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MAXGE

[NO ACTIVAR] Transient Surge Protector MAXGE 2P-Class II-40kA-20kA-1,2kV

MAXGE
Download technical datasheet

Ref. Ledkia: 761

Manuf. ref.: SGS1C2-275-20

EAN 13: 8445044010141

Dimensions

  • Dimensions66 mm x Ø36 mm

Downloads

  • pdf file

    Technical Data Sheet PDF

Certificates and Stamps

CertificateCertificateCertificate

Technical Specifications

  • Electrical Features

    • Frequency50-60 Hz
    • Minimum and maximum voltage fluctuation that the product can withstand momentarily.
      Nominal Voltage230 V - 400 V
    • Number Of Poles2P
    • Product's ability to withstand voltage spikes or electrical overloads, protecting internal components from potential damage due to current fluctuations.
      Overvoltage Protection40 kV
    • Type Of CurrentSingle phase
  • Mechanical Features

    • InstallationDIN
    • The IP protection indicates the level of resistance of a product to dust and water. The higher the number, the more protected it is.
      IP RatingIP20
    • LocationIndoor
  • Materials and Finishes

    • ColourGrey
  • Product Information

    • BrandMAXGE
    • CertificatesCE, RoHS, UKCA
    • Guarantee3 years
Image

Description

Transient surge protector designed for electrical protection with a 2-pole configuration, nominal voltage of 230 V - 400 V, and overvoltage protection of 40 kV.

General information about [NO ACTIVAR] Transient Surge Protector MAXGE 2P-Class II-40kA-20kA-1,2kV

This transient surge protector from MAXGE is a Class II device intended to limit transient overvoltages in electrical installations. It features a 2-pole configuration and supports a nominal voltage range of 230 V to 400 V. The protector is rated for maximum surge currents of 40 kA and nominal discharge currents of 20 kA. The device has a voltage protection level (Up) of ≤1.8 kV and is designed for indoor use with DIN rail mounting. It complies with CE, RoHS, and UKCA certifications. transient surge protectors are essential for managing transient voltage spikes in electrical distribution systems.

Use and applications

This surge protector is used in electrical installations to provide protection against transient overvoltages caused by switching operations or lightning strikes. Its 2-pole design and single-phase current type make it suitable for integration in indoor electrical distribution panels.

Key benefits

  • Class II protection ensures effective limitation of transient overvoltages up to 40 kV.
  • Rated nominal discharge current of 20 kA supports high surge current handling capacity.
  • DIN rail mounting facilitates integration into standard electrical distribution systems.
  • Compliance with CE, RoHS, and UKCA certifications guarantees adherence to relevant standards.
  • Compact dimensions (66 mm x Ø36 mm) optimise space within electrical panels.

Highlighted specifications

Number of poles: 2P; Nominal voltage: 230 V - 400 V; Overvoltage protection: 40 kV; Installation: DIN rail mounting.

Installation and maintenance

The device is designed for mounting on a DIN rail in electrical distribution boards. Disconnect the power supply before any intervention.

Frequently asked questions

  • What is the function of this device? — The device limits transient overvoltages in electrical installations to protect downstream equipment.
  • How is the device installed? — It is mounted on a DIN rail inside the electrical distribution panel.
  • What certifications does it have? — CE, RoHS, and UKCA certifications are applicable.

Specialized distribution of electrical protection and distribution equipment in United Kingdom. If you are looking to buy [NO ACTIVAR] Transient Surge Protector MAXGE 2P-Class II-40kA-20kA-1,2kV, this item brings together the characteristics indicated for its configuration.  Check price and availability.

*The customer’s visual perception of sizes, colors, or textures may be affected by factors such as lighting, screen calibration, or the device used. For this reason, the images are merely illustrative and may not fully reflect the product’s actual characteristics. Please note that some of the ambient photographs shown on the website correspond to real environments, while others may have been generated or edited using artificial intelligence. In no case do they constitute an exact representation of the product or intend to mislead. To learn about the product’s real characteristics, please refer to the technical sheet and product description.