About Altivar Atv630d55n4
Altivar Atv630d55n4
Alfa-numeric and graphical display to monitor trends and values
Inbuilt features dedicated for Pump eg. Pump Curves, Pipe fill, Anti Jam, Pipe cleaning etc
Calculative power consumption with respect to flow (kwh/m^3)
VFD designed for 50 deg C without derating.
In Built choke & EMC Filter
Integrated Modbus & Modbus TCP/IP (Ethernet)
Web server inbuilt
Ethernet & Modbus in Built
QR code feature in built to get documents acess on line and register service request directly from QR code.
Versatile Performance for Industrial ApplicationsIdeal for pumps, fans, compressors, and conveyors, the ATV630D55N4 VFD delivers excellence in speed control and load management. With a wide speed range (1 to 1500 rpm) and heavy-duty load capacity, it efficiently handles high-demand operations. Its robust construction allows functionality within temperatures of -15C to +60C and altitudes up to 1000 meters without derating, ensuring stable performance in various working conditions.
Advanced Control and Connectivity OptionsThe drive features a 4.3-inch HMI display, offering high visibility and intuitive control. With six programmable digital inputs, three analog inputs, and three relay outputs, the system enables customizable automation and feedback. Connectivity through Ethernet/IP, Modbus TCP, and CANopen supports integration into most industrial control networks. Remote control, wall or floor mounting options, and customizable cable lengths further enhance flexibility.
Comprehensive Safety and ProtectionDesigned for reliability, the Altivar ATV630D55N4 incorporates multiple protection features, including integrated short circuit protection, overload protection (class 10), and advanced energy-saving functions. The unit complies with IEC/EN 61800-5-1 and IEC 61800-3 standards and offers IP21/IP54 ingress protection. A one-year warranty underscores its durability and manufacturer support.
FAQ's of Altivar Atv630d55n4:
Q: How is the Altivar ATV630D55N4 typically used in industrial environments?
A: The ATV630D55N4 is commonly applied in controlling the speed and operation of pumps, fans, compressors, and conveyor systems. Its variable frequency drive technology allows for optimal performance, substantial energy savings, and enhanced equipment longevity in process automation.
Q: What are the benefits of the forced air cooling system in this drive?
A: The forced air cooled system ensures the device remains within optimal temperature ranges during heavy-duty operation, preventing overheating and maintaining stable performance across a wide temperature spectrum (-15C to +60C). This contributes to reliability and extended drive lifespan.
Q: When should I make use of the integrated overload capacity feature?
A: You should rely on the overload capacity (150% for 60 seconds) during short periods of increased demand, such as motor startup or sudden load surges. This capability protects equipment by preventing damage and enabling safe, continuous operation under varying load conditions.
Q: Where is the ideal mounting location for the ATV630D55N4?
A: The device supports both wall and floor mounting, allowing flexibility depending on available space or installation preferences. For best results, install it in well-ventilated, non-condensing environments where temperatures and relative humidity stay within specified limits.
Q: What process is involved in setting up network connectivity for remote control?
A: To enable remote control and integration, connect the drive to your industrial network using Ethernet/IP, Modbus TCP, or CANopen. Configure the system via the 4.3-inch graphical LCD or through an external control device, enabling monitoring and command execution from a distance.
Q: How does the drive ensure compliance with international safety and EMC standards?
A: The ATV630D55N4 meets the IEC/EN 61800-5-1 and IEC 61800-3 standards for safety and electromagnetic compatibility. Integrated C3 EMC filtering and comprehensive protection features further ensure safe and compliant installation in global facilities.
Q: What advantages can end-users expect from the device's programmable inputs and advanced protection functions?
A: End-users benefit from flexibility in automation via programmable digital and analog inputs, as well as advanced protection functions such as overload, short circuit, and temperature safeguards. These functions promote operational efficiency, safety, and reduced downtime.