High-Precision Residual Current Sensor with Fluxgate Technology and Type B & A+6mA/DC Protection for EV Charging

5000
MOQ
High-Precision Residual Current Sensor with Fluxgate Technology and Type B & A+6mA/DC Protection for EV Charging
Caratteristiche Galleria Descrizione di prodotto Parla adesso.
Caratteristiche
Specificazioni
Tensione di isolamento: 1500V Min
Energia: 1W
Temperatura operativa: -40°C ~ +105°C
Protezione antistatica: fino a 8KV
Tensione di ingresso: 3 V CC, 5 V CC, 12 V CC, 15 V CC, 24 V CC
Tensione di uscita: 3 V CC, 5 V CC, 9 V CC, 12 V CC, 15 V CC, 24 V CC
Installazione: Smt
Evidenziare:

Type B & A+6mA/DC Protection Residual Current Sensor

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High-Precision Split Core Current Transformer

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Fluxgate Technology Current Sensor

Informazioni di base
Luogo di origine: Cina
Marca: SHINHOM
Certificazione: RoHS
Numero di modello: bs1
Termini di pagamento e spedizione
Tempi di consegna: 2 ~ 8 settimane
Termini di pagamento: L/c, t/t
Descrizione di prodotto
ES201 Series High-Precision Residual Current Sensor for EV Charging Protection
As a critical safety component in global electric vehicle charging infrastructure, the ES201 series residual current sensors utilize advanced fluxgate technology to achieve exceptional detection of complex fault currents. This precision current sensor reliably identifies AC currents, pulsating DC currents, steady DC currents, and high-frequency residual currents. It integrates self-diagnostic functions and logic evaluation circuits within a compact, modular design. Compliant with the most stringent international protection standards, including Class B and A+6mA/DC, it is the preferred choice for EV charging residual current monitors, enhancing safety and compliance in Mode 2 and Mode 3 charging applications.
Features:
  • Universal Compliance: Meets Type B & A+6mA/DC standards, ensuring compatibility with new Chinese GB, European, and North American safety requirements (IEC62955, GB/T18487, UL2231-2).
  • Fluxgate Technology: Provides high-accuracy detection of all residual current waveforms, surpassing conventional solutions.
  • Integrated Self-Check: Automatic self-diagnosis function enhances system reliability and operational safety.
  • Digital Output: Simple high-low level signal output for seamless integration with system MCUs.
  • Compact & Flexible Design: Small form factor with multiple installation options: PCB mount (perforated/pre-embedded) and connector types for design versatility.
  • Robust Construction: Rated for an extended operating temperature range from -40°C to +85°C, suitable for demanding environments.
Performance Index
Parameter Specification
Protect Type Type B or A+6mA/DC
Power Supply Voltage +5 VDC
Output Mode High-Low Levels
Operating Temperature -40°C ~ +85°C
Maximum Current User-Selected or Model-Specific (e.g., 32A, 42A, 80A)
Application Power Range Covers systems from 3.5kW, 7kW, 11kW, up to 22kW
Key Standards IEC62955, IEC62752, IEC62423, IEC61851, GB/T22794, GB/T18487, GB/T41589, UL2231-2
Applications
This versatile electrical sensor is engineered specifically for the electric mobility ecosystem, serving as a core safety component in AC charging systems worldwide.
  • Portable EV Chargers (IC-CPD): Provides essential residual current protection in Mode 2 charging cables.
  • AC Charging Piles & Wallboxes: The ideal residual current sensor for Mode 3 charging stations in residential, commercial, and public settings.
  • Electric Vehicle Supply Equipment (EVSE): Ensures operational safety and standard compliance for all AC charging infrastructure.
  • Smart Energy Systems: Offers critical fault detection in applications where charging points integrate with renewable energy and grid management.
Prodotti raccomandati
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Persona di contatto : Jack wang
Telefono : 13909218465
Fax : 86-029-87851840
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