Product Overview

The ABB 3AUA0000040000​ is the DriveWindow 2.x PC Card Kit (English language), ABB’s legacy but still widely deployed PC-based commissioning, monitoring, and diagnostics package for its large industrial drive families — most prominently the ACS 600, ACS 800, ACS 1000, and ACS 6000 series, as well as select drive modules where the DDCS (Distributed Digital Control System) optical fiber interface is the service channel. Unlike the newer Drive Composer (targeted at ACS880/ACS580/ACH580 and the current generation), DriveWindow 2.x is the dedicated service tool for the previous two generations of ABB large drives, and the ABB 3AUA0000040000​ kit bundles the PCMCIA PC Card (the hardware interface that plugs into a legacy laptop’s PCMCIA slot) together with the DriveWindow 2.x software media/license in English, giving service engineers a “laptop-to-drive” bridge over DDCS fiber or RS-485/RS-232 depending on drive configuration.The kit’s workflow is straightforward: the service tech inserts the ABB 3AUA0000040000​ PC card into the laptop, installs/launches DriveWindow 2.x, connects the DDCS fiber cable (or the appropriate adapter cable) from the PC card to the drive’s DDCS/NDCU service port, and gains real-time visibility into the drive — parameter read/write, fault log retrieval, oscilloscope/trace capture (up to drive-internal sampling rates), actual-value monitoring, and commissioning wizards for motor ID, flux optimization, brake-chopper setup, and DC-link pre-charge verification. For plants still running ACS600/ACS800 fleets (installed base in the tens of thousands globally across mining, metals, marine, power, water, and heavy process), the ABB 3AUA0000040000​ remains the go-to service kit — Drive Composer does not fully cover ACS600/ACS800 internals, so DriveWindow 2.x + the PC card is still the “right tool” for these units even in 2025.Physically, the ABB 3AUA0000040000​ ships as a kit: one PCMCIA interface card (ruggedized industrial PC Card, 32-bit CardBus class typical), one software CD/media with DriveWindow 2.x installer, English documentation/pdf, and the license envelope. The PC card presents a DDCS optical port (or RJ45/DB9 depending on card revision) that mates to ABB’s standard DDCS fiber cables (plastic or glass, version-dependent). OS compatibility is legacy Windows (XP, 7, some 10 builds with PCMCIA slot or ExpressCard→PCMCIA adapter) — a detail that drives many plants to keep one “service laptop” alive specifically for ABB 3AUA0000040000​ duties. For drive shops, service contractors, and plant MRO stores supporting ACS600/ACS800/ACS1000, the ABB 3AUA0000040000​ is a critical-tool spare, not a process spare — but when a drive trips obscurely and the HMI only says “Drive Fault 5290,” you need DriveWindow 2.x and the PC card to dig into the NDCU event log and the oscilloscope trace to see what the DC-link or the firing board was doing 200 ms before the trip.

Technical Specifications

Main Features and Advantages

Native DDCS access to ACS600/ACS800 internals.​ The defining value of the ABB 3AUA0000040000​ is that DriveWindow 2.x + PC card speaks the drive’s own DDCS service language — not a generic Modbus overlay. That means you can read NDCU event logs, trace the firing board’s pulse pattern, watch DC-link voltage and motor current on the built-in oscilloscope at drive-internal sample rates (far faster than the 4–8 ms PLC scan), and run motor ID (stationary or rotating) without guessing. For an ACS800 tripping on “DC Overvoltage” during a crane overhaul stop, the ABB 3AUA0000040000​ lets you see the DC-link ramp, the brake-chopper firing, and the regen current in one trace — diagnosis that a multimeter and the drive HMI alone cannot deliver.Commissioning wizards for large-drive startup.​ DriveWindow 2.x includes guided wizards for motor parameter ID, flux optimization, brake-chopper setup, and DC-link pre-charge verification — all tailored to ACS600/ACS800 architecture. The ABB 3AUA0000040000​ kit gets a service engineer from “drive out of box” to “motor spinning” with the wizards catching miswired motor cables, wrong motor data entry, or mismatched brake-resistor sizing before the first load test. For OEM skid builders shipping ACS800-based packages, the kit is the commissioning standard.Fault forensics.​ When an ACS600/ACS800 throws a cryptic fault code, the drive’s keypad HMI shows the fault number and maybe one auxiliary code. DriveWindow 2.x on the ABB 3AUA0000040000​ pulls the full NDCU event stack, the timestamped sequence of preceding warnings (e.g., “Brake Resistor OT” → “DC OV” → “Overcurrent”), and lets you oscilloscope the 200 ms before trip. That forensic depth is why plants with ACS800 hoists, conveyors, and main-roll drives keep a ABB 3AUA0000040000​ kit in the electrical shop even though the drives are 15–20 years old.Parameter backup/clone.​ The ABB 3AUA0000040000​ enables full parameter set upload from a healthy drive and download to a replacement — critical when a drive is swapped during an outage and the plant doesn’t have a recent parameter printout. DriveWindow 2.x handles group-wise or full-set transfers, and the file can be archived on the service laptop for the next outage. For fleets with 20+ identical ACS800 units (e.g., a mining conveyor line with 12 ACS800-07s), cloning parameters via the ABB 3AUA0000040000​ keeps configuration consistent across the line.Legacy-OS reality, managed.​ Yes, DriveWindow 2.x wants an older Windows (XP/7) and a PCMCIA slot — both rare on modern laptops. The practical workaround plants adopt is keeping one “service laptop” (Panasonic Toughbook with PCMCIA, or a Dell with ExpressCard + PCMCIA adapter) dedicated to ABB 3AUA0000040000​ duty, imaged and shelved. Some newer laptops run DriveWindow 2.x under XP Mode or via USB→PCMCIA bridge (results vary; ABB never officially supported USB bridged, but field techs make it work). The point: the ABB 3AUA0000040000​ kit still has a 5–10 year service runway for ACS600/ACS800 fleets that won’t be fully retired until the 2030s.