GV2ME14 – Schneider TeSys GV2 Motor Protection Circuit Breaker, 6–10A, Thermal Magnetic, 3 Pole

Product Description The Schneider GV2ME14 TeSys GV2 Motor Protection Circuit Breaker (MPCB) is a reliable and compact thermal-magnetic protection device designed for motor circuits. It provides protection against overloads (thermal) and short circuits (magnetic), ensuring reliable motor operation and safety. The GV2ME14 supports adjustable thermal protection from 6A to 10A and is built with 3 poles, making it suitable for 3-phase motor applications. With screw clamp terminals and a compact design, it allows easy installation in motor starters, control panels, and automation systems. At PowerMark Solution, we supply genuine Schneider TeSys GV2 circuit breakers, including the GV2ME14, trusted by engineers for motor protection and industrial automation projects. Technical Specifications Specification Details Brand Schneider Electric Series TeSys GV2 Model Number GV2ME14 Product Type Motor Protection Circuit Breaker (MPCB) Protection Type Thermal-magnetic Rated Operational Current Adjustable 6–10 A Rated Operational Voltage 690 V AC Rated Insulation Voltage 690 V AC Poles 3 Pole Breaking Capacity High short-circuit breaking capacity Electrical Durability 100,000 operations (at rated load) Mechanical Durability 1 million operations Utilization Category AC-3 Terminal Type Screw clamp terminals Mounting Type DIN rail or panel mounting Dimensions Compact frame design (approx. 45 mm width) Certifications CE, UL, CSA, IEC, RoHS compliant Applications Motor protection, overload & short-circuit protection, control panels FAQs Q1: What is the current adjustment range of GV2ME14?A: It provides adjustable thermal protection from 6–10A. Q2: How many poles does it have?A: The GV2ME14 is a 3-pole device. Q3: What type of protection does it provide?A: Thermal (overload) and magnetic (short-circuit) protection. Q4: What is the rated voltage?A: Up to 690V AC. Q5: Where is it used?A: In motor starters, control panels, HVAC, and industrial automation.