462 Series - Subminiature Force Joystick
The 462 series of subminiature force joysticks from Ultra Electronics provides ultimate precision and durability, within a rugged housing. These potentiometer-based joysticks utilise a two-axis force input from your fingertip or thumb, converting it into a highly precise voltage output. The 462 series boasts a rugged design in a compact housing, making it ideal for demanding environments.
With compact dimensions of 0.375” diameter and 0.5” depth below panel, these joysticks are perfect for applications where space is limited. They are available in various actuator styles with an operating force range of 0-2lbs, providing flexibility to meet diverse application needs.
Designed by Ultra, specifically for Aerospace and Military markets, the 462 series seamlessly integrates into grips and panels for a variety of applications, while the 462C is a RoHS commercial version designed for when precision is priority. These include cursor control, target acquisition, security cameras, robotics, and automated surgical equipment.
| Mechanical Life | 100,000 hours continuous use |
| Max Voltage | 5VDC |
| Operating Temperature | -0°C to +50°C |
| : | Variety of Actuator Style Available |
FAQs
A joystick is a device that transforms mechanical movement from an operator and turns this into an electrical output. This electrical output can then be read by a computer system to create a desired effect. This can be either controlling a computer game, a CCTV camera or a fighter jet.
Joysticks have many advantages in certain applications. Their main advantage is the ease of use and instinctive nature for many operators. This means reduced time for training and to become proficient in the use of a device. They can also be highly accurate and enable an operator to control the device into a desired position quicker than some other forms of input such as pushbuttons or keypads. Lastly, they can incorporate additional switches allowing for the device to be used for many additional functions without the operator being required to remove their hand.
