B&R 8LMA33-D9045CJ00 Synchronous Servo Motor & 8DI330-D90457700 X20 Digital Input Module

B&R (ABB) · 8LMA / X20 · Servo Motor + Digital Input Module · In stock

This listing bundles the 8LMA33-D9045CJ00 compact brushless AC servo motor with the 8DI330-D90457700 X20 bus-module digital input board — a matched pair from the B&R Automation (now part of ABB) motion and I/O ecosystem. The 8LMA33 delivers roughly 3 kW of continuous shaft power with a multi-turn absolute encoder, while the 8DI330 brings 8 channels of 24 V DC sinking inputs onto the X20 backplane that powers every ACOPOS / ACOPOSmulti machine in modern packaging, semiconductor and OEM machinery lines. Together they form one of the most common motor-plus-I/O pairings on a B&R Automation PC or Power Panel.

If you maintain a fleet of multi-axis machines originally built around B&R controls, this 2-piece set is the kind of spare-part combination you want on the shelf before a weekend failure. Send the part list to Moritta@KOEED.COM and KOEED will return availability and a quote within 24 hours on business days.

Key Technical Specifications

Application Scenarios — Where This Bundle Fits

The 8LMA33 + 8DI330 pairing is a typical service & expansion kit for an existing B&R X20 / ACOPOSmulti machine. The motor handles the rotary axis (indexing table, conveyor, cross-seal, dosing pump, capping head, label dispenser, robot joint), while the 8DI330 collects the field-side 24 V signals — end-of-line sensors, light curtains, safety-door contacts, valve feedbacks, push-buttons — into the same X20 bus controller that drives the ACOPOS amplifier running the motor.

• Packaging machinery — vertical form-fill-seal, horizontal flow-wrappers, cartoners, palletizers running on a B&R ACOPOS line.
• Semiconductor front- and back-end equipment — wafer handling, die-bonding, pick-and-place, AOI indexers where deterministic multi-axis motion matters.
• Robotics & assembly cells — rotary indexing tables feeding SCARA or 6-axis robots; pairs naturally with Fanuc or Yaskawa robot controllers via EtherNet/PROFINET gateways.
• Medical and life-science automation — diagnostic instruments, liquid-handling workstations, sterile filling lines.
• OEM machine building & rebuilds — machine builders standardising on B&R X20 / ACOPOS who need a stocked motor + I/O pair for new builds and warranty repairs.
• Multi-brand retrofit — plant engineers replacing legacy discrete I/O boards from Schneider Modicon or Panasonic FP systems with a unified X20 remote I/O island.
• Vision inspection cells — bracket for KEYENCE CV / XG cameras, where the 8DI330 reads trigger and reject signals.

Integration & Wiring Notes

The 8LMA33 is fed from an ACOPOS / ACOPOSmulti / ACOPOS P3 servo amplifier using a matched power cable and a separate feedback cable (resolver / EnDat). Always route the motor power and feedback cables in separate shielded trays, and bond the shield at the drive end only — this is the same EMC practice B&R specifies and that you would apply on a Allen-Bradley Kinetix or Mitsubishi MR-J4 axis.

The 8DI330 snaps into the X20 backplane beside a bus controller such as the X20BC0083 or X20BT9400 and is addressed automatically over the X2X Link. Each of the 8 inputs is a type-1 24 V DC sinking channel with a 0.5 ms hardware filter; if you need a faster response (for example cam-edge detection or a registration mark sensor), use a sister 8DI的高速 variant or run the input through a faster counter module. Terminal wiring is identical to other X20 slices — the same screw or cage-clamp terminal blocks you would use for an Siemens ET200 or an Omron NX I/O terminal.

Common pitfalls to check before commissioning:

• Field supply (24 V) must be the same reference ground as the X20 bus controller; do not mix isolated supplies across the slice.
• Confirm the encoder protocol on the motor nameplate matches the ACOPOS firmware (EnDat 2.1 / 2.2 vs. resolver).
• Reserve at least one spare input channel for future safety-circuit expansion; this is a common spec from integrators who also deploy Schneider Lexium or Yaskawa Σ-V axes on the same line.
• For mixed-brand lines, document I/O mapping in the same register table you use for your Allen-Bradley ControlLogix or Siemens S7-1200 cells so maintenance teams have one source of truth.

Installation & Commissioning Tips

Treat the motor and module as a matched set — commissioning one without the other usually wastes a maintenance window. Field engineers who maintain Fanuc and B&R cells in parallel tend to follow the same five-step ritual.

1. Pre-mount inspection. Verify the motor shaft turns freely by hand (no encoder damage in transit), check the 8DI330 housing for cracked latches, and confirm the terminal blocks are the correct screw vs. cage-clamp variant for your cabinet.
2. Mechanical alignment. Mount the 8LMA33 on a flat, machined surface; check axial and radial shaft load against the datasheet. Misalignment is the number-one cause of premature encoder failure in compact servos.
3. Power-on & bus scan. Apply 24 V to the X20 rack, run an X2X Link scan from Automation Studio, and confirm the 8DI330 lights up with the standard green status pattern.
4. Drive commissioning. Use Automation Studio or the ACOPOS startup tool to load the motor database (mdd) for the 8LMA33, run an autotune, and verify the multi-turn absolute position survives a power cycle.
5. Functional I/O test. Force each of the 8 digital inputs from the field side and watch the status in the I/O map; then run a small motion profile (jog → indexed move → homing) before handing the machine back to production.

If you are commissioning alongside Mitsubishi MR-J4 or Yaskawa Σ-7 amplifiers, our free PLC Analog Calculator and PLC Hex to Float Converter help convert between encoder counts, mm and degrees during sign-off.

Procurement, Warranty & Lead Time

This bundle ships with a 90-day warranty and is dispatched worldwide via DHL or FedEx, in protective ESD packaging with foam-moulded inserts. KOEED is an independent multi-brand industrial-automation distributor — not an OEM subsidiary of B&R, ABB, Allen-Bradley, Siemens, Mitsubishi, Omron, Fanuc, Schneider, Yaskawa, Panasonic or KEYENCE — but a long-standing sourcing partner for plant engineers who need parts the OEM channels have already discontinued.

Lead time for in-stock items is typically 3–5 business days to most major logistics hubs. For a full-machine BOM, send the model list to Moritta@KOEED.COM and we will reply within 24 hours on business days with availability, lead time and a per-line quotation. If the part is not in stock, our China Sourcing team will quote a sourcing lead time based on the live supplier market. Pricing follows the China Sourcing Company model — competitive, transparent and B2B-oriented — with no retail-style mark-up.