Ultra Electronics Measurement Systems Inc Datasheets for Industrial Joysticks
Industrial joysticks use potentiometric, inductive or photoelectric sensing systems and/or switches to translate joystick motion into an output signal.
Industrial Joysticks: Learn more
| Product Name | Notes |
|---|---|
| A ± 10 VDC output signal proportional to force applied to the grip is provided in four axes. Three mutually perpendicular axes are X, Y and Z. The twist axis... | |
| A positive action, center off switch. Moving the handle in any X or Y direction will actuate a single switch. Moving the handle 45 degrees will actuate two switches giving... | |
| A three axis version of the 526 unit, a 5K ohm, 1/2 Watt potentiometer housed within the knob can be rotated ±45 degrees for the third axis. | |
| A two axis control with rugged all metal construction, environmental boot seal and high reliability conductive plastic, center tapped potentiometers. Options include direction or limit switches together with a finger... | |
| A two axis hand control incorporates a push button switch on the handle. Unit operates on ± 15 VDC supply voltage at 100 mA. The output has adjustable sensitivity and... | |
| A two axis hand control using a small diameter, straight, finger-tip handle which provides comfort and sensitivity for high accuracy applications. Unit operates on ± 15 VDC supply voltage at... | |
| A two axis non-contacting precision displacement fingertip operated control which has revolutionized the HMI (Human Machine Interface) Industry by providing high performance and high reliability at low cost. Standard Model... | |
| A two axis non-contacting, displacement, precision, hand operated control with grip, the Model 502C utilizes Ultra MSI’s patented Hall effect technology. Providing high performance and high reliability results at a... | |
| Deflection of the grip on this control operates a miniature, force operated joystick (Model 465) and X/Y axes direction switches. The joystick provides a maximum deflection angle of ± 15°. | |
| Designed and proven by qualifications testing for the most severe military equipment environments. Units utilize a hermetically sealed construction and meet humidity and seal requirements of MIL-STD-810 Method 507 procedure... | |
| Designed for controlled or other less severe environments. The semiconductor elements are sealed by use of proprietary encapsulants. Case material is brass. Mounting styles, fingertip handles, thumb buttons and boot... | |
| Designed for industrial applications where environmental factors such as humidity, temperature, gasses or solids are a consideration. Construction utilizes internal metal bellows and case material similar to Model 465. | |
| Designed for military applications where humidity requirements per MIL-STD-202 apply. Semiconductor piezoresistive elements are protected by an internal flexible metal bellows. The case is constructed of sturdy brass and black... | |
| Has a smooth action and infinite resolution 1 Watt potentiometer. Our smallest displacement type joystick, it will fit in a space only 1 1/2 inches wide. The handle remains in... | |
| Has spring return-to-center in both axes and is supplied with a metal bezel, mounting plate and dust cover. | |
| Included in this hi-fidelity simulated throttle control is the friction adjust handwheel, throttle grip pivot mechanism, 5K ohm potentiometer output, and grip control. This grip includes finger activated input devices... | |
| Inherently rugged and work smoothly without loss of precision throughout operational life. The direct coupling of the handle and the shaft of the potentiometer without the use of gears or... | |
| Models 475 and 485 have a designator and two axis control with switch. Models 475 and 485 are for use in control grips such as Model 1505. They include a... | |
| The JTX joystick provides a precise, reliable and rugged control that withstands harsh environmental conditions. The joystick is available in quadrature square wave and serial outputs. All common "mouse" formats... | |
| The primary action of the joystick produces a "slow" pulse rate of 20 PPS (pulses per second). When the bar switch is pressed simultaneous to a joystick direction pressure a... | |
| The same as model 541P except that the handle knob is replaced by a 5K ohm potentiometer (not center tapped) which is spring return-to-center. | |
| These miniature Hall effect joystick controls are available either as stand alone devices for customer integration, installed in Ultra MSI Control Grips for a thumb-operated grip control or integrated into... | |
| This basic two axis control utilizes a ball and socket joystick pivot with precision metal bails to provide smooth, low friction motion of the X and Y axis. Removable return-to-center... | |
| This control features a spring return-to-center twist knob on the joystick handle. A 5K ohm, 1/2 Watt potentiometer housed within the knob can be rotated ±45 degrees for the third... | |
| This control is a Model 521 with a single pole, single throw, momentary push button function switch mounted in the joystick handle. The switch is rated at 1 AMP, 115... | |
| This control is normally bulkhead mounted, incorporating a "rail" that provides a guard and stabilizes the operator’s hand, thus achieving precise control. In addition to the X and Y axis... | |
| This hand control offers the versatility of using a grip as the human interface. The added trigger and other switches allow the operator to perform multiple tasks while operating the... | |
| This model 462 joystick/serial interface circuit combination transmits data in RS232, RS422 and USB. The compact below panel configuration provides an installation that meets tough environmental standards and requires very... | |
| This model has a boot for mounting surface sealing and a smaller boot at the switch to prevent moisture entry through the handle. The switch leads are brought through the... | |
| This model incorporates a stainless steel case, optonal elastomer seal and bushing mount and offers high performance and precision in a small size where space is an important factor. Overall... | |
| This model is a single axis proportional joystick with spring return-to-center using a 5K ohm center tapped potentiometer whose electrical angle matches the mechanical angle of the joystick. Stay in... | |
| This rugged controller can be actuated in eight separate directions. The handle normally returns to center off position, but when desired, a turn of the knurled tip will lock the... | |
| This rugged, gimbal movement model features high forces, a special diecast aluminum enclosure and construction to provide spray resistance under high pressure conditions. Auxiliary functions are performed by an array... | |
| This rugged, precision hand control provides a rotational axis in addition to the conventional displacement X and Y control simply by twisting the hand grip. The three push buttons and... | |
| This single lever generic throttle control is suited for applications that don’t require high fidelity simulated controls, but instead need a rugged precision control that can be tailored to fit... | |
| This three-axis displacement joystick features a pivot point in the control grip for the Y axis, and a separate pivot point for the X and twist axis. There are different... | |
| This twin-lever hi-fidelity simulated throttle quadrant control includes finger lifts, a throttle detent mechanism, friction adjust lever, and split grip control. The grip configuration represents the F15 MSIP throttle control. | |
| Coded with digital output, available TTL level pulse output | |
| Commercial applications, output rates of 500, 1000, 2000 count/sec | |
| Compact size, high resolution, optional features, adjustable friction lock | |
| Compact size, high resolution, optional features, digital joystick | |
| Compact size, high resolution, optional features, fingertip actuated switch | |
| Compact size, high resolution, optional features, positive joystick lock | |
| Compact size, high resolution, optional features, potentiometer joystick | |
| Compact size, high resolution, optional features, solid dome w/ bezel ring | |
| Compact size, high resolution, potentiometer, optional features | |
| Compact size, high resolution, potentiometer, optional features, long life | |
| Conventional design, T-bar handle, third axis is orthogonal control | |
| Excellent temperature stability, customizable, other protocol options | |
| Industrial applications, output rates of 500, 1000, 2000 count/sec | |
| Infinite resolution, contact company for complete set of specs, F16 model | |
| Infinite resolution, high tracking and positioning | |
| Isometric (force or still stick), max actuation force is 10 pounds | |
| Neoprene boot seal, gimbal movement, includes thumb operated mini joystick | |
| Neoprene boot seal, gimbal movement, potentiometers are 5K center tapped | |
| Optional outputs, MIL spec, max output rates of 500, 1000, 2000 count/sec | |
| Potentiometers are 10K center tapped, handle has a push button | |
| The grip moves easily in all four axes | |
| The grip moves slightly with applied force | |
| Three axis control, no cross talk between axis, knurled ring & handle |