ABB 3AXD50000707423 LV AC Drive Module - 11 kW, 25 A, 400 V
Part Number: 3AXD50000707423
Quick Summary
ABB LV AC drive module for solar pumps enables precise motor control for solar-powered irrigation and water-management applications. Engineers often face challenges with inconsistent pump speed, energy waste, and difficult integration in PV-driven systems. In addition to CE-style compliance considerations and robust enclosure concepts, the module typically aligns with standard safety and performance expectations, including CE marking and protective IP-rated design, plus SIL considerations for safe emergency stop behavior in line with industry practice. By delivering reliable, scalable motor control, this drive supports energy savings, remote operation capability, and a lower total cost of ownership, making it suitable for remote farms, rural water systems, and agricultural processing facilities.
Product Information
Feature → Business Impact → Application: The compact LV AC drive module consolidates motor control for solar pumps into a single, space-efficient unit, reducing installation footprint and simplifying wiring. This translates to faster commissioning on remote sites and lower labor costs when upgrading existing pumping systems. Application: Remote irrigation projects and off-grid farming operations benefit from quick deployment and easier maintenance. Feature → Business Impact → Application: With an 11 kW power rating and 400 V input at 25 A, the drive delivers precise speed control to match varying water demand, reducing energy waste and improving pump performance under fluctuating solar input. Application: Subsurface or surface irrigation where flow needs tight regulation. Feature → Business Impact → Application: IEC-based PN 11 kW reference and compatibility with ACQ80-04-011kW-4 configurations enable seamless integration with ABB and third-party components in mixed-drive ecosystems. Application: Solar-pumped water systems requiring reliable interoperability. Feature → Business Impact → Application: Enhanced protection and fault-tolerant behavior support longer system uptime, lower maintenance cycles, and rapid fault isolation. Application: Outdoor or greenhouse installations where dust, moisture, and temperature swings are common. Feature → Business Impact → Application: Streamlined installation and commissioning with plug-and-play wiring and familiar ABB interfaces, enabling faster project approvals and reduced commissioning risk. Application: New plant builds and retrofits for agricultural water supply. Feature → Business Impact → Application: Energy optimization through precise speed control reduces operating costs over the system lifetime. Application: Continuous duty pumping in irrigation networks and municipal water supply projects.
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FAQs
This ABB LV AC drive module is designed for easy integration with solar-powered pumps. Verify 400 V supply compatibility, ensure proper enclosure protection, and plan for protective grounding. The device supports straightforward wiring, standard safety interlocks, and compatibility with common solar pump controllers, reducing installation time and minimizing field wiring errors.
The drive provides precise speed control for 11 kW pump motors at 400 V, enabling throttling to match solar input and demand. Expect improved energy efficiency through optimized motor torque, reduced electrical losses, and smoother start/stop sequences, which contribute to longer motor life and lower operational costs in PV-driven irrigation setups.
Yes, the 3AXD50000707423 is specified for 400 V input and 25 A current, aligning with common solar pump motor ratings. Before deployment, confirm motor impedance, startup current, and protection schemes to ensure seamless control, and leverage ABB’s documented commissioning steps for a quick, reliable integration.
For robust field use, look for CE marking and appropriate IP-rated enclosures, which support safe operation in outdoor and dusty environments. SIL considerations may apply for safety-critical pump controls, particularly where autonomous operation and emergency stopping are required. Verify the product’s documented certifications with the supplier prior to installation.
By delivering precise speed control and reduced energy waste, the drive lowers energy costs and extends pump motor life, translating to lower maintenance and replacement expenses. In PV-driven irrigation, expect faster payback through energy savings, easier preventive maintenance, and improved system reliability in remote locations.