Shopping List
Shopping List
MYR - RM
Image
Eps HM1-100C 3Pole 25KA Mccb 100A
Brand:
EPS
Model:
HM1-100C
Image
Image
Product Description

Eps HM1-100C 3Pole 25KA Mccb 100A

The EPS HM1 Series MCCBs are designed and fully type tested by Interlek SEMKO in compliance to IEC 60947-2 international standards. The complete range of this HM1 series MCCBs offers total protection against overcurrent and sort circuits at most common fault levels. The various interrupting capacities available under this series are most suitable for all installation ranging from Main Switchboard, Sub Boards to Distribution Boards.

Product Features

Material

The casing for the HM1 series MCCBs is made of BMC, a highly unbreakable material with a very strong dielectric strength to ensure the highest level of insulation & protection.MechanismThe EPS HM1 series is designed to be trip-free and this occurs when the breaker contacts open under short circuit and overload conditions. To avoid single phasing, if a short circuit or overload occur on any one phase, a common trip mechanism will disconnect all phase contacts of a multi-pole breaker.

Accessories

Standard features include a trip button and an automatic tripping device. In keeping up with the latest electrical designs and building automation, the HM1 series can be fitted with the following accessories.

Electrical Features

  • Frame Size: 100AF
  • Ampere Rating (A): 100 A
  • Number of Poles (P): 3
  • Rated Operational Voltage (Ue) (V) AC: 415
  • Rated Insulational Voltage (Ui) (V) AC: 660
  • Frequency: 50 / 60Hz
  • Utilization Category: A
  • Standard Compliance: IEC 60947-2
RM 133.33
Quantity:
EA
This item is sold by
Image
MY-3853266527
Highly Matched Items
View items that have the same or are a close match to the specifications of this item
Molded Case Circuit Breakers - MCCBs from EPS
Source & compare similar products
More from Molded Case Circuit Breakers - MCCBs
Expand your search with a wider selection
Recently Viewed Products
Compare & Refer to previously viewed items
Image
Top
Image