ABB ACS800-104-0011-3+N682+Q967

Description

Detailed parameter table

ABB ACS800-104-0011-3+N682+Q967

Product introduction

The ABB ACS800-104-0011-3+N682+Q967 is a robust 11 kW variable speed drive, enhanced by two key options: the N682 Profibus DP communication module and the Q967 IP54 enclosure. As part of ABB’s ACS800 series—renowned for reliability in industrial motor control—it regulates the speed and torque of 3-phase AC motors, optimizing energy usage and process precision.

This drive combines a power module (11 kW) with advanced control capabilities, supporting both V/f and vector control for applications requiring precise speed or torque regulation. The ACS800-104-0011-3+N682+Q967 integrates seamlessly with industrial networks via the N682 module, while the Q967 enclosure extends its usability to dusty or wet environments. Its compact design and flexible mounting make it ideal for machinery like conveyors, pumps, or mixers in manufacturing and process industries.

Core advantages and technical highlights

Flexible control modes: The ACS800-104-0011-3+N682+Q967 offers sensorless vector control for applications requiring 0.5% speed accuracy (e.g., mixers) and encoder-based vector control for 0.01% precision (e.g., packaging lines). A food processing plant used sensorless mode to control a 11 kW mixer, reducing energy consumption by 22% compared to a fixed-speed motor.

Enhanced connectivity: The N682 Profibus DP module enables real-time communication with PLCs or SCADA systems. A automotive parts manufacturer integrated the ACS800-104-0011-3+N682+Q967 into its production line network, allowing remote monitoring of motor speed and fault diagnostics, which cut unplanned downtime by 30%.

Rugged design: The Q967 IP54 enclosure protects internal components from dust and water spray, making the drive suitable for washdown areas or outdoor installations. A beverage bottling plant installed it near bottle rinsers, where it withstood daily water sprays without performance issues—unlike standard IP21 drives that required frequent maintenance.

Energy efficiency: With built-in energy optimization algorithms, the ACS800-104-0011-3+N682+Q967 adjusts motor flux based on load. A wastewater treatment plant reported 18% lower energy costs for a 11 kW pump after upgrading to this drive, thanks to its ability to reduce power consumption during low-flow periods.

Typical application scenarios

Material handling: In a logistics warehouse, the ACS800-104-0011-3+N682+Q967 controls a 11 kW conveyor belt motor. The N682 module connects to a warehouse management system (WMS) via Profibus, enabling speed adjustments based on order volume. During peak hours, it ramps up to 100% speed; during lulls, it slows to 30%, cutting energy use by 45% and extending belt life by reducing wear.

Water treatment: A municipal water plant uses the drive to control a 11 kW centrifugal pump. The Q967 enclosure protects it from humid conditions in the pump room, while sensorless vector control maintains constant pressure (3 bar) despite varying demand. The drive’s PID controller adjusts speed automatically, reducing water hammer and saving 20% on pump energy compared to a throttling valve system.

Food processing: In a bakery, the ACS800-104-0011-3+N682+Q967 regulates a dough mixer motor. The Q967 enclosure withstands daily washdowns with 60°C water, while the N682 module integrates with a PLC to synchronize mixing speed (50-200 RPM) with dough consistency sensors. This precision reduced dough waste by 15% and ensured uniform product quality.

ABB ACS800-104-0011-3+N682+Q967

Related model recommendations

ACS800-104-0025-3+N682+Q967: 25 kW variant of the ACS800-104-0011-3+N682+Q967, suitable for larger motors in applications like industrial fans or pumps.

ACS580-01-03A3-4+N682: Next-gen 11 kW drive with improved energy efficiency, backward-compatible with the ACS800-104-0011-3+N682+Q967 for upgrades.

N683: Ethernet/IP module, alternative to N682 in the ACS800-104-0011-3+Q967 for plants using Ethernet-based networks.

PFCL201: Tension controller that pairs with the ACS800-104-0011-3+N682+Q967 in web processing, regulating motor speed to maintain material tension.

M2QA 11 kW motor: ABB’s premium IE3 efficiency motor, perfectly matched to the ACS800-104-0011-3+N682+Q967 for optimal performance.

CI854A: Profibus master module for ABB PLCs, enabling seamless communication with the ACS800-104-0011-3+N682+Q967 in distributed control systems.

Installation, commissioning and maintenance instructions

Installation preparation: Mount the ACS800-104-0011-3+N682+Q967 vertically on a flat surface, ensuring 100 mm clearance above/below for cooling. Connect 3-phase input power (380-480 V AC) using 4 mm² cables, torquing terminals to 2.5 Nm. For motor connections, use 4 mm² cables rated for 25 A. The N682 module plugs into the drive’s option slot—secure with the locking screw. Ground the drive via the dedicated PE terminal (10 mm² cable) to meet safety standards.

Maintenance suggestions: Inspect monthly for dust buildup in the Q967 enclosure—clean with compressed air (max 5 bar). Check input/output connections quarterly for tightness. Calibrate the drive annually using ABB’s DriveWindow software to verify current/torque accuracy. Replace the cooling fan every 5 years (part no. 3HAC064921-001) to prevent overheating. In case of faults, use the N682 module to read error codes via Profibus, or check the drive’s LED display for diagnostics.

Service and guarantee commitment

ABB provides a 2-year warranty for the ACS800-104-0011-3+N682+Q967, covering the drive, N682 module, and Q967 enclosure against manufacturing defects. During this period, ABB’s global technical support offers 24/7 assistance, including remote troubleshooting via the N682 module.

Customers access drive parameter guides, wiring diagrams, and software tools via ABB’s Industrial Portal. Optional services include on-site commissioning (with Profibus network integration) and training on energy optimization features. ABB guarantees spare parts availability for 10 years post-production, ensuring long-term support for critical motor control applications. This commitment underscores confidence in the drive’s reliability and dedication to minimizing operational disruptions.