Transmission joystick, customarily referred to as "block bar" or "gear."

The role is based on driving conditions linked gear shift.
Instructions:
First: the shift lever at the top of a linde forklift joystick, the king is the shift lever of the line, the middle of the shift lever is the neutral position, because the lower part of the shift lever has two lateral limit spring, shift lever In the neutral position, is limited to 3,4 files and horizontal crossroads, if you want to hang 1,2 file, you must shift the lever to the left, forward 1 file after 2 files, if you want to hang 5, R file, you must pull the lever to the right, forward 5 files after the R file, if you want to hang 3,4 files, neither to the left to pull, not right to pull, forward 3 files 4 files , If you want to change the gear lever from the first gear into the second gear, straight pull back on the line, after the T-junction can not let go, if you let go after the next pull into the 4 file, and if you want to shift lever from 2 files into 3 files, when the shift lever to the T-junction, a loose hand, the shift lever will automatically return to the (3,4 files and horizontal line) crossroads, and then push forward into 3 files. The other stalls are similar.
Second: Check whether the shift lever is neutral: the shift lever is only in the horizontal position is neutral when the horizontal position of the swing around the maximum amplitude, put up any one file, the swing amplitude significantly smaller , Which is the difference between whether the method is neutral.

The crane joystick is an input device consisting of a base and a main control rod, which is pivotally mounted thereon, for transmitting an angle or direction signal to the device it controls. At present the joystick is mainly used to manipulate video games, usually with one or more buttons, button status can also be computer identification. The most popular analogue application for joysticks is the analog stick used in modern electronic game consoles.
The forklift joysticks has been a major flight controller in many aircraft, particularly military jet cabin cockpits, divided into center and side bars (see center pole on opposite side).
Joysticks are also used to control machines such as cranes, trucks, underwater robots and zero turn radius lawn mowers.

In recent years, the oem controls joystick has been widely used in many industries and manufacturing industries, such as; cranes, assembly lines, forestry equipment, mining trucks, excavators. In fact, this can meet the high demands of the control rod, in almost all modern hydraulic control system in fact replaced the traditional mechanical control lever.
As the industrial joystick pot for frequent dry rough work, so work than the typical video game joystick more durable. This led to the development and application of Hall-effect sensors in the 1980s, such as non-contact sensors. Several companies manufacture industrial-use joysticks using Hall-effect technology.

Typical applications of joysticks

With the improvement of industrial automation, Aerial Fire Truck joysticks are now widely used in a variety of industries, can be broadly divided into: mobile devices, industrial control, remote control and radio control, radar and navigation systems, robots and manipulators, Mobile machinery, medical equipment, closed-circuit television camera control system, ship steering system, entertainment console console or dance hall lighting equipment, studio camera lifting platform, mine winch, construction lifts, crane, etc.
Switch-type joystick: gives the switch signal, which is characterized by large current, compact design, compact appearance, rapid response, centering smooth, long life, high reliability, easy to install.
Typical Applications: Industrial Control Remote Radio Control, Radar & Navigation Systems, Robotics, Measurement Systems, Heavy Duty, Mobile Machinery,
Closed-circuit television control system, mobile equipment, studio dance room lighting equipment, military equipment
Potentiometer joystick: also gives a continuous analog signal is the core of the joystick joystick driven under the two axes of the high-precision adjustable potentiometer slide, which outputs the corresponding direction of the position signal.
The heavy-duty joystick is an upgrade for inductive joysticks in special applications, mainly for heavy duty, manual machines.

industrial panel Control joysticks use potentiometric

industrial panel Control joysticks use potentiometric, inductive or photoelectric sensing systems and/or switches to translate joystick motion into an output signal. They are usually made from plastic, nylon, nylon plastic, glass-filled nylon, or stainless steel.  Several types of joystick controllers are available. Industrial joysticks are used in demanding environmental conditions or heavy-duty equipment such as forklifts, cranes, agricultural machinery, hoist devices, vehicle steering, excavators, and municipal or military vehicles. Precision joystick controllers

are used for steering, positioning and speed control in applications such as microscope control. They are also used in camera controls, wheel chairs, surveillance cameras, optical measurement equipment, medical diagnostic equipment, and stage techniques. Game joysticks are used in flight simulators, video games, and remote controls.

The excavator joystick is designed with excavator drivers in mind

The excavator joystick is designed with excavator drivers in mind. We wanted to design a joystick with good ergonomics and maximum functionality and safety. Apart from the thumb rollers used to control the tilt and rotation of the tiltrotator we added two additional rollers on the back side of the joystick. With your index fingers you can operate for instance a gripper unit, the wheels or tracks of you excavator simultaneously with the tiltrotator. Many wheeled excavators has a forward/neutral/reverse switch in one joystick. The Coal Mines Machine joysticks

 can be configured with a three position switch on the right hand joystick making it easy and convenient to change the driving direction of the excavator.

industrial panel Control joysticks use potentiometric

industrial panel Control joysticks

use potentiometric, inductive or photoelectric sensing systems and/or switches to translate joystick motion into an output signal. They are usually made from plastic, nylon, nylon plastic, glass-filled nylon, or stainless steel.  Several types of joystick controllers are available. Industrial joysticks are used in demanding environmental conditions or heavy-duty equipment such as forklifts, cranes, agricultural machinery, hoist devices, vehicle steering, excavators, and municipal or military vehicles. Precision joystick controllers are used for steering, positioning and speed control in applications such as microscope control. They are also used in camera controls, wheel chairs, surveillance cameras, optical measurement equipment, medical diagnostic equipment, and stage techniques. Game joysticks are used in flight simulators, video games, and remote controls.