ABB ACS510-01-246A-4+C135 Drive - 380V Flange Mount
Part Number: 3ABD00022036
Quick Summary
ABB ACS510-01-246A-4+C135 is a compact AC drive designed for precise motor control in conveyors and process machinery. Users often struggle with integration complexity and flange-mount wiring when upgrading legacy systems. Key certifications to verify for ABB drives in this category include CE marking for European compliance, IP ratings for enclosure protection, and SIL readiness for safety circuits. The flange-mount form factor reduces cabinet space and simplifies retrofits, accelerating commissioning. This solution supports efficient, scalable motion control with dependable performance across industrial automation applications, improving uptime and reducing total cost of ownership. Leveraging this drive within the ABB ecosystem can streamline procurement and service, delivering greater value in manufacturing operations.
Product Information
Extended Description
3ABD00022036 ABB: ACS510-01-246A-4+C135,246A,380V,for flange mounting, not including mounting set
The ACS510-01-246A-4+C135 flange-mount drive is built for 380V three-phase networks, delivering precise speed and torque control for industrial motors. The flange-mount design minimizes cabinet footprint and streamlines retrofit projects in conveyors, mixers, and packaging lines. The compact form factor improves service access and reduces installation time in tight machine frames. This drive combines rugged ABB engineering with a practical footprint ideal for modern automation lines. With a high current rating indicated by 246A, the drive handles demanding loads without harsh current spikes that accelerate motor wear. Operators gain smoother acceleration, improved motor protection, and reduced thermal cycling, translating into longer motor life and fewer unplanned stops. The result is better line reliability on high-throughput processes such as bottling, filling, and material handling. Mounting hardware is not included, offering installation flexibility to match existing frames and ABB mounting sets. This separation lowers upfront costs by allowing reuse of existing hardware and simplifies procurement. The flange-mount approach also eases alignment and cabling during installation, reducing commissioning time and risk of misalignment. Compatible mounting patterns in the ABB portfolio help technicians perform quick swaps when replacing multiple drives. The 380V drive is designed for reliable operation in industrial environments, with robust construction to withstand vibration and electrical noise. It supports straightforward integration with standard control architectures, minimizing retrofit risk and enabling consistent parameter management across equipment. Documentation, labeling, and consistent parameter sets further help meet project timelines and regulatory expectations. In practice, operators report improved uptime and more stable process control, along with potential energy savings from optimized motor current. The solution contributes to a favorable total cost of ownership through reduced maintenance, fewer spare parts, and easier serviceability. For engineering teams pursuing lean manufacturing, this drive offers a robust path to modernize drive infrastructure without extensive redesign.
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FAQs
Start by verifying the 380V three-phase supply and ensure proper grounding. Mount the drive on a compatible flange, then connect L1, L2, and L3 to the motor as per ABB wiring diagrams. Since mounting hardware is not included, source a suitable mounting kit or reuse existing frames. Configure basic parameters (voltage, motor rating, and control mode) and perform a controlled ramp test to confirm smooth operation. Always follow lockout/tagout and manufacturer's safety guidelines during installation.
The 380V three-phase capability paired with a high current rating supports consistent torque and speed control required by conveyors and packaging lines. Its flange-mount design saves cabinet space and simplifies retrofits, reducing installation time. Reliable speed regulation minimizes mechanical stress and product defects, while robust construction helps resist factory vibration and electrical noise typical in high-throughput environments.
Key certifications to verify for drives like the ACS510 include CE marking for European compliance, appropriate IP protection ratings for enclosure safety, and SIL readiness for safety integration where applicable. Since exact certifications vary by model and region, consult the product datasheet or contact ABB to confirm current certifications and safety certifications for your installation site.
Yes. The ACS510 is designed for compatibility with standard control architectures used in industrial automation. While ABB provides recommended wiring practices and parameter sets, engineers can typically interface the drive with non-ABB PLCs and controllers via common fieldbus or digital I/O pathways. It's important to verify input/output voltage levels and safety interlocks with your specific controller platform and ensure proper filtering to minimize electrical noise.
Expect improved uptime due to smoother motor control and reduced wear from optimized acceleration profiles. Energy savings arise from efficient motor current management and reduced thermal stress. Maintenance costs typically decrease due to fewer unplanned outages and easier serviceability. Overall, the ACS510 can shorten commissioning time, lower total cost of ownership, and support scalable automation, especially in high-demand applications like packaging and material handling.