The hydraulic pump is usually a mechanical power source that is used for converting mechanical power into some hydraulic energy. This is able to generate flow that has enough power to overcome the pressure that is caused by the load as the outlet of the pump. During the operation of the hydraulic pump, this results in a vacuum at the inlet of the pump and this force the liquid form reservoir to inlet line and pump and causes the liquid to get into the hydraulic system.

The hydrostatic pumps are the positive displacement pumps. While hydraulic torque wrench pumps are commonly used in the day to day operations, hydrostatic pumps are of different types and work within the Pascal’s law principle. This principle states that where there is pressure increase, at a certain point of an enclosed liquid that is in a rest equilibrium, it is usually transmitted in an equal manner to all the other points of a liquid, unless the gravity effect gets affected.


Gear pumps

Gear pumps that have fixed displacement are not only simple but they are also economical pumps. The swept displacement or volume of the gear pump of the hydraulic usually ranges between 1 and 200 milliliters while their volumetric efficiency is the lowest as compared to those of piston and vane pumps.

Rotary vane pumps

Rotary vane pumps usually have higher efficiencies as compared to the gear pumps. They are also used in mid pressures of between 180 bar in general. The modern units can get over 300 bar when in continuous operation. However, the vane pumps are not considered to be components of high pressure.

Screw pumps

Screw pumps are usually made of 2 Archimedes screws intermeshing and enclosing in one chamber. If you are searching for 3 stage hydraulic wrench pump, you should get in touch with Hydraulic Saivs.

Saturday, April 23, 2016

Factors That are Critical for Proper Torque

One of the key factors when it comes to proper torque is to ensure that proper guidelines for the lubrication of the fastener are followed. There are certain tests that have shown that close to 90% of the torque that is used to fasten bolts can be used in overcoming friction. Following the lubrication guidelines of the manufacturer has therefore become quite important in ensuring that there is proper tension as well bolt stretching. For instance, where a bolt of 1 is selected for a particular joint, the bolt load or tension load of that joint is considered to be up to 28,300 pounds of force that is needed to secure joints. If you are trying to achieve the force, you will need to apply a torque of 620 ft for every lbs. This should be applied without any lubrication.

In case a moly-based lubricant is applied on the thread, this can result in the over-tensioning of the bolt and this can cause the immediate failure of the bolt.
  

Tension tips

The hydraulic bolt tensioners have for many years being used in the wind industry. These have also become common and this has led to various bolting application for the construction/maintenance of wind turbines. The basic operations are usually the same as those of the hydraulic torque wrenches because both requires more pressure to be applied on the tension  and this will result in more bolt load. The measure unit for the bolt tension or bolt load is commonly expressed in kn or pounds. The pressure that operates the tension and range from 10,000 up to 22,000 psi. The figure can even rise higher in some cases. The main part of the tension usually consist of a socket that is used to tighten nut after tension has been achieved, a bridge on which the cylinder rests or load cell rests on and a puller bar that gets attached to stud. For your entire electrical hydraulic pump, you should get in touch with Hydraulic SAIVS.

Wednesday, April 13, 2016

Understanding The Synchronized Jacking Equipment

Synchronized jacking equipment uses different input sensors to control lowering, lifting, positioning and weighing of structures that are heavy no matter their distribution of weight and with facilities that are able to monitor in real time. This system makes it possible for the interlinking of electronic instrumentation as a single circuit to control system and this makes it possible for the system that is controlled by computer to monitor the movement of every jack using stroke sensors while loading with the pressure transducers. The solenoid valves are able to provide jack control while offering equal lowering and lifting no matter the load with every jack. The control system can even be adapted in a manner that will enable it to use the tilt sensors, linear variable digital transducers and laser leveling detectors.

Application

After the successful completion of the fabrication of high tonnage cylinders, the finished tank will need to be lowered from the working height to the pad. Though the tank will not have any liquid, it will require to be lowered at the support point in an uniform and precise manner so as to avoid distortion or unnecessary stress.

Why Synchronization is Important

The square drive torque wrench is usually used by tank fabricators in manufacturing facilities. Towards the completion of the fabrication process, the tank will need to be lowered in an uniform manner from the height of approximately 4 foot that is used in the fabrication process. The lowering of the tank will continue in a smooth manner as a result of the synchronous lifting system that makes use of position sensors. Like they are usually configured for the job, the system makes use of 4 jacks which is accompanied by the pressure valve, solenoid valve, flow control valve and the position sensor.

If you would like to get the best synchronized jacking equipments, you should get in touch with SAIVS.

Sunday, April 3, 2016

Advantages of Using Hydraulic Products And Equipments

Hydraulic equipments are one the most applied workshop tools in the world. This is because of the vast advantages that they posses. They are machines that use fluid principles in their operation. This grants them great resilience since fluids are cannot be compressed nor reduced in volume. They are machines that you are sure will not crush down while you are in the middle of important work. Let me take you through a few advantages of using hydraulic products & equipments.

They require very little energy
The principle of operation of these machines is based on the principles of fluids. This is a great fact to rely on because all the work done by the machine is done by the fluid that is contained in it. You therefore do not need to apply excess energy because the fluid amplifies the little effort that you apply into massive work. For instance, hydraulic torque wrenches are used to tighten bolts very tightly in moving parts of machines yet one uses very little energy in doing that.

They are easy to operate

These are machines that have great simplicity. They do not require one to be very educated to use. Anyone can use them after being given simple instructions on how they are supposed to be used. For example to use a square drive hydraulic torque wrench one only needs to be instructed on how to handle the machine and some few precautions. What follows is what one will call the use of common sense.
The machines are extremely safe

These are machines that you can operate in a semi conscious state and suffer no harm to the body. They are not electrically operated therefore they do not pause any health risk to the user including damage to parts of the body. You as the employer will not suffer medical insurance costs due to injury to your employees in the course of work.

They can be easily repaired

Hydraulic machines despite the fact that they do not easily get spoilt, they are very easy to repair. They are machines that have been made in the greatest simplicity yet they perform excellent work. If you are interested in these machines, I will recommend you to the best Torque wrench manufacture company. SAIVS is the solution.

Friday, April 1, 2016

Factors to Consider When Buying a Low Clearance Hydraulic Torque Wrench

Do you want to efficiently tighten your bolts or loosen them almost effortlessly? Then you have no choice but to choose the best low clearance hydraulic torque wrench. But the big question is, “How do you come out with the best?” There are certain features that when adhered to, can aid you to a great extent to achieve this goal. These are as outlined below

The cost

The first thing you need to focus on is the price target on the wrench. This also goes in hand with the size. Therefore, if you want the largest size, you must dig much deeper into your pocket. However, smaller hydraulic wrenches go at lower costs. Despite these, you need to always take a survey in all products displayed on different online websites so as to have the correct picture of the product you want to have at the end. Put this in mind and you will get an estimable Hydraulic synchronous lift system.


Durability

Here, you have to focus on the parts of the hydraulic wrench system. Is the material used to fabricate double acting hydraulic cylinders stronger enough to confer them lifelong durability? If yes, then you can go for it. However, if you are uncertain, it is always better to inquire about the durability so as to be sure. Make several comparisons and ultimately narrow down on the best.

Warranty

Most machines have the tendency of breaking down and therefore if they are not taken care of well, they can really cost you much money. Take time to look and make sure that the vendee has placed a warranty on it so that you are covered from any damages that might accompany the delivery of the machine.

Your purpose

You cannot just prefer buying a Synchronized jacking equipment without a clear aim in mind. Be sure to have a specific reason why you preferred this equipment over others. You need first to look at the size of bolts you want to fasten and loosen and also where they are fastened to. With this in your mind, you will not regret.

All you have to do is to refer to hydraulic saivs.