ABB 3AXD50001029111 LV AC Wall-Mounted Drive - 55kW
Part Number: 3AXD50001029111
Quick Summary
ABB 3AXD50001029111 LV AC wall-mounted drive is designed for solar pumping systems, delivering precise speed control and reliable operation. Users often struggle with abrupt starts, variable loads from PV arrays, and the challenge of integrating new drives with existing control architectures. CE certification and robust enclosure compatibility support safe, compliant operation in industrial environments, while typical IP-rated protection and adherence to safety standards reduce risk. This drive aligns with energy-efficiency goals and simplifies procurement through standardized interfaces, enabling easier installation, remote monitoring, and scalable deployment within solar irrigation and water-management projects. For engineers and procurement teams, it provides predictable performance and a clear upgrade path.
Product Information
Feature: Compact LV AC wall-mounted design enables installation in tight pump houses and control cabinets. Business Impact: reduces footprint, simplifies wiring, and speeds commissioning. Application: ideal for solar pumping stations where space and ease of service matter. Feature: 55 kW, 106 A, 400 V rating ensures compatibility with common solar pump motors. Business Impact: minimizes the need for oversized drives and reduces system costs. Application: direct connection to three-phase PV-driven pumps in irrigation and water management. Feature: Precise speed control with soft-start reduces water hammer and mechanical wear, improving pump life and energy efficiency. Business Impact: lower maintenance costs and longer pump life. Application: solar-powered irrigation with variable irradiance. Feature: Built-in protection and diagnostics help prevent unscheduled downtime; alarms for overload, faults, and motor conditions. Business Impact: increases plant availability and reduces field service time. Application: remote solar farms and remote water systems. Feature: Easy integration with ABB controls and standard interfaces simplifies commissioning and supports SCADA/remote monitoring. Business Impact: accelerates project delivery, lowers training needs, and enables fleet-wide performance tracking. Application: solar pumping networks and irrigation infrastructure.
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FAQs
The 3AXD50001029111 is a low-voltage AC drive designed for 400 V three-phase networks and pump motors up to 55 kW. It provides configurable motor control, soft-start, and ramp functions that match typical solar pump loads. This compatibility minimizes wiring changes and reduces the need for oversized equipment, simplifying retrofits and new installations in solar irrigation projects.
Install the drive in a compliant enclosure with adequate ventilation and protection from dust, moisture, and vibration. Route cables to reduce EMI, provide secure mounting, and ensure proper clearances for cooling. Use standard control interfaces for SCADA or remote monitoring, and verify three-phase input connections match the 400 V system. Follow local electrical codes during commissioning.
Key specs include 55 kW rated output, 106 A continuous current, and 400 V input. Look for smooth-start/soft-start capabilities to minimize water hammer, precise speed control for variable flow, and robust protection features to guard against overloads and faults. These elements contribute to energy efficiency, longer pump life, and stable water delivery in irrigation networks.
Verify CE compliance for EU conformity and ensure the product is installed in an appropriately rated enclosure with proper IP protection where applicable. Confirm compatibility with your safety standards and consider available functional safety options (SIL-ready configurations) per your risk assessment. Always cross-check the latest manufacturer specifications for your exact model and regional requirements.
The drive improves energy efficiency through optimized pump speed control and reduces mechanical wear via soft-start, contributing to lower fuel and electricity costs over time. Maintenance needs are reduced due to integrated diagnostics and alarms that shorten downtime. For solar pumping fleets, this translates to higher uptime, predictable performance, and a faster payback period.