(!)[Please update your OS version] Windows 7 users will be excluded from the recommended environment from 15 December 2019 onwards due to the end of support for Windows 7.

  • Please always place order earlier than normal plan. Please expect delivery delay due to delay of transporters e.g. branches close for sanitization, staffs under quarantined etc. due to Covid-19 cases. Kindly contact us at inquiry@misumi.com.my or (60)3 7960 8499 / (60)3 7960 6900 / (60)3 7960 7900 for any enquiries. Our working time is 9:00 am - 6:00 pm (Mon - Fri), 9:00 am - 1:00 pm (Sat).
  • Same day ship service is available for order placed by 2pm from Mon to Thu (Except Public holidays). For new order, please select the preferred ship out date by selecting the "Specify Ship Dates" shipping preference when placing new order.
    For existing order, please contact us in advance at cs@misumi.com.my if you wish to update your shipment date and we will rearrange accordingly.

Receiving and Distributing Electricity

Power distribution components transform and transfer voltage in order to distribute power supplied by electric service providers to load facilities. In power distribution, safety devices such as circuit breakers, earth leakage breakers, tube fuses, circuit protectors, etc., are installed to prevent accidents caused by abnormal circuit resulting from overcurrent, ground fault and earth leakage. Circuit breakers interrupt the circuit in the event of an overcurrent or a short circuit, earth leakage breakers interrupt the circuit in the event of an earth leakage, and circuit protectors provide overcurrent protection to internal circuits in devices as well as major pieces of equipment. Earth leakage breakers, in particular, are classified into 3 categories, high-sensitivity, mid-sensitivity and low-sensitivity, and are also available in high-speed types with up to 30 mA rated current sensitivity that shuts off current in less than 0.1 seconds in the fastest models for extra safety. In electromagnetic switches used for motor controls, thermal relays shut down the motor when it detects excessive heat generated by the motor in the event of an overload.