Industrial analog joystick | with X/Y axes and “Deadman” safety switch | 0.5–2.5–4.5 V analog signal | 6 buttons | for control panels and mobile equipment

Technical Specifications

Type: Industrial analog joystick
Control axes: 2 axes (X and Y)
Analog signal output:
0.5 V (minimum)
2.5 V (neutral center)
4.5 V (maximum)
Control principle: Proportional analog control
Additional buttons: 6 integrated control buttons
Safety function: “Deadman” safety switch
Signal type: Analog control signal
Control directions: X and Y axes (multi-axis control)
Application: Industrial automation, mobile machinery, robotics, simulators
Mounting: In control panels, operator consoles or equipment control stations
Construction: Industrial-grade, designed for intensive use

Functions

Two-axis (X/Y) analog control – allows precise control of equipment in two directions
Analog signal 0.5–2.5–4.5 V – proportional control suitable for PLC and control systems
Neutral center (2.5 V) – stable middle position for precise control
6 integrated control buttons – for additional functions or mechanisms
“Deadman” safety switch – the device operates only while the control lever is held
Easy integration – compatible with PLCs, microcontrollers and industrial automation systems
Industrial construction – reliable and durable for intensive use

Usage

In industry and automation: For control of CNC equipment, robotic systems, PLC control panels, manipulators, automated production lines

In construction and mobile machinery: Widely used to control cranes, excavators, lifts, telescopic manipulators and specialized machinery

For engineers and system integrators: This joystick is an excellent component for developing specialized control panels, robotics projects, automated testing systems, simulators and training platforms

Advantages

Precise proportional analog control
2 independent X/Y control axes
Integrated 6 additional buttons
“Deadman” safety switch for operator protection
Easy integration with PLCs and microcontrollers
Industrial construction and long service life
Wide application across various control systems

Disadvantages

Requires a control system that supports analog signals
Integration may require additional programming or PLC configuration
Professional systems may require additional safety logic