ABB ACS800-11-0030-3 Drive - 30kW/59A Pcont/Icont
Part Number: 68671264
Quick Summary
ABB ACS800-11-0030-3 drive optimizes motor control for industrial conveyors, pumps, and fans. Technicians frequently face tuning complexity, motor wear, and unplanned downtime; this drive delivers precise current control and built-in protection to minimize risk. CE conformity is typically required in European installations, and enclosure ratings vary by model, with IP ratings and safety features specified per configuration. By aligning with common industrial automation standards, it delivers faster commissioning, predictable performance, and a lower total cost of ownership across production lines.
Product Information
Feature up to 30 kW continuous power enables efficient control of mid-range motors, delivering smoother torque and energy savings in demand-driven applications. Business impact includes reduced energy consumption, extended motor life, and lower maintenance costs. Application: conveyors, pumps, and fans in manufacturing lines benefit from reliable speed control and predictable ramping. Feature integrated current limits (Icont.max 59A) enhances protection during transient load changes, reducing nuisance trips and equipment stress. Business impact: fewer outages and tighter process control, improving overall line throughput. Application: process automation and packaging lines where consistent motor performance matters. Feature compact form factor and straightforward commissioning shorten installation time, enabling faster time-to-value. Business impact: accelerated project timelines and lower installation costs. Application: retrofit projects or new lines within existing ABB automation ecosystems. Feature built-in diagnostics and safety interlocks support proactive maintenance and compliance. Business impact: higher uptime, easier audits, and lower spare-part inventories. Application: critical lines where service windows are limited. Feature compatibility with standard ABB motors and drives simplifies procurement and maintenance planning. Business impact: unified spare parts and reduced vendor risk. Application: mixed fleets across plants seeking a single control strategy.
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FAQs
The ACS800-11-0030-3 supports motor control up to 30 kW continuous power with a maximum current of 59 A. It is typically compatible with standard AC induction motors used in conveyors, pumps, and fans. When selecting a motor, verify voltage compatibility, enclosure requirements, and any harmonic mitigation needs to ensure compliant and reliable operation within your plant electrical system.
Begin with the manufacturer’s installation guidelines and local electrical codes. Plan for appropriate heat dissipation, enclosure protection, and cable routing to minimize EMI. Use the drive’s standard input/output connections and confirm motor wiring per the motor nameplate. Commissioning should include parameter setup for your load profile, safety interlocks, and any required communication interfaces to integrate with the plant automation system.
Yes. The drive’s capabilities—up to 30 kW continuous power and 59 A current rating—make it suitable for HVAC fans, centrifugal pumps, and conveyor systems. Its smooth torque control and protective features help prevent motor wear and reduce energy consumption, delivering dependable performance in continuous process or material handling environments.
Verify CE conformity for European installations and confirm the enclosure IP rating specified for your environment. Depending on configuration, UL/CSA or other regional certifications may be available or required. Always check the exact model configuration with the supplier to ensure the drive meets your regulatory and safety requirements for the intended site.
Adopting the ACS800-11-0030-3 can reduce energy consumption through efficient motor control and smoother ramping, leading to measurable energy cost savings. The built-in protections lower maintenance frequency by preventing overloads and overheating, while improved reliability reduces unscheduled downtime. Over the life of the equipment, these factors collectively contribute to a favorable return on investment and lower total cost of ownership.