What Are Low Power XY Series?

Low Power XY Series refers to a specialized category of energy-efficient pneumatic valves designed for applications where power consumption is a critical consideration. These valves combine precise XY axis control with minimal energy requirements, making them ideal for battery-operated systems and energy-conscious applications.

Primary Function

Low Power XY Series valves provide precise directional control of pneumatic actuators while maintaining exceptionally low power consumption. They enable accurate positioning and movement control in both X and Y axes with optimized energy efficiency.

Working Principle

These valves operate through:

• Low-power solenoid technology
• Optimized magnetic circuits
• Energy-efficient coil design
• PWM (Pulse Width Modulation) control
• Standby power reduction features
• Smart power management systems

Key Features

Power Efficiency

Ultra-low power consumption, typically under 1W per solenoid

Dual Axis Control

Simultaneous control of X and Y movement axes

Compact Design

Space-saving form factor for tight installations

Smart Control

Integrated electronics for optimized performance

Technical Specifications

• Power consumption: 0.5W - 1.2W per solenoid
• Operating voltage: 12V DC or 24V DC
• Current draw: 40mA - 100mA per solenoid
• Response time: < 10ms
• Operating pressure: 0.15 MPa to 0.7 MPa
• Port sizes: M3, M5, or 1/8" NPT

Valve Types in Series

XY-02 Series

Basic low power dual solenoid valves

XY-04 Series

Enhanced efficiency with smart control

XY-06 Series

Ultra-low power with position feedback

XY-08 Series

Wireless capable versions

Actuation Methods

• Direct solenoid operation
• Pilot-assisted low power actuation
• Digital signal control
• Wireless communication options
• Battery-powered operation

Key Components

• Low-power solenoid coils
• Precision-machined spools
• Energy-efficient magnets
• Integrated circuit boards
• Low-friction seals
• Thermal management components

Common Applications

• Portable medical equipment
• Mobile robotic systems
• Battery-operated machinery
• Solar-powered systems
• Laboratory automation
• Field instrumentation
• Remote control systems
• Energy-efficient manufacturing

Materials of Construction

• Engineering plastics for valve bodies
• Low-resistance copper windings
• High-efficiency magnetic materials
• Low-friction composite seals
• Thermally conductive components
• Corrosion-resistant coatings

Advantages

• Significant energy savings
• Reduced heat generation
• Extended battery life
• Compact size and weight
• Improved system reliability
• Lower operating costs
• Environmental benefits

Selection Considerations

• Power budget constraints
• Flow rate requirements
• Operating pressure range
• Environmental conditions
• Control interface needs
• Battery life requirements
• Size and weight limitations

Installation Guidelines

• Proper power supply matching
• Correct wiring practices
• Adequate air filtration
• Optimal mounting orientation
• Thermal management considerations
• Battery system integration

Maintenance Requirements

• Regular power consumption monitoring
• Battery status checking
• Air filter maintenance
• Electrical connection inspection
• Performance testing
• Software/firmware updates

Troubleshooting Common Issues

• Insufficient power supply
• Battery voltage drop
• Connection problems
• Air quality issues
• Control signal errors
• Thermal overload situations