HYDRAULIC JACKS
The use of hydraulic jacks seems to only get higher and higher irrespective of advancements in the sector of lifting heavy vehicles or objects in short. There are two major types of jacks that have been around and they are mechanical and hydraulic jacks. As per studies, the hydraulic method of lifting objects is stronger and more effective than the mechanical method.
The basic factor that makes these hydraulic jacks work is force generation by pressure and that force does depend upon the quality and quantity of cylinders. The usage of oil in these jacks is still indispensable since it makes them self-lubricating and above all, stable. Did you know that a bottle jack has the capacity to lift up to 50 tons of different objects? And do not ever get confused – both whiskey and bottle jacks mean one and the same.
10 tons to 200 tons stroke 150MM
A favourable displacement pump is one that can do perfect or near-perfect air-conditioner compressing in automobiles, can be effectively utilised as a hydraulic motor in addition to being a stand-alone pump and that is what axial plunger pump does. One unique feature of these axial plunger pumps that is noticeable is it happens to have an odd number of pistons and they are aligned in a circular fashion to make sure intake and discharge activities are carried out smoothly. The cylinder block is also commonly called as a rotor that rotates with pumping pistons.
Did you know that pressure washers that are employed to remove unwanted paint from boats use axial plunger pumps? If you need any free suggestions on your future purchase of these pumps, please reach out to us.
| Model No. | Output Lit/min @ 1440 rpm | Pressure Bar | Mounting Configuration |
| A1 | 3 | 387 | Foot or Face Mounting |
| A2 | 6 | 387 | Foot or Face Mounting |
| A3 | 9 | 387 | Foot or Face Mounting |
| A4 | 12 | 387 | Foot or Face Mounting |
| A5 | 15 | 387 | Foot or Face Mounting |
| A6 | 18 | 387 | Foot or Face Mounting |
| A8 | 24 | 350 | Foot or Face Mounting |
| Model No. | Output Lit/min @ 1440 rpm | Pressure Bar | Mounting Configuration |
| A1/1 | 6 | 387 | Foot or Face Mounting |
| A2/1 | 9 | 387 | Foot or Face Mounting |
| A2/2 | 12 | 387 | Foot or Face Mounting |
| A1/4 | 15 | 387 | Foot or Face Mounting |
| A2/4 | 18 | 387 | Foot or Face Mounting |
| A4/4 | 24 | 387 | Foot or Face Mounting |
Hydraulic pumps that usually get patted in this world are radial piston pumps and perhaps you were aware of that before. India’s L&T is a world-class and world-famous producer of such pumps. Given that importance and a vast number of applications of a Multiflow radial piston pump, any buyer is generously advised to buy these industrial products from certified producers and suppliers.
When this type of piston pump is physically noticed, it does look very complex and tricky to understand its functionality for anybody that has insufficient knowledge about hydraulic pumps but there should be no doubts about these pumps’ efficient work rate. One advantage about these piston pumps that is on the lips of people these days is that they generate very low noise.
| Model No @28.5cc | Output Lit/min @ 1440 rpm | Pressure Bar |
| BH1 | 41 | 300 |
| BH2 | 82 | 300 |
| BH3 | 123 | 300 |
| BH4 | 164 | 300 |
| BH6 | 246 | 300 |
| Model No @20cc | Output Lit/min @ 1440 rpm | Pressure Bar |
| BH1 | 28.8 | 300 |
| BH2 | 57.6 | 300 |
| BH3 | 86.4 | 300 |
| BH4 | 115.2 | 300 |
| BH6 | 172.8 | 300 |
| Model No @32cc | Output Lit/min @ 1440 rpm | Pressure Bar |
| BH1 | 46 | 300 |
| BH2 | 92 | 300 |
| BH3 | 138 | 300 |
| BH4 | 184 | 300 |
| BH6 | 276 | 300 |
FIXED DISPLACEMENT CHECK BALL PUMP
Pump Description
Fixed displacement check ball pump, with bi-direction, shaft rotation, provides constant direction of output flow regardless of the direction of drive shaft rotation.
Mounting
S.A.E. A 2-Bolt pattern with 8mm pilot engagement.
Inlet Conditions
Pumps may require pressurized inlet conditions at higher speeds. Failure to meet minimum inlet requirements will result in slight flow reduction
Features
> Inline Design,
> Long Service Life Design,
> Fixed Displacement,
> Increased Reliability,
> Economical Conception
> No Drain Line Necessary,
> High Overall Efficiency
> Smaller Installation Dimensions,
> High Output Pressure
> 350 Bar Peak Pressure
> Easy Installation on the Equipment.
>Bi-Directional
How The Pumps Operate
The checkball pump design uses two check valves in each piston pumping chamber to direct flow from the inlet side of pump to the pump outlet port
Wobble Plate Rotates with Shaft
During operation, a fixed angle wobble plate rotates with the drive shaft.The angled surface of the wobble plate imparts a reciprocating motion to the pistons which move in and out of the bores in the stationary barrel.
Weight (mass)
14kg Approx.
Installation
All dimensions are shown in mm. The Drawing shows dimensions common to all PF1000 Models. Note that the dimension for the inlet & outlet port varies as shown, dependent on the type of port.
Without cylinders, the world of hydraulic would not probably exist. They make sure every bit of energy available in any hydraulic fluid is converted into essential force. Ports and fittings, alignment coupler, spherical rod eye, pivot pins, rod eyes, butt plates, head glands, cushions, seals, piston rod, piston, cylinder head and cylinder barrel are the most common elements of a hydraulic cylinder. Every part is interdependent on other parts, such as a piston is delegated with the function of effectively separating pressure zones in a cylinder’s barrel, which helps other parts to function properly and carry out their respective routines. And telescopic, plunger and differential cylinders are regularly used cylinders at the moment globally.
Hydraulic Cylinders product range includes:
- Single Acting & Ram Type cylinder
- Double Acting cylinder
- With various types of mounting
Product Range & List
- Hydraulic Cylinder Medium Pressure upto 80 Kg/Cm2. Bore 35 mm to 250mm, Stroke upto 10000mm
- Special Cylinders to meet customer requirement including telescopic
cylinders.
With the above back- ground and facility, we are confident of satisfying
your requirements of Hydraulics Cylinders and Pneumatic Cylinders
HIGH PRESSURE AXIAL PISTON PUMPS
1) Pumping Pistons
- Six hardened steel pistons located in a stationary
body are not subject to centrifugal force, thus
reducing load and wear. The piston load is caused
by pumping action only, therefore higher operating
speeds are possible.
2) Steel Piston Shoes
- Hydrostatically
balanced design reduces
piston shoe load and
provides lubrication for increased life. - Facilitates a high degree
of contamination wear
resistance - Permits higher pressure
operation with long life - Allows operation with
low viscosity or other
special fluids including
95/5. Consult Oilgear for
more information.
3) Single Swash Plate
- Hardened steel for hard on
hard wear resistance
4) Swashmember with 13° Angle
- Results in low piston head loading
- Allows high speed operation
- Design enables pump compatibility
to high pressure and high shock
loads - A polymer coated plate is attached
to the swashmember to provide a
bearing surface for thrust loads
5) Inlet Valve
- Inlet and delivery check
valves are positive seated
for high volumetric
efficiency - Rugged, high response,
lightweight poppet
construction assures
long life
6) Bearings
- Shaft/swash assembly
rotates in a plain bearing
at the front end and at
the rear
7) Drive Shaft
- A through drive is
provided for tandem
mounting other
equipment
8) Optional Integral Supercharge Pump
- Built-in gear pump
supercharges,
lubricates and provides
case flow for cooling the
main pump - Eliminates need for
external supercharge
pump
9) Delivery Valve
These axial piston pumps are used in a wide variety of applications, including die casting and injection molding machines, high pressure test rigs, civil and marine projects, intensifier system, extrusion presses and high pressure forced lubrication systems for long turbines as well as metal forming machines.
The Pump has proved itself successful for use with high water content low viscosity fluids.
Parker Hydraulic Pumps are known for its quality and robustness. They are applicable at various locations at the manufacturing department. They come in different sizes and frequencies.
We at Brite Hydraulics provide all types of maintenance and repair services of Parker Hydraulic Pumps. We have expertise of several years and we do manufacture different types of pumps and hydraulic equipment.
Engines have two main valves and they are intake and exhaust. For any mechanical or automobile student or engineer, these two things are just routinely talked about and worked on. But what is an exhaust valve and what does it do? And where is it located? This kind of valve does exactly the opposite of intake valve, which is to let air out from the engine at the right time with the right amount of it. The location of this valve is in the head of the cylinder.
If exhaust valve fails to function properly or efficiently, the whole engine would lose its value and hence keeping a check on both intake and exhaust valves is necessary to have an efficient running engine.
1) Valve recommended for 400Lts/Min for Prefilling.
750Lts/Min for Exhausting.
Max Pressure – 5500 Psi
Pilot Pressure- 500 Psi
2) Valve recommended for 1200Lts/Min for prefilling.
4400Lts/Min For Exhausting.
Max Pressure – 5500 Psi
Pilot Pressure – 500 Psi
EXHAUST VALVE WITH DECOMPOSSER
An exhaust value with decompressor is very advantageous for any engine and its whole system. A good decompressor helps to bring down the compression in any cylinder at acceptably low revolutions per minute (RPM), which helps in easy starting of engines and adds value thereby. This way the overall maintenance cost is controlled and longevity is increased at the same time.
The main idea behind an exhaust value with decompressor is to reduce the force needed to start an engine. Caring the engine goes a long way and that is also through this method of decompression. It is fascinating that in order to reduce maintenance costs of any engine and increase its efficiency and effectiveness, there must be correct, complete, timely and regular inspection of the same.
Valve recommend for 350Lts/Min for exhausting.
Max Pressure – 5500 Psi
Pilot Pressure – 500 Psi
DECOMPOSSER VALVE
The compression activity is crucial in an engine but so is decompression. To make decompression efficient and effective there is a valve named after it, which is delegated to do a simple yet important job of releasing compression from the combustion chamber. The movement of any engine is dependent on too many factors, and compression and decompression of air are some of them without a doubt.
Decompression valves are of two types and they are manual and automatic. There is no material difference between them with regard to functionality but when it comes down to greater efficiency, an automatic decompression valve will win the award over its peer – manual decompression valve.
Valve recommend for 350Lts/Min for exhausting.
Max Pressure – 5500 Psi
Pilot Pressure – 500 Psi
A hydraulic manifold is a component that regulates fluid flow between
pumps and actuators and other components in a hydraulic system.
A hydraulic manifold is one essential element in any hydraulic system that controls the flow of fluid between various components. Any failure of its functionality can effectively cripple the entire system of hydraulics. Manifold is tasked to manage the liquid flow between pumps, actuators and all other connected components. What is a manifold made up of? It is composed of valves and each valve is connected to other valves in a way that facilitates proper control over the fluid flow.
Every manifold design is different and hence buyers need to be careful with their purchase because different manifolds have different specialities. Therefore in buying a manifold, one has to be clear with things related to type of fluid, seal materials, number and type of valves, pressure, environmental conditions, electrical voltage, etc.
Hydraulic Cylinders
Workshop type press:
PRODUCT DETAILS:
APPLICATION: Used for straightening,bending ,forming ,punching ,assembling ,etc.
FEATURES:
1.Typically consisting of a simple rectangular frame.
2.Heavy duty construction.
3.Movable work table.
4.Hydraulic return concept.
5.Rigid frame under full load.
6.Operated manually or with separate powerpack.
TECHNICAL SPECIFICATION :
1.Capacity 10 to 200 ton.
2.Stroke125 to 600 mm.
3.Daylight from 100 to 2000mm.
Closed frame press:
PRODUCT DETAILS:
APPLICATIONS: Used for moulding, coining, punching, compacting, deep drawing and other general purpose.
FEATURES:
1. Heavy duty construction.
2. Rigid frame under full load.
3. Die cushion cylinder provided for special cushioning effect.
4. Automatic or manually operated.
TECHNICAL SPECIFICATION:
1.Capacity 20 to 500 ton.
2.Stroke 250 to 1000mm.
3.Table size 300*300 to 2000*2000mm.
Hydraulic four pillar press:
PRODUCT DESCRIPTION.
APPLICATION: Used for punching, deep drawing, forming, embossing, etc.
FEATURES:
1.Uniform loads on all four pillars.
2.Accurate pressing.
3.Heavy duty construction.
4.Rigid frame under full load.
5.Operated with separate power pack through push button or manually.
TECHNICAL SPECIFICATION:
1.Capacity 5 to 500 ton.
2.Stroke 250 to 1000mm.
3.Day light 300 to 1000 mm.
4.Table size 300*300 to 2000*2000 mm.
Hydraulic C – type press:
PRODUCT DESCRIPTION.
APPLICATION: Used for assembling, dismantling of brushes and bearing in automotive assembly line.
FEATURES:
1.Accessibility is from 3 sides.
2.Operated with built in or separate power pack through push button or foot switch.
3.Rigid frame under full load.
TECHNICAL SPECIFICATION:
1.Capacity 6.3 to 100 ton.
2.Day light from 150 mm to 500 mm.
3.Working table size from 300*300 to 700*800 mm.
