01 / Operator
Control layout
List joystick axes, switches, functions and any required feedback.
Build the brief ↓EA Series / Proportional controlControl with
Control with
more nuance.
Shoulder-belt control is a starting point for machines that need graduated movement, multiple operator functions or both.
Discuss an EA Series application ↗01 / Range overview
EA Series overview image placeholder
Start with the movement.
The supplier catalogue presents EA Series transmitters with configurable control layouts and proportional options. It also describes P-series receivers with PWM or analogue and digital outputs. An EA-to-receiver pairing is a working hypothesis until DCH confirms the exact configuration.
Describe what each joystick axis or switch should do, then identify the machine's electrical and hydraulic interface.
Catalogue specifications and output options are supplier claims. No exact system, safety function or market approval is asserted here.
02 / Configuration questions
Map the control task.
Capture the controls, outputs and machine information needed for technical review.
02 / Machine
Output needs
Note known PWM, analogue and digital needs without assuming compatibility.
Build the brief ↓03 / Integration
System context
Share hydraulic and electrical drawings where available.
Build the brief ↓03 / Your brief
Define each movement and interface.
Include the machine task, joystick movements, switch functions, hydraulic components, required outputs, operating conditions and destination market.
The final configuration must be reviewed against model-specific supplier information and evidence.
Find a local agent or send an enquiry ↗Explore further
Related paths
Next step
Have a proportional control task?
Describe the machine movement and interfaces. We can define the next technical questions together.
Start an enquiry ↗