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Contactor Schneider LC1G205 - contactor,cortacircuitos,inversor solar,medidor electrico,baterias solares

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Contactor Schneider LC1G205

The Schneider Contactor LC1G205 belongs to the TeSys Giga Series. It is a high-performance contactor specifically designed for industrial control, suitable for on-off control of medium and large motors as well as power equipment. I. Parámetros técnicos básicos 1. Rated Current and Voltage Rated Current of Main Contacts: 205A (under AC-3 duty cycle at 380V), which can ...

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El Schneider Contactor LC1G205 belongs to the TeSys Giga Series. It is a high-performance contactor specifically designed for industrial control, suitable for on-off control of medium and large motors as well as power equipment.

I. Parámetros técnicos básicos

1. Rated Current and Voltage

Rated Current of Main Contacts: 205A (under AC-3 duty cycle at 380V), which can meet the control requirements of most medium-power motors.

Tensión de funcionamiento nominal: Maximum 1000V for AC 50/60Hz and maximum 460V for DC. It supports a wide voltage range and is adaptable to complex power grid environments.

Short-Time Withstand Current: 4.2el (para 10 artículos de segunda clase), featuring strong short-circuit withstand capacity to protect equipment safety.

2. Coil Parameters

Control Coil Type: Universal for AC/DC, soporta entrada de amplio voltaje:

LC1G205KUEC: 100-250V AC/DC

LC1G205LSEC: 200-500V AC/DC

It is compatible with various control power supplies, reducing design complexity.

Power Consumption: 963VA during pull-in and only 17.6VA during holding (at 480V AC 60Hz), achieving significant energy-saving effects.

3. Mechanical and Electrical Life

Vida mecánica: Arriba a 10 millones de operaciones, suitable for scenarios requiring frequent operations.

Vida eléctrica: 1 million operations under AC-3 duty cycle, ensuring long-term stable operation.

II. Functional Features

1. Intelligent Diagnosis and Protection

Self-Diagnostic Indicator Light: Indicates fault types through the number of flashes, such as main contact wear (1 flash), coil undervoltage (2 flashes), sobretensión (3 flashes), etc., enabling quick fault location.

Main Contact Wear Monitoring: Provides real-time feedback on contact status to avoid poor contact caused by wear.

2. Compact Design and Flexible Installation

Optimized Size: Its width is 35% smaller than that of the previous LC1D Series, saving space in the control cabinet.

Métodos de instalación: Supports 35mm standard DIN rail mounting or panel mounting, equipped with M6 bolts (torque: 3±0.3N·m) for easy operation.

Terminal Blocks: The main circuit adopts hexagon socket screws, compatible with 25-50mm² cables. The auxiliary contacts support plug-in connection, reducing wiring time.

3. Adaptabilidad ambiental

Temperatura de funcionamiento: -25℃ a +60℃, adaptable to temperature fluctuations in industrial environments.

Clase de protección: IP20 (protection against solid foreign objects), suitable for installation in indoor control cabinets.

Anti-Interference Capability: Cumple con la IEC 61000-2-3 industrial environment standard, reducing the impact of electromagnetic interference.

III. Escenarios de aplicación

1. Control de motores industriales

Drives three-phase asynchronous motors below 75kW, and is widely used in start-stop and forward-reverse control of equipment such as fans, bombas de agua, and compressors.

2. Power and Energy Sector

Realizes power switching in wind power converters, supports a high voltage level of 1140V, and meets the strict requirements of the wind power industry.

Serves as a DC-side switch in photovoltaic inverters, and achieves overcurrent protection when used with fuses.

3. Líneas de producción automatizadas

Integrates with PLC or DCS systems to realize remote control and status monitoring of equipment, improving production efficiency.

IV. Selección de modelos y soluciones alternativas

1. Meaning of Model Suffixes

KUEC: Coil voltage of 100-250V AC/DC, with 1NO + 1NC auxiliary contacts as standard.

LSEC: Coil voltage of 200-500V AC/DC, suitable for high-voltage control circuits.

2. Modelos alternativos

LC1D205: A previous-generation product with an AC-only coil, no self-diagnostic function, and a larger size. The LC1G205 can directly replace it.

Siemens 3RT2025, ABB T25: Similar competing products. Attention should be paid to the compatibility of coil voltage and installation size.

V. Recomendaciones de instalación y mantenimiento

1. Precauciones de instalación

Ensure the ambient temperature does not exceed 60℃, and reserve sufficient heat dissipation space.

The wiring torque of the main circuit must be strictly implemented in accordance with specifications (18±1.8N·m for LC1G205) to avoid heat generation due to poor contact.

2. Puntos clave de mantenimiento

Regularly clean the contact surfaces and check for wear. Replace the contacts when their thickness is reduced by 1/3.

Test the coil insulation resistance (≥10MΩ) annually to ensure the reliability of the control circuit.

VI. Certificaciones y cumplimiento

Certificaciones estándar: Complies with international and national standards such as IEC 60947-4-1 y GB/T 14048.4.

Requisitos ambientales: RoHS-compliant with halogen-free design, meeting EU environmental directives.

Chinese Market: Certified with CCC (the specific certificate number can be queried through Schneider’s official website or third-party platforms).

VII. Price and Procurement

Reference Market Price: Aproximadamente 999-1185 RMB for LC1G205KUEC and 700-1183 RMB for LC1G205LSEC. The specific price varies depending on the procurement channel and order quantity.

Procurement Recommendation: Purchase via WhatsApp: 0086-13811255435 to ensure product quality and after-sales service.

Resumen

With advantages such as wide voltage compatibility, intelligent diagnosis, y diseño compacto, the Schneider LC1G205 Contactor has become an ideal choice in the field of industrial control. Its self-diagnostic function and high reliability can significantly reduce maintenance costs, while its flexible installation methods and wide voltage adaptability make it suitable for various complex scenarios. Al seleccionar un modelo, it is necessary to choose the appropriate suffix model based on the type of control power supply and specific application requirements, and pay attention to compatibility with the existing system.

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