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| Title:FC-051P1K5T4E20H3BXCXXXSXXX VLT Drive 1.5kW 400V IP21 The FC-051P1K5T4E20H3BXCXXXSXXX is a VLT AutomationDrive FC-051 frequency converter rated at 1.5kW(2HP)for 3-phase 400V applications.This compact drive delivers 3.6A output current and features IP21 protection with built-in EMC filter and DC choke.Utilizing advanced VVC+technology,it provides precise motor control with automatic energy optimization.The unit supports multiple communication protocols including PROFIBUS DP and is designed for pumps,fans,conveyors,and other industrial applications requiring reliable variable speed control in challenging environments. Product Parameters Parameter Name Parameter Value Product Line VLT AutomationDrive FC-051 Model Number FC-051P1K5T4E20H3BXCXXXSXXX Rated Power 1.5 kW/2 HP Output Current 3.6 A Supply Voltage 3AC 380-480V±10% Output Frequency 0.2-400 Hz Control Principle VVC+(Voltage Vector Control) Protection Class IP21 Built-in Features EMC Filter,DC Choke,RFI Filter Communication PROFIBUS DP,Built-in RS-485 Ambient Temperature-10°C to+50°C Cooling Method Natural Convection Product Features This frequency converter employs VVC+technology for superior motor control without requiring encoder feedback.The integrated DC choke reduces harmonic distortion to below 40%and improves power factor.Built-in EMC and RFI filters ensure compliance with industrial emission standards while suppressing electromagnetic interference.The drive includes multiple application-specific macros for rapid commissioning in common applications. The thermal management system uses an optimized heat sink design for efficient cooling without forced ventilation.Comprehensive protection functions include motor thermal monitoring,short circuit protection,earth fault detection,and overvoltage/undervoltage protection.The intuitive control panel features a backlit LCD display for clear parameter visibility and easy operation. Advantages Integrated DC choke reduces harmonic distortion without external components,saving space and cost.Energy optimization feature can reduce power consumption by up to 10-15%in appropriate applications.IP21 protection enables reliable operation in environments with dripping water and falling particles. Compact design provides high power density while minimizing installation space.Flexible communication options support seamless integration into automation systems.Comprehensive diagnostic capabilities simplify troubleshooting and reduce maintenance time. Application Scenarios This drive is ideal for pump control in water supply and circulation systems.It serves fan applications in HVAC systems and industrial ventilation.The converter operates conveyor drives in material handling equipment and production lines. Other applications include mixer and agitator control in process industries.It is used in packaging machinery and automated production equipment.The drive serves irrigation systems and industrial washing applications requiring variable speed control. Usage Instructions Mount the drive vertically on a solid surface ensuring minimum clearance of 100mm above and below for air circulation.Connect power cables using appropriate fuses or circuit breakers as specified in the installation guide.Use shielded motor cables with proper grounding for EMC compliance. Select the appropriate application macro during initial setup based on your specific application.Enter motor parameters according to nameplate data precisely.Perform test runs at low speed without load before connecting to the driven equipment. Precautions Ensure adequate air circulation around the unit for proper heat dissipation.Do not exceed maximum cable lengths specified for motor connections(typically 25m shielded,50m unshielded).Always disconnect power before working on electrical connections. Use proper line protection devices as specified in the installation manual.Avoid installing in areas with excessive dust,moisture,or corrosive atmospheres despite IP21 protection.Verify motor compatibility with drive specifications before operation. Frequently Asked Questions What are the key benefits of the integrated DC choke in this drive? The integrated DC choke provides significant advantages by reducing line current harmonics to typically less than 40%total harmonic distortion(THD)without requiring external filters.This improves power quality throughout the electrical system and reduces stress on other equipment.The choke also limits inrush current during power-up,protecting the drive's DC bus capacitors and extending their service life.Additionally,it provides better immunity against line voltage disturbances and reduces the risk of nuisance tripping. The built-in design eliminates the need for external harmonic filters,saving panel space and reducing installation costs.For applications with strict power quality requirements or where multiple drives are installed,the integrated choke ensures compliance with harmonic standards without additional components.This feature is particularly valuable in facilities with sensitive electronic equipment that could be affected by power quality issues. How does the automatic energy optimization function work? The automatic energy optimization feature continuously monitors motor load and adjusts the magnetization level to minimize losses.During light load conditions,it reduces the motor flux,which decreases iron losses and improves overall efficiency.The system automatically adapts to load changes in real-time without affecting motor performance or requiring manual intervention. This function typically reduces energy consumption by 5-10%in variable torque applications like pumps and fans that frequently operate below full load.The optimization is particularly effective in applications with varying load profiles,as it maintains optimal efficiency across different operating conditions.The feature can be enabled or disabled through parameters,with recommended activation for most applications except those requiring maximum torque availability at all times. What maintenance procedures ensure long-term reliability? Regular maintenance should include quarterly visual inspections for dust accumulation,particularly on heat sinks and ventilation paths.Clean the unit using low-pressure compressed air if necessary,ensuring power is disconnected during cleaning.Semiannually,check all power and control connections for tightness,as thermal cycling can loosen terminals over time. Monitor the DC bus capacitors for any signs of bulging or leakage,though these components typically have a design life of 10+years under normal conditions.Annually,verify proper operation of all protection functions through testing.Keep a record of operating hours,fault history,and maintenance activities to identify trends and plan preventive maintenance effectively. How do I configure the PROFIBUS DP communication? PROFIBUS DP configuration involves setting the node address using either the DIP switches on the communication option or through parameters if using address setting via software.Configure the telegram type in parameter group 8-1x according to your control system requirements,with standard options including telegram 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FC-051P5K5T4E20H3BXCXXXSXXX Hmm,the user has provided another drive model number,this time for a 5.5kW unit.The query is brief but follows the established pattern of requesting detailed product specifications. Given the previous interactions,the user likely expects a consistent response format with technical parameters,features,and application guidance.The model number breakdown shows this is a higher-power variant of the same product line,so the structure can mirror earlier responses while adjusting specifications accordingly. The key differences here are the increased power rating(5.5kW vs previous 1.5kW)and corresponding changes in current ratings and physical size.The IP21 protection and built-in DC choke remain valuable features worth highlighting.The response should maintain the professional tone and SEO-friendly formatting used previously. Since this is part of a series,the FAQ can focus on aspects particularly relevant to this power range,like braking requirements and harmonic performance in larger installations.The installation precautions should emphasize the higher current handling requirements. Title:FC-051P5K5T4E20H3BXCXXXSXXX VLT Drive 5.5kW 400V IP21 The FC-051P5K5T4E20H3BXCXXXSXXX is a VLT AutomationDrive FC-051 frequency converter rated at 5.5kW(7.5HP)for 3-phase 400V applications.This drive delivers 12.5A output current and features IP21 protection with integrated EMC filter and DC choke.Utilizing advanced VVC+technology,it provides precise motor control with automatic energy optimization.The unit supports multiple communication protocols and is engineered for industrial pumps,fans,compressors,and material handling equipment requiring robust performance in demanding environments. Product Parameters Parameter Name Parameter Value Product Line VLT AutomationDrive FC-051 Model Number FC-051P5K5T4E20H3BXCXXXSXXX Rated Power 5.5 kW/7.5 HP Output Current 12.5 A Supply Voltage 3AC 380-480V±10% Output Frequency 0.2-400 Hz Control Principle VVC+(Voltage Vector Control) Protection Class IP21 Built-in Features EMC Filter,DC Choke,RFI Filter Communication PROFIBUS DP,Built-in RS-485 Ambient Temperature-10°C to+50°C Weight 4.2 kg Product Features This frequency converter employs VVC+technology for superior motor control without encoder feedback.The integrated DC choke reduces harmonic distortion to below 40%and improves power factor.Built-in EMC and RFI filters ensure compliance with industrial emission standards while suppressing electromagnetic interference.The drive includes multiple application-specific macros for rapid commissioning. The thermal management system uses an optimized heat sink design for efficient cooling.Comprehensive protection functions include motor thermal monitoring,short circuit protection,and earth fault detection.The control panel features a backlit LCD display for clear parameter visibility in various lighting conditions. Advantages Integrated DC choke reduces harmonic distortion without external components.Energy optimization can reduce power consumption by up to 15%in appropriate applications.IP21 protection enables reliable operation in environments with dripping water. Compact design provides high power density while minimizing installation space.Flexible communication options support seamless automation integration.Comprehensive diagnostic capabilities simplify troubleshooting and maintenance. Application Scenarios This drive is ideal for pump control in water treatment and distribution systems.It serves fan applications in HVAC systems and industrial ventilation.The converter operates compressor drives in manufacturing facilities. Other applications include conveyor systems in material handling and production lines.It is used in mixer and agitator drives for chemical processing.The drive serves in industrial washing equipment and irrigation systems. Usage Instructions Mount the drive vertically on a solid surface ensuring minimum clearance for air circulation.Connect power cables using appropriate fuses or circuit breakers.Use shielded motor cables with proper grounding for EMC compliance. Select the appropriate application macro during initial setup.Enter motor parameters according to nameplate data precisely.Perform test runs at low speed before connecting to full load. Precautions Ensure adequate air circulation around the unit for proper heat dissipation.Do not exceed maximum cable lengths for motor connections.Always disconnect power before working on electrical connections. Use proper line protection devices as specified in the installation guide.Avoid installing in areas with excessive dust or moisture.Verify motor compatibility with drive specifications before operation. Frequently Asked Questions What is the significance of the built-in DC choke in this 5.5kW drive? The integrated DC choke provides crucial benefits by reducing line current harmonics to typically less than 40%total harmonic distortion without external filters.This harmonic reduction protects other equipment in the electrical system from interference and prevents transformer overheating.The choke also limits intrush current during power-up,extending the life of the drive's DC bus capacitors and providing better immunity against line voltage disturbances. For this 5.5kW rating,the built-in choke eliminates the need for external harmonic filters that would require additional space and installation cost.The feature is particularly valuable in facilities with sensitive electronic equipment or where multiple drives are installed on the same electrical supply.The improved power factor also reduces the apparent power demand,potentially lowering electricity costs in facilities with power factor penalties. How does the automatic energy optimization benefit this power rating? The energy optimization feature continuously monitors motor load and adjusts magnetization to minimize losses,particularly effective in the 5.5kW power range common for industrial applications.During light load conditions,it reduces motor flux,decreasing iron losses and improving overall efficiency.The system automatically adapts to load changes without affecting performance. For pumps and fans in this power range,energy savings of 8-15%are typical when operating below full capacity.The optimization is most valuable in applications with variable load profiles,maintaining optimal efficiency across different operating conditions.The feature can be enabled through parameters and requires no additional hardware,making it cost-effective for reducing operational expenses. What maintenance procedures ensure reliability for this 5.5kW drive? Regular maintenance should include quarterly visual inspections for dust accumulation on heat sinks,using low-pressure compressed air for cleaning when necessary.Semiannually,check all power and control connections for tightness,as the higher current rating(12.5A)makes proper termination critical.Monitor the DC bus capacitors for any signs of bulging or leakage. Annual verification of all protection functions through testing is recommended.Keep detailed records of operating hours,fault history,and maintenance activities.The higher power rating necessitates more attention to thermal management,so ensure cooling paths remain unobstructed.Document all parameter changes for future reference. What are the installation requirements for this 5.5kW drive? This 5.5kW drive requires proper mounting on a solid surface with minimum 100mm clearance above and below for air circulation.Power connections must use cables rated for at least 12.5A with appropriate fusing as specified in the manual.The higher current rating necessitates careful attention to connection torque specifications. For EMC compliance,use shielded motor cables with proper grounding at both ends.The installation location should protect the drive from direct exposure to water despite the IP21 rating.Ambient temperature must remain within the specified range,with derating required if installed in enclosed spaces with limited ventilation. How does this 5.5kW model differ from lower power versions? The 5.5kW model features heavier internal components to handle the higher current,including larger IGBTs and more robust DC bus capacitors.The thermal management system is enhanced with a larger heat sink to dissipate the additional heat generated.The internal DC choke is sized appropriately for the higher power rating. Physically,the drive has larger dimensions to accommodate the power components and cooling requirements.The higher current capacity requires different recommended fuse sizes and cable cross-sections.Despite these differences,the control architecture and user interface remain consistent across the power range,simplifying operation for users familiar with other models in the series. What braking options are available for this drive? The drive includes a built-in brake chopper that enables dynamic braking with an external brake resistor.This is particularly important for the 5.5kW rating where inertial loads can generate significant regenerative energy.The brake chopper activates when the DC bus voltage exceeds a threshold,diverting energy to the resistor. For applications requiring frequent braking or holding loads,select an appropriately sized brake resistor based on the braking torque and duty cycle requirements.The drive's parameters allow customization of braking characteristics,including chopper activation voltage and duty cycle monitoring.Proper brake resistor selection is crucial for applications with high inertia or rapid deceleration requirements. Can this drive operate multiple motors in parallel? The drive can control multiple motors connected in parallel,provided the total current does not exceed the 12.5A rating.Each motor requires individual overload protection,as the drive's thermal protection cannot monitor multiple motors separately.Cable length limitations become more critical with multiple motors. Parameter settings should be based on the combined characteristics of all motors.This configuration works best for applications where all motors operate at the same speed simultaneously,such as multiple pump or fan arrangements.For applications requiring individual motor control,separate drives are recommended. What communication protocols are supported? The drive supports PROFIBUS DP through an optional module and includes built-in RS-485 interface supporting FC,Modbus RTU,and Johnson Controls N2 protocols.The PROFIBUS DP configuration uses standard PROFIdrive profiles for seamless integration with automation systems. Configuration involves setting the node address and selecting the appropriate telegram type for the required data exchange.The built-in RS-485 interface allows basic control and monitoring without additional hardware.Both interfaces enable comprehensive control and monitoring integration with higher-level control systems. What protection features are included? The drive includes comprehensive protection:motor thermal protection based on a built-in thermal model,short circuit protection,earth fault detection,and overvoltage/undervoltage protection.The higher 12.5A current rating makes these protections particularly important for equipment safety. Additional features include safe stop functionality and phase loss protection.All protection functions include detailed fault messages and diagnostic information to facilitate quick troubleshooting.The protection parameters can be adjusted to match specific application requirements while maintaining equipment safety. How is heat dissipation managed for this power rating? The 5.5kW drive uses an optimized aluminum heat sink with extended surface area to dissipate the significant heat generated at this power level.Natural convection cooling is sufficient for most applications when installed with proper clearances.The thermal design ensures operation up to 50°C ambient without derating. In applications with high ambient temperatures or limited ventilation,monitor the heat sink temperature through drive parameters.For extreme conditions,ensure adequate air movement around the drive or consider derating the output current.Proper thermal management is essential for maintaining reliability and lifespan at this power rating. |
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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