EATON GHB3030 C Complete Molded Case Circuit Breaker, G-Frame, Ghb, Complete Breaker

Eaton GHB3030 C Series circuit breaker is designed to protect low-voltage distribution systems against overloads & short-circuits. It is ideal for reverse-feed applications.

Features:

• Eaton GHB3030 C Series circuit breaker has a non-interchangeable thermal-magnetic trip for long-time and instantaneous current limiting protection.
• It has an HACR-rated design with bolt-on mounting facility for easy installation and screw terminals for accommodating wires having sizes of 10 - 1/0 AWG.
• This three-pole device is available in continuous current ratings from 15A to 100A.
• The three positions (ON, OFF & Tripped) on the handle indicate the status of the circuit breaker.

Compatible Accessories:

• Eaton Auxiliary Switches: They remotely indicate the position of the main circuit breaker contacts.
• Eaton Alarms: They deliver an audible indication when a circuit breaker trips.
• Eaton Lockout Switches: They come with a padlock-able handle to prevent unauthorised access to the control or switch.

Standards and Approvals:

• UL
• CSA
• NEMA

Frequently Asked Questions:

Q. How to install this circuit breaker?

A.

• Check for damage before mounting.
• Switch the main power disconnect to OFF.
• Remove panelboard front trim.
• Remove circuit breaker line-end connector retaining screw from bus bar.
• Position the unit load-end retaining recess under hook mounting rail.
• Secure line-end connector to bus bar with screw.
• After mounting, accessory leads and load terminals should be connected.
• Check terminal connecting hardware for correct torque loading.
• Install panelboard front trim.

Q. What are the things to inspect while using a circuit breaker?

A.

• Remove dust or moisture from the surface of the circuit breaker with a vacuum or cloth. Do not blow debris into the circuit breaker.
• Switch to ON and OFF multiple times to ensure that the mechanical linkages are free.
• Check base, operating handle and cover for any cracks, discolouration & chipping.
• Check connectors and terminals for signs of overheating and looseness.
• Check the mounting hardware and the area where it is installed.

Q. Why do circuit breakers trip?

A.

• Circuit overloads
• Short circuits
• Ground fault surges
• Defective circuit breaking
• Arc faults