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Parker Hydraulic Controllers for Forklifts

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Parker Hannifin is an American company specialized in control and motion technology. The Parker-Hannifin Corporation was initially a Parker appliance company, often called just Parker. Its main office is located in Mayfield Heights, Ohio, Greater Cleveland.

Parker established the business in 1917. Since December 9th, 1964, it has been publicly listed on the NYSE. Parker has a worldwide workforce of about 58,000 people. It is one of the world's biggest enterprises in motion control systems covering.

  • Aerospace

  • Electromechanical engineering

  • Temperature control, filtration, gas and fluid handling

  • Hydraulics, pneumatics, and process control

Parker provides a wide variety of essential parts for coordinating motion control in Parker Hydraulic Controllers. Multi-axis movement controllers, AC, DC, and servo drives, motors, and supplementary goods and accessories are also included in the product range.

Stand-alone multi-axis motion controllers, smart drives and mobile controllers, and a full selection of accompanying accessories comprise the products. Parker controllers offer electromechanical, pneumatic, and hydraulic motion systems with multi-axis, coordinated motion control.

Parker Hydraulic Controller


In this article, you will learn and understand the hydraulic system in a Forklift, its function, working, and controls in a forklift.

Table of Content

1. Hydraulic System in a Forklift
2. The function of Hydraulic System
3. Working of a Forklift Hydraulic System
4. Hydraulic Controls in a Forklift
5. Takeaways

Hydraulic System in a Forklift

A hydraulic system controls the energy transmission. It converts a primary motor's mechanical energy into fluid energy, regulates the fluid arrangement, and converts the fluid energy at certain places into mechanical work. Hydraulic systems offer excellent power density, control accuracy, and sensitive reaction, particularly computer control operations.

Forklifts rely on hydraulic cylinders to lift massively heavy loads. They are typically located above the forks on either side of the carriage. They can produce enough power to move higher or lower items when coupled with a lift chain.

Forklift companies used hydraulic cylinders to carry heavy loads. Typically, these cylinders are placed above the forks on each side of the carriage. These cylinders can generate enough force to elevate or lower objects if combined with a lift chain.

In forklifts, systems are employed both lift and tilt cylinders. Tilt cylinders push loads and draw them and Lift cylinders move in only one direction and give the machine the most power.

The function of Hydraulic System

The function of all types of hydraulic systems is the same based on the fundamental principle discussed below. It works and executes tasks utilizing a pressured fluid.

The hydraulic power of liquid fuel is considerable, and hydraulics are thus prevalent in large machinery. Pressure communicated at each point in a hydraulic system is not reduced when applied to a confined fluid. This pressurized fluid works on all parts of a container vessel and generates force. With this force and its use, operators can effortlessly lift large weights and perform accurate repetitive operations.

Working of a Forklift Hydraulic System

The hydraulic system of a forklift consists of:

  • The reservoir

  • The hydraulic pump

  • The electric motor

  • The valves

  • The hydraulic cylinder

Hydraulic systems use the pump to push hydraulic fluid through the system to create fluid power. The fluid passes through the valves and flows to the cylinder, where the hydraulic energy converts back into mechanical energy. The valves help to direct the flow of the liquid and relieve pressure when needed.

To provide fluid power, hydraulic systems utilize the pump to move hydraulic fluid through the system. The fluid flows through the cylinders in which hydraulic power converts to mechanical energy. Valves assist in guiding the fluid flow and releasing pressure.

Parker hydraulic controllers are easy-to-use and environmentally friendly. Their controls may be adjusted locally or preprogrammed to almost any application that demands an electrical hydraulic solution and is globally compatible with all significant proportional hydraulic OEMs.

Hydraulic Controls in a Forklift

Different types of forklifts have different controls. That is why it is essential to know the owner's handbook before using a forklift. You can read the control locations and learn how each control functions.

Forklift Hydraulic System

Hydraulic Lift Knobs

The forklift includes three fundamental control knobs. The first knob raises the forklift's blades up or down, the second moves the blades down or up, and the third one moves it side by side. Some forklifts include a button to regulate the fork width.

Forklift Directional Controls

These controls are exactly like a car's transmission. If you want to park, shift the lever to "P." You can put the vehicle in "D" to drive. To reverse it, switch the drive lever to "R." But the forward, neutral, and reverse direction control for the forklift only has three places. You can also use Column-mounted or foot-controlled forklift directional controls.

There are the additional controls that you need to know about:


It increases acceleration and speed.


It is used to apply brakes.


Some forklift types are provided with a clutch pedal that enables the operator to speed up the drive during shifting gear to gear. These forklifts are fitted with an external clutch and an internal combustion engine.

Inching Pedal

There is an inching pedal on the left foot. It is used to go extremely slowly and with full motor power for lifting. The inching pedal is usually utilized in narrow areas or hallways for maneuvering forklifts.

Parking Brake

It holds the forklift when it is free. Engage the parking brake and block the wheel to make it safer while parking in the sloped ground.

The acceleration is carried out by pressing the pedal down in one kind of hydrostatic forklift. The more the pedal is pressed down, the faster the forklift will move, and to stop the forklift, the operator lifts the accelerator pedal. In a hydrostatic forklift, there is no braking control.

Two-speed pedals act like directional controls in other kinds of hydrostatic forklifts. The first pedal moves the forklift forward, while the other pedal moves the vehicle backward. The operators move their feet in the required direction from pedal to pedal.

Forklift Hydraulic Controls


The key takeaways include

  • A hydraulic system controls the energy transmission.

  • The function of all types of hydraulic systems is the same based on the fundamental principle.

  • Different types of forklifts have different controls. So, it is essential to know the owner's handbook before using a forklift.

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