Schneider Electric SM070-60-010-P1-45-S1-B0 Servo Motor

Description

Product Introduction

The Schneider Electric SM070-60-010-P1-45-S1-B0 (originally Elau PacDrive series) is a high-dynamic AC permanent magnet servo motor engineered for high-speed automated packaging lines, multi-axis pick-and-place robotics, and continuous material processing systems. Designed for seamless integration with Schneider MC-4, C400, and PacDrive 3 servo amplifiers, this motor delivers precise torque and position control across aggressive duty cycles.

Unlike standard induction motors or lower-grade servo units that overheat under rapid acceleration ramps, the SM070 series features optimized winding geometry and rare-earth neodymium magnets. The integrated singleturn Hiperface encoder provides continuous high-resolution digital feedback over a robust serial channel, eliminating position drift and signal interference even in electrically noisy plant environments.

Key Technical Specifications

Application Scenarios & The “Trench” Experience

Picture this: It is 2:15 AM on a Tuesday, and the main high-speed cartoning line at a pharmaceutical packaging plant drops dead. The PacDrive controller flags an Encoder Communication Error / Motor Overheat on Axis 3. Inspection shows the motor bearings on the old SM070 have seized due to washdown ingress, locking up the cross-pusher mechanisms. The line is losing $8,000 an hour in unfulfilled orders. Dropping in an exact-match SM070-60-010-P1-45-S1-B0 replacement motor, zeroing the encoder offset in EPAS/SoMachine, and restarting the drive gets the line back up before the morning shift arrives.

• High-Speed Packaging Machinery: Powers horizontal flow-wrappers and cartoners requiring instant start-stop torque and precise index timing.
• Food & Beverage Bottling Lines: Handles multi-axis starwheel indexing and capping heads where IP65 sealing withstands daily washdown cycles.
• Pick-and-Place Robotics: Drives delta robots and gantry axes demanding low rotor inertia for rapid acceleration ramps.
• Printing & Converting Systems: Provides smooth tension control and registration tracking on continuous web processing machines.

Transparency SOP: Quality Assurance & Testing

We don’t just ship boxes; we test them on actual Schneider/Elau PacDrive test rigs.

1. Inbound Physical Inspection: Verification of OEM factory seals, shaft integrity, keyway/smooth surface checks, and connector pin integrity.
2. Insulation & Winding Resistance (Megger Test): High-voltage phase-to-phase and phase-to-ground megohmmeter checks to verify zero stator insulation degradation.
3. Back-EMF & Encoder Handshake: Motor is coupled to a drive test bench to verify back-EMF symmetry and confirm the Hiperface encoder communicates cleanly without data dropouts.
4. No-Load Operational Run Test: Driven up to maximum rated RPM (6,000 RPM) to test bearing noise, vibration balance, and thermal stabilization.
5. Final QC & Anti-Static Packaging: Motors are wiped down, shaft caps applied, sealed in anti-moisture barrier packaging, and encased in high-density custom foam inserts.

SM070-60-010-P1-45-S1-B0

SM070-60-010-P1-45-S1-B0

The Veteran’s Tech Trap Guide (Crucial Value-Add)

• ⚠️ Pay attention to the “B0” suffix—this unit has NO internal holding brake!

  If you are replacing a motor on a vertical Z-axis or an inclined conveyor, installing a B0 model will cause the axis to drop under gravity the moment drive power is disabled. Always verify if your axis requires an internal brake (B1) or relies on an external mechanical brake.

• ❗ Do not forget to calibrate the electronic commutation (encoder offset)!

  Swapping out an absolute Hiperface motor isn’t just plug-and-play. You must connect with PacDrive software (EPAS or SoMachine Motion) and perform an encoder homing/zeroing procedure. If the commutation angle offset doesn’t match the new motor’s physical alignment, the motor will draw excessive current, vibrate violently, or trigger a instantaneous drive overcurrent fault on enable.

• ⚠️ Use the correct hybrid drive cables.

  Never bend or force the M23 motor/encoder connectors. The Hiperface lines carry high-frequency serial signals alongside motor power; damaged shielding on the feedback cable will cause random position loss faults during high-speed acceleration.

Frequently Asked Questions (FAQ for Conversion)

Q: Can I replace an SM070-60-010-P1-45-S1-B0 with an SH-series Schneider motor?

A: Schneider updated the older Elau SM series to the SH series (e.g., SH070). While SH motors can replace SM motors in newer architectures, mechanical mounting variations, shaft dimensions, and drive parameter files must be converted in SoMachine/EPAS. A direct SM070 drop-in avoids modifying project code or mechanical adapters.

Q: Does this motor come pre-configured with the encoder offset preset?

A: The Hiperface encoder holds factory alignment data, but your PacDrive controller must synchronize position zero upon installation. Always execute the axis reference routine in your controller software after mounting.

Q: Is this unit new or refurbished?

A: This unit is New Surplus / Factory Sealed. It has never been installed on a machine line and is held in surplus warehouse storage.

Q: What is the purpose of the S1 encoder designation?

A: S1 specifies a singleturn absolute Hiperface encoder. It tracks absolute position within a single 360-degree rotation. If your machine requires multi-turn position memory without re-homing upon power cycles, verify if your original setup utilized singleturn or multiturn (M1).

Q: What warranty is included with this unit?

A: We provide a 12-month full functional warranty. If the motor experiences hardware defects or encoder failure under normal operational parameters within 365 days, we provide an immediate exchange or full refund.