Description
Penny & Giles HE Handle has been ergonomically designed to fit comfortably in either hand. Eliminating the need for separate left or right hand mouldings and its main body is mould as a single component to improve rigidity and strength.
The HE grip can incorporate as many as fifteen functions including three analogue controllers (rollers) i the front face and a ‘person present’ trigger switch, and is available with a choice of three different switch types in six different colours as standard. All switches are environmentally sealed to IP66 and the grips flow-in/flow-out design ensures there are no negative effects from water ingress.
The grip can be supplied fitted to joystick controllers for JC6000 and JC8000.
The Penny & Giles product range comprises a broad selection of joysticks, sensors and solenoids for use on commercial vehicles and industrial equipment.
The products are the legacy of the Penny & Giles company founded in 1956 and acquired by Curtiss Wright in 2002.
The present-day product range includes: linear and rotary position sensors; LVDT and RVDT transducers; joysticks; studio faders; digital panel meters; and solenoid actuators for a wide range of industrial motion control applications.
Their joystick controls are suitable for commercial vehicle applications for both on- and off-highway use. These include construction and agricultural vehicles, material handling and other specialty vehicles. They are also suitable for use with industrial equipment such as robotics. Their finger-operated joystick controllers are designed for the smooth, precise control of critical functions in a variety of industrial applications where a Human-Machine Interface (HMI) is required. They also have rugged joystick controllers are designed for the more demanding installations found within operator cabs for off-highway vehicles. A wide range of linear position sensors, tilt sensors, rotary sensors, linear displacement transducers and linear potentiometers that offer distinct advantages in reliability, stability and compactness.
