Multi-Axis
The VCSO joystick is rugged, compact and offers excellent application versatility. VCSO Joysticks are utilized where precise proportional and step control of A/C or D/C drives and electro-hydraulics is desired.
• Rugged construction
• Compact design (6 contacts & potentiometer in each axis in a 4.75 square area).
• Corrosion resistant components
• 6 Double Pole contact blocks each axis (field replaceable)
• 10 million plus operations
• Long life, compression type return spring system
• Single
• Dual
• Three
Three Axis
Third axis is achieved via a twist handle function or thumbwheel.
• Contacts
• Potentiometer
• Encoder
• Open Gate
Open Gate
Unrestricted handle travel up to +/- 37°
• Cross Gate
Cross Gate
Guided handle travel up to +/- 37°
• Spring Return
Spring Return
Handle returns to center
• Maintained
Maintained
Handle holds at detent steps
• Friction Brake
Friction Brake
Handle holds throughout
• Panel (From Below)
The VCSO is highly versatile and used in a range of industries and equipment. Typical applications include:
• Oil & gas machinery
• Municipal snow removal vehicles
• General industrial applications
• And more
Download
# of Axis
Output Options
Joystick Action
Handle Travel
Gate
Max # of Steps
Handle Compatibility
Life
Materials
Est. Shipping Weight
Est. Shipping Dimensions
Mounting Style
Mounting Footprint
IP Rating
Operating Temperature
Storage Temperature
Contact Specifications
Additional Specifications
Dimensional
Mounting
With it's highly versatile and rugged design, the VNSO has set the standard in high-duty cycle applications.
With it's highly versatile and rugged design, the VNSO has set the standard in high-duty cycle applications.
Rugged and reliable hall-effect joystick configurable with a range of handles and output types.
Rugged and reliable hall-effect joystick configurable with a range of handles and output types.
Shares compact and ruggedness of the VCSO, but with the option for microswitches.
Shares compact and ruggedness of the VCSO, but with the option for microswitches.
