Model 1505-G1422

This control grip features a special configuration for wall or panel mounting and incorporates immersion proof construction. Included is a thumb operated miniature joystick (Model 470LR), two push button switches and a circular type connector.

Model 404 Four Axis Control

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 is rotation about the vertical Z axis. The grip is stiff; it has no perceptible motion. Operating force range for X and Y axes is 5 lbs. or 20 ounces.

Model 411 Limited Motion
Force Operated Control

This control incorporates a "flexible" handle, a compact configuration with a 2.5 inch square by 1.5 inch deep base containing sensors and amplifiers. Power required is ± 15 VDC at 60 mA. Output sensitivity is 1.9 volts per pound up to the 6 lbs. maximum operating force. Total motion at the knob is .190 inches nom.

Model 541-G3403 F16 Hi-Fidelity Throttle

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 to simulate one of a variety of F16 models.

Model 541-G3580-1 F15 Hi-Fidelity Throttle

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. A 5K ohm potentiometer provides the output for each lever.

Model 544-G1159 Rotational Hand Control

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 breakout and force gradients for all three axes. Deflection is ± 14" in the X and Y axes, and ± 10° in the twist axis.

Model 544-G1810 Translational Hand Control

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 outputs, inline motion to the handle provides output signals for the Z axis. Features include precision potentiometers, rugged gimbal movement and a bellows type boot seal.

Model 541-G665 Throttle Control

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 particular requirements. A level guide plate is used to annunciate critical throttle positions.

Model 551 Series

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°. Output is proportional to the applied force 0 to ± 1.40 VDC with +/- 6 VDC applied.

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Ultra Electronics Measurement Systems Inc
50 Barnes Park North
Suite 102
Wallingford, CT 06492 USA
Tel: (203) 949-3500
Fax: (203) 949-3598
sales@ultra-msi.com

Copyright ©2005 Ultra Electronics. All Rights Reserved.

1964 > MSI designs the first miniature piezoresistive joystick, followed quickly by the development of the inductive and force type joysticks.

1970 > Company core competency becomes grips, hand controls, optical encoders and trackballs for tracking and positioning systems. Products range from medical devices and traffic control to industrial processes and military applications.

1996 > MSI acquired by Ultra Electronics, worldwide specialists in electronic systems for aircraft, naval vessels, armored vehicles, airports and transport systems.

1998 > Secures U.S. patent for Hall Effect technology.

2003 > Fields industry's first sense of touch HAPTICS technology.

2004 > Receives U.S. patent for MAGTRACK, a positioning indicating device for harsh environments.

2004 > Develops Hall Effect miniature joysticks.