Products

ABB S204C100 Miniature Circuit Breaker 10kA at 400VAC 4-P 100A 400/415VAC C-Curve

Product Code: S204C100

  • Rated current of 100 A for robust performance
  • Breaking capacity of 10 kA at 400 VAC
  • IP20 protection with screw clamp terminals
  • Compliant with AS/NZS and UL standards
  • Suitable for DIN Rail mounting
In Stock Low Stock Out Of Stock Please See Attributes

Specifications

Product Type Miniature Circuit Breaker
Brand ABB
Series S200
Ambient Temperature -25 to 55 deg C Operation, -40 to 70 deg C Storage
Application Commercial and Industrial
Breaking Capacity 10 kA at 400 VAC
Bulbar Cross Section 10 sq-mm Top, 10 sq-mm Bottom
Cable Cross Section 35 sq-mm Top, 35 sq-mm Bottom
Collection S200
Curve Type C
Degree of Pollution IP3
Degree of Protection IP20
Depth 69 mm
Electrical Durability 10000 Cycles
Height 85 mm
Housing Colour RAL 7035 Grey
Housing Material Insulation Group II, RAL 7035
Impulse Voltage 4 kV
Mounting Type DIN Rail
Number of Poles 4
Pole Width 17.5 mm
Power Loss 9.8 W
Rated Current 100 A
Rated Frequency 50/60 Hz
Rated Impulse Withstand Voltage 4 kV
Rated Insulation Voltage 440 V
Rated Short Circuit Current 20 kA
Rated Voltage 400/415 VAC
Short Circuit Capacity 6 kA
Standards and Approvals AS/NZS 60898-1, AS/NZS 60947-2, UL 1077
Terminal Type Screw Clamp
Tightening Torque 3 N-m
Trip Curve C Curve
Width 70 mm

Description

<p>If you&amp;#39;re seeking a reliable and robust Miniature Circuit Breaker (MCB) for your commercial or industrial application, the S200 Series MCB is worth considering. This device is engineered to meet stringent standards, ensuring both safety and efficiency in various electrical systems.</p><p>The S200 MCB boasts a rated current of 100 A, making it suitable for handling substantial electrical loads. It operates effectively within a rated voltage range of 400/415 VAC and offers a breaking capacity of 10 kA at 400 VAC, ensuring that it can manage short circuit conditions with ease. The device&amp;#39;s rated impulse withstand voltage stands at an impressive 4 kV, providing robust protection against transient overvoltages.</p><p>Designed with durability in mind, the S200 MCB complies with AS/NZS 60898-1, AS/NZS 60947-2, and UL 1077 standards. Its electrical durability extends to an impressive 10,000 cycles, underscoring its longevity in demanding environments. The unit also features a degree of protection rated at IP20, safeguarding internal components from dust ingress while maintaining user safety.</p><p>Installation is straightforward thanks to its DIN rail mounting type. With dimensions measuring 70 mm in width, 85 mm in height, and 69 mm in depth along with a pole width of 17.5 mm per pole slotting into standard setups seamlessly becomes easy. The screw clamp terminal type supports cable cross sections up to 35 sq-mm on both top and bottom connections while accommodating bulbar cross sections up to 10 sq-mm—ensuring flexibility during installation.</p><p>For those working under varied environmental conditions this MCB performs reliably within an ambient temperature range from -25&amp;#176;C up to +55&amp;#176;C during operation—and even broader storage conditions ranging between -40&amp;#176;C and +70&amp;#176;C are supported without compromising functionality.</p><p>The curve type C characteristic allows this breaker optimal performance by balancing protection against overloads whilst minimizing nuisance tripping—a crucial feature when managing inductive loads typically found across industrial applications like motors or transformers.</p><p>Additionally designed using RAL7035 grey housing color aesthetics blend well within most industrial settings whereas offering practical benefits such as reduced visibility dirt accumulation compared darker hues might present over time thus maintaining cleaner appearance longer term usage scenarios especially public-facing installations where visual presentation matters equally alongside technical performance metrics themselves!</p><p>Overall whether upgrading existing infrastructure building new facilities entirely from scratch choosing right equipment pivotal decision-making process involves evaluating all relevant factors ensure best possible outcomes achieved every stage project lifecycle involved here lies potential solution meets diverse needs specifications outlined above perfectly aligning requirements professionals industry today tomorrow alike!</p>

Documents

  • IPD Product Catalogue

    IPD Product Catalogue V17
Products to compare:
Comparing Products