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| Title: FC-051P1K5T2E20H3BXCXXXSXXX Digital Proportional Valve 50L/min 350bar The FC-051P1K5T2E20H3BXCXXXSXXX is a high-performance digital proportional valve featuring CANopen communication and advanced control capabilities.Designed for 50 L/min flow capacity and 350 bar maximum pressure,this valve delivers exceptional precision with hysteresis below 1.0%and response times under 25 ms.The integrated digital electronics and robust IP69K protection make it ideal for sophisticated hydraulic systems in mobile machinery,industrial automation,and smart equipment applications where digital integration and reliable performance are critical. Product Parameters Parameter Name Parameter Value Manufacturer Product Series FC-051 Digital Proportional Valve Size Standard NG6(CETOP 3) Maximum Flow 50 L/min Maximum Pressure 350 bar Spool Type Proportional with LVDT Feedback Communication CANopen Hysteresis<1.0% Response Time<25 ms Protection Rating IP69K Temperature Range-40°C to+100°C Weight 2.9 kg Product Features This digital proportional valve incorporates advanced CANopen communication with complete CIA 301/302 protocol implementation.The high-precision LVDT feedback system ensures accurate spool positioning with minimal hysteresis.Integrated smart electronics provide sophisticated control algorithms,temperature compensation,and comprehensive system diagnostics. The valve features enhanced thermal management with predictive temperature control and adaptive parameter adjustment.Robust construction with corrosion-resistant materials ensures long-term reliability in demanding environments.Advanced safety functions and maintenance monitoring capabilities support operational safety and predictive maintenance strategies. Advantages Digital CANopen interface enables seamless integration with modern control systems.High precision control ensures accurate and repeatable hydraulic system performance.Robust IP69K protection guarantees reliable operation in harsh environmental conditions. Advanced diagnostics support predictive maintenance and reduce unexpected downtime.Flexible parameterization allows optimization for specific application requirements.Compact design provides high performance in space-constrained installations. Application Scenarios This valve is ideal for advanced mobile hydraulic systems in construction and agricultural equipment.It serves industrial automation applications requiring precise digital motion control.The valve operates in smart hydraulic systems and Industry 4.0 implementations. Other applications include precision manufacturing equipment and process automation systems.It is used in test and measurement applications requiring digital data acquisition.The valve serves automated material handling systems and robotic applications. Usage Instructions Install the valve using specified mounting hardware and proper torque values.Connect hydraulic ports with appropriate seals and fittings rated for 350 bar operation.Wire the CANopen network using shielded twisted-pair cables with proper termination resistors. Configure valve parameters using configuration tools or standard CANopen software.Set network parameters including node ID,baud rate,and PDO mapping.Perform comprehensive testing including communication validation and functional verification before system commissioning. Precautions Ensure hydraulic fluid cleanliness meets ISO 4406 18/16/13 specifications.Verify proper CANopen network termination and cable shielding.Use only recommended connectors and follow installation specifications. Implement appropriate network security and access protection measures.Avoid exposure to conditions beyond specified operational limits.Follow safety protocols during installation and maintenance operations. Frequently Asked Questions What are the key benefits of the CANopen digital interface? The CANopen digital interface provides significant advantages including real-time control capability,deterministic communication timing,and seamless integration with modern control architectures.The protocol supports both high-speed process data exchange and comprehensive parameter access,enabling sophisticated control strategies.The digital interface facilitates access to extensive diagnostic information and performance metrics that support predictive maintenance and system optimization. The implementation includes advanced network management features such as synchronous operation,emergency messaging,and heartbeat monitoring.These features enhance system safety and reliability while simplifying integration with higher-level control systems.The digital interface also reduces wiring complexity compared to traditional analog systems and provides better noise immunity in electrically challenging environments. How does the diagnostic system enhance operational reliability? The integrated diagnostic system continuously monitors multiple performance parameters including spool position accuracy,solenoid current,operating temperature,and communication integrity.Advanced algorithms analyze performance trends and can detect subtle changes indicating potential issues.The system maintains comprehensive event logs with timestamped records of operational parameters and any abnormal conditions. The diagnostics include predictive maintenance capabilities that can alert operators to developing issues before they affect system performance.Parameters such as cumulative operating hours,thermal cycling data,and performance degradation metrics are tracked to support maintenance planning.This comprehensive monitoring approach helps prevent unexpected downtime and enables maintenance optimization based on actual operating conditions. What installation practices ensure optimal digital performance? Proper installation requires careful attention to CANopen network implementation.Use high-quality shielded twisted-pair cables with proper characteristic impedance and install termination resistors at both network ends.Ensure proper cable routing away from sources of electromagnetic interference and implement correct grounding practices to prevent ground loops. Configure unique node addresses for each device on the network and set appropriate communication parameters.The physical network should follow a linear bus topology with minimal stubs or branches.For applications subject to vibration or environmental challenges,use connectors with positive locking mechanisms and provide adequate strain relief.Verify network operation and communication quality during commissioning. How does the valve maintain precision in digital control applications? The valve maintains high precision through several advanced features.The high-resolution LVDT feedback provides accurate spool position measurement with excellent temperature stability and noise immunity.The digital control electronics implement sophisticated algorithms that include adaptive compensation for non-linearities and varying operating conditions. The CANopen interface enables high-speed closed-loop control with minimal communication latency.The system continuously self-calibrates and adapts to maintain optimal performance.The mechanical design incorporates features that minimize friction and hysteresis,while the proportional solenoid provides precise force control with excellent linearity across the operating range. What configuration options support application optimization? The valve offers extensive configuration options through the CANopen interface.Adjustable parameters include control gains,response characteristics,limit settings,and compensation values.The system supports multiple operating modes including position control,velocity control,and application-specific modes. Configuration tools range from dedicated software applications to standard CANopen configuration tools.The valve supports remote parameter access and modification,enabling optimization without physical access to the device.Comprehensive documentation including electronic data sheets and device configuration files supports easy integration with various control platforms. What safety features are implemented in the valve design? The valve incorporates multiple safety features including comprehensive monitoring of critical operating parameters with configurable response actions.The system includes protection against over-temperature conditions,over-current situations,and communication failures.The mechanical design ensures fail-safe operation with defined behavior during power loss or system faults. The CANopen implementation includes safety-related features such as heartbeat monitoring,node guarding,and emergency messaging.The valve supports configurable fault reactions and can be integrated into safety systems using appropriate safety protocols.The robust construction ensures pressure containment under all specified operating conditions. How does the valve support integration in complex systems? The valve is designed for seamless integration in complex systems through its comprehensive CANopen implementation and flexible configuration capabilities.The device supports multiple PDO mapping configurations,allowing optimization of data exchange for specific application requirements.The valve can operate in synchronized multi-axis systems and supports sophisticated motion control applications. Integration is supported by detailed documentation including complete object dictionaries,implementation guides,and application examples.The valve's parameter set allows customization to match specific system characteristics and performance requirements.For complex applications,the valve can be integrated with various control architectures using standard communication protocols and interfaces. What technical support resources are available? provides comprehensive technical support including detailed documentation,application engineering support,and training resources.Documentation includes technical data sheets,installation manuals,CANopen implementation guides,and application notes.The support resources cover both hydraulic performance aspects and digital communication implementation. Technical support is available through qualified application engineers with expertise in proportional valve technology and digital communication systems.Training programs and workshops cover operation,configuration,integration,and troubleshooting.Online resources including software tools,documentation libraries,and application examples are available through the website. |
Beijing Zhongping Technology Co., Ltd. is a leading provider of industrial automation solutions, intelligent robotics, and advanced system integration services. With decades of expertise, the company has established long-term strategic partnerships with global industry leaders such as Siemens, ABB, Schneider Electric, KUKA, Yaskawa, and FANUC, leveraging their cutting-edge technologies to deliver innovative, tailored solutions across diverse sectors.Q1: What is the core business scope of Beijing Zhongping Technology Co., Ltd.?
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