Default product image

General Electric THKS4612G - Molded Case 1200A 600V 3-Pole

Price
Regular price $2,927.89
Regular price Sale price $2,927.89
Save $-2,927.89
/
Condition
  • In stock, ready to ship
  • Backordered, shipping soon

⚡ Product Branding Information

Some General Electric products may now ship with ABB branding due to ABB’s acquisition of GE Industrial Solutions.

Depending on the manufacturing date or production batch, the item or packaging may display either GE or ABB branding.

Unless otherwise noted, these products are considered equivalent in form, fit, function, and specifications.

Please contact our team before placing your order if brand labeling or packaging is critical for your application.

General Electric THKS4612G is a three-pole molded case circuit breaker designed for primary protection of electrical systems through solid-state LIG (Long-Time, Instantaneous and Ground Fault) trip functions. It is rated for 600V AC, 1200A continuous current, and delivers a 50kA interrupting capacity at 480V, ensuring robust fault clearing in high-power industrial environments. The unit features a bolt-on connection style, weighs 50 lb, and is constructed as a THKS Series device with a 3-phase configuration. This breaker complies with applicable industry standards for molded case circuit breakers, making it suitable for use in distribution panels, switchboards, and motor control centers requiring precise overcurrent and ground fault protection.

Key Features & Specifications
  • Type: Molded Case Circuit Breaker, THKS Series, Solid State Protection
  • Voltage Rating: 600V AC
  • Current Rating: 1200A
  • Poles: 3
  • Phase: 3
  • Connection: Bolt-On
  • Protection: Solid State, LIG (Long-Time, Instantaneous and Ground Fault)
  • AIC Rating: 50kA@480V
  • Weight: 50 lb
  • Functions: Long-Time, Instantaneous and Ground Fault
  • Standards: Compliant with applicable molded case circuit breaker standards
  • Applications: Industrial power distribution, switchboards, motor control centers


Product Identification