Schneider Electric ATV340 Series Drives: ATV340D11N4
Schneider Electric ATV340D11N4 is listed for Electric ATV340 Series RFQ review. Confirm quantity, condition and destination before quotation.
Model: GV2-ME22C 20-25A
Product Overview
Commercial availability is handled through direct RFQ, model verification and export-oriented follow-up rather than public cart checkout.
Datasheet Preview
Use attached product manuals when available. If the manual is not public yet, request the full file directly through RFQ.
Commercial Path
Product pages on DRIVEKNMS are designed to verify model, brand and series first, then move the buyer into one clean quotation path.
Technical Dossier
The Schneider Electric TeSys GV2-ME series is a globally deployed range of thermal-magnetic motor circuit breakers engineered for direct-on-line motor protection in industrial environments. With an operating voltage of up to 690V AC and current ratings spanning 0.1A to 32A, the GV2-ME series is a standard specification component in chemical processing plants, nuclear auxiliary systems, petroleum refinery motor control centers (MCCs), and heavy manufacturing facilities worldwide. Its compact DIN-rail and panel-mount form factor, combined with IEC 60947-4-1 compliance, has made it a default selection for motor branch circuit protection across European, Asian, and Middle Eastern industrial installations for over three decades. The series integrates thermal overload protection and short-circuit magnetic trip in a single device, eliminating the need for separate overload relays in standard motor starter assemblies.
The TeSys GV2 platform was introduced by Schneider Electric (formerly Telemecanique) in the late 1980s as a successor to the GV1 series, addressing the need for a more compact, modular motor protection device compatible with emerging IEC standards. The original GV2-M variants used a screw-terminal connection system and were designed for standalone panel mounting. The GV2-ME sub-series introduced enhanced accessory compatibility, including side-mounted auxiliary contact blocks (GVAD, GVAN), voltage release coils (GV2-AF, GV2-AN), and rotary handle extensions, enabling integration into enclosed motor starter assemblies and group mounting configurations.
The following SKUs represent the complete standard current-range lineup of the GV2-ME series. All models provide thermal-magnetic motor protection, manual ON/OFF operation, and short-circuit breaking capacity of 100kA at 415V AC (with current limiting fuse coordination).
GV2-ME01C: 0.1–0.16A setting range, for fractional-HP and control circuit motor protection.
GV2-ME02C: 0.16–0.25A setting range, micro-motor and instrumentation drive protection.
GV2-ME03C: 0.25–0.40A setting range, small pump and fan motor branch protection.
GV2-ME04C: 0.40–0.63A setting range, light-duty conveyor and agitator motor protection.
GV2-ME05C: 0.63–1.0A setting range, single-phase and small 3-phase motor protection.
GV2-ME06C: 1.0–1.6A setting range, standard small motor branch circuit protection.
GV2-ME07C: 1.6–2.5A setting range, 0.37kW–0.55kW motor protection at 400V.
GV2-ME08C: 2.5–4.0A setting range, 0.75kW motor protection, widely used in HVAC fan circuits.
GV2-ME10C: 4.0–6.3A setting range, 1.1kW–1.5kW motor protection, standard MCC module.
GV2-ME14C: 6.0–10A setting range, 2.2kW motor protection at 400V, high-volume MCC application.
GV2-ME16C: 9.0–14A setting range, 4.0kW motor protection, refinery and chemical plant standard.
GV2-ME20C: 13–18A setting range, 5.5kW motor protection, pump and compressor circuits.
GV2-ME21C: 17–23A setting range, 7.5kW motor protection at 400V, heavy conveyor drives.
GV2-ME22C: 20–25A setting range, 11kW motor protection at 400V, the subject SKU of this listing — used extensively in process industry motor control panels.
GV2-ME32C: 24–32A setting range, 15kW motor protection at 400V, maximum rating in the GV2-ME frame size.
Continue The Model Path
Move from this exact model into the matching system hub, brand archive, model-family archive or lifecycle sourcing route before sending a final RFQ list.