Himel HDM3S 4-Pole Molded Case Circuit Breaker Price in Pakistan is Rs. 24,500/-. The Himel HDM3S 4 Pole MCCB is a high-performance, thermal-magnetic circuit protection device designed for industrial and commercial electrical systems. With adjustable trip settings and a robust design, it ensures reliable protection against overloads and short circuits in 3-phase systems with neutral.
Adjustable thermal-magnetic trip unit for customizable overload and short-circuit protection
High breaking capacity up to 50 kA at 400 V
Supports a wide current range from 25A to 630A
Long-lasting with high mechanical and electrical durability
Easy accessory installation with double-deck cover design
Padlockable handle for enhanced operational safety
Suitable for industrial and commercial power distribution
Product Specifications
Type
mccb breaker
poles
4p (four-pole)
frame size
160af, 250af, 400af, 630af
rated current (in)
adjustable from 25a to 630a
trip unit technology
thermal-magnetic
thermal adjustable range
0.8–1.0 × in
magnetic adjustable range
5–10 × in
rated operational voltage (ue)
400/415 v ac
network type
ac
network frequency
50/60 hz
rated insulation voltage (ui)
1000 v
rated impulse withstand voltage (uimp)
8.0 kv
rated breaking capacity (icu)
up to 50 ka at 400 v
service breaking capacity (ics)
100% of icu
electrical durability
1000 cycles
mechanical durability
7000 cycles
clamping connection capacity
ranges from 70 mm² to 240 mm² depending on the model
utilization category
category a
protection degree
ip20
pollution degree
3
ambient temperature for operation
-5°c to 40°c
ambient temperature for storage
-20°c to 70°c
mounting mode
fixed front
standards compliance
iec 60947-2
certifications
tüv
Product Details
Himel HDM3S 4-Pole Molded Case Circuit Breaker Price in Pakistan is Rs. 24,500/-. The Himel HDM3S 4 Pole MCCB is a high-performance, thermal-magnetic circuit protection device designed for industrial and commercial electrical systems. With adjustable trip settings and a robust design, it ensures reliable protection against overloads and short circuits in 3-phase systems with neutral.