Schneider Electric ATV320U07M2C — Altivar 320 VFD Buyer Review

By Abdullah Zahid
15 min read
Schneider Electric ATV320U07M2C Altivar Machine ATV320 compact 0.75 kW variable speed drive for single-phase 200-240 V industrial panel installation

Schneider Electric ATV320U07M2C — Variable Speed Drive, Altivar Machine ATV320, 0.75 kW, 200…240 V, 1-Phase, Compact: Specs, Pricing and Selection Guide

Controls engineers and panel builders searching for the Schneider Electric ATV320U07M2C are typically at the final verification stage — motor data in hand, panel layout sketched out, and a single-phase 200–240 V supply confirmed at the board. The ATV320U07M2C is a compact Altivar Machine ATV320 variable speed drive rated at 0.75 kW (approximately 1 hp), accepting single-phase 200–240 V input and delivering a controlled three-phase output to AC motors — all within a book-style chassis that fits in tight control enclosures. It carries an integrated Class C2 EMC filter and an IP20 protection rating, meaning the drive must be housed inside a properly rated panel or cabinet. If those parameters align with your project, this guide confirms the details you need to order with confidence.

If you have already confirmed this is the right part, check current pricing and availability at LeadTime.ca — ships worldwide.

Who Should Buy the ATV320U07M2C — and Who Shouldn't

The ATV320U07M2C is the right drive when all of the following apply to your project:

  • Your motor is rated at approximately 0.75 kW (1 hp) with a nameplate voltage of 200–240 V three-phase.
  • Your available panel supply is single-phase 200–240 V — not three-phase — and you need the drive to convert that supply into a three-phase output.
  • The drive will be installed inside a control panel or enclosure that provides IP protection beyond the drive's own IP20 rating.
  • Your EMC documentation is compatible with a built-in Class C2 filter at 200–240 V, or you are prepared to supplement with external filtering if the project requires a different category.
  • Your I/O, communication, and safety requirements fall within the standard Altivar 320 feature set — digital and analog I/O, standard Safe Torque Off support, and the available option module ecosystem.

If your motor power is higher or lower than 0.75 kW, if your supply is three-phase, or if your installation environment demands an IP55 ready-to-mount drive, the ATV320U07M2C is not the correct catalog number — other Altivar 320 ratings (such as 0.37 kW, 1.5 kW, or 2.2 kW variants) or a different Altivar family with integrated enclosure protection will be the right fit.

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What the ATV320U07M2C Actually Does in Your System

The ATV320U07M2C sits between your single-phase 200–240 V supply and a three-phase AC motor, converting fixed-frequency single-phase power into a variable-frequency, variable-voltage three-phase output that gives you precise control over motor speed, torque, acceleration, and deceleration. This is its core value proposition for OEM builders and retrofit projects: it eliminates the need for three-phase infrastructure at the point of use while still delivering the performance characteristics of a modern variable speed drive.

As a member of the Altivar Machine ATV320 family, the ATV320U07M2C also handles motor protection functions — overvoltage, undervoltage, overload, and short-circuit detection — while the integrated Class C2 EMC filter reduces conducted emissions on the supply side. The IP20 rating means the electronics are suitable for installation inside a clean, dry control panel, but the drive itself does not provide protection against dust or moisture ingress. External enclosure selection is a mandatory part of the installation design, not an afterthought.

The compact book-style form factor is intentional for OEM applications. The drive is suited for vertical stacking in multi-axis panels, reducing the footprint of small machine control cabinets where several drives may run side by side on pumps, fans, or conveyor axes. The consistent Altivar 320 programming environment means that an engineer familiar with any other drive in the family can work with this unit without relearning the parameter structure or tooling.

Typical System Architecture for the ATV320U07M2C

The ATV320U07M2C occupies the motor drive layer of a control panel, downstream of the main supply and protection devices and upstream of the motor itself. A typical deployment chain looks like this:

  • Single-phase 200–240 V branch circuit with upstream short-circuit and overload protection (fuses or MCB) — required externally, not provided by the drive.
  • ATV320U07M2C with integrated Class C2 EMC filter receiving single-phase input and generating variable three-phase output.
  • Shielded motor cable (routed separately from control wiring) connecting the drive output terminals to the three-phase motor.
  • Control wiring from a PLC, relay logic, or operator interface connected to the digital and analog I/O terminals of the ATV320U07M2C to provide run/stop commands and speed reference signals.
  • Three-phase 0.75 kW motor (asynchronous or synchronous, as confirmed in manufacturer documentation) driving the mechanical load — conveyor, pump, fan, or similar machine axis.

Typical Applications and Deployment Scenarios

The ATV320U07M2C is most commonly specified in OEM machine building and small industrial automation where the combination of 0.75 kW motor power and single-phase 200–240 V supply defines the application envelope. Packaging machine builders use it for infeed conveyors and indexing axes where 1 hp is sufficient and panel space is at a premium. Process skid builders apply it to small centrifugal pumps and circulation fans where a three-phase motor is preferred for reliability but only single-phase supply exists at the skid location.

Retrofit projects represent a significant use case. When a facility upgrades from fixed-speed contactors to variable speed but does not have three-phase infrastructure routed to every machine cell, the ATV320U07M2C provides a clean solution: replace the contactor with the drive, keep the existing single-phase supply, and gain speed and torque control without rewiring the distribution system.

Standardization is another frequent driver. OEM builders who already use the Altivar 320 platform across larger drives in their machine range extend that standard to the 0.75 kW size to keep spare parts inventory, documentation, and commissioning procedures consistent across the machine family.

Application Typical Deployment
OEM packaging conveyor 0.75 kW infeed or indexing conveyor running from 230 V single-phase panel supply inside a compact machine enclosure
Process skid pump control Small centrifugal pump on a skid where only single-phase supply is available at point of use; variable speed for flow control
OEM air-handling unit fan Fan motor control in a compact AHU panel requiring vertically stacked drives with integrated EMC filtering
Manufacturing cell retrofit Replacing fixed-speed contactor on a 0.75 kW motor in a cell without three-phase infrastructure, gaining speed control without supply rewiring
Multi-machine Altivar 320 standardization OEM using ATV320U07M2C at the 0.75 kW position across multiple machine sizes to standardize spares, parameters, and tooling

Key Specifications and How the ATV320U07M2C Compares Within the Altivar 320 Range

Parameter Value
Catalog Number ATV320U07M2C
Product Family Altivar Machine ATV320
Rated Motor Power 0.75 kW (approx. 1 hp)
Input Voltage / Phase 200–240 V, single-phase
Output to Motor Three-phase, 200–240 V, variable frequency
Input Frequency 50/60 Hz
Integrated EMC Filter Class C2
Degree of Protection IP20 — requires installation inside a rated enclosure
Form Factor Compact, book-style — suited for vertical stacking in control panels
Applicable Standards EN/IEC 61800-5-1 and related drive standards

Full technical specifications are available on the product page at LeadTime.ca.

Within the Altivar Machine ATV320 family, the ATV320U07M2C is the 0.75 kW single-phase 200–240 V compact variant. Adjacent ratings in the family cover different power levels — including 0.37 kW below and 1.5 kW, 2.2 kW, and higher above — while other catalog numbers cover three-phase 200–240 V input, 400 V class three-phase input, and different form factors including book and flat mounting styles. The catalog number itself encodes the key selection criteria: power, voltage class, input phase, and form factor. Changing any one of those parameters moves you to a different catalog number.

Variant Position Power Input Voltage / Phase Key Difference from ATV320U07M2C
Step down — lower power 0.37 kW 200–240 V, single-phase Smaller motor; different catalog number required
ATV320U07M2C (this unit) 0.75 kW 200–240 V, single-phase Reference unit for this guide
Step up — higher power, same voltage class 1.5 kW 200–240 V, single-phase or three-phase Larger motor; verify input phase in catalog code
Three-phase input variant, same voltage class 0.75 kW 200–240 V, three-phase Three-phase supply required; different catalog code
Higher voltage class 0.75 kW and up 380–500 V, three-phase Different voltage class entirely; incompatible with 200–240 V supply

If your motor current exceeds the drive's continuous output rating for 0.75 kW at 200–240 V, or if your supply is three-phase, a different Altivar 320 catalog number is required — check the product page at LeadTime.ca or contact the team to confirm the correct variant before ordering.

Expert Verdict: Is the ATV320U07M2C Right for Your Build?

The ATV320U07M2C occupies a genuinely useful position in the Altivar 320 lineup. It is the drive you reach for when the motor is 0.75 kW, the supply is single-phase 200–240 V, and the application is a small conveyor, pump, or fan in an OEM machine or industrial retrofit where panel space is limited. The integrated Class C2 EMC filter removes one design task from the panel layout, and the consistent Altivar 320 parameter structure means that engineers already working with the family can commission this unit quickly. The compact book-style form factor is a real practical advantage when multiple drives need to stack vertically in a tight enclosure. For OEMs standardizing on Schneider drives across a machine range, putting the ATV320U07M2C at the 0.75 kW position keeps spares, tooling, and documentation consistent — a meaningful operational benefit over the life of the machine.

Where the ATV320U07M2C has genuine limits: it is not the right answer if your motor is larger than 0.75 kW, if your supply is three-phase (in which case other Altivar 320 catalog numbers at the same voltage class are available), or if the installation environment requires a drive with IP55 or higher protection built in. For outdoor, wash-down, or dust-laden environments where building an IP-rated enclosure around an IP20 drive is impractical, you should evaluate Altivar families that offer integrated enclosure protection in a ready-to-mount format. Similarly, if the project demands specialized safety certifications, high-level fieldbus integration, or application-specific firmware beyond the standard Altivar 320 feature set, a different drive family may be the better specification.

On the procurement side, the ATV320U07M2C benefits from broad distributor availability and the well-established Schneider Electric supply chain. For projects with firm delivery commitments, confirming regional stock levels before locking the catalog number into your bill of materials is always the right move — lead times can shift with demand cycles, and a specialist distributor gives you clearer visibility into actual availability than a generic channel. For current pricing, lead time, and stock confirmation, visit the ATV320U07M2C product page at LeadTime.ca — the team ships worldwide and can provide volume pricing for OEM builds.

For volume pricing or to confirm lead time before committing to a build schedule, contact the LeadTime.ca team directly — we ship worldwide.

What Engineers Need to Know Before Ordering the ATV320U07M2C

Because detailed community discussion specific to the ATV320U07M2C catalog number is limited — forum activity around the Altivar 320 family tends to address the broader platform rather than individual catalog numbers — the most reliable guidance comes from manufacturer documentation and distributor expertise rather than peer forum consensus. That context shapes what follows: these are the points that matter most at the specification and ordering stage, drawn from the technical documentation, distributor experience, and recurring themes at the Altivar 320 family level.

At the Altivar 320 family level, the consistent feedback from integrators and technicians who work with the platform is that the drives perform reliably when installed and parameterized correctly, but that the large number of catalog number variants in the range creates a meaningful risk of mis-ordering. The most common errors are selecting the wrong input phase (ordering a three-phase input variant when single-phase is available, or vice versa) and selecting the wrong voltage class (confusing 200–240 V and 400 V class drives based on power rating alone without reading the full catalog code). These errors are recoverable but costly — they delay projects and require return-and-replace cycles that impact build schedules.

A second recurring theme at the family level is commissioning quality. Engineers experienced with Altivar drives consistently report that entering accurate motor nameplate data — power, voltage, current, and frequency — is the single most important commissioning step. Running with default motor parameters generates nuisance trips, suboptimal motor protection, and in some cases poor performance that is incorrectly attributed to the drive hardware. EMC wiring practice is the other area where shortcuts show up as problems: improper cable routing, ungrounded shields, and mixing power and signal cables in the same trunking are the source of most interference complaints at the family level. The ATV320U07M2C's integrated Class C2 filter addresses conducted emissions from the supply side, but cable routing discipline on the motor side remains the installer's responsibility. A specialist distributor who knows the Altivar 320 platform can help you identify the right accessories, confirm catalog number accuracy, and flag any project-specific considerations before the part ships.

Wiring and Installation Overview

The following points summarize the key requirements for installing the ATV320U07M2C. For complete wiring diagrams, terminal assignments, torque specifications, and step-by-step procedures, refer to the Schneider Electric installation manual for the Altivar Machine ATV320.

  • Connect single-phase line and neutral from the 200–240 V supply to the designated input terminals; connect protective earth to the PE terminal per manufacturer instructions. Upstream short-circuit and overload protection must be provided externally — the drive does not include this protection internally.
  • Connect the three-phase motor leads to the drive's output terminals (U–V–W order), keeping motor cable runs as short as practical. Use shielded motor cable and ground the shield at both ends in accordance with the EMC wiring guidelines in the installation manual.
  • Route control and signal wiring in separate trunking from power wiring. Use shielded cables for analog signals and ground shields correctly to maintain the performance of the integrated Class C2 EMC filter.
  • Confirm that the enclosure provides the IP rating required by the installation environment — the drive itself is IP20 and provides no protection against dust, moisture, or accidental contact without an external enclosure.
  • Verify all terminations, cable torque values, and routing against the installation manual before re-energizing; confirm lockout/tagout procedures are followed throughout the installation process.

Wrong-Part Prevention Checklist

Before finalizing the ATV320U07M2C on your bill of materials or purchase order, confirm every item below against your project documentation:

  1. Confirm motor rated power is around 0.75 kW (1 hp) and that motor nameplate voltage is 200–240 V three-phase to match drive output.
  2. Verify site supply is single-phase 200–240 V and that a three-phase supply is not required or available, since this specific variant expects single-phase input only.
  3. Check that installation will place the VFD in a suitable enclosure or control panel, as the drive itself provides IP20 only and requires external protection for dust, moisture, and mechanical impact.
  4. Ensure motor full-load current does not exceed the drive's continuous output current rating for 0.75 kW at 200–240 V; if the motor current is higher, a larger ATV320 rating is required.
  5. Confirm control scheme (number of digital/analog I/O points, relay outputs, communication requirements) is within the ATV320 standard feature set, or that any required fieldbus option module is compatible with this catalog number.
  6. Confirm EMC requirements in the project documentation accept a built-in Class C2 EMC filter; if a different EMC category is required, check other variants or external filters.
  7. Verify regional certification and standards (UL, CSA, CE) are met for the installation jurisdiction, particularly for projects that must meet local electrical code.
  8. Review lead time and stock status from your distributor to ensure availability aligns with project schedule before specifying ATV320U07M2C on drawings.

If any item on this checklist raises a question, contact the LeadTime.ca team before ordering — confirming the right catalog number takes minutes and avoids weeks of delay.

Frequently Asked Questions

Can the ATV320U07M2C run a single-phase motor, or does it only support three-phase motors?

The ATV320U07M2C is designed to supply three-phase synchronous and asynchronous motors. Its output is three-phase variable frequency. Using it with a single-phase motor is not a supported configuration — if your motor is single-phase, a different drive type or a different motor selection is required. Confirm specific motor type compatibility in the Schneider Electric Altivar Machine ATV320 operation manual.

What enclosure rating do I need to install the ATV320U07M2C in a dusty or damp environment?

The ATV320U07M2C itself is rated IP20, which provides no protection against dust or moisture. The enclosure or control cabinet housing the drive must provide the IP rating required by your installation environment — for example, IP54 or IP65 for dusty or damp locations. Enclosure selection is the installer's responsibility and must comply with local electrical code. Follow the clearance and ventilation requirements in the Schneider Electric installation manual when sizing the enclosure.

Can I install an ATV320U07M2C on a motor smaller than 0.75 kW — for example, a 0.37 kW motor?

Oversizing a VFD relative to the motor is sometimes done but requires careful attention to motor protection settings. When the drive is significantly larger than the motor, the built-in overload protection may not respond correctly at default settings — motor nameplate current must be entered accurately so the drive's thermal protection is calibrated to the actual motor. For applications where the motor is substantially smaller than 0.75 kW, a drive rated closer to the motor's power is generally a better match. Confirm the acceptable motor-to-drive ratio in the Altivar 320 operation manual.

What is the correct process for entering motor data and does the ATV320U07M2C support auto-tuning?

The Altivar 320 family requires entry of motor nameplate data — rated power, voltage, current, and frequency — into the motor parameters group before commissioning. The family supports auto-tuning functions that measure motor characteristics; whether a specific auto-tuning routine is applicable depends on the motor type and control mode selected. Refer to the Schneider Electric Altivar Machine ATV320 programming and operation manual for the exact parameter groups and auto-tuning procedure applicable to your motor and control mode.

How do I wire the analog speed reference input on the ATV320U07M2C — does it accept both 0–10 V and 4–20 mA?

The Altivar 320 family's analog inputs can be configured for different signal types including voltage and current references; the exact configuration is set through the drive's parameter menu and depends on how the input is wired and parameterized. Use shielded cable for all analog signal wiring and route it separately from power wiring to avoid interference. The terminal assignment and configuration details are in the Schneider Electric Altivar Machine ATV320 installation and operation documentation.

What does the ATV320U07M2C's integrated Class C2 EMC filter cover, and when do I need additional external filtering?

The integrated Class C2 EMC filter addresses conducted emissions on the supply side for typical industrial environments, reducing the need for a separate external line filter in many standard panel applications. However, the filter's effectiveness depends on correct wiring practice — particularly the use of shielded motor cable, correct shield grounding, and segregation of power and control wiring. If your project documentation requires a stricter EMC category than Class C2, or if the installation environment involves very sensitive equipment or specific regulatory requirements, an external filter or additional shielding may be needed. Confirm EMC compliance requirements with your project's EMC design documentation and the Schneider Electric application notes for the Altivar 320.

Why Order the ATV320U07M2C from LeadTime.ca

  • LeadTime.ca ships worldwide — OEM builders and procurement teams across every region can place orders and receive accurate lead time information.
  • Specialist distributor expertise: the team can confirm catalog number accuracy against your motor data, supply type, and enclosure requirements before the order ships — reducing mis-order risk on a family with a large number of closely related variants.
  • Volume pricing available for OEM builds and multi-unit orders — contact the team directly for project-specific pricing.
  • Visibility into regional stock and realistic lead times — critical for projects with firm delivery milestones where last-minute substitutions are not acceptable.
  • Access to compatible Altivar 320 accessories and option modules through the same order, reducing the number of supplier contacts for a complete panel build.

At-a-Glance Summary

  • Catalog number: ATV320U07M2C — Altivar Machine ATV320 family, compact form factor.
  • Rated motor power: 0.75 kW (approximately 1 hp).
  • Input: single-phase 200–240 V, 50/60 Hz — this variant does not accept three-phase input.
  • Output: three-phase 200–240 V, variable frequency — for three-phase asynchronous and synchronous motors.
  • Integrated EMC filter: Class C2 — reduces need for external line filter in many standard industrial applications.
  • Protection degree: IP20 — installation inside a suitably rated control panel or enclosure is mandatory.
  • Form factor: compact book-style — suited for vertical stacking in multi-drive panels with limited space.
  • Primary applications: OEM packaging machines, small conveyors, process pumps and fans, manufacturing cell retrofits, and multi-machine Altivar 320 standardization programs.
  • Key ordering check: confirm single-phase supply, 0.75 kW motor rating, and enclosure IP requirements before specifying this catalog number on project drawings.
  • Available at LeadTime.ca with worldwide shipping — current pricing and lead time on the product page.

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