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Business TypeSupplier, Distributor
Voltage24V, 48V,96V,120V,240V DC
Country of OriginIndia
Application AreaFor EV E Rickshaw
No. of PolesSingle
Rated Current6, 10, 16, 20, 25, 32, 40 & 63 AMP
Trip TypeThermal and Magnetic

The Micron DC MCBs is a protective device equipped with thermal & electromagnetic release for overload & short circuit protection.Devices are designed for direct current (DC) applications like E-Rickshaw, Solar PV, Electric Vehicles, Charging Stations, Battery Storage and UPS Systems.

 

Technical Information:

  • Standard conformity : IS 60898:2/ IEC 60947-2, ROHS
  • Rated Current (In) : 6, 10, 16, 20, 25, 32, 40 & 63 AMP
  • Rated Breaking Capacity (ICU) : 10KA / 6KA
  • Rated Voltage (Un) : 24V, 48V, 96V, 120V, 240V DC
  • No. of Poles : SP, DP, TP & FP
  • Rated Insulation Voltage (Ui) : 660 V
  • Rated Impulse Voltage (Uimp) : 4 kV
  • Energy Limiting Class : Class 3
  • Ambient Temperature (˚C) : -5˚ to 55˚
  • Degree of Protection : IP20
  • Trip Type : Thermal and Magnetic
  • Installation Category : Class III
  • Mounting : Snap on DIN rail at (35mm x 7.5mm)

 

Features: 

  • CE marking fulfils the requirement of Global Standard.
  • Applicate in direct current Specially designed for E-Rickshaw for the safety of battery, controller, motor, auxiliary circuit and photovoltaic from dangerous High DC Current
  • Environment friendly, meets the ROHS compliance as defined by the European Standard. Shock Proof: Finger and Hand touch safe.
  • Housing & Cover made from Flame Retardant Material ensures protection against heating and strong impact.
  • The contacts are made of high grade material silver inlay copper
  • A quick make & Break trip free mechanism.
  • Suitable for Isolation.

Micron-M1P0.05-63A DC MCB For E RickshawSingle Pole C=12 -Vaarmor Lighting

SKU: VAAR-M1P0.5-5DC-MCB
₹380.00Price
Quantity
  • SAFETY WARNING

    • WARNING FOR SAFTY

      • Always Switch Off Power – Turn off the main supply before starting any electrical work.
      • Use a Qualified Electrician – Only trained professionals should replace boards, switches, or sockets.
      • Check for Damage – Inspect wires and fittings for burns, cracks, or loose connections before reinstallation.
      • Follow Safety Standards – Ensure all parts meet local electrical codes and certified standards.
      • Use the Right Tools – Proper insulated tools prevent accidents and ensure secure fittings.
      • Replace with Quality Materials – Invest in durable switches, sockets, and boards for long-term safety.
      • Label and Organize Wiring – Clear labeling prevents confusion and ensures easy future maintenance.
      • Test After Installation – Check every connection to confirm smooth operation and safety.
      • Avoid Overloading – Choose sockets and boards with the right capacity to handle modern appliances.
      • Regular Maintenance – Schedule periodic checks to keep your electrical system safe and efficient.
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