Industrial Electric Joysticks
Industrial joysticks are input devices that are specifically designed for use in various industrial applications. They are built to withstand harsh environmental conditions and offer high reliability, making them ideal for use in a wide range of industries. Industrial joystick use different technologies, including the latest contactless hall technology, to provide accurate and reliable position sensing. Hall effect joysticks have a long life and are available in single or multi-axis configurations, with spring return or thumb center options.
An industrial joystick controller can be used for a variety of control applications, including analog control and contactless hall control. They are designed to be installed and connected easily and are suitable for use in industrial equipment and machinery, including cranes and robotics. They offer a range of features and functionality, including deflection and movement sensing, and are often combined with other products, such as switches and sensors, to provide comprehensive control solutions.
More Information about Industrial Electric Joysticks
Manufactured by reputable manufacturers such as Schneider Electric, industrial joysticks are constructed with robust materials and designed to provide long-lasting performance. They are configurable to meet specific customer requirements and are available with different specifications, such as number of axes, means of identification, and momentary or latching action. Overall, industrial joysticks are an ideal input device for various industrial applications due to their reliability, durability, and precision.
FAQs
What is contactless hall effect technology?
Contactless Hall Effect Technology is a sensing technology used in various devices such as industrial joysticks, sensors, switches, and controls. It utilizes a non-contact magnetic field to detect the position of an object or movement, making it a reliable and accurate method of sensing.
What different applications are finger joysticks designed for?
Finger joysticks are designed for different applications such as remote controls, robotics, construction equipment, cranes, armrests, and other industrial applications that require high reliability and robust operation. They are suitable for controlling single-axis or multi-axis movement and can be equipped with spring return functionality.
What is the y-axis in relation to a joystick?
The y-axis refers to the vertical axis, which controls the up-and-down movement of the joystick handle. The other axis is the x-axis, which controls the side-to-side movement of the joystick handle. Together, the x and y axes allow for multidirectional control of the joystick.
Maintaining NEMA 4 Rating When Making Enclosure Penetrations
Cutouts are very common when modifying enclosures for push buttons, indication lights, conduit entries or mounting hardware. Cutting into an enclosure runs the risk of eliminating the protective nature of the NEMA rated attributes. Proper steps must be followed in order to preserve the NEMA rating of an enclosure.
Devices mounted to the enclosure must have the same NEMA rating as the enclosure.
This means that if the devices are installed to the manufacturer's specifications, they will be able to maintain the NEMA rating of the enclosure.
Water tight conduit hubs must be used when running wire through a cutout in an enclosure.
There are many different types of conduit hubs that are used to secure conduit to an enclosure. However, only certain conduit hubs are rated for a watertight seal. By using water tight hubs, the NEMA rating of the enclosure is maintained.
Bonded washers are necessary when mounting hardware to an enclosure.
If standard mounting hardware is used, the NEMA rating of the enclosure will no longer be maintained. Bonded washers have rubber gaskets that make a watertight seal around the drilled hole. It is also important to make sure the material used for the bonded washer matches the material of the enclosure. Stainless steel enclosures require stainless steel bonded washers.