Schneider Electric GV2ME07 — Thermal Magnetic Starter Review

By Abdullah Zahid
15 min read
Schneider Electric GV2ME07 TeSys Deca manual motor starter and protector mounted on 35mm DIN rail in industrial control panel

Schneider Electric GV2ME07 TeSys Deca Manual Starter and Protector: Specifications, Pricing, and Alternatives Review

If you are searching for the Schneider Electric GV2ME07 by part number, you have likely already confirmed the motor protection requirement and are now working through the final validation: does this thermal magnetic circuit protector match your motor current, fit your enclosure, and ship within your project window? The GV2ME07 is a compact three-pole manual motor starter and protector within the TeSys Deca family, rated for 1.6–2.5 A continuous duty with a 100 kA breaking capacity at 415 VAC — sized specifically for 0.37–0.75 kW motors on 400/415 VAC three-phase supply. It combines overload and short-circuit protection in a single DIN rail device with push-button manual control, no external overload relay required.

If you have already confirmed this is the right part, check current pricing and availability for the GV2ME07 at LeadTime.ca — ships worldwide.

Who Should Buy the GV2ME07 — and Who Shouldn't

The Schneider Electric GV2ME07 is the right choice for panel builders, OEM integrators, and maintenance teams who need a compact, self-contained motor protection device for small AC motors in controlled industrial environments. It is the correct fit when all of the following apply:

  • Your motor's nameplate full-load current (FLC) falls within 1.6–2.5 A — not your fuse rating, not your breaker rating; the motor nameplate FLC specifically
  • Your supply voltage is 690 VAC at 50/60 Hz (or 400/415 VAC, three-phase)
  • Your enclosure accommodates 35 mm DIN rail mounting, or you have a panel-mount adaptor confirmed as available
  • Your wiring uses solid copper conductors in the 1–6 mm² range (stranded wire requires ferrule)
  • The application is indoors in a temperature-controlled environment between -4 and +140°F (-20 to +60°C) with no wash-down exposure
  • Manual push-button on/off control is sufficient — no remote coil or solenoid switching is required

If your motor exceeds 0.75 kW or your FLC sits above 2.5 A, this is not the right model — the GV3ME32 or GV4ME40 series are the correct upgrade path depending on your power and voltage requirements. If you need remote contactor operation, a TeSys contactor paired with a separate overload relay is the appropriate architecture.

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What the GV2ME07 Actually Does in a Motor Control System

The Schneider Electric GV2ME07 is not a contactor. It does not accept a remote coil voltage, it does not switch on command from a PLC output, and it is not a soft starter. It is a thermal-magnetic manual motor circuit protector — a device that performs three distinct functions in a single compact housing: it manually starts and stops a motor via push-button, it provides thermal overload protection against sustained overcurrent, and it provides magnetic short-circuit protection against instantaneous fault currents up to 100 kA at 415 VAC.

The thermal element responds to gradual current rise above the 1.6–2.5 A rated band, tripping over seconds to minutes depending on overload magnitude and ambient temperature. The magnetic element, fixed at 33.5 A, trips instantaneously on a short-circuit fault. Neither element is field-adjustable — both are factory-calibrated to IEC 60947-4-1, which is exactly what makes this device reliable in production environments where no one wants to discover a miscalibrated trip setting during a fault event.

The push-button control is the full extent of operator interaction: press ON to energize the motor circuit, press OFF to de-energize it, and push again to reset after a thermal or magnetic trip. For applications where simplicity and panel space matter more than remote switching, this self-contained architecture is a genuine advantage over the contactor-plus-overload relay approach.

Typical System Architecture for the GV2ME07

The GV2ME07 sits between the main distribution bus and the motor terminals, acting as the sole protective and switching device for a single motor branch circuit. Here is where it fits in a typical small machine control panel:

  • Main circuit breaker or fused disconnect at the enclosure input provides upstream supply protection for the panel
  • GV2ME07 mounts on 35 mm DIN rail as the dedicated branch device for one motor circuit, receiving supply from the main bus via screw clamp terminals
  • Motor leads connect from the GV2ME07 output terminals directly to the motor junction box — no separate overload relay or contactor in this branch
  • Optional GV2AN11 or GV2AN01 auxiliary contact modules clip onto the GV2ME07 to feed trip status or run status signals to a PLC input or indicator light
  • Protective earth conductor connects to the unit ground lug or enclosure earth bar as required by installation code

Where the GV2ME07 Gets Deployed: Industries and Use Cases

The GV2ME07 is most commonly found inside packaged machinery control boxes where small AC motors drive conveyors, augers, blowers, or pump impellers. In food and beverage processing, it protects the 0.37–0.75 kW motors that drive filling heads, capping stations, and infeed conveyors — applications where the motor rarely needs remote switching and where enclosure space is at a premium.

In HVAC and building services, the GV2ME07 appears as the protection device for small fan and pump motors in air handling units and chiller auxiliary circuits, where the motor runs continuously and the primary requirement is reliable overload protection rather than variable speed or remote start capability.

Panel builders and OEM integrators working on multi-motor control systems frequently specify the GV2ME07 for low-power auxiliary motors — those running rollers, tensioners, or indexing mechanisms alongside a larger primary drive. Its 45 mm width means multiple units can be mounted side by side on a single DIN rail section without consuming significant enclosure real estate.

Maintenance teams also reach for the GV2ME07 when replacing aging manual starters in legacy installations, particularly where the original device is an older GV2 generation unit and the motor nameplate confirms current in the 1.6–2.5 A band.

Application Typical Deployment
Packaging machinery Manual control and protection for infeed, outfeed, and capping conveyor motors (0.37–0.75 kW)
Food and beverage processing Overload and short-circuit protection for filling station and auger drive motors in panel-mounted control boxes
HVAC and building services Continuous-duty protection for small fan and pump motors in air handling and chiller auxiliary circuits
OEM multi-motor control panels DIN rail branch protection for low-power auxiliary motors alongside larger primary drives
Legacy starter retrofit Direct replacement for aging manual motor starters where motor FLC is confirmed at 1.6–2.5 A
Test rigs and pilot systems Rapid DIN rail deployment for temporary or prototype motor circuits without engineering redesign

GV2ME07 Specifications: What Matters for Your Purchase Decision

Parameter Specification
Rated Current Range 1.6–2.5 A (continuous duty, 40°C ambient, per IEC 60947-4-1)
Rated Voltage 690 VAC, 50/60 Hz (also rated 400/415 VAC)
Motor Power Rating 0.75 kW at 400/415 VAC
Magnetic Trip Current 33.5 A (fixed; not field-adjustable)
Breaking Capacity 100 kA at 415 VAC
Trip Type Thermal-magnetic (overload and short-circuit)
Enclosure Rating IP20 / IK04
Mounting 35 mm DIN rail or panel-mounted with adaptor
Terminal Type Screw clamp, solid copper 1–6 mm²
Dimensions (W x H x D) 45 mm x 89 mm x 78.5 mm, 0.26 kg

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

GV2ME07 vs. Alternative Models: Which One Do You Actually Need?

Model Current Range Breaking Capacity Mounting Key Difference
Schneider Electric GV2ME07 1.6–2.5 A 100 kA at 415 VAC DIN rail / panel with adaptor Compact thermal-magnetic; fixed trip; push-button only
ABB MS116-2.5 1.6–2.5 A 70 kA at 400 VAC DIN rail Top-mounted auxiliary contacts; similar cost tier; lower breaking capacity
Siemens 3RV1011-1JA10 1.8–2.5 A 100 kA at 400 VAC DIN rail Manual and auto reset option; side-mounted contacts; narrower lower current limit

All three models address the 0.37–0.75 kW motor class and offer comparable current range coverage. The GV2ME07 leads on breaking capacity versus the ABB equivalent and matches the Siemens unit on that metric. If your system design requires automatic reset after a thermal trip, the Siemens 3RV1011-1JA10 is worth evaluating. If integrated top-mount auxiliary contacts are a design priority without a separate add-on module, the ABB MS116-2.5 may simplify your panel layout. For compact installations on Schneider-standardized panels where the GV2 form factor is already established, the GV2ME07 remains the straightforward choice — check current availability at LeadTime.ca.

Expert Verdict: Is the GV2ME07 the Right Starter for Your Project?

The Schneider Electric GV2ME07 earns its place in the bill of materials for OEM panel builders and controls integrators who have confirmed their motor's nameplate full-load current sits squarely within the 1.6–2.5 A band and whose application demands compact footprint, fast DIN rail installation, and proven multi-region compliance. The 100 kA breaking capacity at 415 VAC exceeds the protection margin most small motor applications will ever need, and the dual-element thermal-magnetic design — thermal for sustained overload, fixed 33.5 A magnetic for short-circuit — means the protection architecture is factory-correct and requires no field calibration. The 100,000 mechanical cycle rating and certifications to IEC 60947-4-1, UL 60947-4-1, and CSA C22.2 allow this device to be specified across North American and European installations without redesign.

Where the GV2ME07 has real limits, they are clearly defined. Motors above 0.75 kW at 400/415 VAC are outside its rated range — the GV3ME32 or GV4ME40 are the correct upgrade paths at higher power levels. Applications that require remote PLC-commanded switching need a TeSys contactor with a separate overload relay, not a manual starter. Outdoor installations or wash-down environments will need a higher IP-rated protective enclosure around the GV2ME07 since its IP20 rating provides no protection against water ingress. And environments with sustained ambient temperatures above +60°C will compromise thermal trip accuracy — heat management or relocation of the enclosure is required before this unit can be safely deployed in those conditions.

From a procurement standpoint, the GV2ME07 is a well-stocked, widely distributed part within the Schneider Electric TeSys Deca product family — but availability can vary by region and fluctuate with broader industrial supply conditions. Ordering through a specialist distributor gives your team access to current lead time data, confirmation that associated accessories like the GV2AN11 auxiliary contact module are available on the same purchase order, and the technical consultation to catch a current mismatch before the parts ship rather than after. For production machinery where downtime carries a real cost, that pre-order validation is worth more than the marginal price difference from a generic channel. View current pricing and lead time for the GV2ME07 at LeadTime.ca — we ship worldwide.

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

What Engineers Need to Know Before Ordering the GV2ME07

Because community discussion data for the GV2ME07 specifically is sparse across major automation forums, the most actionable guidance comes not from crowdsourced complaints but from the patterns of ordering errors that specialist distributors encounter when engineers are specifying manual motor starters in this current class. Three mistakes appear with enough frequency to be worth addressing directly before a purchase order is placed.

The most common error is selecting the GV2ME07 based on an upstream fuse or breaker rating rather than the motor's nameplate full-load current. An engineer looks at a 10 A fuse in the main panel and assumes the motor branch needs a 10 A rated device — but the motor nameplate shows 2.1 A FLC. The GV2ME07 matches; the fuse does not factor into this selection. The inverse also occurs: a 5 A FLC motor gets paired with the GV2ME07 because the buyer focused on the voltage and power rating rather than the current band. That unit will nuisance-trip immediately or fail to provide proper protection. Motor nameplate FLC is the only number that matters for model selection.

The second pattern is terminal compatibility. The GV2ME07's screw clamp terminals are rated for solid copper conductors in the 1–6 mm² range. Stranded motor leads, which are common in applications with mechanical vibration or flexible cable runs, will not grip reliably in the screw clamp without a crimped copper ferrule. Loose connections in the terminal develop resistance, generate heat, and eventually fail — sometimes without triggering the thermal protection because the fault is at the terminal rather than in the motor circuit. If your wiring uses stranded conductors, ferrule them before installation.

The third area where buyers get caught is the IP20 enclosure rating. IP20 means the unit is protected against solid objects larger than 12 mm but has no rating for water ingress of any kind. In food processing or pharmaceutical applications where the control panel might be located near wash-down zones, IP20 is not sufficient without an additional protective enclosure around the device. Buyers who specify the GV2ME07 for these environments and discover the limitation after installation face a replacement project. Confirm ambient conditions and enclosure IP requirements before ordering, not after.

Wiring and Installation Overview

The GV2ME07 is designed for straightforward DIN rail installation, but there are five things to verify and confirm before applying power to the installed unit:

  • Confirm motor nameplate FLC is 1.6–2.5 A and supply voltage is 690 VAC (or 400/415 VAC) at 50/60 Hz before mounting; once the unit is wired, these cannot be corrected without replacement
  • Mount the unit on a 35 mm symmetrical DIN rail — both horizontal and vertical rail orientations are acceptable; verify the unit clicks firmly into place and does not shift or rock before connecting any wiring
  • Connect solid copper supply conductors (1–6 mm², stripped approximately 5–8 mm) to the upper screw clamp terminals for all three supply phases; tighten each clamp hand-tight plus approximately a half turn — do not over-tighten as this damages the terminal block
  • Connect motor phase conductors to the lower output terminals using the same preparation; stranded wire must be terminated with a crimped copper ferrule before insertion into the screw clamp
  • After all connections are made, verify each terminal by gently pulling on each conductor — no wire should pull free; apply supply voltage without motor load first and test push-button ON/OFF operation before connecting the motor

Engineers requiring full wiring diagrams, torque specifications, or step-by-step commissioning procedures should refer to the Schneider Electric GV2ME07 installation instruction sheet and the IEC 60947-4-1 coordination documentation available from the manufacturer.

Compatible Auxiliary Modules and System Expansion

The GV2ME07 does not include auxiliary contacts as standard — they are available as separately ordered add-on modules that clip onto the main unit. If your system design requires a trip status signal to a PLC input, a remote indicator light, or an interlock circuit, one of the following modules must be specified on the same purchase order:

  • GV2AN11 — auxiliary contact module providing one normally open and one normally closed contact for trip status or run status signaling to downstream control equipment
  • GV2AN01 — auxiliary contact module providing one normally open contact only; suitable for simpler trip alarm or run indication circuits where only one signal state is needed

Confirm module availability with your distributor at the time of ordering the GV2ME07 to avoid a separate procurement cycle that delays panel commissioning.

Wrong-Part Prevention Checklist

Before placing your order for the Schneider Electric GV2ME07, confirm each of the following against your motor nameplate and enclosure design documents:

  1. Confirm motor nameplate full-load current falls within 1.6–2.5 A range (NOT breaker protection rating; motor current)
  2. Verify supply voltage is 690 VAC AC, 50/60 Hz or 400/415 VAC (do not order for 220 VAC, 240 VAC single-phase without voltage compatibility check)
  3. Check motor power rating against datasheet: this model rated for 0.37–0.75 kW at 400/415V; do not use for 1+ kW motors
  4. Confirm DIN rail mounting is feasible in your enclosure; if panel-mounted only, you need GV2ME07 with adapter plate (verify part availability with distributor)
  5. Verify all three phases are needed (this is a 3-pole device; single-phase motors may not require 3 poles — check application)
  6. Ensure screw clamp terminal compatibility with your cable stiffness (rated for solid 1–6 mm² copper; stranded wire not recommended without ferrule)

If any item on this checklist raises a question before your order is finalized, contact the LeadTime.ca team — our team can validate your motor data against the GV2ME07 specification before the purchase order is placed.

Frequently Asked Questions

Can I use the GV2ME07 for a motor rated above 0.75 kW if I keep the current below 2.5 A?

The current range on the GV2ME07 is rated for motors in the 0.37–0.75 kW class at 400/415 VAC. A motor above 0.75 kW may draw current within the 1.6–2.5 A band at partial load, but the thermal-magnetic coordination is calibrated for the motor characteristics of the rated power class per IEC 60947-4-1. Specifying the GV2ME07 for a larger motor because the idle current happens to fall within range creates a protection mismatch under load conditions. Use the GV3ME32 or GV4ME40 series for motors above 0.75 kW.

Is the thermal trip threshold adjustable in the field?

No. The thermal-magnetic trip settings on the GV2ME07 are factory-calibrated per IEC 60947-4-1 and are not field-adjustable. The magnetic trip is fixed at 33.5 A. If the unit trips at a current that appears inconsistent with the motor FLC, verify ambient enclosure temperature — thermal accuracy is specified to the -4 to +140°F (-20 to +60°C) range — and confirm the motor nameplate FLC is genuinely within 1.6–2.5 A before concluding the unit is out of calibration.

Can I add auxiliary contacts to signal my PLC when the GV2ME07 trips?

Yes, but auxiliary contacts are not included with the base unit. The GV2AN11 module (one normally open, one normally closed) or the GV2AN01 module (one normally open) must be ordered separately and installed onto the GV2ME07. These modules provide the signal contacts for PLC inputs, indicator lights, or interlock circuits. Confirm module availability with your distributor at the time of ordering the main unit.

Is the GV2ME07 suitable for outdoor panels or wash-down environments?

No. The GV2ME07 carries an IP20 / IK04 enclosure rating, which provides protection against solid objects larger than 12 mm but no protection against water ingress of any kind. For wet, outdoor, or wash-down environments, the unit must be housed inside a protective enclosure with an appropriate IP rating for the environment. Installing the GV2ME07 without additional environmental protection in a wash-down area will compromise protection reliability and void the warranty.

What is the expected service life of the GV2ME07 under normal duty conditions?

The GV2ME07 is rated for 100,000 mechanical operating cycles and 100,000 electrical operating cycles at AC-3 duty at 440 VAC per the manufacturer datasheet. In light-to-medium-duty applications with infrequent manual switching, this typically represents a multi-year service interval before mechanical wear becomes a consideration. In high-cycle applications, annual inspection of contacts and mechanical action is advisable.

Is the GV2ME07 a direct swap for an older GV2 generation unit without rewiring the enclosure?

The GV2ME07 is part of the TeSys Deca family and shares the core terminal and DIN rail form factor with earlier GV2 series units in the same current class. In most cases it is a compatible retrofit, but you should verify the terminal positions and mounting footprint against the existing installation before ordering. If the existing unit has an auxiliary contact module fitted, confirm the GV2AN11 or GV2AN01 module is compatible with the new unit at the time of procurement.

Why Order the GV2ME07 Through LeadTime.ca

  • LeadTime.ca ships worldwide — the GV2ME07 is available to controls teams and procurement departments globally, not limited to any single region
  • Pre-order technical consultation to validate motor current match before the purchase order is placed, reducing wrong-part returns
  • Access to associated accessories — GV2AN11, GV2AN01, and DIN rail mounting components — on a single purchase order to avoid separate procurement cycles
  • Transparent lead time information and stock status communicated before commitment, not after
  • Volume pricing available for OEM panel builders and multi-unit procurement projects

At-a-Glance Summary

  • Model: Schneider Electric GV2ME07 — TeSys Deca Manual Starter and Protector, thermal magnetic circuit protector, push buttons
  • Rated current: 1.6–2.5 A continuous duty at 40°C ambient per IEC 60947-4-1
  • Rated voltage: 690 VAC, 50/60 Hz (also 400/415 VAC)
  • Motor power range: 0.37–0.75 kW at 400/415 VAC
  • Breaking capacity: 100 kA at 415 VAC
  • Magnetic trip: fixed at 33.5 A; not field-adjustable
  • Enclosure rating: IP20 / IK04 — indoor, dry industrial environments only
  • Mounting: 35 mm DIN rail (native) or panel with adaptor
  • Terminals: screw clamp, solid copper 1–6 mm² (stranded wire requires ferrule)
  • Dimensions: 45 mm x 89 mm x 78.5 mm; 0.26 kg
  • Operating temperature: -4 to +140°F (-20 to +60°C)
  • Mechanical durability: 100,000 cycles
  • Standards: IEC 60947-4-1, UL 60947-4-1, CSA C22.2, EN 60204, CE
  • Auxiliary contacts: not included — GV2AN11 or GV2AN01 modules required as separate purchase
  • Wrong-part risk: always verify motor nameplate FLC is 1.6–2.5 A before ordering

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