2016年9月30日星期五

HRSensor offers a very wide range of industrial joysticks

HRSensor offers a very wide range of industrial potentiometer joystick controller which can be used in various different applications. Features of industrial panel Control joysticks include sealed friction brake, standard custom handle patterns, modular field replaceable contact system, proportional potentiometric or step controls. Various handle options are also available.

2016年9月26日星期一

HRSensor potentiometer joystick

HRSensor Single and double axis joystick control is available as well as a variety of standard and custom handles and handgrips with push-buttons and triggers. Both separate and simultaneous operation of each axis is achieved with standard and custom gate patterns. The standard potentiometer joystick hand control lever use for Lifts, Work Platforms, Bucket trucks, Cranes, Agricultural, Mining and Forestry equipment.

2016年9月22日星期四

HRSensor industrial panel Control joysticks is an extremely rugged Joystick

The HRSensor industrial panel Control joysticks is an extremely rugged Joystick in an ultra-compact and versatile design. The durable housing and heavy stainless steel gimbal yokes make this device resistant to abuse and ideally suited for high duty cycle applications. This industrial control handle joystick can also be furnished with remote or base mounted Pulse Width Modulated Hydraulic Valve Drive Boards.

2016年9月18日星期日

HRSensor variable frequency motor control joysticks

The HRSensor variable frequency motor control joysticks offer compact and robust industrial joysticks which can be supplied with conductive plastic potentiometer sensor elements in analogue versions as well as with galvanized isolated direction contacts.The joysticks are available with 1, 2 or 3 axes for applications such as the safety radio remote control of machinery and systems or for mobile hydraulic applications.

2016年9月14日星期三

HRSensor joysticks characteristic

HRSensor joysticks for hydraulic proportional control conforms to the modern man-machine engineering principle, specially for project mechanical profession design use.The disposition has the non-contact Hall sensor and the long life potentiometer two kind of angular displacement sensor detect method could choose.
HRSensor joysticks has many kinds of different type handle top port to supply choice, simultaneously, button quantity and the position also have the different disposition form.The joystick’s output signal could be potentiometer output, the Hall voltage output, the CAN bus output, as well as a variety of standard analog signals.

2016年9月10日星期六

HRSensor contactless, multi-axis joystick

The potentiometer joystick controller is a contactless, multi-axis controller providing long-life finger positioning control. Featuring non-contact hall effect potentiometer joystick technology while utilizing minimal mounting depth, the HRSensor joystick is designed for applications requiring enduring accuracy and precision. Available with several ergonomic handles and in single, dual or triple-axis configurations, ideal applications include CCTV control, robotics, medical devices, and audio video production consoles.

2016年9月6日星期二

HRSensor Hall Effect joysticks

The joysticks for variable frequency motor control with the pushbutton handle option offers one of the only “micro” Hall Effect joysticks on the market with a tactile “selection” option. Similar in size and operation to “gamepad” controls, the thumbstick with pushbutton is ideally suited for military robotics, material handling, and UAV and UGV operator control units. Inside its sleek miniature package, the joystick utilizes contactless Hall-Effect technology to provide long-life proportional control up to one million lifecycles.

2016年9月2日星期五

HRSensor precision rotary potentiometer

HRSensor precision rotary potentiometer are very popular in 3 axis analog joystick. They are used in current products. Somebody came up with a more primitive design in its optical joysticks, though. The optocouplers with photoelements and perforated discs (this is similar to the optomechanical system of ball-based mouse devices) could not deliver high control accuracy. They had a resolution of somewhat more than 100 positions along the pitch and roll axes.